Its a 486 era laptop tho! Not sure if that makes it better or worse for tolerancesIt's only a 7% increase, I'd imagine that it (the laptop) was built with a 5-10% tolerance anyway.
Measure the 15v adapter with a multimeter, it might not even quite be 15v!
I'd imagine that would make it more tolerant of voltage fluctuation, as component costs with lower tolerance bands would have been prohibitively expensive!Its a 486 era laptop tho! Not sure if that makes it better or worse for tolerances![]()
Very nice. A heads up that the Ma-8 pair on there atm have a fairly high bid on themYea the condition looks great, no sign of wear on the midi ports either, just waiting for a 9v center negative psu to turn up.
Also got some Roland MA-20 micro monitors turning up, should look fab with the setup.
Very nice. A heads up that the Ma-8 pair on there atm have a fairly high bid on them
@paradigm I just thought screw it and did it:
I had intended to use my GF4 Ti4200, but it appears to have failed memory (light chequerboarding even in 2D). I’ve got a 9800XXL (9800XT OEM), and a 9800XT that could go in it I guess!@paradigm Nice clean build in that case, that's the one thing I prefer over Micro-ATX - more space to route and hide cables! If the graphics card is overkill, maybe a GF4 TI or 9700/9800 Pro instead?
Nice one. As much as I think my SS7 build is kinda pointless compared to a P3 build, its still one of my favourite machines!Super socket 7 motherboard is alive and kicking, looked DOA at first but a pin was bent in the ATX connector.
Nice one. As much as I think my SS7 build is kinda pointless compared to a P3 build, its still one of my favourite machines!
Did you see LGR's midi mountain episode? Might be some help for you there
IIRC MIDI only uses 2 pins of the 5-pin din (2 pins are not connected, and one is connected the shield/ring/ground). So a pair of 2-pole 4-position rotary switches could be used to switch between inputs 1-4 and outputs 1-4 (I know you only have 3 inputs and 3 outputs, but 3-position rotary switches are rarer).Yea, it is the inspiration behind this, though i aim to simplify by having all my switching in one 3d printed box.
IIRC MIDI only uses 2 pins of the 5-pin din (2 pins are not connected, and one is connected the shield/ring/ground). So a pair of 2-pole 4-position rotary switches could be used to switch between inputs 1-4 and outputs 1-4 (I know you only have 3 inputs and 3 outputs, but 3-position rotary switches are rarer).
Essentially giving you an old school KVM style switcher for MIDI.