The CMX-Tiny+ real time, preemptive multi-tasking operating system is an extremely ´lean and mean´ kernel for those processors that have a small amount of RAM embedded on the processor´s silicon (minimum of 512 bytes and higher). This specially designed RTOS allows the user to develop application code that is run under an RTOS and yet only use the on board RAM that the processor provides! CMXTiny+ does not need any external RAM, regardless of whether the processor can support the use of external RAM or not.
CMX-Tiny+´s allows the processor´s on board ROM to support both the user´s application code and the CMX-Tiny+ code, in most cases. This unique RTOS, based on a scaled down version of the popular CMX-RTX, retains most of the power of CMX-RTX as well as the more frequently used functions.
The CMX-Tiny+ RTOS offers the following features:
Smallest memory footprint of any commercial RTOS
Fastest context switch times of any commercial RTOS
Lowest interrupt latency times of any commercial RTOS
Supports True Preemption
Also supports optional co-operative and/or time slicing scheduling
Scheduler and interrupt handler are written in assembly for speed and optimization
Nested interrupts are supported
All functions are contained in a library for ease of use and scalability
Interrupt callable functions are supported
Highly scalable and modular
Full source code provided
Source code examples reduce learning curve and speed development
The CMX-Tiny+ real time, preemptive multi-tasking operating system is an extremely ´lean and mean´ kernel for those processors that have a small amount of RAM embedded on the processor´s silicon (minimum of 512 bytes and higher). This specially designed RTOS allows the user to develop application code that is run under an RTOS and yet only use the on board RAM that the processor provides! CMXTiny+ does not need any external RAM, regardless of whether the processor can support the use of external RAM or not.