Practical Debugging for Embedded ARM Systems
Core techniques for tracing, profiling, and fixing system-level faults
Created by Nino Vidović
Gain hands-on experience with essential and advanced debugging techniques for ARM-based embedded systems. Learn to trace, profile, and analyze firmware issues using real hardware examples. Build confidence in detecting and fixing system-level faults in complex projects.
Packt | Apr 2026 | 176 min
What You Will Learn
You will work through practical scenarios using ARM Cortex-M devices, starting with basic debugging features and progressing to advanced tools. Each step focuses on real-world problems, helping you build efficient workflows and apply your skills to a variety of embedded projects. By practicing with realistic examples, you'll gain the confidence to tackle challenging bugs.
Key Features
- Master hardware tracing, power profiling, and RTOS-aware debugging techniques
- Confidently analyze memory, stack, and communication issues in embedded firmware
- Develop structured workflows to quickly identify and resolve elusive system bugs
Target Audience
Designed for embedded developers and firmware engineers who already have experience building and programming ARM-based systems. If you want to streamline your debugging process, analyze complex issues, or improve your use of advanced hardware tools, you'll find actionable techniques that fit your workflow and help you solve tough problems with confidence.
