Porting Standard C Library Functions to Bare-Metal Arduino Without Avr-Libc Dependencies
Just imagine running malloc and printf on Arduino without avr-libc—here’s how to slim down the C library and make it work flawlessly.
Minimizing VTABLE Bloat in Arduino C++ Programs by Limiting Virtual Function Use
Tiny Arduino projects can’t afford hidden RAM taxes—discover how dumping virtual functions slashes memory bloat and boosts speed overnight.
Using Constexpr Functions in C++14 to Optimize Compile-Time Calculations on Arduino Due
C++14’s constexpr could revolutionize Arduino Due performance—if only its compiler played nice, but there’s a faster workaround you need to see.
Implementing a Real-Time Clock on Arduino Using Timer Interrupts and ISR
Keep your Arduino time flawless—discover how timer interrupts create a rock-solid real-time clock without drifting.
Reducing Code Bloat by Avoiding Unnecessary C++ STL Components on Arduino
Don’t let STL bloat eat your Arduino’s flash—discover how dumping vectors saves bytes and unlocks tiny chip potential.
Using Precomputed Trigonometric Tables for Fast Motor Control on Arduino
Use 256-byte flash tables to slash motor lag—see how precomputed sines unlock jitter-free control at 50kHz.
Implementing a Non-Blocking Menu System on Arduino With Encoder Input
Nimble navigation meets precision control—discover how to build a responsive, non-blocking menu system on Arduino using encoder input, where every turn counts.
How to Debug Timing Issues With Oscilloscope and Arduino Timing Code
See how a spare Arduino pin and oscilloscope reveal hidden timing glitches in your code—what you discover might surprise you.
Using Memory Pools in C to Avoid Dynamic Allocation on Arduino
Fragmentation doomed your last Arduino project—discover how fixed-block memory pools deliver lightning-fast, crash-free allocations that malloc can’t match.
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.
