The FPGA Programming Handbook Second Edition

Field-programmable gate arrays can feel like a leap from software thinking, but The FPGA Programming Handbook, Second Edition makes the transition concrete. Rather than separating theory from practice, Frank Bruno and Guy Eschemann walk through the actual flow used by FPGA engineers—from writing RTL to watching a design run on a physical board. The focus stays on SystemVerilog and VHDL, the two hardware description languages you’re most likely to meet in professional and academic work.

See How Xilinx FPGAs Are Put Together

The early chapters ground you in the building blocks of devices like the Xilinx Artix-7 family. You’ll explore combinational logic, storage, clocking, I/O, and the DSP48E1 blocks inside these parts. Understanding what the silicon actually provides makes it far easier to write code that behaves as you expect.

SystemVerilog and VHDL Without a Language War

One of the book’s practical strengths is its side-by-side treatment of the two dominant HDLs. Concepts are introduced first, then shown in both SystemVerilog and VHDL. That dual-language approach helps you pick up the second language more quickly once you know one, or simply understand how the same idea translates across toolchains.

Build and Verify Real Logic

• Create combinational logic using parameters, generics, data types, and user-defined types.
• Learn how to handle signed and unsigned numbers, concatenation, and multiple-driven nets.
• Write testbenches in both SystemVerilog and VHDL to check your design before hardware.
• Move through Vivado synthesis and implementation, then program a Nexys A7 board.

Backed by Deep FPGA Experience

Frank Bruno brings more than thirty years of high-performance design engineering across companies like SpaceX and GM Cruise, while Guy Eschemann contributed extensive VHDL and embedded-system expertise. The result is a guide that respects the details of real FPGA development and still keeps the learning curve manageable.

If you want a hands-on introduction to FPGA design that treats SystemVerilog and VHDL as complementary tools rather than rival camps, this handbook gives you a practical starting point.