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# qua-ken
this repository holds the design resources for the open source keyboard 'qua-ken'. The qua-ken is heavily inspired by [Josef Adamčík](https://github.com/josefadamcik)'s [Sofle](https://github.com/josefadamcik/SofleKeyboard) and the copies the layout. The qua-ken is basically a Sofle modified to meet my custom keyboard standards. The PCB is split into main board and daughter board which holds the connectors. The qua-ken uses more a powerful ARM controller with much more program memory allowing the use of more software features. For the connection of the two halves a 4P4C connector is used as the TRRS connector shorts some of the lines when plugging/unplugging the cable. Currently planned are PCB silicone dumbbell gasket mount and plate top mount. The case is planned as screwless design opening from the top for ease of access. I also think about using the ball catch system gaining popularity, but since I have no experience with mechanical design, I am unsure whether I can manage that in a reasonable amount of revisions.
this repository holds the design resources for the open source keyboard 'qua-ken'. The qua-ken is heavily inspired by [Josef Adamčík](https://github.com/josefadamcik)'s [Sofle](https://github.com/josefadamcik/SofleKeyboard) and copies its layout. The qua-ken is basically a Sofle modified to meet my custom keyboard standards. The PCB is split into main board and daughter board which holds the connectors. The qua-ken uses more a powerful ARM controller with much more program memory allowing the use of more software features. For the connection of the two halves a 4P4C connector is used as the TRRS connector shorts some of the lines when plugging/unplugging the cable. Currently planned are PCB silicone dumbbell gasket mount and plate top mount. The case is planned as screwless design opening from the top for ease of access. I also think about using the ball catch system gaining popularity, but since I have no experience with mechanical design, I am unsure whether I can manage that in a reasonable amount of revisions.
# Status
~~I just started and am currently working on the PCB. Once the PCB is tested, I will start with the case.~~