XAOC Devices Poczdam

MUSICAL FEATURES

Poczdam is the binary data routing solution for the company's Leibniz subsystem. Poczdam makes it easy to manually and remotely switch between two Leibniz sources, change individual bits in the data stream, and re-clock the data with the built-in VCO or any external clock signal.It's especially useful in complex Leibniz setups that require rearranging the dataflow between multiple modules, but it's also great for small, creative patches like splicing waveforms, breaking rhythmic loops, and generating digital chaos. is also valid.

HOW TO USE

The primary function of Poczdam is to switch between two data sources connected to two Leibniz In- boats located on the back of the module. This switching is performed manually via an illuminated button labeled SOURCE on the top of the front panel, or by a trigger/gate signal to the SOURCE SELECT input.

This data source, along with its associated clock, is selected and sent to the Leibniz Out header on the rear. Data from the selected source is also available from the eight binary INCOMING DATA OUTPUTS jacks on the front panel.

In addition to the data bits, the clock of the selected source is available through the INCOMING CLOCK OUT jack.

To the right of the eight bit output jacks are eight banks of outgoing data inputs . Signals connected to these are converted to Leibniz data and sent to the OUT 2 header on the back. Each of the outgoing data inputs can also be normalized to the signal from the corresponding incoming data output; this normalization can be enabled with the LINK button.

Data sent to the OUT 2 header uses the same clock as OUT1 by default, but the clock can be replaced by patching a signal to the OUTGOING CLOCK INPUT on the front panel. One particularly suitable option is to use the built-in local clock generator. This frequency can be controlled by the RATE knob and a CV patched to the RATE input. This clock can operate in three ranges, switchable via a small switch on the front panel: 0.8-15000Hz in the middle position ( Hz) , 7kHz-120kHz in the lower position (kHz) , and 0.1MHz-2MHz in the upper position (MHz) , and is available via the OUT jack.