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SkipLog

SkipLog is a 3-channel Rhythmic Probability Processor designed for inventive rhythmic exploration in modular setups. Introduce unpredictable rhythmic possibilitis to your creative flow.

Features:

  • 3-Channel Gate and Trigger random probability processor
  • Manual Probability control knob
  • CV Probability control (+5/-5)
  • 3-Channel Sequence Recording and Looping
  • Adjustable loop Length from 1 to 16 or 32 steps (selected on the back) per channel
  • Mute channels individually
  • Invert channels individually
  • Choke sets channel priorities
  • Selectable Gate or Trigger output (+5V)
  • Gate to Trigger converter
  • Adjustable trigger size 2ms or 20ms (selected on the back)
  • Easy Firmware updates

 

Specs:

  • Width: 8HP
  • Depth: 33mm
  • Power consumption: 0.100mA +12 / 0.020mA -12
  • Eurorack Format
  • Doepfer power connection

Check SkipLog manual here.

Price: 170 €

Available here on reverb or contact us via email.

 

Prices shown exclude VAT.
VAT will not be charge on orders outside of EU.

SkipLog is a 3-channel Rhythmic Probability Processor designed for inventive rhythmic exploration in Eurorack modular setups. Introduce unpredictable rhythmic possibilitis to your creative flow.

SkipLog’s basic operation is simple, when a trigger or gate is received at one of its three channels’ inputs, the same channel’s Probability knob allows you to control the likelihood of these triggers or gates reaching the output.
SkipLog continuously captures the binary outcomes, storing them for potential sequences. Activate the Loop function to break from pattern creation and loop the recorded sequences. Individual Loop Lenght knobs for each channel allow adjustment of the loop size from 1 to 16 or 32 steps (as selected on the back), providing evolving rhythmic patterns.

To fine-tune your arrangement, SkipLog introduces functions like Mute for real-time channel silencing, Inv for signal inversion, and Choke for establishing channel priorities. Lastly, the G/T (Gate/Trigger) Mode enables users to specify whether the channel output functions as a gate or a trigger.

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