3 New Microprocessor Design Books Shaping 2025

Drawing from their extensive experience in digital design and computer architecture, David Harris and his coauthors crafted this book to make RISC-V microprocessor system-on-chip design accessible even if your background is limited. You'll explore everything from operating systems basics to VLSI and memory systems, with straightforward explanations and engaging sidebars that lighten complex topics like floating point and division. The book’s inclusion of open-source SystemVerilog code and validation tools means you can apply what you learn directly, making it particularly useful if you want hands-on practice building and extending RISC-V processors. If you’re an advanced undergraduate or early-career engineer eager to dive deep into modern microprocessor design, this book offers a practical yet thorough guide without overwhelming jargon.

Unlike most microprocessor design books that dive straight into complex theory, this work from PS Publishing opens with a clear, practical overview of digital electronics fundamentals before layering in microprocessor architecture. You gain hands-on understanding of logic gates and circuit design through examples that bridge theory with real-world application, making it accessible whether you're fresh in electrical engineering or brushing up on computer science essentials. Chapters dedicated to optimizing microprocessor systems stand out for their straightforward explanations, helping you grasp performance trade-offs that professionals wrestle with. If you seek a solid, no-frills foundation in digital systems with a focus on practical design skills, this book fits well — but if you want cutting-edge research or deep architectural nuances, look elsewhere.

This tailored book explores the latest developments and discoveries in microprocessor design emerging in 2025. It examines groundbreaking chip architectures, innovative system-on-chip implementations, and novel energy-efficient techniques that are shaping the future of computing. By focusing on your specific interests and background, this personalized guide delves into the cutting-edge insights driving modern microprocessor advancements, from open-source architectures to specialized processor designs. With a clear emphasis on recent breakthroughs, it reveals how new knowledge is transforming performance, scalability, and integration in the microprocessor landscape. This approach ensures you engage deeply with the topics that matter most to your goals, streamlining your learning journey.

Drawing from his extensive experience in computer engineering, Jagdish Krishanlal Arora tackles the intertwined fields of digital electronics, computer architecture, and microprocessor design with clarity and precision. You’ll explore how binary logic gates and sequential circuits form the backbone of digital systems, while gaining insight into CPU structure, memory management, and I/O device integration for optimized performance. The book also dives into microprocessor design principles, covering instruction sets and techniques to boost efficiency and energy savings, with practical applications spanning computing, networking, and remote sensing. If you’re involved in hardware design or computer engineering, this text offers a solid technical foundation without unnecessary complexity.