redox-keyboard VS mitosis-hardware

Use 3 of those YJ-14015 modules (e.g. https://github.com/mattdibi/redox-keyboard/tree/master/redox-w) with a Pro Micro Q2: Is there a way to generate the PCB for this with ergogen or do I have to wing it in KiCad?

After some initial research, I've found a couple of models that seem to meet my requirements: the Lily58 and Redox-w v2.

There's a website that has a bunch of split keyboard layouts you can print out at full scale and sort of test drive really easily. I did that and found I didn't like the moonlander or ergodox thumb clusters, which is why I went with a Redox instead.

It's just a remix of the original case. Mattdibi also included the STEP and fusion360 file. What I changed on that case: Add a cavity for a 503035 battery, Add a ~3 degrees tilt for the battery and Hex insert for the nuts, making it much easier to assemble / disassemble.

If you want more of a full-size, five-row configuration, get a Redox PCB from Falbatech or Beekeeb.

To anyone who is here in 2 years looking to find a good case the soldered PCB is listed on the official GitHub ( https://github.com/mattdibi/redox-keyboard) as the Redox rev1. 0W. This is the soldered version and is the exact same as the one sold on falba tech and is compatible with the official case found here: https://github.com/Pastitas/Redox-neodox-Case.

I'm not sure about the implementation from this post, but I think it's referring to a wireless design where each keyboard half is a slave side and the master is a dongle connected directly to the usb port on the computer. I'd imagine it's similar to reversebias mitosis keyboard. Gets you months long battery life on both keyboard halves and the ability to use the keyboard before the bluetooth stack is loaded by an os (like in bios) since it shows up as a standard usb keyboard.

Mitosis

mitosis-hardware/README.md at master · reversebias/mitosis-hardware · GitHub