7 New Integrated Circuits Books Reshaping the Industry in 2025

Xiaokun Yang’s extensive experience in electrical engineering shapes this textbook into a precise guide on integrated circuit design flow, emphasizing hands-on project-based learning. You’ll explore the full IC design process, from RTL design and simulation automation to FPGA synthesis and SoC integration, gaining a practical grasp of coding formats, design rules, and bus protocols. Detailed projects involving counters, FSMs, neural networks, and image processing provide concrete applications, bridging theory and industry practice. This book suits junior to graduate students and entry-level designers eager to build foundational skills and real-world competence in ASIC and FPGA design.

The breakthrough moment came when Amit Patra and his co-authors realized the need for a unified resource bridging theory and practice in power management integrated circuits. This book dives into the design and operation of linear regulators, switched-capacitor converters, and inductor-based switchers, unpacking their topologies with clarity and depth. You’ll find detailed guidelines and trade-off discussions that illuminate the engineering decisions behind effective PMIC design. Ideal for advanced students and professionals, it balances rigorous analysis with practical insights drawn from both research and industry contexts.

This personalized book explores the latest integrated circuit developments unfolding in 2025, tailored to match your background and specific interests. It examines emerging design techniques, novel materials, and cutting-edge architectures that are shaping the future of IC technology. By focusing on your unique goals, the book delves into breakthroughs in power efficiency, miniaturization, and performance improvements, offering a clear understanding of complex concepts with engaging explanations. Through a tailored approach, it reveals contemporary research trends and innovative applications that keep you informed about the newest discoveries. This focused exploration enhances your knowledge by connecting broad industry advances with your personal learning objectives, making the rapidly evolving world of integrated circuits more accessible and relevant.

When Bernhard Wicht discovered the complexities of integrating power management within ICs during his tenure at Texas Instruments, he set out to clarify this evolving field. This book dives deep into the design of power management integrated circuits, covering everything from voltage regulators to protection circuits, and even physical design considerations like packaging and PCB layout. You’ll gain detailed knowledge about key components such as error amplifiers, current sensing, and control loop stability, illustrated by real-world case studies and exercises. If your work involves designing or engineering power management ICs for computing, IoT, or renewable energy, this book equips you with the specific insights needed to master these technologies.

Unlike most integrated circuits books that focus broadly on theory, Doct Kiyoshi Nishimura delves deeply into bipolar analog circuit design with an engineering lens rooted in practical device and process knowledge. You’ll find detailed chapters on semiconductor wafer processing, transistor characteristics, and layout considerations that offer concrete insights into how circuits are developed from the wafer level up through mask pattern design. This book suits engineers and advanced students seeking to bridge device physics with circuit design, especially those working on bipolar integrated circuits in power and analog applications. It’s a technical guide that assumes some background yet rewards you with a clear view of integrated circuit device engineering.

Gleb Krylov, Tahereh Jabbari, and Eby G. Friedman bring decades of experience in superconductive electronics to unravel the complexities of rapid single flux quantum (RSFQ) circuits. You’ll find detailed exploration of superconductive logic families, synchronization techniques, and fabrication processes, with clear explanations of issues like coupling noise and bias networks. The book focuses on enabling you to design large-scale superconductive digital circuits, especially for applications like supercomputers and data centers. If your work involves cutting-edge integrated circuit design with an emphasis on superconducting technology, this book offers a solid foundation and advanced insights without unnecessary fluff.

This tailored book explores the rapidly evolving field of integrated circuits with a focus on emerging trends and technologies expected in 2025 and beyond. It examines cutting-edge discoveries and innovative approaches that are shaping the future of IC design and development. By aligning with your background and specific goals, this personalized guide reveals insights relevant to your interests, helping you stay ahead of new breakthroughs and technologies. Through a customized exploration of advanced topics, it covers both foundational concepts and the latest research developments shaping tomorrow’s integrated circuits.

When Prof Philip M. Parker Ph.D. examined global economic trends and their impact on technology markets, he crafted this detailed outlook on application-specific integrated circuits (ASICs). You gain access to data-driven projections covering over 190 countries, offering insights into potential industry earnings and regional market shares through 2030. While it doesn't drill down to individual product details or short-term fluctuations, it equips you with a strategic perspective crucial for understanding long-run ASIC market dynamics worldwide. This book suits policymakers, industry analysts, and investors seeking a macroeconomic framework rather than a technical manual.

This book emerges from a collaboration between industry experts and academic researchers aiming to tackle the evolving challenges of system-on-chip (SoC) design in a fast-paced semiconductor environment. You’ll encounter detailed methodologies for analog circuit design, including high-performance rectifiers and filters, alongside novel approaches integrating machine learning and AI to accelerate design cycles. Chapters delve into gm/Id-based analog design and digital-based analog processing in nanoscale CMOS ICs, addressing real needs in areas like 5G, autonomous driving, and AI hardware. If you’re involved in semiconductor engineering or advanced SoC development, this text offers a clear window into cutting-edge design strategies shaping the future of integrated circuits.