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  • DSP-FPGA.com
    DSP-FPGA.com (formely DSP Engineering magazine) is the engineer's resource for embedded digital signal processing. Our editorial content and product databases focus on DSP and FPGA hardware and software development solutions and their related technologies serving the following industries
  • DSP-FPGA.com
    DSP-FPGA.com (formely DSP Engineering magazine) is the engineer's resource for embedded digital signal processing. Our editorial content and product databases focus on DSP and FPGA hardware and software development solutions and their related technologies serving the following industries
  • Reducing Costs with COTS FPGA (.pdf)
    It is now common to deploy COTS FPGA modules to help speed development cycles and reduce overall project costs. However, to maximize savings when FPGAs are used to perform custom I/O functions, it is very important to first determine the suitability of a particular FPGA module for the application.
  • FPGA Considerations for Automotive Applications (.pdf)
    Specific Integrated Circuits (ASICs). Field Programmable Gate Array (FPGA) suppliers
  • Implement FPGA Design with the OpenCL Standard
    Get higher performance, lower power, and faster time to market for your applications when you use the Open Computing Language (OpenCL) standard on an FPGA. Read the white paper to find out more about Altera's OpenCL program for FPGAs.
  • A Tailored Approach to FPGA Process Selection
    Altera is exploiting Intelâ s 14 nm Tri-Gate process to achieve a level of FPGA density, performance, and power efficiency not reachable at all on the planar FET roadmap.
  • VLIW Microprocessor Hardware Design: For ASIC and FPGA
    VLIW Microprocessor Hardware Design: For ASIC and FPGA. Providing state-of-the-art coverage of microarchitectures, RTL coding, ASIC flow, and FPGA flow of design, this cutting-edge guide contains many skill-building examples to help you understand each step in the VLIW microprocessor design process.
  • System-Level Debugging and Monitoring of FPGA Designs
    For the purposes of this paper, today's FPGA designs can be divided into two. different categories: those with embedded soft-core processors and those without. This division is useful when examining what debugging and monitoring. infrastructure designers use in their FPGA systems. The techniques

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