Digital Signal Processing on FPGAs is a complete, no-nonsense guide to building real DSP systems in hardware. It skips the theory-only textbooks and gets straight to work — fixed-point number formats, FIR and IIR filters, CORDIC, FFT architectures, multirate processing, pipelining, timing closure, and the DSP48 primitives that make it all fit. You will learn to write synthesizable SystemVerilog, verify it against golden models in Python, and take a design all the way to a working FPGA. Every chapter is dense with HDL, testbenches, and the reasoning behind each architectural choice. By the end, you will not just understand DSP — you will build it on silicon.
