qmk_firmware/keyboards/dumbpad
Joel Challis cefef18ceb
Tidy up stray RGB_DISABLE_TIMEOUT references (#20460)
2023-04-15 23:21:58 -06:00
..
v0x Move encoder config to data driven (#19923) 2023-02-26 09:45:12 +11:00
v0x_dualencoder Move encoder config to data driven (#19923) 2023-02-26 09:45:12 +11:00
v0x_right Move encoder config to data driven (#19923) 2023-02-26 09:45:12 +11:00
v1x Move encoder config to data driven (#19923) 2023-02-26 09:45:12 +11:00
v1x_dualencoder Move encoder config to data driven (#19923) 2023-02-26 09:45:12 +11:00
v1x_oled Move encoder config to data driven (#19923) 2023-02-26 09:45:12 +11:00
v1x_right Move encoder config to data driven (#19923) 2023-02-26 09:45:12 +11:00
v3x Tidy up stray RGB_DISABLE_TIMEOUT references (#20460) 2023-04-15 23:21:58 -06:00
config.h Debounce defines cleanup (#19742) 2023-02-03 19:19:58 +00:00
info.json
readme.md
rules.mk

readme.md

dumbpad

dumbpad

dumbpad is a num/macro pad available in two major form factors - single- and dual-rotary encoder.

  • Single-encoder PCBs are reversible - components can be soldered to either side to allow the encoder to be on either the left or right side.
  • Dual-encoder PCBs come in two versions - one with the encoders in the bottom corners, the otherin the top corners

Support for dumbpad all PCB revisions can be found in this directory.

  • Maintainer: imchipwood
  • PCB repository: dumbpad on github
    • PCB revisions:
      • v0.x - these revisions have two LEDs for layer indication
        • 'v0x': Default setup for single rotary encoder v0.x PCBs
        • 'v0x_right': Same as v0x but with rotary encoder on right side (components on bottom of PCB)
        • 'v0x_dualencoder': Dual-encoder PCBs
      • v1.x - these revisions have three LEDs - two for layer indication, one for numlock indication
        • 'v1x': Default setup for v1.x PCBs with a single rotary encoder on the left side
        • 'v1x_right': Same as v1x but with rotary encoder on right side (components on bottom of PCB)
        • 'v1x_dualencoder': v1x PCB with two rotary encoders