The Hyper Phase is a multi-function phaser pedal that offers seven different types of phasing effects and CIT™ cabinet modeling. The following sections outline how the knobs and pedal functions work.

Speed Knob: controls the speed of the phase shift sweep. Turn this knob clockwise to increase the speed, and counter-clockwise to decrease the speed.

Depth Knob: controls the depth of the phase shift effect. Turn this knob clockwise to increase the depth, and counter-clockwise to decrease the depth.

Regen Knob: controls the amount of regeneration (feedback) in the phaser effect. Turn this knob clockwise to increase the regeneration, and counter-clockwise to decrease the regeneration. When 4-RISE/FALL is selected, this knob creates a rising sweep when set between the minimum and 12 o’clock positions, and a falling sweep when set between the 12 o’clock and maximum positions.

Type Knob: selects 1 of the 7 different phaser effect types.

• 1-STAGE A - A 4 stage phase shifter.
• 2-STAGE B - An 8 stage phase shifter.
• 3-STAGE C - A 12 stage phase shifter.
• 4-RISE / FALL - Creates a constant rising phaser sound when the REGEN knob is set between the minimum and 12 o’clock positions, or a constant falling phaser sound when the REGEN knob is set between the 12 o’clock and maximum positions.
• 5-TRIG UP* - The phaser effect starts at the bottom of its sweep when the trigger threshold is reached. Use the REGEN knob to adjust the trigger threshold sensitivity and SPEED knob to adjust sweep rate. Regeneration is fixed when Triggered Up is selected.
• 6-TRIG DOWN* - The phaser effect starts at the top of its sweep when the trigger threshold is reached. Use the REGEN knob to adjust the trigger threshold sensitivity and SPEED knob to adjust sweep rate. Regeneration is fixed when Triggered Down is selected.
• 7-STEP - Creates a random square wave phase effect similar to a sample and hold filter on a synthesizer.

* Using a distortion pedal before the Hyper Phase may cause inconsistent triggering due to the non-dynamic nature of distorted signals.