Scan & Pan | Scaled CV control

With 4 channels and clocking in at only 14hp, the Scan & Pan provides a deep level of signal control for creative blending applications or simple mixing in the modular environment. Here, with the help of the Control Voltage Processor, we explore scaling and mixing Control Voltage to shape the VCAs of the Scan & Pan.
A simple patch was created by sending two envelope shapes from the Multi-Envelope to the two bottom sections of the Control Voltage Processor. From there, these two shapes were mixed and attenuated and sent to the 3rd and 4th channels of the Scan & Pan, which received signal from the 2 filter bands of Foundation Oscillator waves from the Noise & Filter while a “dry” mix from the Foundation Oscillator and Amp&Tone occupied channel 1. Manual manipulation of the “offset” control gave the ability to open up the channels of the Scan & Pan very slightly, giving a crescendo like effect.
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[@nin114]

I love these videos, and I LOVE my Verbos modules, so please don't take this the wrong way.
But I find a lot of these examples sound very similar, and although cool, this system can create much more wild, experimental, POWERFUL, ethereal, unique sounds than just a multi-stage sequence plinking away.
I challenge you to remove the Voltage Multistage from your system for the next few videos! Set yourself free from that admittedly amazing module!

[@richardharrow1946]

Agreed. The weird wild and scary buchla elements of the systems are super awesome Lynch score material

[@breatheasy2693]

As always, nice jam, nice modules. I really love the amplitude and tone. I have 4 of them as first output for my oscillators. Once you start shipping the new amp and tone I'll probably take 4 more. Just a couple of things. I received a multistage a week ago without the end caps on 3 of the sliders. The multi-delay, amazing module btw, had a hex nut loose around a jack. Please do tighten up that final inspection.

[@JeremyWWWWW]

I came to learn about the Scan&Pan, and you never touched it. Please choose a more appropriate title for this video.

[@VerbosElectronicsGmbH]

We are touching it with control voltage (via the Control Voltage Processor)