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Expert consultancy for FPGA and RFSoC-based digital signal processing. From algorithm conception to hardware deployment — clean, performant RTL at every clock cycle.
Full-stack RFSoC design using AMD Zynq UltraScale+. Integrating RF data converters, DSP engines, and ARM cores into cohesive, production-ready systems.
High-performance DSP pipelines in VHDL, Verilog, and HLS. FIR/IIR filters, FFTs, NCOs, equalisers, and custom arithmetic cores optimised for timing closure.
Design and bring-up of JESD204B/C links, Multi-Gbps SerDes, PCIe Gen4, and Aurora protocols. Signal integrity analysis and board-level compliance.
Fixed-point DSP algorithm design, MATLAB/Python simulation, and hardware mapping. Beamforming, channel estimation, spectrum sensing, and synchronisation.
Waveform generation, pulse compression, clutter filtering, and target tracking for EW, SIGINT, and phased-array radar and sonar platforms.
UVM testbenches, co-simulation with Python/MATLAB, timing closure, and resource optimisation for production FPGA targets.
Defining sample rates, latency budgets, interface constraints, and algorithmic requirements — translating system-level needs into achievable hardware specs.
Floating-point prototyping in MATLAB or Python, then fixed-point quantisation with SNR and bit-width trade-off analysis.
Precision VHDL/Verilog with pipelined architecture, parameterised IPs, and full constraint files — built for first-pass timing closure.
Automated regression testbenches, co-simulation against golden models, hardware bring-up support, and full documentation.
ImpulseForge is an independent DSP engineering consultancy specialising in FPGA and RFSoC-based systems. We work with defence contractors, test & measurement companies, telecommunications innovators, and research institutions worldwide.
Tell us about your project. We respond within 48 hours and offer a free 30-minute technical scope call.