Leverage our development platforms and rugged FPGA based systems that provide a rapid migration path from the lab to the field - without having to re-architect an entire system.
Electronic Warfare Development Platform enables rapid development and deployment of counter attacks at significantly...
It does this by pre-integrating the VP430 Direct RF Processing System with the VPX370 Development System and an SBC326...
The VPX167, with up to 7 3U VPX (VITA 46) slots, provides superior performance and modular architecture in a small...
The VPX370 is a second generation VPX development platform that delivers performance, flexibility, and scalability all...
|Product Name||Form Factor||Processor||User Programmable FPGA||I/O Types||Cooling|
|VP431 RFSoC Board||VPX 3U||Air, Conduction|
|SDR430||1U Development Kit, VPX 3U||FPGA||Air, Conduction|
|VP430 Development Kit|
|VPX370 3U VPX Development System||VPX 3U||Intel Quad Core i7||Kintex or Virtex Ultrascale, Kintex-7||Multi-channel A/D and D/A using FMCs||Air|
|SRS6000||23” 5U Rackmount||Dual Intel Xeon E||Kintex Ultrascale||Analog I/O||Air|
|VPX167 Modular DSP Platform for Aircraft Pods||VPX 3U||Intel Quad Core i7||Kintex or Virtex Ultrascale||Multi-channel A/D and D/A using FMCs||Conduction|
|VPX361 Rackmount Development System||VPX 3U||Intel Core i7||Kintex or Virtex Ultrascale||Multi-channel A/D and D/A using FMCs||Air|
|PCIe490 Development System||PCI Express||Kintex or Virtex Ultrascale||Multi-channel A/D and D/A using FMCs||Air|
Game-Changing Technologies in Electronic Warfare
The Electronic Warfare operating environment is unique because a system latency difference measured in nanoseconds can mean the difference between mission success or failure. This paper describes how COTS technologies are pushing, the frontiers of the possible in EW.
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