Open-source alternatives to Micropython TEA5767

A pure microPython Transmitter. You can create and add your own encoder

Waveshare E-Paper Display driver for devices running Pycom-flavored MicroPython

A driver crate for the entire u-blox cellular family in Rust

MicroPython driver for DS1307 RTC

Driver for the LS010B7DH01 Memory LCD Module

This is an implementation of the Onkyo EISCP protocol for running on Microcontrollers utilizing MicroPython.

E-Ink, E-Paper display driver for Micropython and ESP32

Rust VESC communication library

flock2 can fly a swarm of DJI Tello drones. flock2 is built on top of ROS2, fiducialvlam, and telloros.

Platform-agnostic no_std Rust driver for the TI TMAG5273 3-axis Hall-effect sensor

Driver for MAX31855 SPI thermocouple converter

A no-std rust library for the ESP32

Utility for decoding an R/C receiver PPM frame signal. This code was based on this article.

A rust driver for hub75 rgb matrix displays

Rust Driver for RN2483 / RN2903 LoRaWAN modules, WIP.

WIP Platform agnostic Rust driver for the Sensirion SHT2x temperature/humidity sensors.

Analog Devices AD57xx driver for embedded rust

e-Ink library for Waveshare 4.3inch device on MicroPython

Platform agnostic Rust driver for the Sitronix ST7032i Dot Matrix LCD Controller.

Optical Flow Sensor Library

Platform agnostic Rust driver for the iAQ-Core gas sensors for monitoring indoor air quality

Platform-agnostic Rust driver for the MAX170xx 1-cell/2-cell fuel-gauge systems with ModelGauge for lithium-ion (Li+) batteries. Compatible with MAX17043, MAX17044, MAX17048, MAX17049, MAX17058 and MAX17059.

eProsima FIROS2 is an application that allows intercommunication between ROS2 and NGSIv2 protocol. Since FIROS2 is powered by eProsima Integration Service, it makes possible the creation of bidirectional communication bridges with customized routing, to map between input and output attributes,…

An information model for robot hardware. Facilitates interoperability across modules from different robot manufacturers. Built around ROS 2.0