High-Speed Serial I/O Made Simple: A Designer’s Guide with FPGA Applications, by Abhijit Athavale (Marketing Manager, Connectivity Solutions, Xilinx, Inc.) and Carl Christensen (Technical Marketing), Xilinx Inc., 2005

High-speed serial I/O can be used to solve system interconnect design challenges. Such I/Os, when integrated into a highly programmable digital environment such as an FPGA, allow you to create high-performance designs that were never possible before. This book discusses the many aspects of high-speed serial designs with real world examples of how to implement working designs.

How Do You Get 10-Gbps I/O Performance?

High-speed serial I/O can be used to solve system interconnect design challenges. Such I/Os, when integrated into a highly programmable digital environment such as an FPGA, allow you to create high-performance designs that were never possible before.

■ Basic I/O Concepts – Differential signaling, System Synchronous, and Source Synchronous design techniques.
■ Pros and Cons of different implemenations – How to evaluate the cost advantages, the reduced EMI, the maximum data flow, and so on.
■ SERDES Design – Basic theory, how to implement highly efficient serial to parallel channels, coding schemes, and so on.
■ Design Considerations – Standard and custom protocols, signal integrity, impedance, shielding, and so on.
■ Testing – Interpreting eye patterns, reducing jitter, interoperability considerations, bit error testers, and so on.

Download High-Speed Serial I/O Made Simple: A Designers’ Guide

PDF version, 2.0MB, 210Pages.

High-Speed Serial I/O Made Simple Official Download Webpage

Xcell Publications help you solve design challenges, bringing you the awareness of the latest tools, devices, and technologies; knowledge on how to design most effectively; and the next steps for implementing working solutions. See all of our books, magazines, technical journals, solutions guides, and brochures at: www.xilinx.com/xcell.

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