How to Use FPGAs for Speed & Flexibility – 8400650

Benefits of FPGA Modules Derived from their Speed and Flexibility – You Can’t Do More for Less

Learn about FPGA-based system design for embedded computing I/O signal processing applications.

This white paper discusses how Advanced Xilinx Virtex and Altera Stratix FPGAs make use of multiple digital clock managers and simultaneous parallel execution to rapidly compute a set of integrated processes including:

  • FFT
  • SERDES
  • FIFO Management
  • Logic Sequencing
  • DDR Control
  • and More

FPGA I/O Flexibility

The external world has a wide mix of I/O interfaces. Any FPGA module to be used must meet that interface. Acromag started with and developed a large family of FPGA modules. The IP-EP20x family of FPGA modules has a fixed I/O interface with several options including CMOS/TTL, RS422/485, mixtures of these, and LVDS.
The larger FPGA modules in the Virtex-4 and Virtex-5 family (PMC and XMC) offer rear I/O configurable within the FPGA via the constraints file to accommodate LVCMOS, LVTTL, and LVDS for 64 total connection points. Realizing that the need for I/O flexibility is paramount to a successful FPGA application, Acromag proceeded by providing additional I/O flexibility at the front I/O using the AXM mezzanine module concept. These AXM modules provide for wide flexibility with standard
offerings of: TTL, RS422/485, LVDS, and 105MHz A/D. Custom modules for an open specification can also be designed by you or by Acromag to meet your specification.

So, how fast can an FPGA module process data?

Click here to download complete How to Use FPGAs for Speed & Flexibility whitepaper.

 

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