Embedded Systems Engineering Blog
Field notes from the FirmCraft engineering team on firmware and RTOS development, Linux BSP and Yocto builds, board bring-up, PCB signal and power integrity, EMI/EMC compliance, IoT connectivity, and Edge AI — written from production work on industrial, automotive, and medical hardware.
Why S-Curve Motion Control is Important in Stepper Motor Systems
27/5/2026
Stepper motors are widely used in automation systems because of their simplicity, precision, and cost-effectivenes…
Industrial Automation Controller Design Using STM32: MotionIO-X Platform
19/2/2026
IntroductionAt Firmcarft Technologies, we recently designed and developed an in-house industrial controller platfo…
The Future is Battery-Free: Energy Harvesting Chips Powering the Next Generation of IoT
22/10/2025
Imagine a world where billions of IoT devices work continuously — without ever needing a battery replacement. No m…
CVE Vulnerabilities in Embedded Linux & IoT: A Developer’s Guide to Staying Secure
18/8/2025
The explosion of IoT devices and embedded Linux systems has made life easier — but it has also created new attack…
BSP Maintenance: Backbone of Embedded System Reliability
5/8/2025
In the world of embedded systems, a well-crafted Board Support Package (BSP) is the bridge between your custom hardware…
The Silent Killers in PCB Design: Why EMI/EMC and Signal Integrity Cannot Be Ignored
18/7/2025
📌 TL;DREMI/EMC, Signal Integrity, and Power Integrity are not just buzzwords — they’re critical for device reliability,…
AM625 SIP‑Based SOM: Shrink Your Design, Speed Your Launch
16/7/2025
1. Why Look at the AM625 SIP? Texas Instruments’ AM625 SIP (System‑in‑Package) integrates a Sitara® AM6254 applic…