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FPGA-based AMC handles high-speed optical links

Posted: 11 Nov 2009 ?? ?Print Version ?Bookmark and Share

Keywords:FPGA? interface? Ethernet? advanced mezzanine card?

From CommAgility comes the AMC-V5F-10G high-performance FPGA-based interface and processing card for the latest wireless baseband and other demanding processing and optical data interfacing applications.

For systems that require very high speed optical links, a front panel SFP+ interface provides a fast data link, including Ethernet at 10Gbit/s, and 16x CPRI (running at 9.8304Gbps). The new card enables advanced wireless applications such as multi-rate LTE to exchange data at four times the normal CPRI maximum rate.

A full Gigabit Ethernet infrastructure allows for system expansion, and additional optical data interfacing is enabled by dual SFP interfaces from the FPGA. High-bandwidth connection to other advanced mezzanine card (AMC) modules is provided by optional Serial RapidIO (SRIO) or PCI Express links from the FPGA to the AMC backplane.

The AMC-V5F-10G is a single width, full-size advanced mezzanine card. High processing power is delivered by a Xilinx Virtex-5 LX110T FPGA, which configures and boots from flash on reset, using one of 4 selectable configuration images which are customer programmable and can be updated over Ethernet. The FPGA is fully customer configurable.

The AMC-V5F10G is available now. Extensive software and firmware library support enables OEMs to port application code quickly, reducing time to market.

- Toni McConnel
Embedded.com





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