Real-Time Operating Systems with Microcontrollers Development

Are you tired of unreliable embedded code that crashes unpredictably? Frustrated with timing issues, memory leaks, and race conditions in your microcontroller projects? Whether you're building IoT devices, industrial controllers, or wireless sensor networks, mastering real-time operating systems is no longer optional—it's essential for professional embedded development.

Most embedded developers waste months learning RTOS concepts through trial and error, piecing together information from scattered documentation and forum posts. This book changes everything.

Real-Time Operating Systems with Microcontrollers Development is your comprehensive, practical guide to building professional-grade embedded applications using the three most important RTOS platforms in the industry:

FreeRTOS - The world's most popular RTOS, powering billions of devices
Zephyr RTOS - Linux Foundation's comprehensive IoT operating system
hreadX (Azure RTOS) - Microsoft's enterprise-grade, safety-certified RTOS

What Makes This Book Different?
No Fluff. Pure Implementation. Unlike theoretical textbooks that leave you confused, this book provides 15 comprehensive chapters packed with working code, real-world projects, and battle-tested solutions. Every concept is explained with actual hardware implementations on ARM Cortex-M microcontrollers—the same processors used in 90% of modern embedded devices.

Learn Through Real Projects:
IoT Environmental Data Logger - Battery-powered sensor node with LoRaWAN connectivity achieving 6-month battery life
Precision Motor Control System - Medical-grade BLDC motor controller with CAN bus communication and sub-millisecond response times
Wireless Sensor Network - 50+ node mesh network with over-the-air firmware updates and 5-year battery life
Each project includes complete source code, circuit schematics, component lists, and detailed explanations.

What You'll Master:
Task Management & Scheduling - Create responsive multitasking applications that meet real-time deadlines
Inter-Task Communication - Implement queues, semaphores, and mutexes correctly
Memory Management - Prevent leaks and fragmentation in resource-constrained systems
Power Optimization - Achieve multi-year battery life with tickless idle and smart power managemen
Professional Debugging - Use SystemView, logic analyzers, and trace tools to solve complex timing issue
Production Deployment - Manufacturing tests, field configuration, and remote diagnostics
Perfect for:

Embedded developers transitioning from bare-metal to RTOS
Firmware engineers building IoT or industrial products
Electronics hobbyists ready for professional development
Students learning embedded systems and real-time programming
No expensive equipment needed. All projects use readily available, low-cost components

Click "Add to Cart" now and transform your embedded development skills.