|
vor 6 Jahren | |
---|---|---|
.. | ||
featherble | b4bdebab9a Meira updates for bluetooth and audio (#2731) | vor 7 Jahren |
keymaps | 10c636a1ee Keyboard: add Telophase board (and Graham's keymaps) (#3244) | vor 6 Jahren |
promicro | b4bdebab9a Meira updates for bluetooth and audio (#2731) | vor 7 Jahren |
TWIlib.c | a9a46adba0 Add support for Meira | vor 7 Jahren |
TWIlib.h | a9a46adba0 Add support for Meira | vor 7 Jahren |
config.h | b4bdebab9a Meira updates for bluetooth and audio (#2731) | vor 7 Jahren |
issi.c | a9a46adba0 Add support for Meira | vor 7 Jahren |
issi.h | a9a46adba0 Add support for Meira | vor 7 Jahren |
lighting.c | bd1ad405bf Update Meira for revision 1.1 to enable backlighting by default (#2468) | vor 7 Jahren |
lighting.h | a9a46adba0 Add support for Meira | vor 7 Jahren |
matrix.c | 84a713b05c Remove _quantum functions from custom matrix.c code | vor 7 Jahren |
meira.c | b4bdebab9a Meira updates for bluetooth and audio (#2731) | vor 7 Jahren |
meira.h | b4bdebab9a Meira updates for bluetooth and audio (#2731) | vor 7 Jahren |
readme.md | f74f0ac06b Update Meira readme | vor 7 Jahren |
rules.mk | b4bdebab9a Meira updates for bluetooth and audio (#2731) | vor 7 Jahren |
A 4x12 ortholinear low-profile keyboard.
Keyboard Maintainer: Cole Markham
Hardware Supported: Meira/ProMicro, Meira/FeatherBLE
Hardware Availability: WoodKeys.click
Two controllers are support: the Pro Micro, and the Adafruit Feather BLE 32u4. Support for each is defined as a hardware revision subfolder in QMK. Main differences include processor frequencies and matrix pinouts.
Make example for this keyboard (after setting up your build environment):
make meira/promicro:default
or
make meira/featherble:default
See build environment setup then the make instructions for more information on generic QMK configuration and setup.
Both the Pro Micro and the Feather BLE use the Catalina bootloader, which is typically programmed using avrdude.
In order to have enough pins for the matrix and other functions, a custom matrix is implemented using a demultiplexer to scan the columns. Since the demux is active low, the diodes must be oriented with the cathode connected to the demux pin. When looking at the bottom of the board with the controller at the top right, the cathode mark on the diode should be toward the left.
The in-switch LEDs are driven by an ISSI LED controller (IS31FL3731). The micro controller communicates with this chip using I2C. Individual LED control is possible, but currently only general backlighting support is implemented. This functionality is located in lighting.c, issi.c, and TWILib.c.