@eblomquist yeah for sure, it looks way more complicated than it actually is (the naming conventions of the jacks aren’t doing it any favors)
so its basically a 4 in, 16 out rectifier/mixer module. send it any four signals and it will spit out 16 unipolar variations of those 4 inputs. its basically broken up into two positive columns and two negatives columns (with one or two exceptions)
an example: if you feed “natto” a bipolar sine wave, and “batter” a unipolar positive random wave, the first jack marked “ct/nb+” is going to spit out a mix of the positive half of the bipolar sine, and all of the unipolar random wave, the jack marked “ct/nb-” is going to get just the negative half of the bipolar sine, and none of the unipolar random, etc. etc.—so with just two inputs, you get all kinds of weird variations—and it just gets more bananas the more inputs you add.
i don’t have any newer examples documented, but this was one of my first passes with a sine, two random waves from batumi, and a cycling maths envelope into lets splosh…
and @baleen isn’t kidding about the patch points. had to grip a whole new bag of cables once i racked it. and once you start using the splosh outs to fm the modules you are sending in, break out the pencil and paper…