yeah I meant to say 2 4x6 boards connected together, which makes a 40% layout
I handwired it since I am using gateron low profile, the circuit design are similar to lets-split
i do not plan to use the stems or keycaps. In fact, I pretty much just intended to salvage the contacts and spring since I imagine it would be more reliable than membrane setup and have a good amout of switches laying around. Everything else would probably be 3d printed. It is pretty annoying to work since some feature are right against what is possible with the printer I have.
regardless, I have a initial prototype at the moment and it is switching fine while having a thickness of 3mm. I am thinking of solder the contacts and springs on pcb and epoxy on someting to clip onto a kepcap
Hello.
I am also very interested in the possibility of integrating an ergonomic keyboard (at least only orthogonal, at best split with staggered columns).
I can’t buy a standard laptop because all models are equipped with a standard non-ergonomic keyboard. If the Framework Laptop 16 offers an ergonomic keyboard model with blank keys, I would certainly be interested in this computer.
@nrp Another thing that would help custom keyboards would be a way to make room for taller keycaps. Maybe some longer hinges and an extended bezel for the screen.
The individual pcbs sounds amazing. Then one could 3d print a holder in whatever layout they wanted.
Just saw the RGB Macropad for the FW16, amazing work as always.
Now that it is out in the open, I was wondering if there is any update on individual key switch modules ?
Barring development of individual key PCBs, is Framework thinking of creating any alternative layouts? It might make sense to have first party support for the most common alt layouts (i.e. Ortholinear, etc…).
I’d like to add that I as well am very interested in an ortholinear or column-staggered keyboard module, and would definitely pay extra for such a product.
I had briefly looked into an ortholinear laptop replacement about a year or so ago. The up front cost to produce a custom, acceptable quality keyboard at any scale would be risky.
I think it would have to be a standard laptop scissor switch. The same components Framework uses now but arranged ortholinearly.
I had thought about Choc low-profile switches. These are the thinnest keyboards I have been able to build, but the z-height would be too much to fit into the existing case, just a little too thick.
This would be interesting to do with a Framework Laptop 16. It would be possible to make a Small Input Module that has pogo pads on it, and then the keyboard could just drop right on top.