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Embedded Field-Programmable Gate Arrays (eFPGAs) - The Platform For Future Development

Product Type: Market Research Report
Published by: In-Stat
Published: October 2004
Product Code: R97-1791
Description
This report presents a comprehensive analysis of the embedded Field-Programmable Gate Array (eFPGA) market. That is to say,designs that include pre-defined blocks of FPGA,along with other functions,such as memory and logic,in a cell-based design will see their worldwide revenues increase from $10.9 million in 2003 to over $807.4 million by 2008,primarily via the emergence of the single-chip development platform. That translates to a compound annual growth rate,2003-2008,of 136.6%. Not bad. End-use consumption of products designed using this technology is examined in detail for major end-use markets; Electronic Data Processing (EDP),communications,consumer,industrial,and military/automotive. The EDP,communications,consumer and industrial markets are also detailed one level further,such as networks,switches,servers,set-top boxes,etc. Geographic consumption for each of the four major regions,The Americas,Europe,Japan and Asia Pacific is also explored,as is operating voltage,programming architecture,packaging and mixed-signal content. This report further explores,down to the embedded functional level,i.e.,SRAM,DRAM,MPU,DSP,analog,etc.,functions that will be included within the design along with the embedded FPGA. Other areas analyzed in this report relate to the companies that are,or have an interest in this type of technology,as well as who are,and who might be,suppliers of this type of technology as we go forward.
Table of Contents

Table
of Contents



  • Executive Summary



  • Methodology



  • Embedded FPGA
    Technology Overview




    • Semi-Custom
      Design Options


    • FPGA Programming
      Architecture




  • Embedded FPGA
    Market Overview


  • Embedded FPGA
    End-Use Consumption




    • Second Level
      End-Use Consumption - EDP


    • Second Level
      End-Use Consumption - Communications


    • Second Level
      End-Use Consumption - Consumer


    • Second Level
      End-Use Consumption - Industrial


    • Second Level
      End-Use Consumption - Military/ Automotive




  • Embedded FPGA
    Geographic Consumption


  • Embedded FPGA:
    Other Major Embedded Functions


  • Embedded FPGA
    Suppliers



  • Appendix I



    • Programming
      Architecture


    • Operating Voltage



    • Packaging


    • Functional
      Classification





List
of Tables



  • Table 1. FPGA Programming
    Architecture Comparison


  • Table 2. Embedded
    FPGA and Total Customer-Specific, Cell-Based Product Worldwide Merchant
    Market Dollar Shipments (US$ in Millions)


  • Table 3. Total
    Cell-Based ASIC and Total eFPGA Design Start Comparison


  • Table 4. Embedded
    FPGA Worldwide End-Use Consumption - Total Market (US$ in Millions)



  • Table 5. Embedded
    FPGA End-Use Consumption - EDP (US$ in Millions)


  • Table 6. Embedded
    FPGA End-Use Consumption - Communications (US$ in Millions)


  • Table 7. Embedded
    FPGA End-Use Consumption - Consumer (US$ in Millions)


  • Table 8. Embedded
    FPGA End-Use Consumption - Industrial (US$ in Millions)


  • Table 9. Embedded
    FPGA Major Second-Level End-Use Consumption Categories - Total Market
    (US$ in Millions)


  • Table 10. Embedded
    FPGA Geographic Consumption (US$ in Millions)


  • Table 11. Embedded
    FPGA - Supplier Base


  • Table 12. Embedded
    FPGA Worldwide Dollar Shipments By Programming Architecture (US$ in
    Millions)


  • Table 13. Embedded
    FPGA Worldwide Dollar Shipments By Operating Voltage Category (US$ in
    Millions)


  • Table 14. Embedded
    FPGA Worldwide Dollar Shipments By Package Category Package Category
    (US$ in Millions)


  • Table 15. Embedded
    FPGA Worldwide Dollar Shipments By Functional Classification (US$ in
    Millions)


List
of Figures



  • Figure 1. Embedded
    FPGA Worldwide Merchant Market Dollar Shipments (US$ in Millions)


  • Figure 2. Embedded
    FPGA and Total Customer-Specific, Cell-Based Product Worldwide Merchant
    Market Dollar Shipments (US$ in Millions)


  • Figure 3. Total
    Cell-Based ASIC and Total eFPGA Design Start Comparison


  • Figure 4. eFPGA
    Design Starts and eFPGA Customer Customized Comparison


  • Figure 5. Embedded
    FPGA Worldwide End-Use Consumption - Total Market (US$ in Millions)



  • Figure 6. Embedded
    FPGA End-Use Consumption - EDP (US$ in Millions)


  • Figure 7. eFPGA
    Wired Versus Wireless Communications Consumption Comparison


  • Figure 8. Embedded
    FPGA End-Use Consumption - Communications (US$ in Millions)


  • Figure 9. Embedded
    FPGA End-Use Consumption - Consumer (US$ in Millions)


  • Figure 10. Embedded
    FPGA End-Use Consumption - Industrial (US$ in Millions)


  • Figure 11. Embedded
    FPGA Major Second-Level End-Use Consumption Categories Total Market
    (US$ in Millions)


  • Figure 12. Embedded
    FPGA Geographic Consumption (US$ in Millions)


  • Figure 13. Major
    Embedded Complementary Functions


  • Figure 14. Embedded
    FPGA Worldwide Dollar Shipments By Programming Architecture (US$ in
    Millions)


  • Figure 15. Embedded
    FPGA Worldwide Dollar Shipments By Operating Voltage Category (US$ in
    Millions)


  • Figure 16. Embedded
    FPGA Worldwide Dollar Shipments By Package Category (US$ in Millions)



  • Figure 17. Embedded
    FPGA Worldwide Dollar Shipments By Functional Classification (US$ in
    Millions)


  • Figure 18. Embedded
    FPGA Mixed-Signal Analog Content

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