Turns out that the 40% keyboard layout was just a bit too minimal for me to fully adopt in personal and work use. This is my venture into building the next logical step up in size - a 60% keyboard.
Bill of materials
Purple Tex aluminum case
Purple Sentraq 60% plate
GH60 Satan PCB
Cherry PCB mount stabilizers (4 2u, 1 6.25u)
Switches (61 78g Zealios)
SIP sockets (122)
Purple 2x3x4 LEDs (61)
Everything laid out with the stabilizers in place on the PCB - I opted for the aluminum case over the frosted plastic.
What I am doing here is referred to as the "SIP socket mod". The idea is using SIP sockets inside of the switch in place of where one would generally put LEDs. LEDs then reside on the outside of the switch with their legs slid into the SIP sockets. This allows for opening of switch tops as well as swapping out LEDs without a need to desolder anything.
SIP sockets soldered and LEDs dropped in to confirm that my soldering is good and that the LEDs arrived functional
This keyboard is going to run a modified version of QMK and the firmware will be flashed with tkg-toolkit on a machine running windows.
In order to have tkg-toolkit recognize the device while it is in bootloader mode I will have to install new drivers for my keyboard. Zadig, which is included in the tkg-toolkit will be of assistance for this.
Replacing driver -
1. Put the device in bootloader mode by pressing the button on the bottom of the PCB.
2. Run Zadig > Options > List all devices
3. From the drop down select device type - in this case my PCB has an ATmega32u4 on board
4. Replace Driver
Flashing firmware -
1. Rename your firmware .hex file to gh60-revchn.hex
2. Copy your gh60-revchn.hex into tkg-toolkit-master\common\firmware overwriting the file that currently exists there
3. Back out to the windows directory and run setup.bat, select options - 2, N, 1, 1
4. Drag and drop the gh60-revchn.hex file on top of reflash.bat and follow the prompts