Free Delivery for UK orders over £99.     |     For E.U site click here     |     Free Delivery for UK orders over £99.     |     For E.U site click here     |    Free Delivery for UK orders over £99.     |     For E.U site click here     |    Free Delivery for UK orders over £99.     |     For E.U site click here     |    

Doepfer A-118 Eurorack Noise/Random Module

Module A-118 is (as you might have guessed) a noise and random voltage generator. It produces three types of signal: white noise, colored noise, and random voltage. The noise signal is generated 100% analog by amplification of the noise of a transistor. White and colored noise can be used as audio sources, and also, in conjunction with a sample & hold module, as control voltages, and the random voltage is a useful source of voltage control, especially for its low frequency content.
The A-118 gives you the ability to mix the relative amounts of Red (low frequency component) and Blue noise (high frequency component) in the colored noise output.
There are knobs to control the rate of change and amplitude of the random voltage, and two LEDs indicate the state of the voltage at any one time.

Width: 8TE / 8HP / 40.3 mm
Depth: 40 mm (measured from the rear side of the front panel)
Current: +20mA (+12V) / -10mA (-12V)

PRODUCT DETAILS

  • Module Height (U) 3U
  • Module Width (hp) 8
  • Module Depth (mm) 40
  • Panel Colour Silver

£59.00 inc. UK VAT

£49.17 ex. VAT

In stock (can be backordered)

Finance, Buy Now Pay Later and Pay In 3 options available at checkout

Prices on the UK site are shown including UK VAT. After entering your shipping address at checkout prices will update to show the correct taxes due to us based on your location. If purchasing internationally, VAT, handling fees, and import duties will potentially be due on delivery.








Free Delivery for UK orders over £99

Terms and conditions apply

Search All
Products

Search

Filter by Category

Filter by Brand

© Copyright 2026 Elevator Sound.
  |   Privacy Policy   |   Terms and Conditions   |   Site: ATGS