Kujako
Champion
Only (8*3)^2 possible combinations right?I say we re-test these DIP setting on actual hardware.

Only (8*3)^2 possible combinations right?I say we re-test these DIP setting on actual hardware.
Thanks brutha!Oh snap I like it!
Well, the decision here was if part of the reason is to prevent snagging, might as well take the extra step to sheath the wires between the boards. I had a 2.54mm spacing header with longer leads, so I used it. But I'd imagine you can just desolder the one that comes with the multi and resolder it on the reverse side too.I don't think I'd bother to move the pins to the bottom of the multi tho.
I think this is a great idea! One can then just use a 3-position dupont wire to the header. C-c-c-c-lean city, baby!I still hope the dual crystal PCB comes with two solder pads to consolidate the three separate wires into a single 3-wire IDC cable (1 cable connecting these two central points).
I wrote that the default is only on 8 of A.I don't understand your post can you please clarify? Also, your scan of the JP manual doesn't seem to have any indication as to what factory defaults are.
Brilliant Gordian solutioning!
I was thinking of doing the same but with piano switches, but then I remembered I'm lazy. Might get to it some day...
Agreed. Was thinking of a daughter board, similar to what Mitsurugi showed but without the ribbon cable. Just directly to the bottom of the mainboard. But I may desolder and replace as well. Not in any rush.I just didn't want to desolder the DIPs, rather a overlay PCB with a pinheadder on it to move switchs off the motherboard.
Will be ordering soon as @Mitsurugi-w opens up the sales thread.
Getting this issue resolved is tops on my list, as I feel this is the only thing holding the multi back.
Its basically the greatest multi EVER IMO, we only need to solve this minor inconvenient problem.
Its basically the greatest multi EVER IMO, we only need to solve this minor inconvenient problem.
Not necessary. I solder a ground on both sides of the top row. It's not going anywhere.Even though the outer row of pins are not needed electrically, I wonder if it would be better to be able to solder those pins for extra stability.