8 Best-Selling Bluetooth Low Energy Books Millions Love

During his extensive involvement with the Wibree project, Robin Heydon developed a deep understanding of Bluetooth Low Energy's potential to revolutionize wireless communication. This book unpacks BLE's architecture, covering everything from physical layers and security protocols to application profiles and testing procedures. You’ll gain detailed knowledge about how BLE's controller and host components interact and practical insights into designing devices that leverage BLE's low power consumption for long-lasting performance. If you're a developer or engineer aiming to build or innovate with BLE technology, this handbook offers a focused, technical roadmap without unnecessary fluff.

Kevin Townsend and his coauthors bring decades of hands-on experience with wireless tech to this book, starting from Townsend's work at Adafruit Industries and Cufí's early involvement with Bluetooth since 2000. You learn how Bluetooth Low Energy (BLE) enables smart devices to communicate efficiently, including detailed exploration of BLE's protocol stack, network topology, and security connections. The book walks you through practical tools for developing BLE applications on platforms like iOS, Android, and embedded systems, with concrete examples such as transmitting heart rate data to mobile devices. If you're a developer or hardware engineer looking to understand BLE's architecture and build functional BLE-enabled products, this book offers a solid foundation without unnecessary complexity.

This tailored book explores advanced techniques for mastering Bluetooth Low Energy (BLE) development, focusing on your unique background and goals. It covers core BLE protocols, device architecture, and hands-on programming, weaving together popular concepts with your specific interests to deepen your understanding and practical skills. Through a personalized lens, it examines how to optimize BLE communication, manage power consumption, and troubleshoot common challenges, all aligned with what matters most to you. By honing in on your objectives, this book reveals nuanced insights and technical intricacies that empower you to excel in BLE projects with confidence and precision.

After years working directly with emerging Bluetooth Low Energy (BLE) technologies at Carmanah Technologies, Muhammad Usama Bin Aftab developed this book to bridge the gap between hardware potential and software implementation. You’ll find detailed guidance on designing and programming BLE systems, including Bluetooth protocol layers, device communication, and energy-efficient coding techniques. The book walks you through real development scenarios, such as integrating BLE with mobile platforms and troubleshooting common issues. If you’re aiming to build embedded BLE applications or enhance your understanding of wireless communication standards, this book offers a solid foundation without overwhelming jargon or filler.

What started as a personal challenge to harness iOS device capabilities became a practical guide for makers and developers interested in combining hardware with mobile apps. Mike Westerfield, with his deep background in physics, programming, and real-time simulations, shows you how to create interactive projects using techBASIC on iPhones and iPads. You'll learn how to write code that integrates with Arduino sensors and Bluetooth Low Energy devices, enabling projects like a metal detector or a rocket flight tracker. This book suits hobbyists and developers eager to experiment with mobile hardware integration rather than those seeking purely theoretical knowledge.

Matthew Gast's decades of experience in wireless networking shine through in this focused exploration of iBeacon technology and its applications. You gain clear insights into how to achieve precise indoor location tracking, overcoming GPS limitations through Bluetooth Low Energy. The book guides you through setting up and testing iBeacons, using iOS APIs, and building engaging, proximity-aware applications—from interactive maps to retail experiences. If you're a mobile developer aiming to add refined location services to your projects, this concise guide equips you with practical know-how without unnecessary complexity.

This tailored book explores step-by-step Bluetooth Low Energy (BLE) projects designed to accelerate your learning process. It examines core BLE concepts through practical applications, focusing on your unique background and goals to deliver a learning experience that truly resonates. By combining widely validated knowledge with your specific interests, it reveals how to build BLE skills effectively and confidently. The tailored content matches your pace and preferred subtopics, helping you grasp the intricacies of BLE communication, device integration, and low-power design. This personalized approach ensures you engage deeply with BLE technology, making complex ideas accessible and actionable in real-world projects.

Stephanie Moyerman brings her deep expertise as a research scientist at Intel to this hands-on guide that demystifies the Intel Edison platform. You’ll learn to harness the Atom-powered module's capabilities with practical projects like Bluetooth device control, Python and Arduino programming, and integrating voice commands. The book balances hardware and software insights, walking you through sensor and actuator management while exploring Linux configuration on Edison. If you’re building connected devices or venturing into the Internet of Things, this book offers a solid foundation without overwhelming jargon or abstract theory.

Jonathan W. Valvano leverages his expertise as a professor of Electrical and Computer Engineering to guide you through the fundamentals of real-time operating systems with a focus on Bluetooth-enabled embedded devices. You’ll learn key concepts by incrementally designing a simplified RTOS tailored to the ARM instruction set architecture, applying this knowledge directly to build a personal fitness device with Bluetooth connectivity. The book carefully balances hardware interface understanding with software organization, emphasizing timing and multitasking critical to real-time systems. This approach makes it especially useful if you want hands-on experience in IoT applications and embedded system design without getting lost in overly theoretical details.

While working as an engineer deeply involved with wireless communication, Naresh Gupta noticed a gap in accessible resources that clearly explain Bluetooth Low Energy (BLE). This book breaks down BLE's core principles, covering everything from its low-power design to specific applications like heart rate monitors and lab sensors. You’ll gain a solid understanding of how BLE differs from classic Bluetooth and why it's suited for ultra-low-power devices. The detailed chapters on protocol layers and device roles make it especially useful if you’re developing or integrating BLE technology. If you're aiming to navigate BLE's technical landscape with clarity, this book offers a focused guide without unnecessary jargon.