At audio frequencies, this creates just intonation chords.
yesssssssss
Edit: although, if it’s pure integer multiplication then isn’t that pythagorean intonation chords? Or are you really using some form of just intonation?
It’s been a while since I looked at tides. What’s missing, freeze?
Also, is this exactly the same template as rings?
edit: I see there is an extra button in the middle and an additional set of jacks in the bottom row when compared to rings. Still, since I think of rings as being more or less the ideal proportions for a module, I approve.
Out of curiosity: will you remove all colored knobs in future modules or will you keep them in some cases to differentiate e.g. between different outputs (e.g. Steams, Branches, Shades…)
About th knobs : Olivier said that all the new module would use white knobs as it is difficult to find a logical implementation in all the different function .
Yes FREEZE has disappeared, if you really need it, you can send a large negative voltage in the FM input to get an (almost) similar result. Yes, dividing the frequency of an oscillator by 256 is not the same as stopping it, but the result is going to be fairly similar.
OK, fab! Sounds like there will be plenty of room to add the Sheep wavetables as well (or more). And even if the other CV inputs have half the resolution of the pitch CV input, it’s still enough for 12-TET chords, and quantisation could be added for really precise just intonation and microtonal chords.
Presumably the pots are read on separate ADC channels from the CV inputs as is the now usual MI design pattern?
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