Designing digital hardware is about more than writing code. It requires understanding how logic works, how signals interact, how circuits respond to clock cycles, and how to verify that a design behaves as intendedFPGA with SystemVerilog provides a practical, step-by-step introduction to FPGA development, helping you build your understanding from fundamental digital logic to complete hardware-oriented projectsWhether you are learning FPGA design for the first time or looking to strengthen your RTL design and verification skills, this book connects the concepts behind digital hardware with the techniques used to develop, simulate, test, and implement real designsWhat You Will LearnFPGA Architecture and Digital Logic: Understand how programmable logic devices work and how SystemVerilog describes digital hardwareCombinational and Sequential Circuits: Design multiplexers, decoders, arithmetic circuits, registers, counters, and other fundamental componentsRTL Design Techniques: Learn to structure synthesizable code using always_comb, always_ff, parameters, functions, and reusable design blocksFinite State Machines: Develop control logic for systems that respond to inputs, follow defined sequences, and manage multiple operating statesSimulation and Testbenches: Write testbenches, generate input stimuli, inspect waveforms, and identify design errors before moving to hardwareSystemVerilog Verification: Explore assertions, self-checking testbenches, functional verification, and methods for checking whether a design behaves as expected.Memory, Interfaces, and PipeliningClocking and TimingSynthesis and Hardware DebuggingMove Beyond Individual CircuitsThe book brings these concepts together through practical project work. You will explore how RTL modules, peripherals, memory, and verification fit into a complete digital system.Projects include an FPGA-based data acquisition and processing system controlled through UART, as well as a multi-peripheral embedded controller that emphasizes system integration and clock-domain crossingThese examples help connect individual design techniques to the larger task of building hardware systems whose components must work together reliablyWho Is This Book ForElectrical and electronic engineering students studying digital systems and programmable logicComputer engineering and computer science students interested in hardware designBeginners seeking a structured introduction to SystemVerilog and FPGA developmentEmbedded systems developers who want a deeper understanding of RTL and digital hardwareEngineers looking to strengthen their skills in simulation, verification, timing, and hardware debuggingSelf-learners preparing for FPGA projects, laboratory work, or further study in digital designYou do not need to begin with a fully equipped FPGA laboratory. The early material can be explored using simulation tools, allowing you to develop your understanding before moving to physical hardwareBuild a Stronger Foundation in FPGA DevelopmentLearning SystemVerilog means learning to think in terms of hardware: concurrent operations, signal timing, clocked behavior, and the interaction between connected modules. This book helps you develop that mindset while introducing the practical workflow that takes a design from RTL code through simulation and verification toward hardware implementation.If you want to understand not only how to write SystemVerilog, but also how to test, integrate, and debug the digital systems it describes, FPGA with SystemVerilog offers a structured path to developing those skills.Start building your knowledge of FPGA architecture, RTL design, verification, and practical digital systems today. Read more
