FPGA Acceleration

Concurrent Acceleration extends Concurrent Analytics and transforms sequential software into high-performance parallel hardware that executes at 1 to 100 Giga-operations/second. The final result is an FPGA netlist that is functionally identical to the user-provided software executable and that operates at 200MHz or faster.

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Input: Compiled x86 Software
  • Sequential, Single-core Software
  • Standard compilers
  • Linux 64-bit executable
Sequential to Parallel
  • Extracts sequential flow
  • Extracts parallelism
  • Transforms loops into hardware pipelines
  • Creates data stream
Output: Parallel FPGA HW
  • Est. of FPGA Speed & Area
  • Generates FPGA netlist
  • > 200 MHz in an FPGA design
  • Outputs FPGA program file

 

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High Performance FPGA designs

Concurrent EDA specializes in creating high-performance FPGA designs directly from customer software. The Concurrent Analytics service provides a rapid-analysis of customer software to estimate its FPGA-accelerated performance and area. The Concurrent Acceleration service extends Analytics and creates the FPGA cores on a royalty-free basis.

 

GigaSens Cameras

Designed for real time imaging applications, GigaSens CoaXPress and 10GigE cameras feature FPGA-accelerated performance, plus Luxima™ LUX13HS and LUX19HS sensors. These new advanced high-speed sensors stand alone in their capability to capture up to 3,600 frames-per-second at 1 megapixel or 2,200 frames-per-second at full HD resolution.

 

FPGA Distributor

Concurrent EDA is the US distributor for Trenz Electronic FPGA and SoC modules. Concurrent EDA also is a US distributor of SoC-e high-performance networking IP Cores.