Software-defined radar and radar signal processing solutions
For projects that need to connect acquisition, synchronization, signal-processing algorithms, FPGA real-time implementation, radar processing boards, host applications, and system validation into one executable engineering solution.
Typical Customer Problem
Radar signal processing crosses sampling, synchronization, numerical precision, throughput, latency, device resources, software interfaces, and system-level verification. A design that succeeds in algorithm simulation can still fail at fixed-point conversion, real-time data flow, timing closure, board integration, or repeatable acceptance testing.
How We Help
Define signal, channel, bandwidth, latency, interface, and validation requirements, then divide responsibilities across hardware, FPGA, drivers, and applications.
Convert the agreed algorithm into fixed-point models, streaming data paths, resource and latency budgets, and observable verification points.
Implement project-specific functions such as pulse compression, FFT, beamforming, moving-target processing, or detection, and integrate them on the selected processing platform.
Validate with representative data and system connections, diagnose cross-layer issues, and document a repeatable delivery and acceptance path.
Deliverables
- Radar signal processing architecture and hardware-software partition
- Algorithm engineering model and FPGA processing modules
- Radar processing board, driver, and host-application integration
- Test data, validation report, operation documentation, and integration issue list