Optimizing UART Communication on Arduino With Double Buffering in C
Getting every UART byte at 115200 bps demands a clever double-buffered DMA trick on the Arduino Due—see how it stops data loss forever.

Getting every UART byte at 115200 bps demands a clever double-buffered DMA trick on the Arduino Due—see how it stops data loss forever.

Discover how to build a reliable Arduino data logger with SD card storage and precise timing—see what critical step ensures years of flawless operation.

I cut IMU math latency by 96% on Arduino—discover how fixed-point arithmetic and clever optimizations make real-time sensor fusion blazingly fast.

Using PlatformIO and Unity, test Arduino firmware in seconds—discover how to catch bugs before they crash your hardware.

Just one overlooked detail can corrupt your data—discover the mutex trick that keeps Arduino globals safe.

Timer precision eliminates servo jitter—discover how to harness Timer1 for flawless PWM without disrupting millis(), and unlock smoother control than you ever thought possible.

One wrong fuse can brick your Arduino—discover the exact Atmel-ICE setup to unlock powerful debugging without the crash.
I track water use with an Arduino and YF-S201 flow meter—discover how pulse counting reveals hidden consumption patterns over time.

Making stable Arduino power from erratic solar input demands smart buck-boost tuning—discover the critical step most beginners miss.

One flaw in your encoder setup could be costing you critical data—discover how the Arduino Nano V3’s hidden timer feature captures every pulse without fail.