Electronic Audio Experiments releases Scattering multi-tap stereo reverb
August 1, 2026 · 1 sources
Electronic Audio Experiments lists Scattering as "Version 1 (August 2026) Original release," with firmware V1.0 dated the same month1. The maker describes it as "a stereo reverb built around networks of tapped delay lines"1.
The pedal uses analog/digital hybrid processing at 24 bit with a variable sample rate, paired with analog filtering and emphasis, plus a high headroom analog dry path and mixer1. The maker states the I/O and analog/digital processing are true stereo, "a first within our catalog"1. Four modes are each described as permutations of the MN3011 bucket brigade device1. Digital control runs on a 32-bit processor system, with full MIDI implementation for all parameters, 16 preset slots (3 on the front panel, the rest via MIDI), a CTRL jack for MIDI, expression and CV input, an assignable multi-mode LFO with periodic and random waveforms, and firmware updates via MIDI Sysex1.
Controls include Space, Mix, Preamp, Filter, Dwell, and LFO Rate/Amount, with Mode and Wave buttons and two footswitches1. The Aux footswitch can jump between two knob settings in Morph mode or scroll the first three presets in Preset mode1. Bypass is electronic, with buffered or Trails modes1.
"Scattering is a stereo reverb built around networks of tapped delay lines."
| Specification | Detail |
|---|---|
| Size | 121mm × 94mm × 38mm (Hammond 1590BB2) |
| Signal I/O | TRS stereo input and output |
| Input impedance @ 1kHz | 1MΩ |
| Output impedance @ 1kHz | 1kΩ |
| Power | 9VDC, 2.1mm center negative barrel, protected to 24V |
| Current draw | 120mA typical, 200mA surge at startup |
The maker lists a sale price of $320.00 against an original price of $399.00, and the page shows the pedal as "Temporarily Unavailable"1. The standard finish is textured black with multicolor print1. Scattering sits alongside the site's other reverb pedals1.
Sources (1)
- Scattering - Multi-Tap Stereo Reverb — Electronic Audio Experiments, electronicaudioexperiments.com