No, it will actually likely draw less current than an AVR processor. An infrared link would probably drain the battery quite fast, though (with any processor).
Yeah! For the IR it was clear to me. But it will not be powered all the time.
But surprises me that a 32bits faster processor drain less that 8bits slower one. Of course all depends on the manufacturing process. But used to be the other way.
@MLXXXp has got some good ideas on the Zero. Adafruit has the feather with the zero and an sd card built into it. So I’m looking at grabbing one of those and getting it to talk to the screen. Looks like Scott may have done a lot of the heavy lifting.
I’ve got to check into what the cost and supply of the new chip is also.
This is almost certainly going to happen. I need to make some tests on what kind of LED and what strength will be.
I’ll be receiving some Tau boards in a few days (which are ATSAMD21 based). When I do, I’ll see if I can find the time to experiment with IR communication between my Arduboy-Z prototype and a Tau.
I would really like to put the footprints for an ESP or maybe some other kind of bluetooth module. But you’ll need a new back nothing else can fit back there!
That’s fine you’ll need a larger battery too!
Really the ESP32 is pretty amazing, it’s got 2 cores in there so actually if wifi didn’t take so much power then it would be awesome. Keeping my eye on it for sure!
If you put a WiFi or Bluetooth module behind the back cover, you may need a different cover anyway, regardless of the size limitations. The current metal cover would likely shield and block the signals, so a different cover material would be required.
I think we’ve barely scratched the surface on what the monochrome oled can do. With a more powerful chip there could be some very interesting effects created.