For a current list of our FPGA IP Cores to implement Hardware Acceleration Algorithms, please contact us.

 

Below is an example combining Blueprint Signal Processing FPGA IP Cores to implement a hardware acceleration algorithm to reduce the research and development time of large error correction codes:

 

Hardware Acceleration Algorithm Example - Iterative Error Correction Codes using FPGA IP Cores

 

Similar to HPC algorithms, FPGA Hardware Acceleration Algorithms are specific implementations of processing tasks where the use of dedicated FPGA hardware results in a benefit such as off-loading microprocessors and can also be used to add low latency, real-time response in a system. FPGA Hardware Acceleration Algorithms can be combined with COTS FPGA boards to provide a fast, cost effective solution to support design and development efforts. In these situations FPGA Hardware Acceleration Algorithms can save significant Non-Recurring Engineering (NRE) costs.

To learn more about Blueprint Signal Processing FPGA Hardware Acceleration Algorithms please contact us.

 

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