I'm currently working on a project involving NXP S32Kxxx microcontrollers and their peripherals, specifically the ADC (Analog-to-Digital Converter). To facilitate development and testing, I'm exploring emulation and simulation tools like QEMU and Renode.
I have a few questions related to this:
QEMU for NXP S32Kxxx: Has anyone successfully used QEMU to emulate NXP S32K148 microcontrollers or similar automotive-grade microcontrollers from NXP? If so, could you provide insights into how to set up QEMU for this purpose and any available resources or repositories?
Renode for Peripheral Emulation: Similarly, I'm interested in emulating the ADC peripheral. Has anyone employed Renode to simulate NXP S32K148 peripherals, especially the ADC module? Are there any existing device or peripheral models available for Renode that could be useful for this purpose?
Best Practices: What are the best practices, tips, and potential challenges I should be aware of when using QEMU or Renode for emulating NXP S32K1xx microcontrollers and their peripherals?
Integration with Development Environments: How well do these emulation solutions integrate with common development environments for NXP microcontrollers, such as NXP's own IDEs or toolchains?
- IAR Simulation: is IAR Simulation can be used to set and control various digital or analog data for peripherals for testing purposes. is IAR Simulation can be used like qemu or renode?
I'm eager to explore emulation as a means to expedite testing and development, so any insights, experiences, or resources you can share would be greatly appreciated.
Thank you for your time and assistance!
