Lily58 Pro-Tastatur-Kit
Lily58 Pro-Tastatur-Kit
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Die Lily58 Pro/Pro RE-Tastatur ist eine geteilte Tastatur mit 6×4+4 Tasten und Spaltenversetzung.
Pro = MX/Choc-Switch-Unterstützung
Pro RE = Unterstützung für Drehgeber
Auf dieser Tastatur läuft QMK und die Firmware finden Sie hier .
Kit beinhaltet
2 x Lily58 Pro ODER Pro RE Platinen
2 x Lily58 Pro FR4 Schalterplatten
2 x Acryl-Bodenplatten
2 x Acryl-OLED-Abdeckungen
1 x TRS-Kabel
2 x TRRS-Buchsen
2 x 3x6 taktile Schalter
2 x OLED-Displays
4 x 10 mm Messing-Abstandshalter
10 x 7 mm Messing-Abstandshalter (MX Normalprofil) ODER 5 mm Messing-Abstandshalter (Choc Low Profile)
58 x Kailh Hotswap-Sockel (MX-Normalprofil) ODER Choc-Low-Profile-Sockel (Choc-Low-Profile)
58 x Dioden (SMD)
28 x Schrauben
8 x Gummifüße
Zum Ausfüllen erforderlich
2 x Pro-Mikrocontroller (wird mit Headern zum direkten Anschließen geliefert)
56 x Schalter
56 x Tastenkappen
Extras
1-2 x EC11-Encoder
1-2 x Encoder-Knöpfe
2 x 40-polige, bearbeitete, zerbrechliche Buchsenleiste (ermöglicht Controller-Hot-Swap)
2 x 25 Stück Mill-Max-bearbeitete Stifte
Bauanleitung
Diese Tastatur wurde ursprünglich von Naoki Katahira entworfen und von Ergohaven zur Pro RE modifiziert. Informationen finden Sie hier .
Customer Reviews
Came with all required parts, a little disappointed the bottom plates are clear instead of black.
All parts arrived in excellent quality and my new keyboard came together very well
This was my first non-standard keyboard try. Got everything needed (less switches and caps, of course). Guidance on build was easy enough to find. Having a great time working with the finished product. Thanks for putting this together.
Items were delivered quickly and was provided updates for every step of the process. Items also were packaged securely without any issues.
Kit was easy to put together with just a basic soldering station. Main confusion would be around flashing the firmware onto the boards as it changes depending on the board you have purchased.
Was a fun build and will probably get a few more kits to play around with in the future.
The kit was great, and easy enough to build.
The linked instructions in GitHub were a little confusing in places however - particularly the section around attaching the display. If the instructions are followed and the display is soldered to the board, you can't easily swap out the controller when using the recommended headers.
I found though that soldering the display to the headers, and just friction plus the plexiglass display protector were enough to hold it in place without solder.
Additionally, the flashing instructions on the GitHub don't quite apply, depending on which controller is used
Some brief additional build notes could make this process a bunch easier