Most engineers write a Word doc, then write RTL, then write a testbench. Thomas shows you how to write the testbench first as a behavioral model, then refine it into RTL. The testbench becomes your specification.
The book begins with simple initial blocks for simulation, then quickly moves to: Most engineers write a Word doc, then write
In the race to build faster, smarter chips, your logic is only as good as your verification. Donald Thomas gives you mastery over both. The book begins with simple initial blocks for
The chapter on is worth the price of admission. He introduces a simple scoreboarding technique using SystemVerilog dynamic arrays that is lightweight enough for a small FPGA but scales to an SoC. They need engineers who can .
Unlike older texts that treat design and testing separately, this book integrates precise hardware modeling with advanced verification techniques from the start.
The Revised edition explicitly highlights synthesizable subsets. Many modern engineers write beautiful SystemVerilog that fails in synthesis. Thomas provides a "golden guide" to what works:
The semiconductor industry is facing a talent shortage. Companies like NVIDIA, AMD, Intel, and Apple are desperately seeking engineers who can do more than just write RTL. They need engineers who can .