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Developing and debugging STM32MP1 with MDK
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STM32MP1, the new multi-core device series from STMicroelectronics, ensure fast start-up times and low-power operation in battery-powered systems by combining high-performance Cortex-A7 cores for application software and low-latency Cortex-M4 cores for deterministic real-time I/O.
In this hands-on webinar we will showcase how to port existent Cortex-M4 applications and how to create new microcontroller projects using different boot modes.
In production mode, when OpenSTLinux is running on the master processor Cortex-A7, loading and debugging the Cortex-M4 application with Keil MDK tools is further simplified by debug sequences that ensure the image is loaded and the coprocessor is started automatically.
Debugging Arm Cortex-M4 with ULINK debug adapters provides additional advantages such as code coverage, high-speed tracing and power measurement for testing purposes.
This webinar contains the following:
- Introduction to the STM32MP1 heterogeneous devices
- Porting previous Cortex-M4 projects
- Interprocessor communication with OpenAMP
- Debugging Arm Cortex-M4 with MDK
Stay connected with Arm:
In this hands-on webinar we will showcase how to port existent Cortex-M4 applications and how to create new microcontroller projects using different boot modes.
In production mode, when OpenSTLinux is running on the master processor Cortex-A7, loading and debugging the Cortex-M4 application with Keil MDK tools is further simplified by debug sequences that ensure the image is loaded and the coprocessor is started automatically.
Debugging Arm Cortex-M4 with ULINK debug adapters provides additional advantages such as code coverage, high-speed tracing and power measurement for testing purposes.
This webinar contains the following:
- Introduction to the STM32MP1 heterogeneous devices
- Porting previous Cortex-M4 projects
- Interprocessor communication with OpenAMP
- Debugging Arm Cortex-M4 with MDK
Stay connected with Arm:
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