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.

µC/OS-II is a preemptive, highly portable, and scalable real-time kernels. Designed for ease of use on a huge number of CPU architectures.

A compact, reliable, high-performance TCP/IP protocol stack. Features dual IPv4 and IPv6 support, an SSL/TLS socket option, and support for Ethernet, Wi-Fi, and PHY controllers.

Designed with Micriμm's renowned quality, scalability and reliability, the purpose of μC/ CPU is to provide a clean, organized ANSI C implementation of each processor's/compiler's hardware-dependent.

Designed with Micrium’s renowned quality, scalability and reliability, the purpose of µC/LIB is to provide a clean, organized ANSI C implementation of the most common standard library functions, macros, and constants.

The embedded HTTP server and client module for µC/TCP-IP.

µC/DHCPc is compliant with the all available DHPC server. It was written for target systems running µC/TCP-IP and an OS such as µC/OS-II or µC/OS-III.

Micrium-uCOS-II-V290

Control of a tunable lamp for smart homes using an S32K144 evaluation board running the Micrium µC/OS3 operating system developed in C with the S32 Design Studio IDE v2018.R1 for Arm® based MCUs.

Security sensor system with app control and cloud messaging capabilities.

This project is the integration of Micrium's uC-OS-III Real-Time Operating System and SEGGER SystemView analyzer tool into STM32 microcontroller.

Implementation of recursion of tasks using the rate monotonic and resource sharing using priority ceiling protocol

Attempt to test networking features of a Micrium OS (µC-OS3) application in QEMU for ARM.

Some small projects utilizing micrium on the DE2-115 FPGA board

A cruise controller implemented in micrium