Design Services
Concurrent EDA creates high-performance parallel FPGA cores directly from sequential software.
Seamless integration into systems accelerates time-to-market with reduced risk.
Concurrent EDA creates high-performance parallel FPGA cores directly from sequential software.
Seamless integration into systems accelerates time-to-market with reduced risk.
Concurrent has a library of pre-built high-performance FPGA Cores ready for immediate use. Most cores process data rates of 10 to 100 Gb/s and provide 10 to 100 Giga-Operations/second of performance.
Concurrent Analytics rapidly quantifies the benefits of FPGA acceleration and mitigates risk by answering key questions: Is there hidden parallelism in my software? Can it be mapped to an FPGA? How much faster would it be? How much would it cost?
Concurrent creates custom FPGA cores directly from customer software. The final result is an FPGA design that is functionally identical to the user-provided software executable and that operates at 200 to 350MHz or faster.
Concurrent EDA integrates its cores directly into FPGA-based systems to provide turn-key solutions. Examples include: National Instruments FlexRIO, Avnet Industrial Video Kit, XMC accelerator cards, Xilinx development boards and customer hardware.
Applications require intelligent video and image processing for inspection, surveillance and robotics applications.
Utilize the power of FPGAs to accelerate encryption and data compression functions. Numerous form factors available.
Test equipment captures data from the physical world to enable measurements for experiments, manufacturing and custom applications.
Acceleration of existing open-source libraries provides acceleration and ease-of-use through a standard API.