FLURRY

Intellijel Flurry combines a clock/random pulse, sample&track/hold, a slew limiter and noise sources into an inspiring, versatile module.

275,00  TTC

Availability: Out of stock
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Intellijel Flurry combines a clock/random pulse, sample&track/hold, a slew limiter and noise sources into an inspiring, versatile module.

It sizzles, it hisses and it roars! Flurry collects a number of modular synthesis functions and combines them into an exciting experimental “Gestöber”.
The possible uses range from synthesis source, modulator, clock or signal modifier and give your patches new life and dimensionality.
Of particular interest are the 16 noise synthesis algorithms, each with an individual pair of parameters, the primary of which is CV-controllable.
Flurry takes advantage of “useful noise”, which for example provides for the characteristic sound of individual instruments in drum-synthesis (i.e. snare, hihat), or can “enhance” sounds as an additional layer.
Furthermore, (stepped) noise is also a rather colorful modulator of timbres, which can e.g. control the cutoff frequency of a filter, or the pitch or pulse width of an oscillator to achieve rough, humming and gloomy textures.
In conjunction with the sample & hold output, it is also possible to create stepped, clocked sound changes or random notes in clocked intervals, among many other things.
If you want to create sound changes with more grace, you can use the Slew-Circuit, which not only has a time control but also allows CV assignment (rising or falling voltages or both). With a switch you can change from slew to envelope follower functionality, so that Flurry generates envelopes from input signals, which is suitable for the synchronization of  drum signals, among other things.
A richly equipped toolbox for noise lovers!

Features:

  • Clock and random pulse source with adjustable and controllable rate.
  • Precise white and pink noise
  • Analog sample-and-hold or track-and-hold circuits with low droop
  • Slew circuit with slew time and edge selection (rising or falling edge or both)
  • Envelope follower
  • 16 noise synthesis algorithms with two individual parameters
HE:3
TE:8
Depth:34
Power consumption +12V:116
Power consumption -12V:30

 

 

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