Nice! m0 is teeny but it's the brain of the arduino feather i set up to connect my usb keyboards over bluetooth. Sure would be neat if it was a sticker I could slap on the underside 👍
Cool. I got a rbp4-b it has software video acceleration. Kinda sucks tbh. Would be cool with a fully linux kernel supported arm-device. Postmarket(Alpine based) uses arm build servers to build native arm, that's cool.
The thing I like about the Odroid N2+ is that is uses the SPI petiboot, so you can grab the official Debian or Ubuntu distros for it, no downloading, or burning an SD-Card.
10K+ subscribers - well deserved.
Thank you so much 😀
Great content mr dj ware keep up the good work
Thanks Taha
A few years ago I programmed a series of C and Forth demo programs for the STM32 version of the ARM M0. It's a cool little processor.
Its a great little CPU, and hope they develop it further. Thanks Andrew
Congratulations DJ!
It is always interesting to hear your thoughts on various subjects. Looking forward to every new video.
Keep up the good work!
Thanks Andy N N
Congratulations on the 10k!
Thanks Felix
Congratulations. I think this is just the beginning. I suspect your channel will continue to grow.
I hope so, Esra and thank you
nice video ! great work to look it all up....
Thanks David
Nice! m0 is teeny but it's the brain of the arduino feather i set up to connect my usb keyboards over bluetooth. Sure would be neat if it was a sticker I could slap on the underside 👍
That would cool wouldn't it.
Cool. I got a rbp4-b it has software video acceleration. Kinda sucks tbh. Would be cool with a fully linux kernel supported arm-device. Postmarket(Alpine based) uses arm build servers to build native arm, that's cool.
The thing I like about the Odroid N2+ is that is uses the SPI petiboot, so you can grab the official Debian or Ubuntu distros for it, no downloading, or burning an SD-Card.
Opticom did some research in plastic memory in the late 90 together with Intel.
en.m.wikipedia.org/wiki/Opticom_(company)
Didn't know that one, thanks Martin
90mm process can't be correct. Imagine a 9 cm large transistor. I'm pretty sure 90nm is actually correct