8 Cutting-Edge Wireless Communication Books To Read in 2025

Unlike most wireless communication texts that skim the surface, this third edition by Simon R. Saunders and Alejandro A. Aragón-Zavala dives deeply into both the core electromagnetic principles and their direct application in cutting-edge wireless systems. You’ll explore topics from Maxwell’s equations to the latest 4G, 5G, and emerging 6G technologies, including practical antenna design and propagation modeling for diverse cell types—from macrocells to femtocells. The book also guides you through real-world measurement techniques using accessible tools like laptops and Wi-Fi cards, making complex theory tangible. If you’re an engineering student or a practicing industry engineer wanting to master both foundational knowledge and recent advances, this book offers a structured path without overwhelming jargon.

Drawing from the evolving demands of telecommunications education, PolyLearning Edu. created this manual to sharpen your grasp of 5G technology through targeted multiple-choice questions. You’ll navigate topics ranging from system architecture and MIMO to millimeter wave communications, with each question followed by clear explanations that deepen your understanding rather than just testing memory. This format suits students preparing for exams, professionals refreshing their skills, or certification candidates needing a focused review. If you want a resource that bridges theory and practical challenges in 5G communications, this book offers a structured way to test and expand your knowledge.

This tailored book explores the latest breakthroughs and developments shaping wireless communication in 2025, crafted to match your background and interests. It examines emerging technologies such as advanced 5G enhancements, foundational 6G concepts, network innovations, and evolving device architectures. By focusing on your specific goals and areas of curiosity, it reveals cutting-edge insights that keep you ahead of new discoveries and trends. The personalized content dives into current research directions and practical applications relevant to your experience level, offering a focused learning journey through the rapidly evolving wireless landscape. This approach ensures you engage deeply with the subject matter most relevant to your ambitions and expertise.

After analyzing decades of cellular network advancements, authors Wei Jiang and Bin Han offer a detailed walkthrough from 1G up to the anticipated 6G deployment in 2030. You’ll gain a clear understanding of the motivations behind each cellular generation, their core technologies, architectures, and key performance indicators, along with market trends driving their evolution. The book also connects wireless communication fundamentals to related fields like electromagnetics, AI, and signal processing, making it ideal for students and professionals aiming to grasp both the big picture and technical design aspects. With tutorial-style explanations, case studies, and homework questions, it’s suited for those who want structured learning rather than just broad overviews.

Unlike most telecommunications books that focus narrowly on hardware or protocols, this one dives into network slicing, a pivotal technology for future wireless systems. Wanqing Guan and Haijun Zhang detail how AI integrates with network slicing to optimize resource allocation and performance across multi-tenant environments, illustrating concepts with scenarios like hierarchical slice orchestration and federated infrastructure cooperation. You’ll gain insight into how wireless networks can support diverse industry demands through customizable slices, making this particularly relevant if you're involved in wireless network management or AI-enabled communication systems. It’s a technical read best suited for advanced students, researchers, or professionals looking to deepen their understanding of AI-driven wireless resource management.

Bin Tian's extensive experience in wireless systems shines through in this focused exploration of core principles and modern technologies that shape wireless communication today. You delve into the nuances of channel characteristics, learn how performance can degrade, and discover various techniques to enhance system reliability and efficiency. The book doesn't stop at theory; it walks you through upper-layer technologies and even presents a prototype system, giving you a tangible sense of application. If you work in telecommunications engineering or are advancing your expertise in wireless system design, this text offers solid, up-to-date insights without unnecessary complexity.

This tailored book explores the rapidly evolving landscape of wireless communication, focusing on future-ready strategies that align with your unique role and interests. It examines the latest 2025 developments, revealing cutting-edge concepts and emerging research shaping next-generation networks. By concentrating on areas that match your background and specific goals, the book provides a personalized journey through advanced wireless technologies, from foundational principles to innovative system designs. Readers gain a deeper understanding of how future wireless systems are expected to function and evolve, with insights tailored to their professional or academic focus. This tailored approach ensures efficient learning and meaningful engagement with state-of-the-art wireless communication topics.

Dr. Kuldip Kumar, affiliated with Chandigarh University, presents a focused exploration of microstrip patch antenna design tailored for wireless communication, especially Wi-Fi. The book guides you through a detailed process starting with a literature review of recent advancements, then defining critical parameters like operating frequency, bandwidth, and user comfort. You learn how simulation and optimization refine antenna performance, addressing aspects such as return loss and specific absorption rate under bending conditions. This text suits engineers and researchers aiming to develop wearable antennas that balance technical precision with real-world flexibility and comfort.

What if everything you knew about wireless communication was due for an update? Fa-Long Luo, Yifei Yuan, and Yuhong Huang bring their extensive expertise to unravel the complexities of reconfigurable intelligent surfaces (RIS) in wireless networks, a technology gaining momentum in 6G development. You’ll explore electromagnetic field modeling, system architectures, and real-world implementations, including how RIS reshapes signal propagation and network efficiency. The book’s structured approach, from fundamental principles to 3GPP standardization roadmaps, equips you with both theoretical and practical insights. If your work or studies intersect with advanced wireless systems, this text offers a detailed map of where RIS fits and how it’s poised to transform communication landscapes.

When Yihong Qi delved into the complexities of 5G and beyond, the need for precise performance evaluation in wireless systems became clear. This book equips you with detailed methodologies for measuring Total Radiated Power (TRP) and Total Isotropic Sensitivity (TIS), while also exploring advanced topics like massive MIMO and Intelligent Connected Vehicle (ICV) over-the-air (OTA) measurements. You’ll gain a solid understanding of OTA test systems and algorithms, essential for navigating the evolving landscape of wireless communication technology. This guide suits engineers, certification specialists, and project managers looking for technical depth rather than general overviews.