Step-by-step guide to interface an SD card with STM32 using SDIO peripheral and DMA. Covers CubeMX setup, SDIO 4Bit config, and read/write file operations.
STM32 Projects & Tutorials
STM32 microcontrollers are widely used in embedded and industrial systems. This section offers practical tutorials and tested code for STM32F103, STM32F4, and Nucleo boards. Programming is done using STM32CubeIDE with both HAL and LL drivers. Topics include GPIO, UART, ADC, timers, and other core functions—ideal for learners and developers working on real hardware.
Interface SD Card with STM32 via SPI+DMA
Step-by-step guide to interface an SD card with STM32 using SPI and DMA. Covers CubeMX setup, FATFS init, SPI‑DMA config, and read/write file operations.
GP2Y0A41SK0F STM32 ADC Distance Measurement Guide
Learn how to interface the GP2Y0A41SK0F IR distance sensor with STM32 using ADC. Includes circuit diagram, code example, and distance measurement explanation.
Interface AHT20 Sensor with STM32 Using I2C
Learn how to interface the AHT20 temperature and humidity sensor with STM32 using I2C. Includes circuit diagram, datasheet-based code, and project files.
STM32 Ethernet with Mongoose | Part 4 OTA Update
Implement OTA (Over‑The‑Air) firmware updates on STM32 using the Mongoose Ethernet library. Learn setup, HTTP transfer, and safe flashing.
STM32 Ethernet with Mongoose | Part 3 Weather Station
Create a weather station using STM32 and the Mongoose library. Learn to read sensor data and serve it over Ethernet via a dynamic web interface.
STM32 Ethernet with Mongoose | Part 2 Web Server
Build a web server on STM32 using the Mongoose library. Learn how to serve web pages, handle HTTP requests, and expand Ethernet functionality.
STM32 Ethernet with Mongoose | Part 1 Setup Guide
Learn how to set up Ethernet on STM32 using the Mongoose networking library. Step-by-step guide with code, connection details, and configuration tips.
STM32 ADC Differential Mode Explained – Tutorial #11
Learn how to use STM32 ADC in differential mode to measure voltage differences between two inputs. Covers biasing, common‑mode range, CubeMX & HAL code.