Xaoc Devices LEIBNIZ #4 / POCZDAM / switching & routing / extensive playthrough

video upload by BRiES

"POCZDAM is a routing and switching utility module for the LEIBNIZ BINARY SUBSYSTEM. It hosts a lot of inputs and outputs that you can use to extract bits (gates) from the selected source or to send your own signals in to route somewhere else in your patch. POCZDAM also features a built-in clock that you manually need to connect for it to have any influence on the system.

POCZDAM is really intuitive to work with but everything really much depends on remembering what you connected to which Leibniz inputs and outputs of Poczdam. While preparing for the video there were a few of times where I was profoundly confused just because I forgot the order in which I chained the modules. As a result of this, I thought a lot about how to concisively demonstrate the functionality of the module, which is not as straightforward as it might seem because you need to know the order of every part of the chain to be able to make sense of it. I decided to just follow the patch examples that are described in the manual, as a safe-guard to make sure there's no confusion which module is routed how and what the expected result of the patches is.

POCZDAM official user manual: https://xaocdevices.com/manuals/xaoc_...
POCZDAM poster/infographic: https://drive.google.com/file/d/1atpE...

You can support my work at http://www.ko-fi.com/BRiES (ideal for one time donations) or https://www.patreon.com/madebyBRiES (ideal for monthly donations). On the support pages there's several downloads to other Leibniz documents (check the gallery on ko-fi / I'm still updating the patreon page), most of these are available for everyone. Supporters get access to exclusive videos (patch examples and breakdowns). Some videos get posted on the support pages earlier as well.

0:00 intro
0:06 hi
1:30 Poczdam features and operation
2:50 source selection
3:25 output 1 bit outputs
4:00 output 1 clock
4:30 output 2 link button
5:05 output 2 clock
5:20 built in clock generator
6:23 output 2 bit inputs
7:20 source select CV input
8:23 patch example 1
14:05 patch example 2
23:27 patch example 3
28:03 patch example 4
38:52 conclusion"