 uC-OS3
 uC-OS3 
 RTOS kernel
 A preemptive, highly portable and scalable real-time kernel for embedded systems
µC/OS-III is a preemptive, highly portable, and scalable real-time kernel. Designed for ease of use on a huge number of CPU architectures.
921 stars
 56 watching
 319 forks
 
Language: C 
last commit: over 1 year ago 
Linked from   1 awesome list  
  kernelmicriumosos-iiireal-timertosucos-iii 
 Related projects:
| Repository | Description | Stars | 
|---|---|---|
|  | A lightweight, real-time operating system for microcontrollers. | 202 | 
|  | Real-time operating system designed for deeply embedded applications with support for multiple architectures and standard C++ features. | 170 | 
|  | A real-time operating system built from scratch in C using the ARM architecture | 18 | 
|  | A real-time concurrency framework for building deterministic and efficient embedded systems on ARM Cortex-M microcontrollers. | 1,849 | 
|  | A real-time operating system targeting ARM-based microcontrollers with features like preemptive scheduling and POSIX API support. | 25 | 
|  | A minimal multi-tasking OS kernel built from scratch for ARM Cortex-M series microcontrollers | 181 | 
|  | An hobby x86_64 Operating System kernel written in Rust with minimal functionalities | 80 | 
|  | An embedded RTOS designed for ARM Cortex M microcontrollers with features like decoupled system and application binaries, POSIX style file systems, and hardware abstraction. | 117 | 
|  | An object-oriented C++ RTOS designed for microcontrollers, providing a framework and library for building real-time applications. | 439 | 
|  | A real-time kernel with preemptive priority-based scheduling and round-robin scheduling for tasks with identical priority. | 233 | 
|  | A set of tools and libraries for building real-time operating systems, including HALs (Hardware Abstraction Layers) and OSALs (Operating System Abstraction Layers). | 718 | 
|  | An operating system written in Ada, designed to be safe and portable across multiple microcontrollers. | 35 | 
|  | A research-grade kernel providing basic OS functionality for experimentation and education | 812 | 
|  | An embedded operating system for single-core processors without MMU virtualization. | 47 | 
|  | A lightweight, modular x86 kernel written in Zig with the goal of being easy to port and maintainable. | 576 |