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I/O, I/O, How Much Faster Can We Go: Chip-to-Chip Interconnects

Published by: In-Stat

Published: Sep. 19, 2005 - 53 Pages


Table of Contents


Table
of Contents



  • Executive Summary



  • Introduction



  • Methodology



  • Technology Overview




    • HyperTransport



    • PCI and PCI-X



    • PCI Express



    • RapidIO


    • Comparisons
      of Interconnect Technologies


    • Brief Notations
      About Proprietary Interconnects




  • Case Studies




    • HyperTransport



    • PCI Express



    • RapidIO




  • Product Overview




    • HyperTransport



    • PCI Express



    • RapidIO


    • Interfaces
      By Application



      • Computing



      • Networking



      • Telecommuting



      • Consumer
        Electronics


      • Further
        Into the Ecosystem






  • Report Summary




List
of Tables



  • Table 1. Summary
    Market Forecast for HyperTransport, PCI Express, and RapidIO. 2003-2009
    (Units in Thousands)


  • Table 2. Range
    of Throughput (MBps) Offered by HyperTransport, Assuming That Links
    in Each Direction are Same Width


  • Table 3. Range
    of Throughput (GBps) and Originating Standards PCI and PCI-X


  • Table 4. Range
    of Throughput (MBps) Offered by PCI Express, Derived by Adding Available
    Throughput for Each Direction


  • Table 5. Range
    of Throughput (MBps) Offered by RapidIO


  • Table 6. A Top-Level
    Comparison of HyperTransport, PCI Express and RapidIO


  • Table 7. Signal
    Pin-Counts for the Different Interconnect Standards


  • Table 8. Forecast
    of Worldwide PC shipments with HyperTransport: 2003-2009 (Units in Thousands)



  • Table 9. Forecast
    of Worldwide Server shipments with HyperTransport: 2003-2009 (Units
    in Thousands)


  • Table 10. Forecast
    of Worldwide PC shipments with PCI Express: 2003-2009 (Units in Thousands)



  • Table 11. Forecast
    of Worldwide PC shipments with PCI: 2003-2009 (Units in Thousands)


  • Table 12. Forecast
    of Worldwide Server shipments with PCI-X and PCI Express: 2003-2009
    (Units in Thousands)


  • Table 13. Forecast
    of Edge and Core Routers with HyperTransport: 2003-2009 (Units in Thousands)



  • Table 14. Forecast
    of Worldwide new W-CDMA channels with RapidIO Interfaces: 2003-2009
    (Units in Thousands)


  • Table 15. Forecast
    of Worldwide Videogame Consoles with HyperTransport, 2003-2009


  • Table 16. Summary
    Forecast of Worldwide HyperTransport, RapidIO, and PCI Express Systems,
    2003-2009 (Units in Thousands)


List
of Figures



  • Figure 1. Basic
    HyperTransport Performance Characteristics


  • Figure 2. A History
    of PCI and PCI-X Standards 1992-Present


  • Figure 3. 4-Way
    AMD Opterons on an iWill Motherboard


  • Figure 4. Case
    Study of Rambus PCI Express Serial Link Applications


  • Figure 5. System
    Block Diagram Where Both HyperTransport and PCI Express Are Used

Abstract

Chip-to-chip interconnections will not get the attention that central processing units or memory systems will, in regard to extending performance in processor systems. Nonetheless, at all points in a system, the overall performance of the process is affected by its weakest elements. As processor capacity continued to grow and memory caches grew as well, the possibility of bottlenecks increased. In many cases the bottlenecks were caused by the system architecture within the interface.

Several factors contributed to the development of standard interconnections. Market conditions helped to define a spirit of cooperation. Standard interconnection is a platform for individual companies to build upon. By utilizing a common interconnection, companies can devote more resources toward building differentiators at the edge of an application. An added benefit to working with common industry interconnections is that interoperability with common components is assured — an advantage when working with OEMs.

This In-Stat report identifies three emerging chip-to-chip interconnections: HyperTransport, PCI Express, and RapidIO. The origins and evolution of each interconnection is reviewed. Technical barriers and interconnection roadmaps are included and lastly, forecasts are made about the proliferation of interconnection technologies within selected market applications.

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