NAMM 2023: Verbos Electronics - Real World Interface

US New module from Verbos generates control signals from real world sounds      14/04/23

Buying Choices
Affilliate Links help support the site

Mark Verbos from Verbos Electronics has unveiled their latest product, the Real World Interface, at the NAMM show in 2023. Designed to allow sounds from the outside world to be integrated into a system, the module includes internal microphones, and accepts any kind of signal that can be patched before the preamps. It includes an envelope follower and a gate extractor on the outside channels, a preamp followed by an automatic gain control, compressor, a fundamental extractor, tracking low pass filter, and a locked oscillator and pitch CV extractors on the center channel.

The Real World Interface module allows monophonic external sounds to be sent through the center channel, with the locked oscillator following along on the pitch of those sounds. The CV coming out could be used to make another oscillator track along with that. The Real World Interface also allows for interesting dynamics processing with an envelope follower and a VCA, and other classic external processing patches like using the envelope follower to change the filter cut off. 

Shipping: late July or early August.

Price: TBC

More info:

http://www.verboselectronics.com/modules/real-world-interface


Verbos Electronics Social


All NAMM 2023 News |  Videos |  Live Blogs |  Follow us on Twitter and Facebook

< More From: VERBOS ELECTRONICS
Even more news...


 

Get Our Newsletter


More...

Patch Flip: GForce Software OB-1 

Its a bit of a monster


The Sonicstate 808 MegaThread 

Stories, Software, and Sizzle to celebrate SonicTALK milestone


WIN: Zynaptiq Bundles & Plugins worth $3,800+ 

Your chance to get EVERY Zynaptiq plugin


SonicLAB: Oberheim TEO-5 Compact Polysynth 

Classic OB sound but less $$


This MIDI-controlled 3D T-Rex Will Astound You 

MIDI Oscilloscope Experiments!


SonicLAB: Tetrachords 4 Track Poly Sequencer Review - Part 1 

Complex arrangements with musical rules