Slideshow Items

Qu-Bit Electronix Nano Rand v2

$209.00
Out of stock
Product number: CV3565

Back by Popular Demand! Random Voltage Source!

  • +12V 60mA
    -12V 17mA
    +5V 0mA
    Width 4HP
    Depth 38.1mm

Description

Random Voltage Source

Nano Rand v2 is a reissue of our classic micro random module. It features a sample and hold, noise source, and random voltage generator in 4HP. It takes inspiration from and improves upon the analog concept of a random voltage module; moving forward in leaps and bounds into the digital domain. At its' core is an 8 bit microcontroller which allows for an extremely versatile, and more importantly, musical type of random. Containing four random voltage algorithms that include random stepped voltages, random LFO waveforms and frequencies, random frequency audio rate square waves, and a combination of all algorithms, Nano Rand creates a signal that would otherwise take a multitude of modules to produce. On top of the fluctuating random voltage output, it is also capable of producing the most musical random gate output in the Eurorack format. When externally clocked, Nano Rand generates random gate outputs that are musically related to the incoming clock signal. It chooses between eighth, sixteenth, quarter and many other rhythmic divisions, creating unique evolving rhythms.

Features
• 4 switchable random voltage algorithms
• Can be internally or externally clocked
• Random gate source that generates musical derivatives of incoming clock
• Random gate source that generates musical derivatives of incoming clock
• Random voltage can be unipolar or bipolar
• Changes from v1: Noise output converted to analog white noise circuit with extremely flat frequency response. Algo button converted to smaller version.

In the Box
• The module itself
• Eurorack power cable

Newsletter

Early access to sales, new product releases, giveaways & more

Your cart — 0

You cart is currently empty

Login

By using our website, you agree to the use of cookies. These cookies help us understand how customers arrive at and use our site and help us make improvements. Hide this message More on cookies »