3 Cutting-Edge Device Driver Development Books to Read in 2025

Greyson Chesterfield's years immersed in Linux kernel development drive this focused exploration of writing kernel modules and device drivers with C. You'll gain concrete skills like crafting character and network device drivers, mastering kernel memory management, and using debugging tools such as printk and kgdb to troubleshoot effectively. The book also dives into performance optimization techniques aimed at boosting system responsiveness, making it particularly useful if you're serious about enhancing Linux system capabilities. While it suits developers ready to deepen their kernel knowledge, newcomers might find some chapters challenging without prior Linux programming experience.

Drawing from decades of hands-on experience with Linux system programming, Kaiwan N Billimoria offers a detailed exploration of kernel internals and module development in this edition. You’ll learn how to build the Linux 6.1 LTS kernel from source, write reliable kernel modules using the Loadable Kernel Module framework, and navigate complex areas like memory management and CPU scheduling. The book dives into concurrency challenges and synchronization mechanisms such as mutexes and spinlocks, equipping you to tackle real-world development hurdles. If you’re comfortable with Linux command line and C, this book provides the depth needed to move beyond basics and write code that integrates with production-quality Linux kernels.

This tailored book delves into the latest advancements in device driver development for 2025, focusing on code optimizations and contemporary techniques that resonate with your background and objectives. It explores emerging trends in kernel programming and driver design, revealing new approaches that align with your specific interests and goals. By tailoring content to your skill level and desired sub-topics, it directs your learning toward current discoveries and practical insights in device driver code optimization. This personalized guide ensures you engage deeply with the most relevant innovations, helping you stay ahead in a rapidly evolving field and refine your development skills with cutting-edge knowledge.

After exploring the unique challenges posed by the Raspberry Pi 5's custom chip, Harry Fairhead developed this guide to bridge the gap for IoT developers using Linux drivers. You learn to navigate the complexities of hardware interfacing with practical insights into electronics, datasheets, and C programming tailored to the Pi's evolving ecosystem. The book specifically demystifies device trees and standard buses such as I2C and SPI, equipping you to handle both off-the-shelf and custom hardware with confidence. If you're aiming to integrate IoT hardware using Linux on Raspberry Pi models including the Pi 5 and Zero 2W, this book lays out the essential concepts without assuming advanced prior knowledge.