3 repository-uri
Frameworks for implementing USB device functionality, including descriptor configuration and class support.
Distinct from USB Device Communication: Distinct from USB Device Communication: covers the higher-level stack and device classes (HID, Serial) rather than just raw data transfers.
Explore 3 awesome GitHub repositories matching hardware & iot · USB Device Stack Implementations. Refine with filters or upvote what's useful.
Embassy is an asynchronous framework for microcontrollers that provides a runtime for cooperative multitasking. It enables the execution of multiple concurrent tasks to maximize energy efficiency and CPU usage, utilizing an async executor that puts the processor to sleep when idle. The framework includes a comprehensive set of embedded components, featuring a hardware abstraction layer for peripherals like GPIO, SPI, I2C, and UART, alongside a TCP/IP network stack and a USB device stack. It also provides a Bluetooth Low Energy host stack for wireless communication and a bootloader framework t
Implements a USB device stack with support for common classes like HID and Serial using asynchronous configurations.
OpenTabletDriver is a user-mode graphics tablet driver and USB HID input manager that translates raw USB input from digitizer hardware into system cursor and pen events. It serves as a hardware abstraction layer that normalizes input from various tablet brands into a consistent API, providing a cross-platform pen interface with pressure and tilt sensitivity. The project distinguishes itself through a plugin-based architecture and a profile-based configuration system, allowing for custom filters, interpolators, and persistent hardware setups. It includes specialized tools for hardware driver d
Implements support for new hardware models by defining specific communication protocols and device capabilities.
XiaomiGateway3 is a local network interface and management tool for Xiaomi gateways. It functions as a local bridge to control Zigbee, Bluetooth Low Energy, and Matter devices while bypassing cloud reliance. The project provides a system for managing diverse hardware protocols, including a controller for Matter-standard lighting and Bluetooth Low Energy hardware such as smart locks and presence sensors. It allows for the integration of Zigbee sensors and actuators from multiple brands using external converters to support third-party hardware. The system includes utilities for extracting devi
Adds support for unsupported device models by implementing external data converters and mapping raw hardware signals.