I'm not sure how to feel about this. I'm sort of half in the target audience and half not. This feels like a board for everyone, and for no one.
I thought, wow, this would be a cool way to work with rust on the RP2040/2350 but then the only books available are only for ESP devices.
A maker lab 99-projects-in-one PCB with a soldered on (or pluggable) RP2350 with companion text would scratch all the itches of my particular interest in rust and MCUs.
As someone who has a lot of C/C++ experience in the MCU world, the most mysterious part of rust on MCUs for me is the world of bit twiddling and register accesses from a safe language. I would love to have a playground to explore this kind of stuff.
And would strongly prefer open hardware like the RP2XXX family over a commercial chip like the ESP.
I'm not sure how to feel about this. I'm sort of half in the target audience and half not. This feels like a board for everyone, and for no one.
I thought, wow, this would be a cool way to work with rust on the RP2040/2350 but then the only books available are only for ESP devices.
A maker lab 99-projects-in-one PCB with a soldered on (or pluggable) RP2350 with companion text would scratch all the itches of my particular interest in rust and MCUs.
As someone who has a lot of C/C++ experience in the MCU world, the most mysterious part of rust on MCUs for me is the world of bit twiddling and register accesses from a safe language. I would love to have a playground to explore this kind of stuff.
And would strongly prefer open hardware like the RP2XXX family over a commercial chip like the ESP.