MicroPython Projects

A comprehensive collection of drivers, tutorials, and code samples for MicroPython targeting platforms like Pyboard, ESP32, ESP8266, and RP2040. It features advanced implementations for asynchronous programming, hardware interfacing, and data serialization.

A modified ST7735 driver for MicroPython optimized for ESP32 and Raspberry Pi Pico. It supports multiple display variants, text rendering with custom fonts, and advanced features like offscreen frame buffering and BMP image display.

A collection of Python modules and drivers for MicroPython, specifically optimized for STM32F4-based hardware like the pyboard and STM32F4DISCOVERY. It provides essential utilities for rotary encoders, LCDs, MIDI communication, SPI flash memory, and networking, with support extending to ESP8266 and ESP32 ports.

A specialized toolset for generating PEP 484 type hint stubs for MicroPython firmware, enabling advanced IntelliSense and static analysis in modern IDEs. It supports a wide range of ports including ESP32, RP2040, and STM32, and facilitates the creation of stubs for custom firmware builds.

A collection of over 3,000 stub files for MicroPython that provide type hinting, auto-completion, and static type checking for embedded development. It supports numerous ports and boards, including ESP32 and Raspberry Pi Pico, and integrates with major IDEs to streamline the MicroPython coding workflow.

A MicroPython library for quad 7-segment LED display modules using the TM1637 LED driver. It provides a comprehensive API for controlling brightness, displaying numbers, hex values, temperatures, and scrolling text on various microcontroller platforms.

A collection of MicroPython drivers for various Waveshare e-Paper displays, supporting a wide range of screen sizes and color configurations. The library provides an interface for controlling these displays using SPI or UART on MicroPython-compatible hardware, including support for partial and full refreshes.

A header-only C++ library that provides seamless interoperability between C++ and MicroPython. It automates the conversion of function arguments and return values between native types and the MicroPython object model, significantly reducing the boilerplate required to extend MicroPython with custom C++ modules.

A MicroPython-based application execution platform and operating system designed for DIY projects and IoT devices. It provides a robust framework for managing asynchronous tasks, hardware interrupts, and cron-based scheduling on ESP32 and Raspberry Pi Pico W microcontrollers. With built-in shell and web servers, micrOS enables seamless remote management and device-to-device communication via WiFi and ESP-NOW.

A micro HTTP Web server for MicroPython that supports WebSockets, HTML/Python templating, and routing handlers. It is optimized for embedded modules like the ESP32, Pycom, and Pyboard D-series.

A powerful, fully asynchronous embedded web server for MicroPython and CPython. It supports route handlers, WebSockets, and template engines while maintaining a small footprint optimized for microcontrollers like ESP32 and STM32.

An open-source MicroPython-based firmware and hardware project for the mPython (掌控板) educational board. Powered by the ESP32 dual-core microcontroller, it provides a Python 3 compatible environment designed for STEAM education and maker projects.

A micro-framework for managing MicroPython boards remotely via MQTT and asyncio. It provides a robust MQTT client, remote REPL access, OTA updates, and remote logging over a single encrypted connection, specifically optimized for ESP32 microcontrollers.

A cross-platform Python IDE specifically designed for beginner programmers and educators. It provides specialized modes for embedded development, including support for MicroPython, CircuitPython, and the BBC micro:bit, featuring integrated serial REPL and device flashing capabilities.

A MicroPython-based bootloader and OTA update system for ESP32 that uses an external SD card as the root filesystem. It minimizes internal flash wear and provides a robust update mechanism with hash matching and rollback capabilities.

ulab is a high-performance, C-implemented numerical library for MicroPython and CircuitPython that provides a NumPy-like interface for array manipulation. It supports multi-dimensional ndarrays and advanced mathematical routines from NumPy and SciPy, optimized for resource-constrained embedded systems like STM32, ESP32, and RP2040.

A comprehensive resource for asynchronous programming in MicroPython using the asyncio library. It provides documentation, tutorials, synchronization primitives, and hardware drivers optimized for high performance on bare-metal microcontrollers.

A Python and MicroPython library designed to connect IoT hardware to the Blynk Cloud. It provides an API for exchanging sensor data and controlling hardware peripherals like relays and motors from iOS and Android devices, specifically targeting Raspberry Pi and ESP-based microcontrollers.

A comprehensive collection of out-of-the-box UI components and enhanced interfaces for the LVGL graphics library. It provides ready-to-use modules such as a Pinyin input method, page manager, file explorer, and NES simulator for embedded platforms.

Automatically generated MicroPython bindings for the LVGL graphics library, enabling high-level GUI development on microcontrollers. It features seamless integration with MicroPython's garbage collector, support for various display and touch drivers, and an automated API generation system for maintaining parity with the C library.

A comprehensive collection of MicroPython scripts for the MaixPy platform, targeting Sipeed hardware based on the Kendryte K210 RISC-V SoC. It includes examples for machine vision, AI acceleration, hardware peripheral control, and multimedia processing.

Microdot is a minimalistic Python web framework inspired by Flask, specifically designed for resource-constrained environments like microcontrollers. It supports both CPython and MicroPython, offering a lightweight and extensible solution for building web applications and APIs on embedded hardware.

A MicroPython framework for the Homie convention, a lightweight MQTT protocol for IoT devices. It targets ESP8266 and ESP32 platforms, providing an asynchronous implementation of Homie v4.0.0 using MicroPython's uasyncio library.

A lightweight multilayer perceptron neural network library specifically designed for MicroPython environments on ESP32 and Pycom modules. It provides a single-file implementation of artificial neural networks with support for multiple activation functions, supervised learning, and Q-Learning for reinforcement learning tasks.

A comprehensive development extension for Visual Studio Code tailored for MicroPython projects on Raspberry Pi Pico, ESP32, and Teensy 4.0. It provides an integrated REPL, automatic code completion via stubs, and streamlined file management for embedded microcontrollers.

A project management and generation tool for MicroPython development. It automates workspace setup with linting, IntelliSense, and dependency management for modern IDEs like VSCode, targeting platforms such as ESP32 and Raspberry Pi Pico.

A full-featured GPS NMEA-0183 sentence parser written in pure Python 3.x for MicroPython and embedded platforms. It provides robust parsing for various GPS messages, including position, time, and satellite data, with specific support for the PyBoard and ESP32.

A specialized driver that adds OV2640 camera support to MicroPython for the ESP32 family. It enables high-resolution image capture by leveraging PSRAM and provides a Pythonic interface for controlling camera parameters like frame size, quality, and special effects.

An assembler toolchain for the ESP32 Ultra Low-Power (ULP) Co-Processor, implemented in MicroPython. It allows developers to write, assemble, and load ULP-FSM machine code directly on ESP32 microcontrollers without needing external cross-compilers. Supports the full instruction sets for ESP32, ESP32-S2, and ESP32-S3 variants.

A comprehensive collection of MicroPython examples and drivers tailored for 01Studio hardware. It supports a diverse range of platforms including ESP32, STM32, K210, and nRF52840, covering peripherals, wireless connectivity, and AI applications.

A comprehensive toolset for converting industry-standard font files into Python source code optimized for MicroPython. It enables high-performance text rendering on resource-constrained microcontrollers by utilizing frozen bytecode to minimize RAM consumption. The project includes a PC-based conversion utility and MicroPython classes for rendering text to various display hardware.

A specialized MicroPython port for ESP32 microcontrollers with extensive support for external psRAM (SPIRAM) up to 16MB. Built as an ESP-IDF component, it features dual-core support, integrated hardware drivers, and advanced networking modules including MQTT, FTP, and GSM/PPPoS.

A comprehensive MicroPython port for the Kendryte K210 64-bit RISC-V SoC, built upon the Kendryte FreeRTOS SDK. It features dual-core support, advanced multi-threading, and extensive peripheral drivers for displays, networking, and file systems.

A specialized MicroPython port for the RT-Thread Pandora IoT Board, powered by an STM32L475 microcontroller. It leverages the RT-Thread RTOS to provide a high-level Python development environment for IoT applications, featuring extensive hardware peripheral support and integrated networking.

A MicroPython implementation for the Sparrow One IoT development board, built on the RT-Thread RTOS. It provides high-level Python APIs to control hardware peripherals including cameras, LCDs, WiFi, and audio components for rapid IoT application development.

A specialized port of the MicroPython programming language for the BBC micro:bit. It provides a Python 3 compatible runtime on the Nordic nRF51822 microcontroller, including hardware-specific modules for the LED matrix, buttons, and sensors.