8 New STM32 Books Reshaping Embedded Systems in 2025

Peng Huang's deep engagement with embedded systems shines through in this guide that unpacks the intricacies of STM32CubeMX and CubeIDE. You’ll learn how to efficiently configure peripherals, generate C code automatically, and harness the IDE’s debugging tools, turning complex tasks into manageable workflows. The book balances foundational knowledge with practical projects, like setting up GPIO and timers, giving you hands-on experience that reinforces the concepts. Whether you’re refining your workflow or starting fresh in embedded development, this book offers clear instruction without unnecessary jargon, making it a solid companion for mastering STM32 microcontrollers.

This isn't another STM32 guide promising generic overviews. Nishimoto Takehiko, an independent author with practical embedded experience, takes you beyond basics by integrating real-time operating systems (RTOS) programming with hands-on projects like building an NEC infrared signal decoder on the Cortex-M4 core. You gain a solid grasp of embedded systems fundamentals, STM32 microcontroller architecture, and C programming tailored for hardware control and memory management. The book suits hobbyists, engineers, and students ready to deepen their embedded systems skills through applied learning rather than theory alone.

This tailored book explores the latest advancements and techniques in STM32 microcontroller development, focusing on the breakthroughs emerging in 2025. It covers cutting-edge topics such as new peripheral capabilities, enhanced power management, and updated development tools, all aligned with your unique interests and project goals. By matching your background and desired sub-topics, the text reveals the most relevant discoveries and examines how they can be applied effectively in your embedded systems work. This personalized approach allows you to engage deeply with the evolving STM32 landscape and stay ahead of new research and innovations.

After analyzing the limitations of Arduino-based development, Warren Gay developed this book to guide you through harnessing FreeRTOS and libopencm3 with GCC for STM32 microcontrollers. You'll gain hands-on skills such as initializing libopencm3 drivers, working with interrupts, DMA for SPI OLED displays, and mastering peripherals like USB, CAN bus, and hardware timers. Chapters offer detailed explanations and exercises, including setting up the development environment on Windows 10/11 and advanced topics like external flash overlays. This book is ideal if you want to step beyond Arduino's constraints and build robust, multitasking embedded applications with STM32 devices.

When Aharen san set out to write this guide, the goal was clear: demystify the process of connecting sensors and programming embedded systems using STM32 microcontrollers. You get a detailed walkthrough of interfacing the BM e 280 sensor, including temperature, pressure, and humidity measurements, supported by a custom library available on GitHub. The book walks you through using Cube IDE for project setup, sensor wiring, and crucial code explanations tied directly to the sensor’s datasheet. If you're starting with embedded IoT projects or want hands-on experience with STM32 peripherals, this guide offers concrete steps without overwhelming jargon.

What started as a need to demystify the LCD library for various MCUs led Janani Selvam to write this hands-on guide focused on STM32 IoT projects. You’ll explore detailed wiring diagrams, like the PCF 8574’s two-wire connection to the LCD, and gain practical insights into initializing LCDs in four-bit mode, which is crucial for efficient communication. This book suits you if you’re aiming to build secure, scalable IoT solutions with STM32, particularly if you want a clear understanding of hardware-software integration. It’s technical and specific, so if you’re after deep practical knowledge in embedded systems with STM32, this book delivers without fluff.

This tailored book explores the evolving landscape of STM32 microcontrollers as they adapt to the demands of 2025 and beyond. It covers emerging development techniques, new tools, and recent discoveries that shape embedded system design, ensuring the content matches your technical background and specific goals. By focusing on your unique interests, it reveals how to navigate upcoming innovations thoughtfully, offering a personalized journey through the future of STM32 applications. The book examines advanced programming concepts, integration methods, and the latest hardware advancements, creating a resource that helps you stay ahead in the rapidly changing embedded systems field. This personalized approach makes complex developments accessible and relevant to your projects.

Janani Selvam’s hands-on experience with STM32 microcontrollers informs this detailed guide that moves beyond basics into advanced project applications. You’ll find practical instruction on using TouchGFX, including how to toggle LEDs via display buttons and manage image properties, grounded in real development environments like the STM32 F750 Discovery Board and Cube IDE. The book suits developers ready to deepen their mastery of STM32 interfaces and graphical programming, especially those experimenting with embedded GUI projects. While it assumes some prior familiarity, it offers clear examples that demystify how to integrate display controls with microcontroller logic for interactive embedded systems.

Dave Pearce draws from his extensive experience in embedded systems to guide you through programming STM32 microcontrollers, especially if you have basic C skills but no prior microcontroller exposure. The book focuses on practical examples using popular development boards like the STM32F303K8 Nucleo and STM32F4 Discovery, with instructions tailored for Keil uVision and STM32CubeIDEs. You’ll learn fundamental programming techniques, hardware interfacing, and debugging approaches that Pearce found essential early in his career. While it’s not a polished textbook, this collection of straightforward lessons serves as a helpful starting point for hobbyists and developers eager to gain hands-on familiarity with STM32 devices.

Drawing from decades of experience in embedded systems, Muhammad Ali Mazidi and his co-authors deliver a focused guide on programming the STM32F0 Arm Cortex M0 microcontroller using C language. You’ll find detailed coverage of peripheral programming including I/O ports, ADCs, timers, DACs, SPIs, I2Cs, and UARTs, all demonstrated on the STM32F0 Nucleo development board. The book’s practical approach lets you engage directly with the hardware, making it ideal for engineers and students aiming to deepen their hands-on skills in embedded systems. While it doesn’t venture into assembly programming here, it points you to a companion volume for that, keeping this text tightly focused on C language applications.