XAOC Leibniz Binary Subsystem | Episode 02 | Recipes & Rostock

In episode 1, it was fun to dive in. Then I found out that the system isn't just a matter of putting all modules in a case, wiring up the I/O on the back and get to work. It's modular (duh) so it's more a matter of recipes where the order of modules isn't fixed. Having all modules in a case doesn't exactly help to understand them either, there's just too many variables and it's extremely easy to make a wrong connection with the 'pale pink stripe' down or up on the LBZ ribbon cables. You really need to double check and then again. XAOC, make them red. Please.

In this episode I tried to get the Rostock module to work. It's a bucket brigade 'delay' with 64 memory locations. Or a shift register. Anyway, it allows you to accumulate values from the bus and store them so you can loop it. However, with a clock running at 2 mHz you don't hear 64 bytes when millions come by. If it's even audible it's in the nanosecond range. I had to slow down to actually see the module work.

XAOC has provided cool patch examples in the manual and I focused on delaying/looping rhythms with Rostock, Lipsk (bit inverter) and Poczdam (router/binary output). I am also using Odessa in the video, which is a truly amazing VCO which also has a Leibniz header on the back to control partials with bitmaps. I absolutely LOVE this system and can't wait to get started on episode 03.