The X-CUBE-ST67W61 expansion software package is a set of software components implementing host applications driving a Wi-Fi® and Bluetooth® LE coprocessor (ST67W611M1).
STM32 NUCLEO projects demonstrating SPI-based LED matrix control, keyboard input processing, and rotary encoder interfacing. Covers peripheral communication, input device decoding, and real-time interaction handling.
This is an example tailored to different STM32 Nucleo boards demonstrating that the STM32 FDCAN can reach 8Mb/s during the data phase.
STM32 NUCLEO projects focused on analog input processing (LDR), ADC with DMA callbacks, and MEMS accelerometer integration for real-time motion detection and sensor data acquisition.
STM32 NUCLEO projects showcasing UART communication with DMA, LCD control with scrolling text, PC-to-board UART messaging, and basic ADC integration.
Collection of STM32 NUCLEO embedded systems projects using GPIOs, timers, PWM, and interrupts. Includes tasks like LED blinking, sound playback, and external event detection using real-time hardware control.
A beginner-friendly STM32 firmware project that demonstrates LED blink delay control using two push buttons, implemented using STM32 HAL libraries.
Variable Closed-Loop Buck Converter with STM32 Nucleo and MATLAB Monitoring
This is an example tailored to different STM32 Nucleo boards demonstrating how to configure the bxCAN in loop back mode running at 500kb/s.
A CAN-based system that adjusts headlight brightness based on ambient light.
🔄 Control LED blink speed using two buttons with STM32 HAL libraries for easy GPIO management and clear coding practices.
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