I've been interested to hear more about use cases for these "hybrid" MCUs, can you share a bit about why you chose that over something like a Cortex-A running linux, or an SoC with -A and -M cores?
It's a good question - unfortunately I don't really have a good answer...
Almost all of my embedded activities are for a my own hobby purposes, and I just like the ability to go 'as low as I can' with projects on MCUs. It's nice to be able to use the device's peripherals as much as possible (hardware DSP etc) and I'm not confident in how I'd do that on a Linux based system. I'm in to building my own ham radio Software Defined receivers and it's nice to keep it completely real time.
If I were to be doing this stuff professionally (and I am very close to people who do at work) then yeah I'd probably be using Zephyr or something.
It's a good question - unfortunately I don't really have a good answer...
Almost all of my embedded activities are for a my own hobby purposes, and I just like the ability to go 'as low as I can' with projects on MCUs. It's nice to be able to use the device's peripherals as much as possible (hardware DSP etc) and I'm not confident in how I'd do that on a Linux based system. I'm in to building my own ham radio Software Defined receivers and it's nice to keep it completely real time.
If I were to be doing this stuff professionally (and I am very close to people who do at work) then yeah I'd probably be using Zephyr or something.