ARM and ST bring MATLAB to Cortex-M microcontrollers
The aim of the partnership is to allow software developers to create their algorithms in MATLAB and Simulink and then target, integrate, debug and test those models in a processor-in-the-loop (PIL) simulation.
Called Embedded Coder, it generates C code which runs on an STM32 evaluation board and the debugger of the Keil microcontroller development kit interfaces directly with Simulink, further simplifying the code integration.
“Based on strong customer demand for MATLAB and Simulink support,we have developed the capabilities to go beyond pure Cortex-M processor support by creating additional peripheral blocks, further simplifying the PIL process,” said Michel Buffa, general manager of the microcontroller division at STMicroelectronics.
It will allow DSP-standard tools to run on Cortex-M processor-based STM32 microcontrollers.
“This initiative enables developers to easily and efficiently develop and explore numerous models before generating optimized code for their Cortex processor-based projects,” said Richard York, Director of Embedded Systems Marketing, ARM.
According to Paul Barnard, design automation marketing director, MathWorks, it is an important first step in providing a smooth design flow for engineers using Model-Based Design with MATLAB and Simulink to develop highly optimized Cortex-M processor-based systems.
A demonstration of the new capabilities will be shown at the Embedded World 2013 event in Nuremberg (26-28 February).
The Embedded Coder support is now available in beta form direct from ARM for early adopters and is planned to be made available for general download in April.ARM, design, embedded, Mathworks, processors, ST