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Series
A hands-on series covering common mistakes in Embedded C: memory issues, concurrency bugs, power inefficiencies, and peripheral misuse. Learn practical fixes using modern C with real-world IoT examples and simple, reliable patterns.
Article photo by Jorge Ramirez on Unsplash 馃摌 Introduction C is everywhere. From tiny temperature sensors to aerospace control systems, C has been the undisputed king of embedded development for decades. According to the JetBrains Developer Ecosyste...
Article photo by Jorge Ramirez on Unsplash 馃摌 Introduction This is Part 2 of our 4-part series on memory mistakes in Embedded C. In Part 1, we discussed stack overflows and how modern C practices can prevent them. Today, we鈥檒l take on unsafe pointer...
Article photo by Jorge Ramirez on Unsplash 馃摌 Introduction Welcome to Part 3 of our series on common mistakes in Embedded C development. In Part 2, we explored how unsafe pointer use can lead to instability and crashes. This article focuses on why d...
Article photo by Jorge Ramirez on Unsplash 馃摌 Introduction In this final article of our 4-part series related to memory management, we wrap up the most common memory pitfalls in Embedded C. In Part 3, we looked at real-time allocation issues and how...
馃摌 Introduction In embedded systems, timing isn鈥檛 just important - it鈥檚 everything. From handling sensor data to controlling actuators or maintaining communication protocols, precise timing and safe concurrent execution are critical to ensuring syste...
馃摌 Introduction This is Part 2 of our 5-part series on concurrency and timing mistakes in Embedded C. In Part 1, we discussed the dangers of using delay() or busy loops for timing. In this part, we鈥檒l dive into a more subtle and dangerous issue: race...
