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hathach avatar

hathach/tinyusb

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www.tinyusb.org↗

Tinyusb

TinyUSB

Features

  • USB Device Stacks - Adds USB device functionality to microcontrollers so they can act as keyboards, drives, or serial ports.

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  • USB Endpoint Transfers - Provides the fundamental USB data transfer mechanism via endpoint read/write operations.
  • USB Class Driver Plugin Interfaces - Provides a fixed callback table for registering custom USB class drivers without modifying core stack code.
  • Embedded USB Host Stacks - Drives USB peripherals like keyboards, mice, and storage devices directly from a microcontroller without a host computer.
  • USB Class Implementations - Implements standard USB device classes such as HID, CDC, MSC, and Audio without dynamic allocation.
  • USB Host Class Implementations - Implements host-side USB class drivers for HID, MSC, CDC-ACM, and serial adapters.
  • Multi-Architecture MCU Stacks - Compiles and runs a single USB stack across a wide range of MCU architectures from different manufacturers.
  • USB Device Communication - Implements low-level USB device communication for host enumeration and class protocol exchanges.
  • Custom USB Class Driver Registrations - Ships a plugin interface for registering custom USB class drivers without modifying core stack code.
  • Standard USB Device Emulations - Emulates standard USB device classes like HID, MSC, and CDC for host enumeration.
  • USB Device Stack Initializations - Provides initialization routines for USB device controllers across supported microcontrollers.
  • USB Host Communications - Provides host-mode USB communication to drive peripherals like keyboards and storage devices.
  • USB Host Emulations - Emulates a USB host controller to drive peripherals like keyboards and mass storage devices.
  • USB Host Stack Initializations - Provides initialization routines for USB host controllers across supported microcontrollers.
  • USB Power Delivery Contract Negotiations - Implements USB Power Delivery 3.0 contract negotiation for power sourcing and sinking.
  • USB Power Delivery Managers - Negotiates and manages power contracts over USB Type-C using the Power Delivery 3.0 protocol on embedded hardware.
  • USB Power Delivery Protocol Engines - Implements USB PD 3.0 message passing and state machine for negotiating power contracts over Type-C connections.
  • USB Power Delivery Stacks - Provides an embedded USB Power Delivery 3.0 stack that negotiates and manages power contracts over USB Type-C.
  • Hardware Abstraction Layers - Wraps MCU-specific USB controller registers behind a hardware abstraction layer for portability across architectures.
  • Microcontroller USB Libraries - Provides a portable USB library that compiles across diverse microcontroller architectures from different manufacturers.
  • Runtime Descriptor Switches - Switches between multiple USB device descriptor sets at runtime to present different device profiles.
  • Runtime USB Configuration Switches - Supports runtime switching between multiple USB device configurations via descriptor changes.
  • Custom Class Driver Registrations - Enables writing and registering custom USB class drivers for device or host mode without modifying core stack code.
  • USB Low-Power State Handlings - Handles USB suspend, resume, and remote wakeup signals for power conservation.
  • RTOS-Agnostic Implementations - Works on bare metal or with FreeRTOS, RT-Thread, or Mynewt without changing the USB code.
  • RTOS-Agnostic Interrupt Handlers - Delegates interrupt handling to a central queue and uses semaphores to work without an OS or with FreeRTOS, RT-Thread, or Mynewt.
  • Centralized Interrupt Queues - Delegates USB interrupt service routines to a central queue processed by the application thread.
  • Compile-Time Buffer Allocations - Pre-allocates all endpoint buffers and control structures at compile time for deterministic memory usage.
  • C Object-Oriented Frameworks - Organises USB protocol handling into device and host stacks using C structs with function pointers for polymorphism.
  • Sistemas embebidos - Embedded USB stack.
  • Controladores de hardware - Cross-platform USB stack for embedded systems.
    • 6,524 estrellas·1,362 forks·C·mit·3 vistas

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    Preguntas frecuentes

    ¿Qué hace hathach/tinyusb?

    TinyUSB

    ¿Cuáles son las características principales de hathach/tinyusb?

    Las características principales de hathach/tinyusb son: USB Device Stacks, USB Endpoint Transfers, USB Class Driver Plugin Interfaces, Embedded USB Host Stacks, USB Class Implementations, USB Host Class Implementations, Multi-Architecture MCU Stacks, USB Device Communication.

    ¿Qué alternativas de código abierto existen para hathach/tinyusb?

    Las alternativas de código abierto para hathach/tinyusb incluyen: embassy-rs/embassy — Embassy is an asynchronous framework for microcontrollers that provides a runtime for cooperative multitasking. It… libusb/libusb — libusb is a cross-platform user-space library that provides a consistent C API for discovering, configuring, and… raspberrypi/pico-examples — This project is a reference library of firmware examples and a development framework for creating embedded C… qmk/qmk_firmware — This project is a keyboard firmware framework and programmable keyboard ecosystem designed for Atmel AVR and ARM… earlephilhower/arduino-pico — This project provides a development framework that enables programming Raspberry Pi Pico microcontrollers using the… opentabletdriver/opentabletdriver — OpenTabletDriver is a user-mode graphics tablet driver and USB HID input manager that translates raw USB input from…