DUAL LOOPABLE RANDOM VOLTAGE GENERATOR | TEIA Synthesizers DriftLog

“TEIA Synthesizers DriftLog is a dual-channel random voltage generator that transforms chaos into playable modulation. Generate, loop, lock and sculpt evolving CV with controllable slope, shape, probability and clock-synced randomness!”

0:00 Intro
0:30 Waves A and B
0:45 Clock and range switch
1:43 Shift button
1:58 Probability
2:18 Swing
2:41 Level
3:01 Offset B
3:31 Slope
3:52 Slope switch
4:09 Shape knob and switch
5:39 Loop, start and length
6:16 Reset
6:49 Lock
7:23 Logic A and B
7:57 Save
8:16 First patch
9:45 Second patch
10:50 Third patch”

“The DriftLog from Teia Synthesizers is a dual-channel random voltage generator designed to generate, capture, and reshape random voltages in real time. he two channels—A and B—produce independent voltages, but share a set of shaping controls, namely Slope for morphing between stepped and smooth voltages and Shape for sculpting the curvature of the voltages. There’s also a 3-position switch that changes the range of the Shape control from Arc to Peak, Exponential rise to exponential fall, and Bezier ease in to ease out. Each channel can be switched into Loop mode, which allows it to record and replay a selectable portion of its random history using dedicated Start and Length controls.

The Clock is a global setting shared by both channels and is part of the charm of this module. TWhile it’s random, the two can have varying degrees of interplay provided by the aforementioned shared controls, but also the clock, which retains its temporal integrity even when the controls are locked. Choose from three different ranges: Slow, Med, and Fast, giving you a range from about 120s at its slowest to 10ms at its fastest. Use the Shift button to access an additional layer of control. The DriftLog from Teia is a superb random module that is a refreshing take on this invaluable module.

DriftLog Features

Dual independent random voltage module
Stepped and smooth random voltage generation with continuous Slope morphing
Shapeable transitions with Bezier, exponential, and arc/peak curve families
Per-channel loop capture
Live-adjustable Start and Length controls for real-time pattern reshaping
Probability control for conditional value generation, with Swing for clock humanization
Per-channel Lock: freeze Slope, Shape, and Prob settings independently
Per-channel Level and Offset control
CV inputs for Clock, Slope, Shape, and Probability
Automatic external clock sync, no manual switching required
Per-channel logic outputs, selectable as gate or trigger
Clock output following the active timing source
State save/recall across power cycles”