Interesting take on a custom ATtiny breakout board. You exposed the three most common serial interfaces, added onboard TTL serial to USB, and broke out the remaining four I/O pins. I could see how that could be useful for generic experimentation using this ATtiny series. Cool!
Are we talking WS2812B style LED's here? I do love using the little chips. I just write my own bit-bang drivers for these, unless the chip has some form of DMA output.
@@gadgetsideload The SK6812's should not be a problem as they are identical to the WS2812B's, the SK3612RGBW just need a 4 byte buffer instead of a 3 byte buffer per pixel. Not a problem if your bit banging.
I much prefer Visual Studio code with the PlatformIO plugin. Arduino code still works with minor changes. None of this digging through a 100 menus to find the correct CPU/programmer!
Interesting take on a custom ATtiny breakout board. You exposed the three most common serial interfaces, added onboard TTL serial to USB, and broke out the remaining four I/O pins. I could see how that could be useful for generic experimentation using this ATtiny series. Cool!
it has turned out to be more useful than I originally anticipated, I think I made it close to two years ago and I’m always finding uses for it.
Are we talking WS2812B style LED's here? I do love using the little chips.
I just write my own bit-bang drivers for these, unless the chip has some form of DMA output.
These were 2812 but I’m also hoping to get SK 6812 working
@@gadgetsideload The SK6812's should not be a problem as they are identical to the WS2812B's, the SK3612RGBW just need a 4 byte buffer instead of a 3 byte buffer per pixel. Not a problem if your bit banging.
I much prefer Visual Studio code with the PlatformIO plugin.
Arduino code still works with minor changes. None of this digging through a 100 menus to find the correct CPU/programmer!