FPGA, CPLD, and ASIC solutions from Altera
  • Download Center
  • Literature
Sign in/register
myAltera Account
Welcome
  •   myAltera
  •   Logout
  • Products
    • Devices
    • Design Software
    • Intellectual Property
    • Development Kits/Cables
    • Design & Support Services
    • Literature
  • End Markets
    • Automotive
    • Broadcast
    • Computer & Storage
    • Consumer
    • Industrial
    • Medical
    • Military
    • Test & Measurement
    • Wireless
    • Wireline
  • Technology
    • DSP
    • External Memory
    • Embedded Processing
    • Transceivers
    • Parallel I/O
    • Signal Integrity
    • System Integration
  • Training
    • Training Courses
    • University Program
    • Webcasts & Videos
    • Demonstrations
    • Events Calendar
  • Support
    • Design & Support Resources
    • Knowledge Database
    • Devices
    • Design Software
    • Intellectual Property
    • Development Kits/Cables
    • Design Examples
    • Downloads
    • User Communities/Forums
    • mySupport
  • About Altera
    • About Us
    • Environmental
    • Customer Successes
    • Partners
    • Newsroom
    • Investor Relations
    • Jobs
    • Contact Us
  • Buy Online
    • Devices
    • Design Software
    • Development & Education Kits
    • Cables & Programming Hardware
    • Intellectual Property
  • Entire Site
  • Part Number
  • Knowledge Database
  • Support & Technical Docs
  • Forums & Wiki
Username:  
Password:  
 
Forgot my username or password
Don't have myAltera account? Register Now.
Enter your email address:

Achieving Low BER Across 10+ Gbps Serial Links

Home > Training > Webcasts & Videos > All Webcasts & Series > Achieving Low BER Across 10+ Gbps Serial Links

Available Now, On-Demand
Length:
  25 minutes

As serial data rates increase beyond 10 Gbps to address high-bandwidth applications (e.g., 40G/100G systems), board design challenges grow as well. Ensuring statistical reliability of a serializer/deserializer (SERDES) channel requires careful board design, as well as advanced silicon capabilities to handle losses due to PCB material properties and reflections due to discontinuities in the channel. In this webcast, we will discuss some of the solutions available to address these challenges and ensure high reliability for serial links at data rates beyond 10 Gbps.

In this 25-minute webcast, you'll learn how to:

  • Address system challenges at high data rates
  • Incorporate advanced FPGA silicon solutions to increase system reliability
  • Increase productivity with advanced PCB tools and models

Presenters:

Salman Jiva, Product Marketing Manager

Sergey Shumarayev, Director of Engineering

View Free Webcast




Stay up to date on leading-edge solution announcements. Subscribe to Altera's monthly Webcast & Video eNewsletter.

Rate This Page


  • Webcasts
    • All Webcasts & Series
    • Devices
      • Stratix IV (E, GX, GT)
      • Stratix III (L and E)
      • Stratix II GX
      • Stratix II
      • Stratix
      • Arria II GX
      • Arria GX
      • Cyclone IV (E and GX)
      • Cyclone III (and LS)
      • Cyclone II
      • MAX II
      • HardCopy IV (E and GX)
      • HardCopy III
      • HardCopy II
    • Design Software
      • Quartus II
      • SOPC Builder
    • Intellectual Property
      • Embedded Processor
      • DSP
    • Technology
      • DSP
      • Memory
      • Embedded Processor
      • High-Speed Serial I/O
      • Signal Integrity
    • End Market
      • Automotive
      • Communications
      • Consumer
      • Industrial
      • Military
    Please give us feedback
    Products | End Markets | Technology | Training | Support | About Altera | Buy Online
    Jobs | Investor Relations | Contact Us | Site Map | Privacy | Legal Notice
    Copyright © 1995-2010 Altera Corporation. All Rights Reserved.
    Altera Forum
    Altera
    Forum
    Twitter
    Twitter
    RSS
    RSS
    Facebook
    Facebook
    Flickr
    Flickr
    YouTube
    YouTube
    Email Updates
    Email
    Updates