This page is available in English only

Daedra

A dusty ring mod / distortion hybrid.

(18 Votes)
Audio Player
3 (Updated 1 year ago)
6.6MB
February 24, 2023
Reaktor 6

DESCRIPTION

Update 3 upgrades the analog modeled ring modulator design using the Parker's Ring Mod oded by Louis-Xavier Buffoni.

This module has two channels that are processed separately, so it can be used as a stereo effect.

Gain is added to the input signal, and then it is routed to the dual ring modulator. The oscillators can mix with the signal in a serial or parallel configuration, or any blend in between.

The waveforms of the oscillators can be blended between triangle and saw shapes, and a positive or negative bias can be added to the mixed output of the ring modulator.

The input signal is also routed to a bit crusher, and then processed by a logic circuit that mixes a rectified version of the bitcrushed signal with the negative portion of the ring modulator's output.

The gain, bit crusher, and rektifier controls can be modulated with the included CV source, a dust noise generator. This CV signal can be smoothed with the slew control, creating a slowly drifting yet noisy modulation source.

An output mixer with controls for the dry, ring modulator, noise, and distortion levels is provided. A soft clipping mode for its output can be enabled, otherwise a harsh hard clipper is used.

The sound demo was made by recording the module's generative capabilities, and then processing that recording through the effect a few times.

Thanks to Euro Reakt for logic, noise, and distortion macros.
Thanks Poddig for filters and oscillators.
Thanks Louis-Xavier Buffoni for the ring modulator design.

COMMENTS  (6)

Fedor Tkachev
1 year ago
top notch block, feels alive
Paule
1 year ago
It's always good to get the environment as ens around. Thanks Brett.
CAL SCOTT
2 years ago
Awesome, gonna try this in the next chaos gen
krosstalk
2 years ago
Hi Brett !
Guillaume Richard
2 years ago
very very cool block!:) thnx Brett
Quinn Hanratty
2 years ago
looks cool. thank you!
now