Blueprint Signal Processing, Inc. - FPGA IP Cores for Signal Processing and Mathematics

For a current list of our FPGA IP Cores to implement Radar Signal Processing Algorithms, please contact us.

Below is an example combining Blueprint Signal Processing FPGA IP Cores to implement some of the functionality in a basic Pulse-Doppler Radar:

Radar Signal Processing algorithms perform the many tasks needed in a radar system such as waveform generation, detection, and information extraction from the radar echo.

Blueprint Signal Processing FPGA IP Cores can be used from building blocks such as the JTFA Core for Range-Doppler processing, to radar development and performance analysis.

Radar system analysis often requires processing "mountains of flight data". To reduce the time required to perform large signal processing tasks consider using our FPGA Hardware Acceleration Algorithms.

Blueprint Signal Processing FPGA IP Cores implement a wide range of radar processing functions:

Radar Signal Processing Functions (Waveform Generation, Matched Filtering, Doppler Processing, Detection, Clutter Suppression, Radar Data Cube Processing, etc.)
Advanced Radar Signal Processing Algorithms based on the increasing solution space provided by high performance FPGA technology
High Performance Radar Signal Analyzers
High Performance Radar Simulation (reduce development and test time, using our FPGA Hardware Acceleration Algorithms)
Radar Test Functions (Test, Measurement, Diagnostic, etc.)
Bolt-on technology upgrades to enhance performance and capabilities of existing systems.

To learn more about Blueprint Signal Processing FPGA IP Cores for Radar Signal Processing please contact us.

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