(5668,1,'2022-03-31 14:17:07','2022-03-31 14:17:07','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" sep_color=\"var(--awb-color3)\"]\r\n<p>Media Coverage</p>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"ICYMI: High-Performance Communications, Delivered\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://blog.samtec.com/post/icymi-high-performance-communications-delivered/https://blog.samtec.com/post/icymi-high-performance-communications-delivered/https://blog.samtec.com/post/icymi-high-performance-communications-delivered/https://blog.samtec.com/post/icymi-high-performance-communications-delivered/https://blog.samtec.com/post/icymi-high-performance-communications-delivered/\" link_target=\"_blank\"]\r\n<p><i>By Matt Burns | July 24, 2019 </i></p>\r\n<p>ICYMI. Doesn’t that immediately induce fear of missing out? Oh wait, that’s another acronym. FOMO. Yikes. In any case, technical experts from Samtec, eSilicon and Wild River Technology recently co-presented a webinar around the topic of High-Performance Communications, Delivered. The webinar highlighted technical challenges system designers and engineers face on the way to 56 Gbps/112 Gbps PAM 4 data rates. What are some of those challenges? </p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"July 2019 Connector Industry News\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://connectorsupplier.com/july-2019-connector-industry-news/\" link_target=\"_blank\"]\r\n<p><i>By Christine Stieglitz | July 9, 2019</i></p>\r\n<p>Samtec, eSilicon, and Wild River Technology have co-developed a next-generation test platform that addresses common challenges OEMS face when developing high-performance communications solutions and are promoting it via webinar on Thursday, July 11. The “High-Performance Communications, Delivered” webinar will focus on high-performance communications at 56Gb/s PAM4 and beyond and will also provide an introduction to the challenges of high-performance communications.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Samtec Partners with eSilicon and Wild River Technology on High-Performance Communications Webina\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://blog.samtec.com/post/samtec-partners-with-esilicon-and-wild-river-technology-on-high-performance-communications-webinar/\" link_target=\"_blank\"]\r\n<p>By Matt Burns | June 20, 2019 </p>\r\n<p>Data, data, data is everywhere. From streaming video to edge computing, system designers are challenged to meet the needs of the networks (and consumers). From servers and switches to networking equipment, OEMs developing next-gen devices with high-performance communications face two common challenges. First, available silicon must support 56 Gbps PAM4 data rates. Second, test fixtures must support performance verification.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Wild River, eSilicon, and Samtec Team up for 112-Gbps Test Vehicle\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"√\" link_target=\"_blank\"]\r\n<p><i>By Andy Shaughnessy | June 6, 2019</i></p>\r\n<p>During DesignCon, I sat down for an interview with Tim Horel from eSilicon, Al Neves of Wild River Technology, and Matt Burns from Samtec. They’ve recently teamed up to create a 112-Gbps test vehicle that may be the first of its kind of test fixture.</p>\r\n<p>Al Neves: Well, there’s a science-fiction comment that’s really appropriate: “In space, everything can kill you.” And when you’re doing work even at 56 Gbps, the requirements of the PAM4 technology for test fixturing is formidable; everything needs to be top-tier SI metrics. There’s a new emerging standard—IEEE P370—that helps with our guidance of that, and we use it along with some simulations as a guide to establish metrics for doing the 3D EM optimization. The 3D EM optimization was the floor plan—the SI of the platform. Most importantly, the crux issue was the high-density interconnect, which was the Bulls Eye connector from Samtec going into the board.</p>\r\n<p>For the electromagnetic simulation, we had two internal teams, and we also used an external Samtec team. Our experience using external teams from connector companies was universally very negative. They’re not usually up to the requirements of the advanced SI that you need for PAM4. However, the Samtec team did a fabulous job. In fact, we used three independent teams—two internal teams using two different tools, and then a Samtec team—and we overlaid all of those. Samtec’s results and the Wild River team’s overlaid very closely and the synergy between the teams was really brilliant.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"112G Digs in at DesignCon 2019\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.eeweb.com/profile/martin-rowe-2/articles/112g-digs-in-at-designcon-2019\" link_target=\"_blank\"]\r\n<p><i>By Martin Rowe | February 12, 2019</i></p>\r\n<p>112G serial links have moved out of the lab and onto the exhibit floor. 56G ramps up while 28G goes mainstream.</p>\r\n<p>Last year at DesignCon 2018, we witnessed high-speed digital designs that moved past 56 Gbits/s (56G) and onto 112 Gbits/s (112G). This year, DesignCon 2019 brought numerous demonstrations of 112G as the connectors and cables caught up with the silicon. While still appearing in technical papers and panels, 112G has certainly moved into the exhibit hall. Meanwhile, 56G has matured and is now a complete ecosystem.</p>\r\n<p>When it comes to signal integrity and high-speed signals, transmission lengths certainly matter, especially with electrical signals over copper connections. Yes, optical transmission is an option, but nobody wants to pay for it.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"DesignCon 2019 — Open Your Eyes\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<p><i>By Patrick Hindle | February 11, 2019</i></p>\r\n<p>eSilicon was in the Samtec booth presenting their collaboration with Wild River Technology and Samtec to develop an advanced test system that addresses the incredible signal integrity demands of 56/112G PAM4 operation. The test system design utilizes the upcoming IEEE P370 standard in association with compliance metrics 802.3bs, OIF CEI – 56G PAM4, and COBO to validate the required performance.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"High-speed design: It takes a village to succeed<br />\r\neSilicon, Wild River Technology, and Samtec combined forces to develop a 56-Gbits/s test board\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.electronicproducts.com/high-speed-design-it-takes-a-village-to-succeed/\" link_target=\"_blank\"]\r\n<p><i>By Martin Rowe | February 8, 2019</i></p>\r\n<p>You’ve probably heard the phrase “It takes a village to raise a child.” The same can be said for high-speed digital design. That’s the lesson that engineers at eSilicon, Wild River Technologies, and Samtec learned when eSilicon needed a board to test its latest 56-/112-Gbits/s PAM4 SerDes for use in IEEE 802.3bs (200-/400-Gbits/s Ethernet) and several Optical Internet working Forum (OIF) implementations.</p>\r\n<p>To find out how the three companies worked on the problem, I met on Jan. 30 with representatives of the three companies at DesignCon 2019 in Santa Clara, California.</p>\r\n<p>“We needed a way to evaluate our chip,” said eSilicon’s director of field applications, Tim Horel. The board not only lets eSilicon engineers do that, it also serves as a reference design. The goal was to design a board that could pass data at a bit-error ratio (BER) of 10E-11 over 5m of copper cable without the need for forward-error correction (FEC). The board, which was on display at DesignCon 2019, can maintain that BER over 7m of copper, according to eSilicon’s VP of marketing, Mike Gianfanga.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Week In Review: Design, Low Power<br />\r\nFormal connectivity checking; EM interference in PCBs; 7nm GDDR6 PHY; advanced 56G/112G PAM4 test board\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://semiengineering.com/week-in-review-design-low-power-28/\" link_target=\"_blank\"]\r\n<p><i>By Jesse Allen | February 1, 2019</i></p>\r\n<p>eSilicon teamed up with Wild River Technology on an operation using the upcoming IEEE P370 standard. The design employed a channel-modeling platform to improve de-embedding quality out past 70GHz, establishing clear targets of equalization and creating an advanced reference design suited for immediate 3D electromagnetic design. The core of the design was Samtec’s Bulls Eye Test Point System; tools were also used from Keysight, ANSYS, and Simberian. The next phase is to design and build a test socket suited for 70GHz.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"High-Speed Communication Takes A Village\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://semiengineering.com/high-speed-communication-takes-a-village/\" link_target=\"_blank\"]\r\n<p><i>By Mike Gianfagna | January 31, 2019</i></p>\r\n<p>Forget the notion of a simple test fixture. This stuff is a lot more complicated than that. It starts with a specification — the complex set of capabilities required to “hit the target.” In this case, it’s the emerging IEEE P370 standard. According to the official website: “The standard is applicable to: PCB and related interconnects (including package, connector, cable, etc.) used in high-speed digital applications, operating with signals at frequencies up to 50 GHz.” To validate the performance of our 56G SerDes, we set out to build a test board that conformed to this specification.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"eSilicon and Wild River Technology Announce Advanced SerDes Test System<br />\r\nSystem addresses the demands of 56/112G PAM4 operation using upcoming IEEE P370 standard\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.globenewswire.com/news-release/2019/01/30/1707529/0/en/eSilicon-and-Wild-River-Technology-Announce-Advanced-SerDes-Test-System.html\" link_target=\"_blank\"]\r\n<p><i>January 30, 2019</i></p>\r\n<p>eSilicon, a leading provider of FinFET ASICs, market-specific IP platforms and advanced 2.5D packaging solutions, in collaboration with Wild River Technology, announced today at DesignCon 2019 the availability of an advanced test system that addresses the incredible signal integrity demands of 56/112G PAM4 operation.</p>\r\n<p>High baud-rate PAM4 test/characterization systems are challenging to design due to the high demands for superior signal integrity and signal-to-noise ratio (SNR). The test system design utilizes the upcoming IEEE P370 standard in association with compliance metrics 802.3bs, OIF CEI – 56G PAM4, and COBO to validate the required performance. Keysight’s Advanced Design System was used to explore power spectral density, examining how much bandwidth is needed for effective testing and what specific metrics of IEEE P370 are most important, such as return loss, equivalent return loss, time-domain reflectometry (TDR) and impedance analysis. eSilicon’s 56G PAM4 &amp; NRZ DSP-based 7nm SerDes was used to drive the communication channels.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Moving From 28 Gbps NRZ to 56 Gbps PAM-4: Is it a Free Lunch?\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"http://www.magazines007.com/pdf/Design007-Aug2018.pdf\" link_target=\"_blank\"]\r\n<p><i>By Yuriy Shlepnev, Simberian | August 2018</i></p>\r\n<p>The usual way of signaling through PCB interconnects is a two-level pulse, an encoding of 1s and 0s or bits, named NRZ (non-returnto-zero) or PAM-2 line code type. Increasing the data rate with the NRZ code type presents some obstacles. For a 28 Gbps NRZ signal, the bit time is about 35.7 ps with the main spectral lobe below 28 GHz. For a 56 Gbps NRZ signal, the bit time is about 17.86 ps, with the main spectral lobe below 56 GHz. One can feel the problem already: Getting PCB interconnect analysis and measurements up to 56 GHz and beyond is very challenging, to say the least. In addition, the expected attenuation (dielectric, conductor and roughness losses) would also be an obstacle for 56 GHz NRZ. To reduce the bandwidth of the signal, pulse amplitude modulation with four levels (PAM-4) is being used more frequently on production boards</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Analyze post-equalization ISI with pulse response\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.edn.com/analyze-post-equalization-isi-with-pulse-response/\" link_target=\"_blank\"]\r\n<p><i>By Ransom Stephens | March 7, 2018</i></p>\r\n<p>Any signal-integrity engineer will tell you that analyzing closed eye diagrams has never been easy. A transmission channel\'s frequency response (or lack of bandwidth) causes inter-symbol interference (ISI), the primary eye-closing culprit. While I\'ve written about closed eye analysis techniques before, this time we\'ll measure the ISI left over after equalization, the so-called residual ISI. In the process, we\'ll see the simple guts of decision feedback equalization (DFE).</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"SI, PI, and EMI Have a Simpler, More Integrated Future\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.designnews.com/si-pi-and-emi-have-simpler-more-integrated-future\" link_target=\"_blank\"]\r\n<p><i>By Chris Wiltz | January 31, 2018</i></p>\r\n<p>A panel of experts at DesignCon 2018 said that signal integrity, power integrity, and electromagnetic integrity aren\'t going to be separate disciplines any longer. But how can engineers address the new challenges ahead?</p>\r\n<p>If you want to think about where signal integrity (SI), power integrity (PI), and electromagnetic integrity (EMI) are going in the next five years, the first thing you need to do is stop thinking about them separately.</p>\r\n<p>“SI, PI, and EMI won\'t be three technologies anymore. We\'re going to have to deal with them all simultaneously,” Steve Sandler, Managing Director at Picotest, told the DesignCon 2018 audience at a keynote panel, “SI/PI &amp; EMI Challenges: Looking Ahead Through 2023.”</p>\r\n<p>Sandler and a group of panelists that included Istvan Novak, Senior Principal Engineer at Oracle; Eric Bogatin, an Adjunct Professor at University of Colorado\'s Department of Electrical, Computer, and Energy Engineering; Alfred Neves, Chief Technologist at Wild River Technology; and Kenneth Wyatt, Senior EMC Engineer at Wyatt Technical Services, all concluded that the proliferation of Internet of Things (IoT) technologies, coupled with new forms of computing and emerging technologies like autonomous vehicles, is going to conflate signal, power, and electromagnetism concerns in ways that will present brand new challenges for engineers and force experts in one area to gain experience in the others, as well.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Signal Integrity Journal Publishes First Print Issue\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.microwavejournal.com/articles/29678-article-headline\" link_target=\"_blank\"]\r\n<p><i>January 24, 2018</i></p>\r\n<p>Signal Integrity Journal, the sister publication to Microwave Journal covering signal integrity, power integrity and EMC/EMI related topics, has published its first printed magazine issue. Signal Integrity Journal was launched in September 2016 as an online magazine, and is now celebrating its success with this 2018 print edition, which is also available as a digital e-book.</p>\r\n<p>The Signal Integrity Journal 2018 print edition features articles from leaders in the industry such as Signal Integrity Journal editor Eric Bogatin (University of Colorado/Teledyne LeCroy), Isvan Novak, (Oracle), Steve Sandler, (Picotest), Al Neves (Wild River Technology) and Bert Simonovich, (LAMSIM).</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"10 Must-See Moments at DesignCon 2018\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://connectorsupplier.com/designcon-2018/\" link_target=\"_blank\"]\r\n<p><i>January 15, 2018</i></p>\r\n<p>This year, DesignCon promises a full array of events, including technical sessions, panels, training boot camps, and hundreds of exhibits featuring the latest connector technology.</p>\r\n<p>DesignCon is one of the premier conferences and exhibitions for the high-speed communications and semiconductor communities. Held each year in Santa Clara, California, this jam-packed three-day event includes continuing education opportunities, an expo highlighting the latest technologies, and networking opportunities across industries. There’s so much — you just can’t do it all. But, plan carefully and you can make the most of this experience. (DesignCon’s handy schedule builder is a great planning tool.) Here are 10 must-see moments you’ll want to add to your itinerary. </p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Tim’s Blackboard #8: Eye-opening Experience with CTLE\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" link=\"https://www.keysight.com/ssoauth/login\" link_target=\"_blank\" backgroundcolor=\"var(--awb-color2)\"]\r\n<p><i>By Tim Wang Lee | Dec 5, 2017</i></p>\r\n<p>Welcome to Tim’s Blackboard! This is the place to find discussions on interesting topics related to signal integrity and power integrity. This week on Tim’s Blackboard is “Eye-opening Experience with CTLE,” where we study one of the equalization techniques. This post has an associated ADS workspace. Today, we will take a close look at continuous-time linear equalization (CTLE) and how it opens closed eyes for us.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"S-Parameters: Signal Integrity Analysis in the Blink of an Eye\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<p><i>By Alfred P. Neves, Mike Resso, and Chun-Ting Wang Lee | May 30, 2017</i></p>\r\n<p>Emerging 100 Gigabit Ethernet and 400 Gigabit Ethernet requirements for communication networks have put increasing demands on Internet infrastructure. New methods of design, validation, and troubleshooting to optimize high speed digital channels are being employed in the R&amp;D laboratory. This article discusses new concepts for serial link design and analysis as applied to physical layer test and measurement techniques. Novel test fixtures and signal integrity software tools will be discussed in real world applications in the form of design case studies.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"BER- and COM-Way of Channel-Compliance Evaluation: What are the Sources of Differences?\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" link=\"https://www.signalintegrityjournal.com/articles/378-ber--and-com-way-of-channel-compliance-evaluation-what-are-the-sources-of-differences\" link_target=\"_blank\" backgroundcolor=\"var(--awb-color2)\"]\r\n<p><i>Vladimir Dmitriev-Zdorov, Cristian Filip, Chuck Ferry, and Alfred P. Neves | March 23, 2017</i></p>\r\n<p>We analyze the computational procedure specified for channel operation margin (COM) and compare it to traditional statistical eye/BER analysis. There are a number of differences between the two approaches, ranging from how they perform channel characterization, to how they consider Tx and Rx noise and apply termination, to the differences between numerical procedures employed to convert given jitter and crosstalk responses into the vertical distribution characterizing eye diagrams and BER. We show that depending on the channel COM may potentially overestimate the effect of crosstalk and, depending on a number of factors, over- or underestimate the effect of transmit jitter, especially when the channel operates at the rate limits. We propose a modification to the COM procedure that eliminates these problems without considerable work increase.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Obsessing Over Conductor Surface Roughness: What’s the Effect on Dk?\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" link=\"http://www.magazines007.com/pdf/PCBD-Mar2017.pdf\" backgroundcolor=\"var(--awb-color2)\" link_target=\"_blank\"]\r\n<p style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\"><i>By Bert Simonovich, Lamsim Enterprises | March 2017</i></p>\r\n<p style=\"font-size: 14px; font-family: Archivo; font-weight: 400;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"400\">You know you have an obsession when you are flying six miles over Colorado and you look out the window at the beautiful scenery, and all you can think about is how the rocky mountain topology reminds you of conductor surface roughness! Well, call me obsessed, because that’s exactly what I thought on my way to DesignCon 2017 in Santa Clara, California.</p>\r\n<p style=\"font-size: 14px; font-family: Archivo; font-weight: 400;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"400\">For those of you who know me, you know that I have been researching practical methods to model conductor surface roughness and its effect on insertion loss (IL). I have presented several papers on the subject over the last couple of years. It’s one of my pet projects. This year at DesignCon, I presented a paper titled “A Practical Method to Model Effective Permittivity and Phase Delay Due to Conductor Surface Roughness.” Everyone involved in the design and manufacture of PCBs knows that one of the most important properties of the dielectric material is the relative permittivity, commonly referred to as dielectric constant (Dk). But in reality, Dk is not constant at all. It varies over frequency as you will see later.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"down\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" backgroundcolor=\"rgba(255,255,255,0)\"][fusion_content_box title=\"32 to 56 Gbps Serial Link Analysis and Optimization Methods for Pathological Channels\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" link=\"https://www.xilinx.com/publications/events/designcon/2017/tutorial-32-to-56-gbps-serial-link-analysis-optimization-methods-pathological-channels.pdf\" link_target=\"_blank\" backgroundcolor=\"var(--awb-color2)\"]\r\n<p data-fusion-font=\"true\" style=\"font-size: 14px;\"><i><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300;\">By Al Neves, Tim Wang Lee (Wild River Technology); Jack Carrel, Hong-Ahn (Xilinx, Inc.); Heidi Barnes, Mike Resso (Keysight Technologies) | February 10, 2017</span></i></p>\r\n<p data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 400;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"400\">For many SerDes applications, when there is a channel that is proving difficult to achieve the required BER performance, the question of where and what to apply to the effort must be answered. The key focus of this tutorial is to unite a concerted channel analysis approach implementing both measurement hardware and EDA tools with contemporary SerDes internal tools (internal eye scan) for the purpose of optimizing BER for highly pathological channels (crosstalk, loss, return loss degradation, etc.).</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Media Coverage','','inherit','closed','closed','','5322-revision-v1','','','2022-03-31 14:17:07','2022-03-31 14:17:07','',5322,'https://testsite.wildrivertech.com/?p=5668',0,'revision','',0),(5644,1,'2022-03-31 11:58:10','2022-03-31 11:58:10','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" spacing_medium=\"\" spacing_small=\"\" padding_dimensions_medium=\"\" padding_dimensions_small=\"\" border_sizes=\"\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" render_logics=\"\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_1\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" rotation_text=\"\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" dimensions_medium=\"\" dimensions_small=\"\" gradient_font=\"no\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<p>Media Coverage</p>[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" image_max_width=\"\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"ICYMI: High-Performance Communications, Delivered\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://blog.samtec.com/post/icymi-high-performance-communications-delivered/https://blog.samtec.com/post/icymi-high-performance-communications-delivered/https://blog.samtec.com/post/icymi-high-performance-communications-delivered/https://blog.samtec.com/post/icymi-high-performance-communications-delivered/https://blog.samtec.com/post/icymi-high-performance-communications-delivered/\" link_target=\"_blank\"]<p><i>By Matt Burns | July 24, 2019 </i></p><p>ICYMI. Doesn’t that immediately induce fear of missing out? Oh wait, that’s another acronym. FOMO. Yikes. In any case, technical experts from Samtec, eSilicon and Wild River Technology recently co-presented a webinar around the topic of High-Performance Communications, Delivered. The webinar highlighted technical challenges system designers and engineers face on the way to 56 Gbps/112 Gbps PAM 4 data rates. What are some of those challenges? </p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"July 2019 Connector Industry News\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://connectorsupplier.com/july-2019-connector-industry-news/\" link_target=\"_blank\"]<p><i>By Christine Stieglitz | July 9, 2019</i></p><p>Samtec, eSilicon, and Wild River Technology have co-developed a next-generation test platform that addresses common challenges OEMS face when developing high-performance communications solutions and are promoting it via webinar on Thursday, July 11. The “High-Performance Communications, Delivered” webinar will focus on high-performance communications at 56Gb/s PAM4 and beyond and will also provide an introduction to the challenges of high-performance communications.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Samtec Partners with eSilicon and Wild River Technology on High-Performance Communications Webina\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://blog.samtec.com/post/samtec-partners-with-esilicon-and-wild-river-technology-on-high-performance-communications-webinar/\" link_target=\"_blank\"]<p>By Matt Burns | June 20, 2019 </p><p>Data, data, data is everywhere. From streaming video to edge computing, system designers are challenged to meet the needs of the networks (and consumers). From servers and switches to networking equipment, OEMs developing next-gen devices with high-performance communications face two common challenges. First, available silicon must support 56 Gbps PAM4 data rates. Second, test fixtures must support performance verification.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Wild River, eSilicon, and Samtec Team up for 112-Gbps Test Vehicle\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"√\" link_target=\"_blank\"]<p><i>By Andy Shaughnessy | June 6, 2019</i></p><p>During DesignCon, I sat down for an interview with Tim Horel from eSilicon, Al Neves of Wild River Technology, and Matt Burns from Samtec. They’ve recently teamed up to create a 112-Gbps test vehicle that may be the first of its kind of test fixture.</p><p>Al Neves: Well, there’s a science-fiction comment that’s really appropriate: “In space, everything can kill you.” And when you’re doing work even at 56 Gbps, the requirements of the PAM4 technology for test fixturing is formidable; everything needs to be top-tier SI metrics. There’s a new emerging standard—IEEE P370—that helps with our guidance of that, and we use it along with some simulations as a guide to establish metrics for doing the 3D EM optimization. The 3D EM optimization was the floor plan—the SI of the platform. Most importantly, the crux issue was the high-density interconnect, which was the Bulls Eye connector from Samtec going into the board.</p><p>For the electromagnetic simulation, we had two internal teams, and we also used an external Samtec team. Our experience using external teams from connector companies was universally very negative. They’re not usually up to the requirements of the advanced SI that you need for PAM4. However, the Samtec team did a fabulous job. In fact, we used three independent teams—two internal teams using two different tools, and then a Samtec team—and we overlaid all of those. Samtec’s results and the Wild River team’s overlaid very closely and the synergy between the teams was really brilliant.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"112G Digs in at DesignCon 2019\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.eeweb.com/profile/martin-rowe-2/articles/112g-digs-in-at-designcon-2019\" link_target=\"_blank\"]<p><i>By Martin Rowe | February 12, 2019</i></p><p>112G serial links have moved out of the lab and onto the exhibit floor. 56G ramps up while 28G goes mainstream.</p><p>Last year at DesignCon 2018, we witnessed high-speed digital designs that moved past 56 Gbits/s (56G) and onto 112 Gbits/s (112G). This year, DesignCon 2019 brought numerous demonstrations of 112G as the connectors and cables caught up with the silicon. While still appearing in technical papers and panels, 112G has certainly moved into the exhibit hall. Meanwhile, 56G has matured and is now a complete ecosystem.</p><p>When it comes to signal integrity and high-speed signals, transmission lengths certainly matter, especially with electrical signals over copper connections. Yes, optical transmission is an option, but nobody wants to pay for it.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"DesignCon 2019 — Open Your Eyes\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]<p><i>By Patrick Hindle | February 11, 2019</i></p><p>eSilicon was in the Samtec booth presenting their collaboration with Wild River Technology and Samtec to develop an advanced test system that addresses the incredible signal integrity demands of 56/112G PAM4 operation. The test system design utilizes the upcoming IEEE P370 standard in association with compliance metrics 802.3bs, OIF CEI – 56G PAM4, and COBO to validate the required performance.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"High-speed design: It takes a village to succeed\neSilicon, Wild River Technology, and Samtec combined forces to develop a 56-Gbits/s test board\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.electronicproducts.com/high-speed-design-it-takes-a-village-to-succeed/\" link_target=\"_blank\"]<p><i>By Martin Rowe | February 8, 2019</i></p><p>You’ve probably heard the phrase “It takes a village to raise a child.” The same can be said for high-speed digital design. That’s the lesson that engineers at eSilicon, Wild River Technologies, and Samtec learned when eSilicon needed a board to test its latest 56-/112-Gbits/s PAM4 SerDes for use in IEEE 802.3bs (200-/400-Gbits/s Ethernet) and several Optical Internet working Forum (OIF) implementations.</p><p>To find out how the three companies worked on the problem, I met on Jan. 30 with representatives of the three companies at DesignCon 2019 in Santa Clara, California.</p><p>“We needed a way to evaluate our chip,” said eSilicon’s director of field applications, Tim Horel. The board not only lets eSilicon engineers do that, it also serves as a reference design. The goal was to design a board that could pass data at a bit-error ratio (BER) of 10E-11 over 5m of copper cable without the need for forward-error correction (FEC). The board, which was on display at DesignCon 2019, can maintain that BER over 7m of copper, according to eSilicon’s VP of marketing, Mike Gianfanga.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Week In Review: Design, Low Power\nFormal connectivity checking; EM interference in PCBs; 7nm GDDR6 PHY; advanced 56G/112G PAM4 test board\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://semiengineering.com/week-in-review-design-low-power-28/\" link_target=\"_blank\"]<p><i>By Jesse Allen | February 1, 2019</i></p><p>eSilicon teamed up with Wild River Technology on an operation using the upcoming IEEE P370 standard. The design employed a channel-modeling platform to improve de-embedding quality out past 70GHz, establishing clear targets of equalization and creating an advanced reference design suited for immediate 3D electromagnetic design. The core of the design was Samtec’s Bulls Eye Test Point System; tools were also used from Keysight, ANSYS, and Simberian. The next phase is to design and build a test socket suited for 70GHz.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"High-Speed Communication Takes A Village\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://semiengineering.com/high-speed-communication-takes-a-village/\" link_target=\"_blank\"]<p><i>By Mike Gianfagna | January 31, 2019</i></p><p>Forget the notion of a simple test fixture. This stuff is a lot more complicated than that. It starts with a specification — the complex set of capabilities required to “hit the target.” In this case, it’s the emerging IEEE P370 standard. According to the official website: “The standard is applicable to: PCB and related interconnects (including package, connector, cable, etc.) used in high-speed digital applications, operating with signals at frequencies up to 50 GHz.” To validate the performance of our 56G SerDes, we set out to build a test board that conformed to this specification.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"eSilicon and Wild River Technology Announce Advanced SerDes Test System\nSystem addresses the demands of 56/112G PAM4 operation using upcoming IEEE P370 standard\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.globenewswire.com/news-release/2019/01/30/1707529/0/en/eSilicon-and-Wild-River-Technology-Announce-Advanced-SerDes-Test-System.html\" link_target=\"_blank\"]<p><i>January 30, 2019</i></p><p>eSilicon, a leading provider of FinFET ASICs, market-specific IP platforms and advanced 2.5D packaging solutions, in collaboration with Wild River Technology, announced today at DesignCon 2019 the availability of an advanced test system that addresses the incredible signal integrity demands of 56/112G PAM4 operation.</p><p>High baud-rate PAM4 test/characterization systems are challenging to design due to the high demands for superior signal integrity and signal-to-noise ratio (SNR). The test system design utilizes the upcoming IEEE P370 standard in association with compliance metrics 802.3bs, OIF CEI – 56G PAM4, and COBO to validate the required performance. Keysight’s Advanced Design System was used to explore power spectral density, examining how much bandwidth is needed for effective testing and what specific metrics of IEEE P370 are most important, such as return loss, equivalent return loss, time-domain reflectometry (TDR) and impedance analysis. eSilicon’s 56G PAM4 &amp; NRZ DSP-based 7nm SerDes was used to drive the communication channels.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Moving From 28 Gbps NRZ to 56 Gbps PAM-4: Is it a Free Lunch?\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"http://www.magazines007.com/pdf/Design007-Aug2018.pdf\" link_target=\"_blank\"]<p><i>By Yuriy Shlepnev, Simberian | August 2018</i></p><p>The usual way of signaling through PCB interconnects is a two-level pulse, an encoding of 1s and 0s or bits, named NRZ (non-returnto-zero) or PAM-2 line code type. Increasing the data rate with the NRZ code type presents some obstacles. For a 28 Gbps NRZ signal, the bit time is about 35.7 ps with the main spectral lobe below 28 GHz. For a 56 Gbps NRZ signal, the bit time is about 17.86 ps, with the main spectral lobe below 56 GHz. One can feel the problem already: Getting PCB interconnect analysis and measurements up to 56 GHz and beyond is very challenging, to say the least. In addition, the expected attenuation (dielectric, conductor and roughness losses) would also be an obstacle for 56 GHz NRZ. To reduce the bandwidth of the signal, pulse amplitude modulation with four levels (PAM-4) is being used more frequently on production boards</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Analyze post-equalization ISI with pulse response\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.edn.com/analyze-post-equalization-isi-with-pulse-response/\" link_target=\"_blank\"]<p><i>By Ransom Stephens | March 7, 2018</i></p><p>Any signal-integrity engineer will tell you that analyzing closed eye diagrams has never been easy. A transmission channel\'s frequency response (or lack of bandwidth) causes inter-symbol interference (ISI), the primary eye-closing culprit. While I\'ve written about closed eye analysis techniques before, this time we\'ll measure the ISI left over after equalization, the so-called residual ISI. In the process, we\'ll see the simple guts of decision feedback equalization (DFE).</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"SI, PI, and EMI Have a Simpler, More Integrated Future\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.designnews.com/si-pi-and-emi-have-simpler-more-integrated-future\" link_target=\"_blank\"]<p><i>By Chris Wiltz | January 31, 2018</i></p><p>A panel of experts at DesignCon 2018 said that signal integrity, power integrity, and electromagnetic integrity aren\'t going to be separate disciplines any longer. But how can engineers address the new challenges ahead?</p><p>If you want to think about where signal integrity (SI), power integrity (PI), and electromagnetic integrity (EMI) are going in the next five years, the first thing you need to do is stop thinking about them separately.</p><p>“SI, PI, and EMI won\'t be three technologies anymore. We\'re going to have to deal with them all simultaneously,” Steve Sandler, Managing Director at Picotest, told the DesignCon 2018 audience at a keynote panel, “SI/PI &amp; EMI Challenges: Looking Ahead Through 2023.”</p><p>Sandler and a group of panelists that included Istvan Novak, Senior Principal Engineer at Oracle; Eric Bogatin, an Adjunct Professor at University of Colorado\'s Department of Electrical, Computer, and Energy Engineering; Alfred Neves, Chief Technologist at Wild River Technology; and Kenneth Wyatt, Senior EMC Engineer at Wyatt Technical Services, all concluded that the proliferation of Internet of Things (IoT) technologies, coupled with new forms of computing and emerging technologies like autonomous vehicles, is going to conflate signal, power, and electromagnetism concerns in ways that will present brand new challenges for engineers and force experts in one area to gain experience in the others, as well.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Signal Integrity Journal Publishes First Print Issue\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://www.microwavejournal.com/articles/29678-article-headline\" link_target=\"_blank\"]<p><i>January 24, 2018</i></p><p>Signal Integrity Journal, the sister publication to Microwave Journal covering signal integrity, power integrity and EMC/EMI related topics, has published its first printed magazine issue. Signal Integrity Journal was launched in September 2016 as an online magazine, and is now celebrating its success with this 2018 print edition, which is also available as a digital e-book.</p><p>The Signal Integrity Journal 2018 print edition features articles from leaders in the industry such as Signal Integrity Journal editor Eric Bogatin (University of Colorado/Teledyne LeCroy), Isvan Novak, (Oracle), Steve Sandler, (Picotest), Al Neves (Wild River Technology) and Bert Simonovich, (LAMSIM).</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"10 Must-See Moments at DesignCon 2018\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" link=\"https://connectorsupplier.com/designcon-2018/\" link_target=\"_blank\"]<p><i>January 15, 2018</i></p><p>This year, DesignCon promises a full array of events, including technical sessions, panels, training boot camps, and hundreds of exhibits featuring the latest connector technology.</p><p>DesignCon is one of the premier conferences and exhibitions for the high-speed communications and semiconductor communities. Held each year in Santa Clara, California, this jam-packed three-day event includes continuing education opportunities, an expo highlighting the latest technologies, and networking opportunities across industries. There’s so much — you just can’t do it all. But, plan carefully and you can make the most of this experience. (DesignCon’s handy schedule builder is a great planning tool.) Here are 10 must-see moments you’ll want to add to your itinerary. </p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Tim’s Blackboard #8: Eye-opening Experience with CTLE\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" link=\"https://www.keysight.com/ssoauth/login\" link_target=\"_blank\" backgroundcolor=\"var(--awb-color2)\"]<p><i>By Tim Wang Lee | Dec 5, 2017</i></p><p>Welcome to Tim’s Blackboard! This is the place to find discussions on interesting topics related to signal integrity and power integrity. This week on Tim’s Blackboard is “Eye-opening Experience with CTLE,” where we study one of the equalization techniques. This post has an associated ADS workspace. Today, we will take a close look at continuous-time linear equalization (CTLE) and how it opens closed eyes for us.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"S-Parameters: Signal Integrity Analysis in the Blink of an Eye\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]<p><i>By Alfred P. Neves, Mike Resso, and Chun-Ting Wang Lee | May 30, 2017</i></p><p>Emerging 100 Gigabit Ethernet and 400 Gigabit Ethernet requirements for communication networks have put increasing demands on Internet infrastructure. New methods of design, validation, and troubleshooting to optimize high speed digital channels are being employed in the R&amp;D laboratory. This article discusses new concepts for serial link design and analysis as applied to physical layer test and measurement techniques. Novel test fixtures and signal integrity software tools will be discussed in real world applications in the form of design case studies.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"BER- and COM-Way of Channel-Compliance Evaluation: What are the Sources of Differences?\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" link=\"https://www.signalintegrityjournal.com/articles/378-ber--and-com-way-of-channel-compliance-evaluation-what-are-the-sources-of-differences\" link_target=\"_blank\" backgroundcolor=\"var(--awb-color2)\"]<p><i>Vladimir Dmitriev-Zdorov, Cristian Filip, Chuck Ferry, and Alfred P. Neves | March 23, 2017</i></p><p>We analyze the computational procedure specified for channel operation margin (COM) and compare it to traditional statistical eye/BER analysis. There are a number of differences between the two approaches, ranging from how they perform channel characterization, to how they consider Tx and Rx noise and apply termination, to the differences between numerical procedures employed to convert given jitter and crosstalk responses into the vertical distribution characterizing eye diagrams and BER. We show that depending on the channel COM may potentially overestimate the effect of crosstalk and, depending on a number of factors, over- or underestimate the effect of transmit jitter, especially when the channel operates at the rate limits. We propose a modification to the COM procedure that eliminates these problems without considerable work increase.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Obsessing Over Conductor Surface Roughness: What’s the Effect on Dk?\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" link=\"http://www.magazines007.com/pdf/PCBD-Mar2017.pdf\" backgroundcolor=\"var(--awb-color2)\" link_target=\"_blank\"]<p style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\"><i>By Bert Simonovich, Lamsim Enterprises | March 2017</i></p>\n<p style=\"font-size: 14px; font-family: Archivo; font-weight: 400;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"400\">You know you have an obsession when you are flying six miles over Colorado and you look out the window at the beautiful scenery, and all you can think about is how the rocky mountain topology reminds you of conductor surface roughness! Well, call me obsessed, because that’s exactly what I thought on my way to DesignCon 2017 in Santa Clara, California.</p>\n<p style=\"font-size: 14px; font-family: Archivo; font-weight: 400;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"400\">For those of you who know me, you know that I have been researching practical methods to model conductor surface roughness and its effect on insertion loss (IL). I have presented several papers on the subject over the last couple of years. It’s one of my pet projects. This year at DesignCon, I presented a paper titled “A Practical Method to Model Effective Permittivity and Phase Delay Due to Conductor Surface Roughness.” Everyone involved in the design and manufacture of PCBs knows that one of the most important properties of the dielectric material is the relative permittivity, commonly referred to as dielectric constant (Dk). But in reality, Dk is not constant at all. It varies over frequency as you will see later.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"clean-horizontal\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"down\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" backgroundcolor=\"rgba(255,255,255,0)\"][fusion_content_box title=\"32 to 56 Gbps Serial Link Analysis and Optimization Methods for Pathological Channels\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" link=\"https://www.xilinx.com/publications/events/designcon/2017/tutorial-32-to-56-gbps-serial-link-analysis-optimization-methods-pathological-channels.pdf\" link_target=\"_blank\" backgroundcolor=\"var(--awb-color2)\"]<p data-fusion-font=\"true\" style=\"font-size: 14px;\"><i><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300;\">By Al Neves, Tim Wang Lee (Wild River Technology); Jack Carrel, Hong-Ahn (Xilinx, Inc.); Heidi Barnes, Mike Resso (Keysight Technologies) | February 10, 2017</span></i></p><p data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 400;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"400\">For many SerDes applications, when there is a channel that is proving difficult to achieve the required BER performance, the question of where and what to apply to the effort must be answered. The key focus of this tutorial is to unite a concerted channel analysis approach implementing both measurement hardware and EDA tools with contemporary SerDes internal tools (internal eye scan) for the purpose of optimizing BER for highly pathological channels (crosstalk, loss, return loss degradation, etc.).</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Media Coverage','','inherit','closed','closed','','5322-revision-v1','','','2022-03-31 11:58:10','2022-03-31 11:58:10','',5322,'https://testsite.wildrivertech.com/?p=5644',0,'revision','',0),(5645,1,'2022-03-31 12:18:53','2022-03-31 12:18:53','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" spacing_medium=\"\" spacing_small=\"\" padding_dimensions_medium=\"\" padding_dimensions_small=\"\" border_sizes=\"\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" render_logics=\"\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_1\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_table fusion_table_type=\"1\" fusion_table_rows=\"20\" fusion_table_columns=\"2\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"]<div class=\"table-1 undefined\"><table width=\"100%\"><thead><tr><th style=\"text-align: center;\" align=\"left\">Class No.</th><th style=\"text-align: center;\" align=\"left\">Title</th></tr></thead><tbody><tr><td align=\"left\"><strong>ADS-01</strong></td><td align=\"left\">Advanced Time-Domain Analysis (TDR/TDT) Using Keysight ADS</td></tr><tr><td align=\"left\"><strong>ADS-02</strong></td><td align=\"left\">Advanced ADS for Signal Integrity Engineers</td></tr><tr><td align=\"left\"><strong>JITT-01</strong></td><td align=\"left\">10G BASE KR</td></tr><tr><td align=\"left\"><strong>JITT-02</strong></td><td align=\"left\">100G Ethernet Signaling</td></tr><tr><td align=\"left\"><strong>JITT-03</strong></td><td align=\"left\">Advanced Crosstalk and Peak Distortion Analysis, Conquering Difficult SI</td></tr><tr><td align=\"left\"><strong>JITT-04</strong></td><td align=\"left\">Get up to Date in High-Speed Tech: COM, ICN, eTJ, eBUJ</td></tr><tr><td align=\"left\"><strong>JITT-05</strong></td><td align=\"left\">Channel Optimization by Combining Modeling and Measurement</td></tr><tr><td align=\"left\"><strong>JITT-06</strong></td><td align=\"left\">Advancing to the Edge: 56G Design, Compliance, and Debug</td></tr><tr><td align=\"left\"><strong>SI-01</strong></td><td align=\"left\">Jitter Analysis Essentials for Signal Integrity Engineers</td></tr><tr><td align=\"left\"><strong>SI-02</strong></td><td align=\"left\">Mastering High-Speed I/O: Compliance, Diagnostics, and Simulation</td></tr><tr><td align=\"left\"><strong>SI-03</strong></td><td align=\"left\">Understanding, Debugging, and Testing High-Speed I/O</td></tr><tr><td align=\"left\"><strong>SI-04</strong></td><td align=\"left\">Advanced TDR and VNA Measurement Methodology</td></tr><tr><td align=\"left\"><strong>SI-05</strong></td><td align=\"left\">WRT Channel Modeling for Advanced EDA to Measurement Correspondence</td></tr><tr><td align=\"left\"><strong>SI-06</strong></td><td align=\"left\">Introduction into computational electromagnetics for interconnect analysis</td></tr><tr><td align=\"left\"><strong>SI-07</strong></td><td align=\"left\">Multiport theory for interconnect analysis</td></tr><tr><td align=\"left\"><strong>SI-08</strong></td><td align=\"left\">Analysis of signal propagation in interconnects</td></tr><tr><td align=\"left\"><strong>SI-09</strong></td><td align=\"left\">Simbeor EDA Training for Signal Integrity Engineers</td></tr><tr><td align=\"left\"><strong>TDR-01</strong></td><td align=\"left\">TDR Basics</td></tr><tr><td align=\"left\"><strong>TDR-02</strong></td><td align=\"left\">TDR Based Modeling Using Tektronix’ IConnect</td></tr></tbody></table></div>[/fusion_table][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Training','','inherit','closed','closed','','5314-revision-v1','','','2022-03-31 12:18:53','2022-03-31 12:18:53','',5314,'https://testsite.wildrivertech.com/?p=5645',0,'revision','',0),(5646,1,'2022-03-31 12:23:13','2022-03-31 12:23:13','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" spacing_medium=\"\" spacing_small=\"\" padding_dimensions_medium=\"\" padding_dimensions_small=\"\" border_sizes=\"\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" render_logics=\"\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_1\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" rotation_text=\"\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" dimensions_medium=\"\" dimensions_small=\"\" gradient_font=\"no\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<p>Signal Integrity Training</p>[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_2\" align_self=\"auto\" content_layout=\"row\" align_content=\"center\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_2\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_button target=\"_self\" color=\"default\" linear_angle=\"180\" stretch=\"default\" icon_position=\"left\" icon_divider=\"no\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"flat\"]Wild River Tech Training Brief[/fusion_button][/fusion_builder_column][fusion_builder_column type=\"1_2\" align_self=\"auto\" content_layout=\"row\" align_content=\"center\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_2\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_button target=\"_self\" color=\"default\" linear_angle=\"180\" stretch=\"default\" icon_position=\"left\" icon_divider=\"no\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"flat\"]Simbeor EDA Training Brief[/fusion_button][/fusion_builder_column][fusion_builder_column type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_1\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_table fusion_table_type=\"1\" fusion_table_rows=\"20\" fusion_table_columns=\"2\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"]<div class=\"table-1 undefined\"><table width=\"100%\"><thead><tr><th style=\"text-align: center;\" align=\"left\">Class No.</th><th style=\"text-align: center;\" align=\"left\">Title</th></tr></thead><tbody><tr><td align=\"left\"><strong>ADS-01</strong></td><td align=\"left\">Advanced Time-Domain Analysis (TDR/TDT) Using Keysight ADS</td></tr><tr><td align=\"left\"><strong>ADS-02</strong></td><td align=\"left\">Advanced ADS for Signal Integrity Engineers</td></tr><tr><td align=\"left\"><strong>JITT-01</strong></td><td align=\"left\">10G BASE KR</td></tr><tr><td align=\"left\"><strong>JITT-02</strong></td><td align=\"left\">100G Ethernet Signaling</td></tr><tr><td align=\"left\"><strong>JITT-03</strong></td><td align=\"left\">Advanced Crosstalk and Peak Distortion Analysis, Conquering Difficult SI</td></tr><tr><td align=\"left\"><strong>JITT-04</strong></td><td align=\"left\">Get up to Date in High-Speed Tech: COM, ICN, eTJ, eBUJ</td></tr><tr><td align=\"left\"><strong>JITT-05</strong></td><td align=\"left\">Channel Optimization by Combining Modeling and Measurement</td></tr><tr><td align=\"left\"><strong>JITT-06</strong></td><td align=\"left\">Advancing to the Edge: 56G Design, Compliance, and Debug</td></tr><tr><td align=\"left\"><strong>SI-01</strong></td><td align=\"left\">Jitter Analysis Essentials for Signal Integrity Engineers</td></tr><tr><td align=\"left\"><strong>SI-02</strong></td><td align=\"left\">Mastering High-Speed I/O: Compliance, Diagnostics, and Simulation</td></tr><tr><td align=\"left\"><strong>SI-03</strong></td><td align=\"left\">Understanding, Debugging, and Testing High-Speed I/O</td></tr><tr><td align=\"left\"><strong>SI-04</strong></td><td align=\"left\">Advanced TDR and VNA Measurement Methodology</td></tr><tr><td align=\"left\"><strong>SI-05</strong></td><td align=\"left\">WRT Channel Modeling for Advanced EDA to Measurement Correspondence</td></tr><tr><td align=\"left\"><strong>SI-06</strong></td><td align=\"left\">Introduction into computational electromagnetics for interconnect analysis</td></tr><tr><td align=\"left\"><strong>SI-07</strong></td><td align=\"left\">Multiport theory for interconnect analysis</td></tr><tr><td align=\"left\"><strong>SI-08</strong></td><td align=\"left\">Analysis of signal propagation in interconnects</td></tr><tr><td align=\"left\"><strong>SI-09</strong></td><td align=\"left\">Simbeor EDA Training for Signal Integrity Engineers</td></tr><tr><td align=\"left\"><strong>TDR-01</strong></td><td align=\"left\">TDR Basics</td></tr><tr><td align=\"left\"><strong>TDR-02</strong></td><td align=\"left\">TDR Based Modeling Using Tektronix’ IConnect</td></tr></tbody></table></div>[/fusion_table][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Training','','inherit','closed','closed','','5314-revision-v1','','','2022-03-31 12:23:13','2022-03-31 12:23:13','',5314,'https://testsite.wildrivertech.com/?p=5646',0,'revision','',0),(5647,1,'2022-03-31 12:35:02','2022-03-31 12:35:02','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" spacing_medium=\"\" spacing_small=\"\" padding_dimensions_medium=\"\" padding_dimensions_small=\"\" border_sizes=\"\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" render_logics=\"\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_1\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" rotation_text=\"\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" dimensions_medium=\"\" dimensions_small=\"\" gradient_font=\"no\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<p>Signal Integrity Training</p>[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_2\" align_self=\"auto\" content_layout=\"row\" align_content=\"center\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_2\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_button target=\"_self\" color=\"default\" linear_angle=\"180\" stretch=\"default\" icon_position=\"left\" icon_divider=\"no\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"flat\"]Wild River Tech Training Brief[/fusion_button][/fusion_builder_column][fusion_builder_column type=\"1_2\" align_self=\"auto\" content_layout=\"row\" align_content=\"center\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_2\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_button target=\"_self\" color=\"default\" linear_angle=\"180\" stretch=\"default\" icon_position=\"left\" icon_divider=\"no\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"flat\"]Simbeor EDA Training Brief[/fusion_button][/fusion_builder_column][fusion_builder_column type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_1\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_table fusion_table_type=\"1\" fusion_table_rows=\"20\" fusion_table_columns=\"2\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"]<div class=\"table-1 undefined\"><table width=\"100%\"><thead><tr><th style=\"text-align: center;\" align=\"left\">Class No.</th><th style=\"text-align: center;\" align=\"left\">Title</th></tr></thead><tbody><tr><td align=\"left\"><strong>ADS-01</strong></td><td align=\"left\">Advanced Time-Domain Analysis (TDR/TDT) Using Keysight ADS</td></tr><tr><td align=\"left\"><strong>ADS-02</strong></td><td align=\"left\">Advanced ADS for Signal Integrity Engineers</td></tr><tr><td align=\"left\"><strong>JITT-01</strong></td><td align=\"left\">10G BASE KR</td></tr><tr><td align=\"left\"><strong>JITT-02</strong></td><td align=\"left\">100G Ethernet Signaling</td></tr><tr><td align=\"left\"><strong>JITT-03</strong></td><td align=\"left\">Advanced Crosstalk and Peak Distortion Analysis, Conquering Difficult SI</td></tr><tr><td align=\"left\"><strong>JITT-04</strong></td><td align=\"left\">Get up to Date in High-Speed Tech: COM, ICN, eTJ, eBUJ</td></tr><tr><td align=\"left\"><strong>JITT-05</strong></td><td align=\"left\">Channel Optimization by Combining Modeling and Measurement</td></tr><tr><td align=\"left\"><strong>JITT-06</strong></td><td align=\"left\">Advancing to the Edge: 56G Design, Compliance, and Debug</td></tr><tr><td align=\"left\"><strong>SI-01</strong></td><td align=\"left\">Jitter Analysis Essentials for Signal Integrity Engineers</td></tr><tr><td align=\"left\"><strong>SI-02</strong></td><td align=\"left\">Mastering High-Speed I/O: Compliance, Diagnostics, and Simulation</td></tr><tr><td align=\"left\"><strong>SI-03</strong></td><td align=\"left\">Understanding, Debugging, and Testing High-Speed I/O</td></tr><tr><td align=\"left\"><strong>SI-04</strong></td><td align=\"left\">Advanced TDR and VNA Measurement Methodology</td></tr><tr><td align=\"left\"><strong>SI-05</strong></td><td align=\"left\">WRT Channel Modeling for Advanced EDA to Measurement Correspondence</td></tr><tr><td align=\"left\"><strong>SI-06</strong></td><td align=\"left\">Introduction into computational electromagnetics for interconnect analysis</td></tr><tr><td align=\"left\"><strong>SI-07</strong></td><td align=\"left\">Multiport theory for interconnect analysis</td></tr><tr><td align=\"left\"><strong>SI-08</strong></td><td align=\"left\">Analysis of signal propagation in interconnects</td></tr><tr><td align=\"left\"><strong>SI-09</strong></td><td align=\"left\">Simbeor EDA Training for Signal Integrity Engineers</td></tr><tr><td align=\"left\"><strong>TDR-01</strong></td><td align=\"left\">TDR Basics</td></tr><tr><td align=\"left\"><strong>TDR-02</strong></td><td align=\"left\">TDR Based Modeling Using Tektronix’ IConnect</td></tr></tbody></table></div>[/fusion_table][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container][fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" spacing_medium=\"\" spacing_small=\"\" padding_dimensions_medium=\"\" padding_dimensions_small=\"\" border_sizes=\"\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" render_logics=\"\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" image_max_width=\"\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"James Bell\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2022/03/jim_bell_20130211-150x150.png\" image_id=\"5472|thumbnail\"]James teaches Simbeor basics. He is one of the founders of Wild River Technology and is an experienced design and signal integrity engineer with over 30 years’ experience in complex system design, interconnect, and signal integrity engineering. He has been a consultant to engineering organizations world-wide, with expertise in pre- and post-route signal integrity and timing validation for advanced systems. He earned his B.S. in Electrical Engineering at Northern Arizona University.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Al Neves\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2022/03/Al_Neves_headshot_20120319-150x150.png\" image_id=\"5469|thumbnail\"]James teaches Simbeor basics. He is one of the founders of Wild River Technology and is an experienced design and signal integrity engineer with over 30 years’ experience in complex system design, interconnect, and signal integrity engineering. He has been a consultant to engineering organizations world-wide, with expertise in pre- and post-route signal integrity and timing validation for advanced systems. He earned his B.S. in Electrical Engineering at Northern Arizona University.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"James Bell\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2022/03/jim_bell_20130211-150x150.png\" image_id=\"5472|thumbnail\"]James teaches Simbeor basics. He is one of the founders of Wild River Technology and is an experienced design and signal integrity engineer with over 30 years’ experience in complex system design, interconnect, and signal integrity engineering. He has been a consultant to engineering organizations world-wide, with expertise in pre- and post-route signal integrity and timing validation for advanced systems. He earned his B.S. in Electrical Engineering at Northern Arizona University.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"James Bell\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2022/03/jim_bell_20130211-150x150.png\" image_id=\"5472|thumbnail\"]James teaches Simbeor basics. He is one of the founders of Wild River Technology and is an experienced design and signal integrity engineer with over 30 years’ experience in complex system design, interconnect, and signal integrity engineering. He has been a consultant to engineering organizations world-wide, with expertise in pre- and post-route signal integrity and timing validation for advanced systems. He earned his B.S. in Electrical Engineering at Northern Arizona University.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"James Bell\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2022/03/jim_bell_20130211-150x150.png\" image_id=\"5472|thumbnail\"]James teaches Simbeor basics. He is one of the founders of Wild River Technology and is an experienced design and signal integrity engineer with over 30 years’ experience in complex system design, interconnect, and signal integrity engineering. He has been a consultant to engineering organizations world-wide, with expertise in pre- and post-route signal integrity and timing validation for advanced systems. He earned his B.S. in Electrical Engineering at Northern Arizona University.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Training','','inherit','closed','closed','','5314-revision-v1','','','2022-03-31 12:35:02','2022-03-31 12:35:02','',5314,'https://testsite.wildrivertech.com/?p=5647',0,'revision','',0),(5648,1,'2022-03-31 12:40:14','2022-03-31 12:40:14','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<p>Signal Integrity Training</p>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_2\" type=\"1_2\" align_self=\"auto\" content_layout=\"row\" align_content=\"center\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_button target=\"_self\" color=\"default\" linear_angle=\"180\" stretch=\"default\" icon_position=\"left\" icon_divider=\"no\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"flat\"]Wild River Tech Training Brief[/fusion_button][/fusion_builder_column][fusion_builder_column type=\"1_2\" type=\"1_2\" align_self=\"auto\" content_layout=\"row\" align_content=\"center\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_button target=\"_self\" color=\"default\" linear_angle=\"180\" stretch=\"default\" icon_position=\"left\" icon_divider=\"no\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"flat\"]Simbeor EDA Training Brief[/fusion_button][/fusion_builder_column][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_table fusion_table_type=\"1\" fusion_table_rows=\"20\" fusion_table_columns=\"2\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"]<div class=\"table-1 undefined\">\n<table width=\"100%\">\n<thead>\n<tr>\n<th style=\"text-align: center;\" align=\"left\">Class No.</th>\n<th style=\"text-align: center;\" align=\"left\">Title</th>\n</tr>\n</thead>\n<tbody>\n<tr>\n<td align=\"left\"><strong>ADS-01</strong></td>\n<td align=\"left\">Advanced Time-Domain Analysis (TDR/TDT) Using Keysight ADS</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>ADS-02</strong></td>\n<td align=\"left\">Advanced ADS for Signal Integrity Engineers</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-01</strong></td>\n<td align=\"left\">10G BASE KR</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-02</strong></td>\n<td align=\"left\">100G Ethernet Signaling</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-03</strong></td>\n<td align=\"left\">Advanced Crosstalk and Peak Distortion Analysis, Conquering Difficult SI</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-04</strong></td>\n<td align=\"left\">Get up to Date in High-Speed Tech: COM, ICN, eTJ, eBUJ</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-05</strong></td>\n<td align=\"left\">Channel Optimization by Combining Modeling and Measurement</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-06</strong></td>\n<td align=\"left\">Advancing to the Edge: 56G Design, Compliance, and Debug</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-01</strong></td>\n<td align=\"left\">Jitter Analysis Essentials for Signal Integrity Engineers</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-02</strong></td>\n<td align=\"left\">Mastering High-Speed I/O: Compliance, Diagnostics, and Simulation</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-03</strong></td>\n<td align=\"left\">Understanding, Debugging, and Testing High-Speed I/O</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-04</strong></td>\n<td align=\"left\">Advanced TDR and VNA Measurement Methodology</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-05</strong></td>\n<td align=\"left\">WRT Channel Modeling for Advanced EDA to Measurement Correspondence</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-06</strong></td>\n<td align=\"left\">Introduction into computational electromagnetics for interconnect analysis</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-07</strong></td>\n<td align=\"left\">Multiport theory for interconnect analysis</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-08</strong></td>\n<td align=\"left\">Analysis of signal propagation in interconnects</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-09</strong></td>\n<td align=\"left\">Simbeor EDA Training for Signal Integrity Engineers</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>TDR-01</strong></td>\n<td align=\"left\">TDR Basics</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>TDR-02</strong></td>\n<td align=\"left\">TDR Based Modeling Using Tektronix’ IConnect</td>\n</tr>\n</tbody>\n</table>\n</div>[/fusion_table][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container][fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_1\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" rotation_text=\"\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" dimensions_medium=\"\" dimensions_small=\"\" gradient_font=\"no\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<p>Meet The Instructors</p>[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"James Bell\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2022/03/jim_bell_20130211-150x150.png\" image_id=\"5472|thumbnail\"]James teaches Simbeor basics. He is one of the founders of Wild River Technology and is an experienced design and signal integrity engineer with over 30 years’ experience in complex system design, interconnect, and signal integrity engineering. He has been a consultant to engineering organizations world-wide, with expertise in pre- and post-route signal integrity and timing validation for advanced systems. He earned his B.S. in Electrical Engineering at Northern Arizona University.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Al Neves\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2022/03/Al_Neves_headshot_20120319-150x150.png\" image_id=\"5469|thumbnail\"]Al teaches VNA, TDR, and channel modeling classes. Al is a Signal Integrity practitioner with over 30 years of experience in design and applications, and is one of the founders of WRT, and developed their physical layer and channel modeling platforms.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Tom Dagostino\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2018/01/tomdagostino-150x150.jpg\" image_id=\"59|thumbnail\"]Tom founded Teraspeed Labs in 2002 to make measurement based IBIS Models and Signal Integrity related measurements for end customers. This is the continuation of his work that started in 1994 at Zeelan Technology and Mentor Graphics. In addition Tom supports the Tektronix IConnect TDR based modeling tool. Tom was also employed at Tektronix between 1974 and 1993 as a design engineer of digital oscilloscopes, project manager and performed market research and product planning in an inbound marketing position. Tom was awarded with 10 US patents during his early work developing digital oscilloscopes. Tom has also developed and taught classes on IBIS modeling and debugging, TDR technology and measurement based modeling techniques. Tom earned his BSEE from Worcester Polytechnic Institute.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Yuri Shlepnev, Ph. D.\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2018/01/yuriyshlepnev-150x150.jpg\" image_id=\"60|thumbnail\"]Yuriy teaches Advanced Electromagnetic Principles for Signal Integrity Engineers and is President and Founder of Simberian Inc., where he develops Simbeor electromagnetic signal integrity software. He received his Ph.D. degree in computational electromagnetics from Siberian State University of Telecommunications and Informatics in 1990. He was the principal developer of electromagnetic simulator for Eagleware Corporation and the leading developer of electromagnetic software for simulation of signal and power distribution networks at Mentor Graphics.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Ransom Stephens, Ph. D.\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2018/01/ransomstephens-150x150.jpg\" image_id=\"61|thumbnail\"]<p>Ransom teaches all jitter classes and helps engineers advance to technology\'s cutting edge. A pioneer in jitter analysis, he has served on the electrical working groups for several high data rate standards and has written over 300 articles, white papers, and application notes in the electronics industry.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Training','','inherit','closed','closed','','5314-revision-v1','','','2022-03-31 12:40:14','2022-03-31 12:40:14','',5314,'https://testsite.wildrivertech.com/?p=5648',0,'revision','',0),(6298,1,'2022-05-11 08:29:21','2022-05-11 08:29:21','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"highlight\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"underline\" loop_animation=\"off\" highlight_width=\"7\" highlight_top_margin=\"14\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" highlight_text=\"Signal Integrity Training\"]\r\n<p>Signal Integrity Training</p>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_2\" type=\"1_2\" align_self=\"auto\" content_layout=\"row\" align_content=\"center\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_button target=\"_self\" color=\"default\" linear_angle=\"180\" stretch=\"default\" icon_position=\"left\" icon_divider=\"no\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"flat\"]Wild River Tech Training Brief[/fusion_button][/fusion_builder_column][fusion_builder_column type=\"1_2\" type=\"1_2\" align_self=\"auto\" content_layout=\"row\" align_content=\"center\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_button target=\"_self\" color=\"default\" linear_angle=\"180\" stretch=\"default\" icon_position=\"left\" icon_divider=\"no\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"flat\"]Simbeor EDA Training Brief[/fusion_button][/fusion_builder_column][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_table fusion_table_type=\"1\" fusion_table_rows=\"20\" fusion_table_columns=\"2\" animation_direction=\"left\" animation_speed=\"1.0\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" animation_type=\"fade\"]<div class=\"table-1 fusion-animated undefined\" data-animationtype=\"fadeInLeft\" data-animationduration=\"1.0\" data-animationoffset=\"bottom-in-view\">\n<table width=\"100%\">\n<thead>\n<tr>\n<th style=\"text-align: center;\" align=\"left\">Class No.</th>\n<th style=\"text-align: center;\" align=\"left\">Title</th>\n</tr>\n</thead>\n<tbody>\n<tr>\n<td align=\"left\"><strong>ADS-01</strong></td>\n<td align=\"left\">Advanced Time-Domain Analysis (TDR/TDT) Using Keysight ADS</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>ADS-02</strong></td>\n<td align=\"left\">Advanced ADS for Signal Integrity Engineers</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-01</strong></td>\n<td align=\"left\">10G BASE KR</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-02</strong></td>\n<td align=\"left\">100G Ethernet Signaling</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-03</strong></td>\n<td align=\"left\">Advanced Crosstalk and Peak Distortion Analysis, Conquering Difficult SI</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-04</strong></td>\n<td align=\"left\">Get up to Date in High-Speed Tech: COM, ICN, eTJ, eBUJ</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-05</strong></td>\n<td align=\"left\">Channel Optimization by Combining Modeling and Measurement</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-06</strong></td>\n<td align=\"left\">Advancing to the Edge: 56G Design, Compliance, and Debug</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-01</strong></td>\n<td align=\"left\">Jitter Analysis Essentials for Signal Integrity Engineers</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-02</strong></td>\n<td align=\"left\">Mastering High-Speed I/O: Compliance, Diagnostics, and Simulation</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-03</strong></td>\n<td align=\"left\">Understanding, Debugging, and Testing High-Speed I/O</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-04</strong></td>\n<td align=\"left\">Advanced TDR and VNA Measurement Methodology</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-05</strong></td>\n<td align=\"left\">WRT Channel Modeling for Advanced EDA to Measurement Correspondence</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-06</strong></td>\n<td align=\"left\">Introduction into computational electromagnetics for interconnect analysis</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-07</strong></td>\n<td align=\"left\">Multiport theory for interconnect analysis</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-08</strong></td>\n<td align=\"left\">Analysis of signal propagation in interconnects</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-09</strong></td>\n<td align=\"left\">Simbeor EDA Training for Signal Integrity Engineers</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>TDR-01</strong></td>\n<td align=\"left\">TDR Basics</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>TDR-02</strong></td>\n<td align=\"left\">TDR Based Modeling Using Tektronix’ IConnect</td>\n</tr>\n</tbody>\n</table>\n</div>[/fusion_table][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container][fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<p>Meet The Instructors</p>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"James Bell\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2022/03/jim_bell_20130211-150x150.png\" image_id=\"5472|thumbnail\"]James teaches Simbeor basics. He is one of the founders of Wild River Technology and is an experienced design and signal integrity engineer with over 30 years’ experience in complex system design, interconnect, and signal integrity engineering. He has been a consultant to engineering organizations world-wide, with expertise in pre- and post-route signal integrity and timing validation for advanced systems. He earned his B.S. in Electrical Engineering at Northern Arizona University.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Al Neves\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2022/03/Al_Neves_headshot_20120319-150x150.png\" image_id=\"5469|thumbnail\"]Al teaches VNA, TDR, and channel modeling classes. Al is a Signal Integrity practitioner with over 30 years of experience in design and applications, and is one of the founders of WRT, and developed their physical layer and channel modeling platforms.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Tom Dagostino\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2018/01/tomdagostino-150x150.jpg\" image_id=\"59|thumbnail\"]Tom founded Teraspeed Labs in 2002 to make measurement based IBIS Models and Signal Integrity related measurements for end customers. This is the continuation of his work that started in 1994 at Zeelan Technology and Mentor Graphics. In addition Tom supports the Tektronix IConnect TDR based modeling tool. Tom was also employed at Tektronix between 1974 and 1993 as a design engineer of digital oscilloscopes, project manager and performed market research and product planning in an inbound marketing position. Tom was awarded with 10 US patents during his early work developing digital oscilloscopes. Tom has also developed and taught classes on IBIS modeling and debugging, TDR technology and measurement based modeling techniques. Tom earned his BSEE from Worcester Polytechnic Institute.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Yuri Shlepnev, Ph. D.\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2018/01/yuriyshlepnev-150x150.jpg\" image_id=\"60|thumbnail\"]Yuriy teaches Advanced Electromagnetic Principles for Signal Integrity Engineers and is President and Founder of Simberian Inc., where he develops Simbeor electromagnetic signal integrity software. He received his Ph.D. degree in computational electromagnetics from Siberian State University of Telecommunications and Informatics in 1990. He was the principal developer of electromagnetic simulator for Eagleware Corporation and the leading developer of electromagnetic software for simulation of signal and power distribution networks at Mentor Graphics.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Ransom Stephens, Ph. D.\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2018/01/ransomstephens-150x150.jpg\" image_id=\"61|thumbnail\"]\r\n<p>Ransom teaches all jitter classes and helps engineers advance to technology\'s cutting edge. A pioneer in jitter analysis, he has served on the electrical working groups for several high data rate standards and has written over 300 articles, white papers, and application notes in the electronics industry.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Training','','inherit','closed','closed','','5314-revision-v1','','','2022-05-11 08:29:21','2022-05-11 08:29:21','',5314,'https://testsite.wildrivertech.com/?p=6298',0,'revision','',0),(5649,1,'2022-03-31 12:41:16','2022-03-31 12:41:16','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<p>Signal Integrity Training</p>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_2\" type=\"1_2\" align_self=\"auto\" content_layout=\"row\" align_content=\"center\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_button target=\"_self\" color=\"default\" linear_angle=\"180\" stretch=\"default\" icon_position=\"left\" icon_divider=\"no\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"flat\"]Wild River Tech Training Brief[/fusion_button][/fusion_builder_column][fusion_builder_column type=\"1_2\" type=\"1_2\" align_self=\"auto\" content_layout=\"row\" align_content=\"center\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_button target=\"_self\" color=\"default\" linear_angle=\"180\" stretch=\"default\" icon_position=\"left\" icon_divider=\"no\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"flat\"]Simbeor EDA Training Brief[/fusion_button][/fusion_builder_column][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_table fusion_table_type=\"1\" fusion_table_rows=\"20\" fusion_table_columns=\"2\" animation_direction=\"left\" animation_speed=\"1.0\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" animation_type=\"fade\"]<div class=\"table-1 fusion-animated undefined\" data-animationtype=\"fadeInLeft\" data-animationduration=\"1.0\" data-animationoffset=\"bottom-in-view\">\n<table width=\"100%\">\n<thead>\n<tr>\n<th style=\"text-align: center;\" align=\"left\">Class No.</th>\n<th style=\"text-align: center;\" align=\"left\">Title</th>\n</tr>\n</thead>\n<tbody>\n<tr>\n<td align=\"left\"><strong>ADS-01</strong></td>\n<td align=\"left\">Advanced Time-Domain Analysis (TDR/TDT) Using Keysight ADS</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>ADS-02</strong></td>\n<td align=\"left\">Advanced ADS for Signal Integrity Engineers</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-01</strong></td>\n<td align=\"left\">10G BASE KR</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-02</strong></td>\n<td align=\"left\">100G Ethernet Signaling</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-03</strong></td>\n<td align=\"left\">Advanced Crosstalk and Peak Distortion Analysis, Conquering Difficult SI</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-04</strong></td>\n<td align=\"left\">Get up to Date in High-Speed Tech: COM, ICN, eTJ, eBUJ</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-05</strong></td>\n<td align=\"left\">Channel Optimization by Combining Modeling and Measurement</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>JITT-06</strong></td>\n<td align=\"left\">Advancing to the Edge: 56G Design, Compliance, and Debug</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-01</strong></td>\n<td align=\"left\">Jitter Analysis Essentials for Signal Integrity Engineers</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-02</strong></td>\n<td align=\"left\">Mastering High-Speed I/O: Compliance, Diagnostics, and Simulation</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-03</strong></td>\n<td align=\"left\">Understanding, Debugging, and Testing High-Speed I/O</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-04</strong></td>\n<td align=\"left\">Advanced TDR and VNA Measurement Methodology</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-05</strong></td>\n<td align=\"left\">WRT Channel Modeling for Advanced EDA to Measurement Correspondence</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-06</strong></td>\n<td align=\"left\">Introduction into computational electromagnetics for interconnect analysis</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-07</strong></td>\n<td align=\"left\">Multiport theory for interconnect analysis</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-08</strong></td>\n<td align=\"left\">Analysis of signal propagation in interconnects</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>SI-09</strong></td>\n<td align=\"left\">Simbeor EDA Training for Signal Integrity Engineers</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>TDR-01</strong></td>\n<td align=\"left\">TDR Basics</td>\n</tr>\n<tr>\n<td align=\"left\"><strong>TDR-02</strong></td>\n<td align=\"left\">TDR Based Modeling Using Tektronix’ IConnect</td>\n</tr>\n</tbody>\n</table>\n</div>[/fusion_table][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container][fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_1\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" rotation_text=\"\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" dimensions_medium=\"\" dimensions_small=\"\" gradient_font=\"no\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<p>Meet The Instructors</p>[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"James Bell\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2022/03/jim_bell_20130211-150x150.png\" image_id=\"5472|thumbnail\"]James teaches Simbeor basics. He is one of the founders of Wild River Technology and is an experienced design and signal integrity engineer with over 30 years’ experience in complex system design, interconnect, and signal integrity engineering. He has been a consultant to engineering organizations world-wide, with expertise in pre- and post-route signal integrity and timing validation for advanced systems. He earned his B.S. in Electrical Engineering at Northern Arizona University.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Al Neves\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2022/03/Al_Neves_headshot_20120319-150x150.png\" image_id=\"5469|thumbnail\"]Al teaches VNA, TDR, and channel modeling classes. Al is a Signal Integrity practitioner with over 30 years of experience in design and applications, and is one of the founders of WRT, and developed their physical layer and channel modeling platforms.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Tom Dagostino\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2018/01/tomdagostino-150x150.jpg\" image_id=\"59|thumbnail\"]Tom founded Teraspeed Labs in 2002 to make measurement based IBIS Models and Signal Integrity related measurements for end customers. This is the continuation of his work that started in 1994 at Zeelan Technology and Mentor Graphics. In addition Tom supports the Tektronix IConnect TDR based modeling tool. Tom was also employed at Tektronix between 1974 and 1993 as a design engineer of digital oscilloscopes, project manager and performed market research and product planning in an inbound marketing position. Tom was awarded with 10 US patents during his early work developing digital oscilloscopes. Tom has also developed and taught classes on IBIS modeling and debugging, TDR technology and measurement based modeling techniques. Tom earned his BSEE from Worcester Polytechnic Institute.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Yuri Shlepnev, Ph. D.\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2018/01/yuriyshlepnev-150x150.jpg\" image_id=\"60|thumbnail\"]Yuriy teaches Advanced Electromagnetic Principles for Signal Integrity Engineers and is President and Founder of Simberian Inc., where he develops Simbeor electromagnetic signal integrity software. He received his Ph.D. degree in computational electromagnetics from Siberian State University of Telecommunications and Informatics in 1990. He was the principal developer of electromagnetic simulator for Eagleware Corporation and the leading developer of electromagnetic software for simulation of signal and power distribution networks at Mentor Graphics.[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Ransom Stephens, Ph. D.\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" image=\"http://testsite.wildrivertech.com/wp-content/uploads/2018/01/ransomstephens-150x150.jpg\" image_id=\"61|thumbnail\"]<p>Ransom teaches all jitter classes and helps engineers advance to technology\'s cutting edge. A pioneer in jitter analysis, he has served on the electrical working groups for several high data rate standards and has written over 300 articles, white papers, and application notes in the electronics industry.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Training','','inherit','closed','closed','','5314-revision-v1','','','2022-03-31 12:41:16','2022-03-31 12:41:16','',5314,'https://testsite.wildrivertech.com/?p=5649',0,'revision','',0),(5651,1,'2022-03-31 12:55:56','2022-03-31 12:55:56','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<p>Wild River Technology Videos</p>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=r4PELP0gn-Y&amp;t=2s\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4>Four Essential Steps for EDA Simulation to Measurement Mastery</h4>\r\n<p>This video is a technical presentation given by Al Neves, chief technologist of Wild River Technology and Yuriy Shlepnev, president of Simberian Incorporated.[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=562pQB_8zsY\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4>Eye Diagram Analysis in Simbeor THz</h4>\r\n<p>Analysis to measurement correlation of eye diagram for PCB interconnects in Simbeor THz electromagnetic signal integrity software.</p>\r\n[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=LhQGmgUCxpk\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4>How Interconnects Work™: Coaxial connector launch localization.</h4>\r\n[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Videos','','inherit','closed','closed','','5318-revision-v1','','','2022-03-31 12:55:56','2022-03-31 12:55:56','',5318,'https://testsite.wildrivertech.com/?p=5651',0,'revision','',0),(5650,1,'2022-03-31 12:53:32','2022-03-31 12:53:32','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" spacing_medium=\"\" spacing_small=\"\" padding_dimensions_medium=\"\" padding_dimensions_small=\"\" border_sizes=\"\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" render_logics=\"\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_1\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" rotation_text=\"\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" dimensions_medium=\"\" dimensions_small=\"\" gradient_font=\"no\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<p>Wild River Technology Videos</p>[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type_medium=\"\" type_small=\"\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" dimension_spacing_medium=\"\" dimension_spacing_small=\"\" dimension_spacing=\"\" dimension_margin_medium=\"\" dimension_margin_small=\"\" dimension_margin=\"\" padding_medium=\"\" padding_small=\"\" padding=\"\" hover_type=\"none\" border_sizes=\"\" border_style=\"solid\" border_radius=\"\" box_shadow=\"no\" dimension_box_shadow=\"\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_color=\"\" gradient_end_color=\"\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" render_logics=\"\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_text columns=\"\" rule_style=\"default\" rule_size=\"\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Four Essential Steps for EDA Simulation to Measurement Mastery</h4>\nThis video is a technical presentation given by Al Neves, chief technologist of Wild River Technology and Yuriy Shlepnev, president of Simberian Incorporated.[/fusion_text][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=r4PELP0gn-Y&amp;t=2s\" /][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Eye Diagram Analysis in Simbeor THz</h4>\n<p>Analysis to measurement correlation of eye diagram for PCB interconnects in Simbeor THz electromagnetic signal integrity software.</p>[/fusion_text][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=562pQB_8zsY\" /][/fusion_builder_column][fusion_builder_column type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" type=\"1_3\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" min_height=\"\" last=\"no\" link=\"\" border_position=\"all\"][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>How Interconnects Work™: Coaxial connector launch localization.</h4>[/fusion_text][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=LhQGmgUCxpk\" /][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Videos','','inherit','closed','closed','','5318-revision-v1','','','2022-03-31 12:53:32','2022-03-31 12:53:32','',5318,'https://testsite.wildrivertech.com/?p=5650',0,'revision','',0),(5652,1,'2022-03-31 12:56:38','2022-03-31 12:56:38','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" 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sticky_display=\"normal,sticky\"]\r\n<p>Wild River Technology Videos</p>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=r4PELP0gn-Y&amp;t=2s\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4>Four Essential Steps for EDA Simulation to Measurement Mastery</h4>\r\n<p>This video is a technical presentation given by Al Neves, chief technologist of Wild River Technology and Yuriy Shlepnev, president of Simberian Incorporated.[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=562pQB_8zsY\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4>Eye Diagram Analysis in Simbeor THz</h4>\r\n<p>Analysis to measurement correlation of eye diagram for PCB interconnects in Simbeor THz electromagnetic signal integrity software.</p>\r\n[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=LhQGmgUCxpk\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4>How Interconnects Work™: Coaxial connector launch localization.</h4>\r\n[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Video','','publish','closed','closed','','video','','','2022-03-31 12:56:38','2022-03-31 12:56:38','',0,'https://testsite.wildrivertech.com/fusion_element/video/',0,'fusion_element','',0),(5653,1,'2022-03-31 13:04:18','2022-03-31 13:04:18','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" 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link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<p>Wild River Technology Videos</p>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=r4PELP0gn-Y&amp;t=2s\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Analyze and Optimize 32- to 56-gbps Serial Link Channels</h4>\n<p>This webcast introduces a forensic channel analysis approach that implements both measurement hardware and EDA tools with contemporary SerDes internal tools (e.g., internal eye scan) for the purpose of optimizing the BER for highly pathological channels (i.e. identifying the major contributors to signal degradation in the link). State-of-the-art pulse response analysis such as this, provides valuable insight into the behavior of the channel and the effective use of CTLE, FFE, and DFE equalization techniques, in order to mitigate crosstalk, attenuation and return loss.</p><p>Specific topics to be covered include: optimization, BER, PAM-4, IBIS-AMI, S-parameters, causality, passivity, EQ, DFE, FFE, CTLE, and the latest in pulse response analysis and optimization. </p><p><br></p><p><br></p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=562pQB_8zsY\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Eye Diagram Analysis in Simbeor THz</h4>\n<p>This seminar will help you achieve this level of modeling measurement using Simbeor as demonstrated using Wild River Technology’s CMP-28 Advanced Channel Modeling Platform in a systematized and high-confidence approach</p><p></p><ul><li>Step 1: Measure S-parameters and validate quality</li><li>Step 2: Import and adjust stack-up and board geometry into EDA tool</li><li>Step 3: Identify broadband dielectric and conductor roughness models</li><li>Step 4: Simulate all structures on the validation board without further adjustments and compare magnitude and phase of S-parameters, TDR/TDT and eye diagrams</li></ul><p></p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=LhQGmgUCxpk\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4>How Interconnects Work™: Coaxial connector launch localization.</h4>\r\n[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Videos','','inherit','closed','closed','','5318-revision-v1','','','2022-03-31 13:04:18','2022-03-31 13:04:18','',5318,'https://testsite.wildrivertech.com/?p=5653',0,'revision','',0),(5683,1,'2022-03-31 17:47:11','2022-03-31 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box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" 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box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=LhQGmgUCxpk\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">How Interconnects Work™: Coaxial connector launch localization.</h4>\n<p>Duis ullamcorper gravida nibh a cursus. Nam lacinia congue libero, ut elementum orci ultrices vel. Nulla lobortis tortor at tincidunt feugiat. Etiam id molestie quam. Quisque lacinia velit luctus mi maximus consectetur. Vivamus non ex rutrum, venenatis urna in, euismod ante. Praesent feugiat libero ut aliquam sagittis. Cras ac leo odio. Vivamus ac massa sit amet quam commodo tincidunt. Nunc lectus erat, rutrum id nisi posuere, ultricies malesuada est. Nam placerat volutpat pharetra. Nam ornare lacus et malesuada tincidunt. In fermentum felis quis mattis suscipit.  In fermentum felis quis mattis suscipit. In fermentum felis quis mattis suscipit.</p>\n<p></p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=r4PELP0gn-Y\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Four Essential Steps for EDA Simulation to Measurement Mastery</h4>\n<p>Duis ullamcorper gravida nibh a cursus. Nam lacinia congue libero, ut elementum orci ultrices vel. Nulla lobortis tortor at tincidunt feugiat. Etiam id molestie quam. Quisque lacinia velit luctus mi maximus consectetur. Vivamus non ex rutrum, venenatis urna in, euismod ante. Praesent feugiat libero ut aliquam sagittis. Cras ac leo odio. Vivamus ac massa sit amet quam commodo tincidunt. Nunc lectus erat, rutrum id nisi posuere, ultricies malesuada est. Nam placerat volutpat pharetra. Nam ornare lacus et malesuada tincidunt. In fermentum felis quis mattis suscipit.  In fermentum felis quis mattis suscipit. In fermentum felis quis mattis suscipit.<br></p><ul>\n</ul>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"youtube.com/watch?v=562pQB_8zsY\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Eye Diagram Analysis in Simbeor THz</h4>\n<p>Duis ullamcorper gravida nibh a cursus. Nam lacinia congue libero, ut elementum orci ultrices vel. Nulla lobortis tortor at tincidunt feugiat. Etiam id molestie quam. Quisque lacinia velit luctus mi maximus consectetur. Vivamus non ex rutrum, venenatis urna in, euismod ante. Praesent feugiat libero ut aliquam sagittis. Cras ac leo odio. Vivamus ac massa sit amet quam commodo tincidunt. Nunc lectus erat, rutrum id nisi posuere, ultricies malesuada est. Nam placerat volutpat pharetra. Nam ornare lacus et malesuada tincidunt. In fermentum felis quis mattis suscipit. In fermentum felis quis mattis suscipit. In fermentum felis quis mattis suscipit. </p>[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Videos','','inherit','closed','closed','','5318-revision-v1','','','2022-03-31 17:47:11','2022-03-31 17:47:11','',5318,'https://testsite.wildrivertech.com/?p=5683',0,'revision','',0);
INSERT INTO `sidesi5_posts` VALUES (5672,1,'2022-03-31 14:19:42','2022-03-31 14:19:42','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]Wild River Technology Webinars[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=AGKmjb3yfk0\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Analyze and Optimize 32- to 56-gbps Serial Link Channels</h4>\r\n<p>This webcast introduces a forensic channel analysis approach that implements both measurement hardware and EDA tools with contemporary SerDes internal tools (e.g., internal eye scan) for the purpose of optimizing the BER for highly pathological channels (i.e. identifying the major contributors to signal degradation in the link). State-of-the-art pulse response analysis such as this, provides valuable insight into the behavior of the channel and the effective use of CTLE, FFE, and DFE equalization techniques, in order to mitigate crosstalk, attenuation and return loss.</p>\r\n<p>Specific topics to be covered include: optimization, BER, PAM-4, IBIS-AMI, S-parameters, causality, passivity, EQ, DFE, FFE, CTLE, and the latest in pulse response analysis and optimization. </p>\r\n<p></p>\r\n<p></p>\r\n</p>\r\n[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/embed/r4PELP0gn-Y?start=16\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Eye Diagram Analysis in Simbeor THz</h4>\r\n<p>This seminar will help you achieve this level of modeling measurement using Simbeor as demonstrated using Wild River Technology’s CMP-28 Advanced Channel Modeling Platform in a systematized and high-confidence approach</p>\r\n</p>\r\n<ul>\r\n<li>Step 1: Measure S-parameters and validate quality</li>\r\n<li>Step 2: Import and adjust stack-up and board geometry into EDA tool</li>\r\n<li>Step 3: Identify broadband dielectric and conductor roughness models</li>\r\n<li>Step 4: Simulate all structures on the validation board without further adjustments and compare magnitude and phase of S-parameters, TDR/TDT and eye diagrams</li>\r\n</ul>\r\n[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=Nm-L50B-wPw\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">How To Use Fixture De-Embedding To Match Signal Integrity Simulations to Measurements</h4>\n<p>This video provides a quick overview of how fixture de-embedding from measurements, or embedding into simulations is a critical step for matching simulations to measurements for physical layer Tx to Rx channels. Multigigabit channels that include multi-layer laminate or printed circuit board structures require a fixture to go from the coaxial connections of the measuring instrument to the planar transmission line structures on a PCB. This fixture is not calibrated out by the coaxial calibration of the instrument and is often neglected in the simulation. </p>[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Videos','','inherit','closed','closed','','5318-revision-v1','','','2022-03-31 14:19:42','2022-03-31 14:19:42','',5318,'https://testsite.wildrivertech.com/?p=5672',0,'revision','',0),(5654,1,'2022-03-31 13:06:17','2022-03-31 13:06:17','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" 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filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<p>Wild River Technology Videos</p>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=AGKmjb3yfk0\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Analyze and Optimize 32- to 56-gbps Serial Link Channels</h4>\n<p>This webcast introduces a forensic channel analysis approach that implements both measurement hardware and EDA tools with contemporary SerDes internal tools (e.g., internal eye scan) for the purpose of optimizing the BER for highly pathological channels (i.e. identifying the major contributors to signal degradation in the link). State-of-the-art pulse response analysis such as this, provides valuable insight into the behavior of the channel and the effective use of CTLE, FFE, and DFE equalization techniques, in order to mitigate crosstalk, attenuation and return loss.</p>\n<p>Specific topics to be covered include: optimization, BER, PAM-4, IBIS-AMI, S-parameters, causality, passivity, EQ, DFE, FFE, CTLE, and the latest in pulse response analysis and optimization. </p><p><br></p><p><br></p><p><br></p>\n<p></p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/embed/r4PELP0gn-Y?start=16\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Eye Diagram Analysis in Simbeor THz</h4>\r\n<p>This seminar will help you achieve this level of modeling measurement using Simbeor as demonstrated using Wild River Technology’s CMP-28 Advanced Channel Modeling Platform in a systematized and high-confidence approach</p>\r\n</p>\r\n<ul>\r\n<li>Step 1: Measure S-parameters and validate quality</li>\r\n<li>Step 2: Import and adjust stack-up and board geometry into EDA tool</li>\r\n<li>Step 3: Identify broadband dielectric and conductor roughness models</li>\r\n<li>Step 4: Simulate all structures on the validation board without further adjustments and compare magnitude and phase of S-parameters, TDR/TDT and eye diagrams</li>\r\n</ul>\r\n[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=Nm-L50B-wPw\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>How To Use Fixture De-Embedding To Match Signal Integrity Simulations to Measurements</h4>\nThis video provides a quick overview of how fixture de-embedding from measurements, or embedding into simulations is a critical step for matching simulations to measurements for physical layer Tx to Rx channels. Multigigabit channels that include multi-layer laminate or printed circuit board structures require a fixture to go from the coaxial connections of the measuring instrument to the planar transmission line structures on a PCB. This fixture is not calibrated out by the coaxial calibration of the instrument and is often neglected in the simulation. This video will go through a four-step process to show how to de-embed the fixture from the measurement to validate the PCB channel model, then how to embed the fixture with the model to do a direct compare of simulation to full-path measurement both in the frequency domain and time domain. The end result is demonstrated using a 32Gb/s example of simulation to measurement correlation.[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Videos','','inherit','closed','closed','','5318-revision-v1','','','2022-03-31 13:06:17','2022-03-31 13:06:17','',5318,'https://testsite.wildrivertech.com/?p=5654',0,'revision','',0),(5656,1,'2022-03-31 13:07:48','2022-03-31 13:07:48','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]Wild River Technology Webinars[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=AGKmjb3yfk0\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Analyze and Optimize 32- to 56-gbps Serial Link Channels</h4>\n<p>This webcast introduces a forensic channel analysis approach that implements both measurement hardware and EDA tools with contemporary SerDes internal tools (e.g., internal eye scan) for the purpose of optimizing the BER for highly pathological channels (i.e. identifying the major contributors to signal degradation in the link). State-of-the-art pulse response analysis such as this, provides valuable insight into the behavior of the channel and the effective use of CTLE, FFE, and DFE equalization techniques, in order to mitigate crosstalk, attenuation and return loss.</p>\n<p>Specific topics to be covered include: optimization, BER, PAM-4, IBIS-AMI, S-parameters, causality, passivity, EQ, DFE, FFE, CTLE, and the latest in pulse response analysis and optimization. </p><p><br></p><p><br></p>\n<p></p>\n<p></p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/embed/r4PELP0gn-Y?start=16\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Eye Diagram Analysis in Simbeor THz</h4>\r\n<p>This seminar will help you achieve this level of modeling measurement using Simbeor as demonstrated using Wild River Technology’s CMP-28 Advanced Channel Modeling Platform in a systematized and high-confidence approach</p>\r\n</p>\r\n<ul>\r\n<li>Step 1: Measure S-parameters and validate quality</li>\r\n<li>Step 2: Import and adjust stack-up and board geometry into EDA tool</li>\r\n<li>Step 3: Identify broadband dielectric and conductor roughness models</li>\r\n<li>Step 4: Simulate all structures on the validation board without further adjustments and compare magnitude and phase of S-parameters, TDR/TDT and eye diagrams</li>\r\n</ul>\r\n[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=Nm-L50B-wPw\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4>How To Use Fixture De-Embedding To Match Signal Integrity Simulations to Measurements</h4>\r\n<p>This video provides a quick overview of how fixture de-embedding from measurements, or embedding into simulations is a critical step for matching simulations to measurements for physical layer Tx to Rx channels. Multigigabit channels that include multi-layer laminate or printed circuit board structures require a fixture to go from the coaxial connections of the measuring instrument to the planar transmission line structures on a PCB. This fixture is not calibrated out by the coaxial calibration of the instrument and is often neglected in the simulation. This video will go through a four-step process to show how to de-embed the fixture from the measurement to validate the PCB channel model, then how to embed the fixture with the model to do a direct compare of simulation to full-path measurement both in the frequency domain and time domain. The end result is demonstrated using a 32Gb/s example of simulation to measurement correlation.[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Videos','','inherit','closed','closed','','5318-revision-v1','','','2022-03-31 13:07:48','2022-03-31 13:07:48','',5318,'https://testsite.wildrivertech.com/?p=5656',0,'revision','',0),(5655,1,'2022-03-31 13:07:22','2022-03-31 13:07:22','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<p>Wild River Technology Videos</p>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=AGKmjb3yfk0\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Analyze and Optimize 32- to 56-gbps Serial Link Channels</h4>\n<p>This webcast introduces a forensic channel analysis approach that implements both measurement hardware and EDA tools with contemporary SerDes internal tools (e.g., internal eye scan) for the purpose of optimizing the BER for highly pathological channels (i.e. identifying the major contributors to signal degradation in the link). State-of-the-art pulse response analysis such as this, provides valuable insight into the behavior of the channel and the effective use of CTLE, FFE, and DFE equalization techniques, in order to mitigate crosstalk, attenuation and return loss.</p>\n<p>Specific topics to be covered include: optimization, BER, PAM-4, IBIS-AMI, S-parameters, causality, passivity, EQ, DFE, FFE, CTLE, and the latest in pulse response analysis and optimization. </p><p><br></p><p><br></p>\n<p></p>\n<p></p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/embed/r4PELP0gn-Y?start=16\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4 data-fontsize=\"26\" data-lineheight=\"36.4px\" class=\"fusion-responsive-typography-calculated\" style=\"--fontSize:26; line-height: 1.4;\">Eye Diagram Analysis in Simbeor THz</h4>\r\n<p>This seminar will help you achieve this level of modeling measurement using Simbeor as demonstrated using Wild River Technology’s CMP-28 Advanced Channel Modeling Platform in a systematized and high-confidence approach</p>\r\n</p>\r\n<ul>\r\n<li>Step 1: Measure S-parameters and validate quality</li>\r\n<li>Step 2: Import and adjust stack-up and board geometry into EDA tool</li>\r\n<li>Step 3: Identify broadband dielectric and conductor roughness models</li>\r\n<li>Step 4: Simulate all structures on the validation board without further adjustments and compare magnitude and phase of S-parameters, TDR/TDT and eye diagrams</li>\r\n</ul>\r\n[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=Nm-L50B-wPw\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h4>How To Use Fixture De-Embedding To Match Signal Integrity Simulations to Measurements</h4>\r\n<p>This video provides a quick overview of how fixture de-embedding from measurements, or embedding into simulations is a critical step for matching simulations to measurements for physical layer Tx to Rx channels. Multigigabit channels that include multi-layer laminate or printed circuit board structures require a fixture to go from the coaxial connections of the measuring instrument to the planar transmission line structures on a PCB. This fixture is not calibrated out by the coaxial calibration of the instrument and is often neglected in the simulation. This video will go through a four-step process to show how to de-embed the fixture from the measurement to validate the PCB channel model, then how to embed the fixture with the model to do a direct compare of simulation to full-path measurement both in the frequency domain and time domain. The end result is demonstrated using a 32Gb/s example of simulation to measurement correlation.[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Videos','','inherit','closed','closed','','5318-revision-v1','','','2022-03-31 13:07:22','2022-03-31 13:07:22','',5318,'https://testsite.wildrivertech.com/?p=5655',0,'revision','',0),(5657,1,'2022-03-31 13:12:12','2022-03-31 13:12:12','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]Wild River Technology Videos[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=r4PELP0gn-Y&amp;t=2s\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Analyze and Optimize 32- to 56-gpbs Serial Link Channels</h4>\n<p>This webcast introduces a forensic channel analysis approach that implements both measurement hardware and EDA tools with contemporary SerDes internal tools (e.g., internal eye scan) for the purpose of optimizing the BER for highly pathological channels (i.e. identifying the major contributors to signal degradation in the link). State-of-the-art pulse response analysis such as this, provides valuable insight into the behavior of the channel and the effective use of CTLE, FFE, and DFE equalization techniques, in order to mitigate crosstalk, attenuation and return loss.</p><p>Specific topics to be covered include: optimization, BER, PAM-4, IBIS-AMI, S-parameters, causality, passivity, EQ, DFE, FFE, CTLE, and the latest in pulse response analysis and optimization. </p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=562pQB_8zsY\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Four Essential Steps For EDA Simulation Measurement Mastery</h4>\n<p>This seminar will help you achieve this level of modeling measurement using Simbeor as demonstrated using Wild River Technology’s CMP-28 Advanced Channel Modeling Platform in a systematized and high-confidence approach</p><ul><li>Step 1: Measure S-parameters and validate quality</li><li>Step 2: Import and adjust stack-up and board geometry into EDA tool</li><li>Step 3: Identify broadband dielectric and conductor roughness models</li><li>Step 4: Simulate all structures on the validation board without further adjustments and compare magnitude and phase of S-parameters, TDR/TDT and eye diagrams</li></ul>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=LhQGmgUCxpk\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>How To Use Fixture De-Embedding To Match Signal Integrity Simulation To Measurements</h4>[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Webinars','','inherit','closed','closed','','5316-revision-v1','','','2022-03-31 13:12:12','2022-03-31 13:12:12','',5316,'https://testsite.wildrivertech.com/?p=5657',0,'revision','',0),(5658,1,'2022-03-31 13:12:23','2022-03-31 13:12:23','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]Wild River Technology Webinars[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=r4PELP0gn-Y&amp;t=2s\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Analyze and Optimize 32- to 56-gpbs Serial Link Channels</h4>\n<p>This webcast introduces a forensic channel analysis approach that implements both measurement hardware and EDA tools with contemporary SerDes internal tools (e.g., internal eye scan) for the purpose of optimizing the BER for highly pathological channels (i.e. identifying the major contributors to signal degradation in the link). State-of-the-art pulse response analysis such as this, provides valuable insight into the behavior of the channel and the effective use of CTLE, FFE, and DFE equalization techniques, in order to mitigate crosstalk, attenuation and return loss.</p><p>Specific topics to be covered include: optimization, BER, PAM-4, IBIS-AMI, S-parameters, causality, passivity, EQ, DFE, FFE, CTLE, and the latest in pulse response analysis and optimization. </p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=562pQB_8zsY\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Four Essential Steps For EDA Simulation Measurement Mastery</h4>\n<p>This seminar will help you achieve this level of modeling measurement using Simbeor as demonstrated using Wild River Technology’s CMP-28 Advanced Channel Modeling Platform in a systematized and high-confidence approach</p><ul><li>Step 1: Measure S-parameters and validate quality</li><li>Step 2: Import and adjust stack-up and board geometry into EDA tool</li><li>Step 3: Identify broadband dielectric and conductor roughness models</li><li>Step 4: Simulate all structures on the validation board without further adjustments and compare magnitude and phase of S-parameters, TDR/TDT and eye diagrams</li></ul>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=LhQGmgUCxpk\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>How To Use Fixture De-Embedding To Match Signal Integrity Simulation To Measurements</h4>[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Webinars','','inherit','closed','closed','','5316-revision-v1','','','2022-03-31 13:12:23','2022-03-31 13:12:23','',5316,'https://testsite.wildrivertech.com/?p=5658',0,'revision','',0),(5659,1,'2022-03-31 13:13:14','2022-03-31 13:13:14','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]Wild River Technology Webinars[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=r4PELP0gn-Y&amp;t=2s\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Analyze and Optimize 32- to 56-gpbs Serial Link Channels</h4>\n<p>This webcast introduces a forensic channel analysis approach that implements both measurement hardware and EDA tools with contemporary SerDes internal tools (e.g., internal eye scan) for the purpose of optimizing the BER for highly pathological channels (i.e. identifying the major contributors to signal degradation in the link). State-of-the-art pulse response analysis such as this, provides valuable insight into the behavior of the channel and the effective use of CTLE, FFE, and DFE equalization techniques, in order to mitigate crosstalk, attenuation and return loss.</p><p>Specific topics to be covered include: optimization, BER, PAM-4, IBIS-AMI, S-parameters, causality, passivity, EQ, DFE, FFE, CTLE, and the latest in pulse response analysis and optimization.</p><p><br></p><p><br></p><p> </p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=562pQB_8zsY\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Four Essential Steps For EDA Simulation Measurement Mastery</h4>\n<p>This seminar will help you achieve this level of modeling measurement using Simbeor as demonstrated using Wild River Technology’s CMP-28 Advanced Channel Modeling Platform in a systematized and high-confidence approach</p><ul><li>Step 1: Measure S-parameters and validate quality</li><li>Step 2: Import and adjust stack-up and board geometry into EDA tool</li><li>Step 3: Identify broadband dielectric and conductor roughness models</li><li>Step 4: Simulate all structures on the validation board without further adjustments and compare magnitude and phase of S-parameters, TDR/TDT and eye diagrams</li></ul>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=LhQGmgUCxpk\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>How To Use Fixture De-Embedding To Match Signal Integrity Simulation To Measurements</h4><p>This video provides a quick overview of how fixture de-embedding from measurements, or embedding into simulations is a critical step for matching simulations to measurements for physical layer Tx to Rx channels. Multigigabit channels that include multi-layer laminate or printed circuit board structures require a fixture to go from the coaxial connections of the measuring instrument to the planar transmission line structures on a PCB. This fixture is not calibrated out by the coaxial calibration of the instrument and is often neglected in the simulation. This video will go through a four-step process to show how to de-embed the fixture from the measurement to validate the PCB channel model, then how to embed the fixture with the model to do a direct compare of simulation to full-path measurement both in the frequency domain and time domain. The end result is demonstrated using a 32Gb/s example of simulation to measurement correlation.</p>[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Webinars','','inherit','closed','closed','','5316-revision-v1','','','2022-03-31 13:13:14','2022-03-31 13:13:14','',5316,'https://testsite.wildrivertech.com/?p=5659',0,'revision','',0),(5660,1,'2022-03-31 13:13:36','2022-03-31 13:13:36','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]Wild River Technology Webinars[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=AGKmjb3yfk0\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Analyze and Optimize 32- to 56-gpbs Serial Link Channels</h4>\n<p>This webcast introduces a forensic channel analysis approach that implements both measurement hardware and EDA tools with contemporary SerDes internal tools (e.g., internal eye scan) for the purpose of optimizing the BER for highly pathological channels (i.e. identifying the major contributors to signal degradation in the link). State-of-the-art pulse response analysis such as this, provides valuable insight into the behavior of the channel and the effective use of CTLE, FFE, and DFE equalization techniques, in order to mitigate crosstalk, attenuation and return loss.</p><p>Specific topics to be covered include: optimization, BER, PAM-4, IBIS-AMI, S-parameters, causality, passivity, EQ, DFE, FFE, CTLE, and the latest in pulse response analysis and optimization.</p><p><br></p><p><br></p><p> </p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=562pQB_8zsY\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Four Essential Steps For EDA Simulation Measurement Mastery</h4>\n<p>This seminar will help you achieve this level of modeling measurement using Simbeor as demonstrated using Wild River Technology’s CMP-28 Advanced Channel Modeling Platform in a systematized and high-confidence approach</p><ul><li>Step 1: Measure S-parameters and validate quality</li><li>Step 2: Import and adjust stack-up and board geometry into EDA tool</li><li>Step 3: Identify broadband dielectric and conductor roughness models</li><li>Step 4: Simulate all structures on the validation board without further adjustments and compare magnitude and phase of S-parameters, TDR/TDT and eye diagrams</li></ul>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=LhQGmgUCxpk\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>How To Use Fixture De-Embedding To Match Signal Integrity Simulation To Measurements</h4><p>This video provides a quick overview of how fixture de-embedding from measurements, or embedding into simulations is a critical step for matching simulations to measurements for physical layer Tx to Rx channels. Multigigabit channels that include multi-layer laminate or printed circuit board structures require a fixture to go from the coaxial connections of the measuring instrument to the planar transmission line structures on a PCB. This fixture is not calibrated out by the coaxial calibration of the instrument and is often neglected in the simulation. This video will go through a four-step process to show how to de-embed the fixture from the measurement to validate the PCB channel model, then how to embed the fixture with the model to do a direct compare of simulation to full-path measurement both in the frequency domain and time domain. The end result is demonstrated using a 32Gb/s example of simulation to measurement correlation.</p>[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Webinars','','inherit','closed','closed','','5316-revision-v1','','','2022-03-31 13:13:36','2022-03-31 13:13:36','',5316,'https://testsite.wildrivertech.com/?p=5660',0,'revision','',0),(5661,1,'2022-03-31 13:13:55','2022-03-31 13:13:55','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]Wild River Technology Webinars[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=AGKmjb3yfk0\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Analyze and Optimize 32- to 56-gpbs Serial Link Channels</h4>\n<p>This webcast introduces a forensic channel analysis approach that implements both measurement hardware and EDA tools with contemporary SerDes internal tools (e.g., internal eye scan) for the purpose of optimizing the BER for highly pathological channels (i.e. identifying the major contributors to signal degradation in the link). State-of-the-art pulse response analysis such as this, provides valuable insight into the behavior of the channel and the effective use of CTLE, FFE, and DFE equalization techniques, in order to mitigate crosstalk, attenuation and return loss.</p><p>Specific topics to be covered include: optimization, BER, PAM-4, IBIS-AMI, S-parameters, causality, passivity, EQ, DFE, FFE, CTLE, and the latest in pulse response analysis and optimization.</p><p><br></p><p><br></p><p> </p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/embed/r4PELP0gn-Y?start=16\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Four Essential Steps For EDA Simulation Measurement Mastery</h4>\n<p>This seminar will help you achieve this level of modeling measurement using Simbeor as demonstrated using Wild River Technology’s CMP-28 Advanced Channel Modeling Platform in a systematized and high-confidence approach</p><ul><li>Step 1: Measure S-parameters and validate quality</li><li>Step 2: Import and adjust stack-up and board geometry into EDA tool</li><li>Step 3: Identify broadband dielectric and conductor roughness models</li><li>Step 4: Simulate all structures on the validation board without further adjustments and compare magnitude and phase of S-parameters, TDR/TDT and eye diagrams</li></ul>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=LhQGmgUCxpk\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>How To Use Fixture De-Embedding To Match Signal Integrity Simulation To Measurements</h4><p>This video provides a quick overview of how fixture de-embedding from measurements, or embedding into simulations is a critical step for matching simulations to measurements for physical layer Tx to Rx channels. Multigigabit channels that include multi-layer laminate or printed circuit board structures require a fixture to go from the coaxial connections of the measuring instrument to the planar transmission line structures on a PCB. This fixture is not calibrated out by the coaxial calibration of the instrument and is often neglected in the simulation. This video will go through a four-step process to show how to de-embed the fixture from the measurement to validate the PCB channel model, then how to embed the fixture with the model to do a direct compare of simulation to full-path measurement both in the frequency domain and time domain. The end result is demonstrated using a 32Gb/s example of simulation to measurement correlation.</p>[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Webinars','','inherit','closed','closed','','5316-revision-v1','','','2022-03-31 13:13:55','2022-03-31 13:13:55','',5316,'https://testsite.wildrivertech.com/?p=5661',0,'revision','',0),(5662,1,'2022-03-31 13:14:25','2022-03-31 13:14:25','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]Wild River Technology Webinars[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"center\" content_layout=\"block\" align_content=\"flex-end\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=AGKmjb3yfk0\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Analyze and Optimize 32- to 56-gpbs Serial Link Channels</h4>\n<p>This webcast introduces a forensic channel analysis approach that implements both measurement hardware and EDA tools with contemporary SerDes internal tools (e.g., internal eye scan) for the purpose of optimizing the BER for highly pathological channels (i.e. identifying the major contributors to signal degradation in the link). State-of-the-art pulse response analysis such as this, provides valuable insight into the behavior of the channel and the effective use of CTLE, FFE, and DFE equalization techniques, in order to mitigate crosstalk, attenuation and return loss.</p><p>Specific topics to be covered include: optimization, BER, PAM-4, IBIS-AMI, S-parameters, causality, passivity, EQ, DFE, FFE, CTLE, and the latest in pulse response analysis and optimization.</p><p><br></p><p><br></p><p> </p>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/embed/r4PELP0gn-Y?start=16\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>Four Essential Steps For EDA Simulation Measurement Mastery</h4>\n<p>This seminar will help you achieve this level of modeling measurement using Simbeor as demonstrated using Wild River Technology’s CMP-28 Advanced Channel Modeling Platform in a systematized and high-confidence approach</p><ul><li>Step 1: Measure S-parameters and validate quality</li><li>Step 2: Import and adjust stack-up and board geometry into EDA tool</li><li>Step 3: Identify broadband dielectric and conductor roughness models</li><li>Step 4: Simulate all structures on the validation board without further adjustments and compare magnitude and phase of S-parameters, TDR/TDT and eye diagrams</li></ul>[/fusion_text][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=Nm-L50B-wPw\" /][fusion_text rule_style=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]<h4>How To Use Fixture De-Embedding To Match Signal Integrity Simulation To Measurements</h4><p>This video provides a quick overview of how fixture de-embedding from measurements, or embedding into simulations is a critical step for matching simulations to measurements for physical layer Tx to Rx channels. Multigigabit channels that include multi-layer laminate or printed circuit board structures require a fixture to go from the coaxial connections of the measuring instrument to the planar transmission line structures on a PCB. This fixture is not calibrated out by the coaxial calibration of the instrument and is often neglected in the simulation. This video will go through a four-step process to show how to de-embed the fixture from the measurement to validate the PCB channel model, then how to embed the fixture with the model to do a direct compare of simulation to full-path measurement both in the frequency domain and time domain. The end result is demonstrated using a 32Gb/s example of simulation to measurement correlation.</p>[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','Webinars','','inherit','closed','closed','','5316-revision-v1','','','2022-03-31 13:14:25','2022-03-31 13:14:25','',5316,'https://testsite.wildrivertech.com/?p=5662',0,'revision','',0),(5664,1,'2022-03-31 13:45:40','2022-03-31 13:45:40','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h2>High-Speed Communications White Papers</h2>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=nJU66Z9D8kM\" /][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" title=\"Meeting the Demands of PAM4 Systems at 56Gbps and Beyond\" backgroundcolor=\"var(--awb-color2)\"]\r\n<ul>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 15px;\">Alfred P. Neves, CTO, Wild River Technology</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 15px;\">Matthew Burns, Product Marketing Manager–High Speed, Samtec</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 15px;\">Mike Gianfagna, VP, Marketing, eSilicon</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 15px;\">Tim Horel, Director of Field Applications, eSilicon</span></li>\r\n</ul>\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">Our discussion will focus on PAM4 (pulse amplitude modulation) systems operating at 56 Gigabits per second and beyond. PAM4 is a modulation technique whereby four distinct pulse amplitudes are used to convey the information. PAM4 enables twice the transmission capacity when compared to binary modulation. Because the additional voltage levels in PAM4 reduce the level spacing by a factor of three, PAM4 is more susceptible to noise than a binary digital signal, thus requiring a higher signal- to-noise (SNR) ratio. Consequently, PAM4 is normally used for short-reach applications where a higher SNR can be obtained.</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">We will explore how this shortcoming can be overcome, resulting in very long-reach signaling with PAM4 encoding over a copper cable to enable next-generation 25.6 and 51.2Tb/s switches, routers and 800G systems. Delivering this capability has two challenges — working silicon that can deliver the required performance and a SerDes test fixture that allows system designers to verify performance in their target application. We will discuss both challenges.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"A Practical Method to Model Effective Permittivity and Phase Delay Due to Conductor Surface Roughness\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<ul>\r\n<li>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: Archivo; font-size: 14px; font-weight: 300; letter-spacing: var(--body_typography-letter-spacing); display: inline !important;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">DesignCon 2017</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Lambert (Bert) Simonovich, Lamsim Enterprises Inc.</span></li>\r\n</ul>\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">In the GB/s regime, accurate modeling of conductor loss and phase delay is a precursor to successful high-speed serial link designs. In this paper, a practical method to model effective permittivity and phase delay, due to conductor surface roughness, is presented. By obtaining the dielectric and roughness parameters, solely from manufacturers’ data sheets, phase delay and effective permittivity can now be easily predicted. Detailed case studies and several examples test the model`s accuracy.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"BER- and COM-Way of Channel-Compliance Evaluation: What are the Sources of Differences?\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<ul>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Cristian Filip, Mentor Graphics</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Chuck Ferry, Mentor Graphics</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Alfred P. Neves, Wild River Technology</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Vladimir Dmitriev-Zdorov, Mentor Graphics<br /></span></li>\r\n</ul>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">We analyze the computational procedure specified for Channel Operation Margin (COM) and compare it to traditional statistical eye/BER analysis. There are a number of differences between the two approaches, ranging from how they perform channel characterization, to how they consider Tx and Rx noise and apply termination, to the differences between numerical procedures employed to convert given jitter and crosstalk responses into the vertical distribution characterizing eye diagrams and BER. We show that depending on the channel COM may potentially overestimate the effect of crosstalk and, depending on a number of factors, over- or underestimate the effect of transmit jitter, especially when the channel operates at the rate limits. We propose a modification to the COM procedure that eliminates these problems without considerable work increase.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Methods of Improving 3D EM Model Development and Associated Time/Frequency Domain Measurements\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<ul>\r\n<li>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); letter-spacing: var(--body_typography-letter-spacing); font-size: 14px; display: inline !important; font-family: Archivo; font-weight: 300;\">Jim Bell and Al Neves, Wild River Technology</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Bob Buxton and Jon Martens, Anritsu Company</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Josiah Bartlett, Tektronix</span></li>\r\n</ul>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-style: var(--body_typography-font-style,normal); letter-spacing: var(--body_typography-letter-spacing); font-size: 14px;\">\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p></p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Robust Method for Addressing 12 Gbps Interoperability for High-Loss and Crosstalk-Aggressed Channels\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-style: var(--body_typography-font-style,normal); letter-spacing: var(--body_typography-letter-spacing); font-size: 14px;\">\r\n<ul>\r\n<li>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); letter-spacing: var(--body_typography-letter-spacing); font-size: 14px; display: inline !important; font-family: Archivo; font-weight: 300;\">James Bell, Wild River Technology</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300;\">Alan Blankman</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300;\">Alfred Neves, Wild River Technology</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300;\">George Noh</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300;\">Martin Spadaro</span></li>\r\n</ul>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">This paper addresses a new methodology for 12 Gbps interoperability that combines a concerted family of pathological channels, internal eye monitoring, and external EQ simulation tools, providing insight into an EQ optimization strategy that addresses the specific channel’s mix of crosstalk noise, jitter, and channel loss. This also provides a backplane designer the ability to configure a high-loss, crosstalk aggressed system. The method, combining co-simulation channel optimization, a reconfigurable channel platform, and receiver eye monitoring, has two key benefits; the separation of channel eye opening versus un-equalizable Deterministic Jitter (Dj), and the capability to map loss-crosstalk space for a particular SERDES channel pair, a new concept in SERDES interoperability evaluation. The method is described in detail, followed by relevant case examples using hardware specifically designed for this endeavor. Finally, we compare eye monitor results with the original co-simulation, validating the method.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Developing Unified Methods of 3D Electromagnetic Extraction, System Level Channel Modeling, and Robust Jitter Decomposition in Crosstalk Stressed 10Gbpsec Serial Data Systems\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<div>\r\n<ul>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">James Bell</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Scott McMorrow</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Martin Miller</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Alfred Neves</span></li>\r\n</ul>\r\n</div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">As serial link speeds increase, systems become more \"Stressed\". Loss, low probability deterministic jitter, crosstalk aggression from densely packed signal nets, via and connector impedance and associated resonances, and package and power delivery issues all add their own jitter density function, resulting in a net jitter picture that is inherently complicated. This paper represents a rigorous and practical crosstalk analysis of 10Gbps and higher serial data transmission systems, which will begin at pre-layout 3D EM extraction, continue with the material parameters identification and post-layout analysis and end with direct jitter measurement and separation. We believe this is one of the timeliest of topics in signal integrity at the present time.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Full-wave time domain modeling Full-wave time domain modeling of interconnects\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<ul>\r\n<li>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: Archivo; font-size: 14px; font-weight: 300; letter-spacing: var(--body_typography-letter-spacing); display: inline !important;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Martin Schauer</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Alfred Neves</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Tom Dagostino</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Scott McMorrow</span></li>\r\n</ul>\r\n</div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">Frequency-domain 3D Electromagnetic modeling approaches always have the potentialFrequency-domain 3D Electromagnetic modeling approaches always have the potentialf or causality and passivity violation issues, especially when applied to greater than 20Gbsec data rates applications: initial applications for 3D Electromagnetic modeling methods were only used in low bandwidth frequency-domain microwave designs.A new and inherently passive and causal time-domain oriented approach for 3D Electromagnetic modeling is introduced in detail. The authors show specific advantages of this approach for baseband-NRZ very high-speed backplanes, interconnects, and general board design for digital systems. Selecting the correct loss model will be included and the model results will be compared to actual measurements to 20 GHz using a testboard specifically designed for this presentation.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Practical identification of dispersive dielectric models with generalized modal S-parameters for analysis of interconnects in 6-100 Gb/s applications\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<ul>\r\n<li>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: Archivo; font-size: 14px; font-weight: 300; letter-spacing: var(--body_typography-letter-spacing); display: inline !important;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Yuriy Shlepnev</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Alfred Neves</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Tom Dagostino</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Scott McMorrow</span></li>\r\n</ul>\r\n</div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">A novel method for extraction of dispersive dielectric parameters to 50 GHz is proposed. The method doesn’t require advanced de-embedding, and is based on correlation of measured and simulated generalized modal S-parameters of a line segment. First, VNA measurements for two line segments are made and used to compute generalized S-parameters of a difference segment. Second, 3D full-wave model of the difference segment with conductor model with roughness is used to identify the dielectric properties. We finalize the paper with the derivation of dielectric models for low-cost FR4-type and for expensive low-loss high-frequency materials. The advanced models can be used for practical electromagnetic analysis of interconnects for the 6-100 Gb/s realm..</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Measurement-Assisted Electromagnetic Extraction of Interconnect Parameters on Low-Cost FR-4 Boards for 6-20 Gb/sec Applications\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<ul>\r\n<li>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: Archivo; font-size: 14px; font-weight: 300; letter-spacing: var(--body_typography-letter-spacing); display: inline !important;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Yuriy Shlepnev</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Alfred Neves</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Tom Dagostino</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Scott McMorrow</span></li>\r\n</ul>\r\n</div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">Design of interconnects on PCBs for 6-10 Gb/s data rates requires electromagnetic models from DC up to 20 GHz. Manufacturers of low-cost FR-4 PCBs typically provide values for dielectric constant and loss tangent either at one frequency or without specifying frequency value at all, that is not acceptable for the broad-band models. A simple and practical methodology to extract frequency-dependent dielectric parameters on the base of correlation of measurements and simulations is proposed. A board with 30 test structures has been built to validate the extraction methodology and to verify possibilities to predict interconnect parameters with the electromagnetic analysis</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Alibration and De-Embedding Techniques in the Frequency Domain\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<ul>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Alfred Neves</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Tom Dagostino</span></li>\r\n</ul>\r\n</div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\"></p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','HSC White Papers','','inherit','closed','closed','','5324-revision-v1','','','2022-03-31 13:45:40','2022-03-31 13:45:40','',5324,'https://testsite.wildrivertech.com/?p=5664',0,'revision','',0),(5666,1,'2022-03-31 13:53:42','2022-03-31 13:53:42','[fusion_builder_container type=\"flex\" hundred_percent=\"no\" hundred_percent_height=\"no\" hundred_percent_height_scroll=\"no\" align_content=\"stretch\" flex_align_items=\"flex-start\" flex_justify_content=\"flex-start\" hundred_percent_height_center_content=\"yes\" equal_height_columns=\"no\" container_tag=\"div\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" status=\"published\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"center center\" background_repeat=\"no-repeat\" fade=\"no\" background_parallax=\"none\" enable_mobile=\"no\" parallax_speed=\"0.3\" background_blend_mode=\"none\" video_aspect_ratio=\"16:9\" video_loop=\"yes\" video_mute=\"yes\" absolute=\"off\" absolute_devices=\"small,medium,large\" sticky=\"off\" sticky_devices=\"small-visibility,medium-visibility,large-visibility\" sticky_transition_offset=\"0\" scroll_offset=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\"][fusion_builder_row][fusion_builder_column type=\"1_1\" type=\"1_1\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_title title_type=\"text\" rotation_effect=\"bounceIn\" display_time=\"1200\" highlight_effect=\"circle\" loop_animation=\"off\" highlight_width=\"9\" highlight_top_margin=\"0\" title_link=\"off\" link_target=\"_self\" content_align=\"center\" size=\"2\" text_shadow=\"no\" text_shadow_blur=\"0\" gradient_font=\"no\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" style_type=\"default\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\"]\r\n<h2>High-Speed Communications White Papers</h2>\r\n[/fusion_title][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_youtube autoplay=\"false\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" id=\"https://www.youtube.com/watch?v=nJU66Z9D8kM\" alignment=\"center\" /][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\" title=\"Meeting the Demands of PAM4 Systems at 56Gbps and Beyond\"]<ul><li><span style=\"font-family: Archivo; font-weight: 300; font-size: 15px;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Alfred P. Neves, CTO, Wild River Technology</span></li><li><span style=\"font-family: Archivo; font-weight: 300; font-size: 15px;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Matthew Burns, Product Marketing Manager–High Speed, Samtec</span></li><li><span style=\"font-family: Archivo; font-weight: 300; font-size: 15px;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Mike Gianfagna, VP, Marketing, eSilicon</span></li><li><span style=\"font-family: Archivo; font-weight: 300; font-size: 15px;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Tim Horel, Director of Field Applications, eSilicon</span></li></ul><p>ABSTRACT</p><p style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Our discussion will focus on PAM4 (pulse amplitude modulation) systems operating at 56 Gigabits per second and beyond. PAM4 is a modulation technique whereby four distinct pulse amplitudes are used to convey the information. PAM4 enables twice the transmission capacity when compared to binary modulation. Because the additional voltage levels in PAM4 reduce the level spacing by a factor of three, PAM4 is more susceptible to noise than a binary digital signal, thus requiring a higher signal- to-noise (SNR) ratio. Consequently, PAM4 is normally used for short-reach applications where a higher SNR can be obtained.</p><p style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">We will explore how this shortcoming can be overcome, resulting in very long-reach signaling with PAM4 encoding over a copper cable to enable next-generation 25.6 and 51.2Tb/s switches, routers and 800G systems. Delivering this capability has two challenges — working silicon that can deliver the required performance and a SerDes test fixture that allows system designers to verify performance in their target application. We will discuss both challenges.</p>[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"A Practical Method to Model Effective Permittivity and Phase Delay Due to Conductor Surface Roughness\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<ul>\r\n<li>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: Archivo; font-size: 14px; font-weight: 300; letter-spacing: var(--body_typography-letter-spacing); display: inline !important;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">DesignCon 2017</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Lambert (Bert) Simonovich, Lamsim Enterprises Inc.</span></li>\r\n</ul>\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">In the GB/s regime, accurate modeling of conductor loss and phase delay is a precursor to successful high-speed serial link designs. In this paper, a practical method to model effective permittivity and phase delay, due to conductor surface roughness, is presented. By obtaining the dielectric and roughness parameters, solely from manufacturers’ data sheets, phase delay and effective permittivity can now be easily predicted. Detailed case studies and several examples test the model`s accuracy.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"BER- and COM-Way of Channel-Compliance Evaluation: What are the Sources of Differences?\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<ul>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Cristian Filip, Mentor Graphics</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Chuck Ferry, Mentor Graphics</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Alfred P. Neves, Wild River Technology</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Vladimir Dmitriev-Zdorov, Mentor Graphics<br /></span></li>\r\n</ul>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">We analyze the computational procedure specified for Channel Operation Margin (COM) and compare it to traditional statistical eye/BER analysis. There are a number of differences between the two approaches, ranging from how they perform channel characterization, to how they consider Tx and Rx noise and apply termination, to the differences between numerical procedures employed to convert given jitter and crosstalk responses into the vertical distribution characterizing eye diagrams and BER. We show that depending on the channel COM may potentially overestimate the effect of crosstalk and, depending on a number of factors, over- or underestimate the effect of transmit jitter, especially when the channel operates at the rate limits. We propose a modification to the COM procedure that eliminates these problems without considerable work increase.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Methods of Improving 3D EM Model Development and Associated Time/Frequency Domain Measurements\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<ul>\r\n<li>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); letter-spacing: var(--body_typography-letter-spacing); font-size: 14px; display: inline !important; font-family: Archivo; font-weight: 300;\">Jim Bell and Al Neves, Wild River Technology</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Bob Buxton and Jon Martens, Anritsu Company</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Josiah Bartlett, Tektronix</span></li>\r\n</ul>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-style: var(--body_typography-font-style,normal); letter-spacing: var(--body_typography-letter-spacing); font-size: 14px;\">\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Robust Method for Addressing 12 Gbps Interoperability for High-Loss and Crosstalk-Aggressed Channels\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-style: var(--body_typography-font-style,normal); letter-spacing: var(--body_typography-letter-spacing); font-size: 14px;\">\r\n<ul>\r\n<li>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); letter-spacing: var(--body_typography-letter-spacing); font-size: 14px; display: inline !important; font-family: Archivo; font-weight: 300;\">James Bell, Wild River Technology</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300;\">Alan Blankman</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300;\">Alfred Neves, Wild River Technology</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300;\">George Noh</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300;\">Martin Spadaro</span></li>\r\n</ul>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">This paper addresses a new methodology for 12 Gbps interoperability that combines a concerted family of pathological channels, internal eye monitoring, and external EQ simulation tools, providing insight into an EQ optimization strategy that addresses the specific channel’s mix of crosstalk noise, jitter, and channel loss. This also provides a backplane designer the ability to configure a high-loss, crosstalk aggressed system. The method, combining co-simulation channel optimization, a reconfigurable channel platform, and receiver eye monitoring, has two key benefits; the separation of channel eye opening versus un-equalizable Deterministic Jitter (Dj), and the capability to map loss-crosstalk space for a particular SERDES channel pair, a new concept in SERDES interoperability evaluation. The method is described in detail, followed by relevant case examples using hardware specifically designed for this endeavor. Finally, we compare eye monitor results with the original co-simulation, validating the method.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Developing Unified Methods of 3D Electromagnetic Extraction, System Level Channel Modeling, and Robust Jitter Decomposition in Crosstalk Stressed 10Gbpsec Serial Data Systems\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<div>\r\n<ul>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">James Bell</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Scott McMorrow</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Martin Miller</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Alfred Neves</span></li>\r\n</ul>\r\n</div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">As serial link speeds increase, systems become more \"Stressed\". Loss, low probability deterministic jitter, crosstalk aggression from densely packed signal nets, via and connector impedance and associated resonances, and package and power delivery issues all add their own jitter density function, resulting in a net jitter picture that is inherently complicated. This paper represents a rigorous and practical crosstalk analysis of 10Gbps and higher serial data transmission systems, which will begin at pre-layout 3D EM extraction, continue with the material parameters identification and post-layout analysis and end with direct jitter measurement and separation. We believe this is one of the timeliest of topics in signal integrity at the present time.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Full-wave time domain modeling Full-wave time domain modeling of interconnects\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<ul>\r\n<li>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: Archivo; font-size: 14px; font-weight: 300; letter-spacing: var(--body_typography-letter-spacing); display: inline !important;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Martin Schauer</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Alfred Neves</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Tom Dagostino</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Scott McMorrow</span></li>\r\n</ul>\r\n</div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">Frequency-domain 3D Electromagnetic modeling approaches always have the potentialFrequency-domain 3D Electromagnetic modeling approaches always have the potentialf or causality and passivity violation issues, especially when applied to greater than 20Gbsec data rates applications: initial applications for 3D Electromagnetic modeling methods were only used in low bandwidth frequency-domain microwave designs.A new and inherently passive and causal time-domain oriented approach for 3D Electromagnetic modeling is introduced in detail. The authors show specific advantages of this approach for baseband-NRZ very high-speed backplanes, interconnects, and general board design for digital systems. Selecting the correct loss model will be included and the model results will be compared to actual measurements to 20 GHz using a testboard specifically designed for this presentation.</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Practical identification of dispersive dielectric models with generalized modal S-parameters for analysis of interconnects in 6-100 Gb/s applications\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<ul>\r\n<li>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: Archivo; font-size: 14px; font-weight: 300; letter-spacing: var(--body_typography-letter-spacing); display: inline !important;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Yuriy Shlepnev</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Alfred Neves</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Tom Dagostino</span></li>\r\n<li><span data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 14px;\">Scott McMorrow</span></li>\r\n</ul>\r\n</div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">A novel method for extraction of dispersive dielectric parameters to 50 GHz is proposed. The method doesn’t require advanced de-embedding, and is based on correlation of measured and simulated generalized modal S-parameters of a line segment. First, VNA measurements for two line segments are made and used to compute generalized S-parameters of a difference segment. Second, 3D full-wave model of the difference segment with conductor model with roughness is used to identify the dielectric properties. We finalize the paper with the derivation of dielectric models for low-cost FR4-type and for expensive low-loss high-frequency materials. The advanced models can be used for practical electromagnetic analysis of interconnects for the 6-100 Gb/s realm..</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Measurement-Assisted Electromagnetic Extraction of Interconnect Parameters on Low-Cost FR-4 Boards for 6-20 Gb/sec Applications\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<ul>\r\n<li>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: Archivo; font-size: 14px; font-weight: 300; letter-spacing: var(--body_typography-letter-spacing); display: inline !important;\" data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Yuriy Shlepnev</p>\r\n</li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Alfred Neves</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Tom Dagostino</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Scott McMorrow</span></li>\r\n</ul>\r\n</div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">Design of interconnects on PCBs for 6-10 Gb/s data rates requires electromagnetic models from DC up to 20 GHz. Manufacturers of low-cost FR-4 PCBs typically provide values for dielectric constant and loss tangent either at one frequency or without specifying frequency value at all, that is not acceptable for the broad-band models. A simple and practical methodology to extract frequency-dependent dielectric parameters on the base of correlation of measurements and simulations is proposed. A board with 30 test structures has been built to validate the extraction methodology and to verify possibilities to predict interconnect parameters with the electromagnetic analysis</p>\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][fusion_builder_column type=\"1_3\" type=\"1_3\" align_self=\"auto\" content_layout=\"column\" align_content=\"flex-start\" valign_content=\"flex-start\" content_wrap=\"wrap\" center_content=\"no\" target=\"_self\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\" sticky_display=\"normal,sticky\" order_medium=\"0\" order_small=\"0\" hover_type=\"none\" border_style=\"solid\" box_shadow=\"no\" box_shadow_blur=\"0\" box_shadow_spread=\"0\" background_type=\"single\" gradient_start_position=\"0\" gradient_end_position=\"100\" gradient_type=\"linear\" radial_direction=\"center center\" linear_angle=\"180\" background_position=\"left top\" background_repeat=\"no-repeat\" background_blend_mode=\"none\" filter_type=\"regular\" filter_hue=\"0\" filter_saturation=\"100\" filter_brightness=\"100\" filter_contrast=\"100\" filter_invert=\"0\" filter_sepia=\"0\" filter_opacity=\"100\" filter_blur=\"0\" filter_hue_hover=\"0\" filter_saturation_hover=\"100\" filter_brightness_hover=\"100\" filter_contrast_hover=\"100\" filter_invert_hover=\"0\" filter_sepia_hover=\"0\" filter_opacity_hover=\"100\" filter_blur_hover=\"0\" animation_direction=\"left\" animation_speed=\"0.3\" last=\"no\" border_position=\"all\" min_height=\"\" link=\"\"][fusion_content_boxes layout=\"icon-with-title\" columns=\"1\" heading_size=\"2\" iconspin=\"no\" icon_align=\"left\" animation_direction=\"left\" animation_speed=\"0.3\" hide_on_mobile=\"small-visibility,medium-visibility,large-visibility\"][fusion_content_box title=\"Alibration and De-Embedding Techniques in the Frequency Domain\" linktext=\"Read More\" animation_direction=\"left\" animation_speed=\"0.3\" backgroundcolor=\"var(--awb-color2)\"]\r\n<div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<ul>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Alfred Neves</span></li>\r\n<li><span data-fusion-font=\"true\" style=\"font-size: 14px; font-family: Archivo; font-weight: 300;\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\">Tom Dagostino</span></li>\r\n</ul>\r\n</div>\r\n<p style=\"color: var(--awb-color8); background-color: rgba(255, 255, 255, 0); font-family: var(--body_typography-font-family); font-size: var(--body_typography-font-size); font-style: var(--body_typography-font-style,normal); font-weight: var(--body_typography-font-weight); letter-spacing: var(--body_typography-letter-spacing);\">\r\n<p>ABSTRACT</p>\r\n<p data-fusion-font=\"true\" data-fusion-google-font=\"Archivo\" data-fusion-google-variant=\"300\" style=\"font-family: Archivo; font-weight: 300; font-size: 16px;\">\r\n[/fusion_content_box][/fusion_content_boxes][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]','HSC White Papers','','inherit','closed','closed','','5324-revision-v1','','','2022-03-31 13:53:42','2022-03-31 13:53:42','',5324,'https://testsite.wildrivertech.com/?p=5666',0,'revision','',0),