TriggerFish Unison Oscillator
Polyphonic 1-16 voice saw/pulse unison oscillator with stereo spread, sub oscillator, and built-in Slop
TriggerFish Wavefold Oscillator
Alive sine/triangle oscillator with Hinge, Lockhart, and Serge wavefolders
TriggerFish 4072 Voice Core
Circuit-modelled ARP 4072 low-pass filter, dual envelopes, and 4019-style VCA
FilterEnvelope generatorVoltage-controlled amplifierPolyphonic
Count Modula Mini Mix
A no-frills 4 input polyphonic unity mixer with output level control and overload indicator
Bmbo BTF Quantizer
Polyphonic quantizer that loads Bmbo Tuning Format (BTF) files and quantizes 1V/oct CV to the loaded tuning.
TriggerFish 303 Oscillator
Circuit-modelled TB-303 oscillator with slide and voltage-controlled waveform morphing
TriggerFish 303 Voice Core
Circuit-modelled TB-303 diode ladder, articulation envelopes, accent path, and OTA VCA
FilterEnvelope generatorVoltage-controlled amplifierPolyphonic
SignalFunctionSet SLIDE XP
Expander for Slide: the eight strings on eight jacks, gate and velocity each.
SignalFunctionSet OP MORPH
Expander for Operator: the DX7 routing as a matrix you navigate as a wrapping field.
SignalFunctionSet Slide
Electric lap steel: eight strings stopped by a steel bar, with slant and rate glide.
SignalFunctionSet Key
Quantizer that takes its key from the patch, so one key change reaches every module.
SignalFunctionSet Loom
Eight-string resonator sharing one bridge, so a struck string rings its neighbours.
SignalFunctionSet Chime
Eight-note drone machine: each note blooms as its resonator tube passes centre.
Physical modelingOscillatorLow-frequency oscillatorPolyphonic
Infinite-Noise Value-to-Bits
4HP converts a CV input (clamped to range) into 8 mono gates plus one poly (up to 16 channels).
Infinite-Noise Bits-to-Value
8HP converts 8 bits (individual gates and/or poly) into a CV value based on weights and range.
Infinite-Noise Random-4
2HP generates 4 random values with min/max and distribution at each trigger or internal LFO. Rate Chaos.
Infinite-Noise Patch
4HP mutable patch with 8 in/out pairs. Typically used as a pair to patch between them.
Infinite-Noise Delta-4
2HP four sections measuring difference between current input and a captured reference. Signed, inverted, or absolute.
Infinite-Noise Increment/Decrement Offset
2HP increment or decrement an offset on the input via button/trigger. Knob/CV step, reset.
Infinite-Noise Ring Modulator 3
2HP 3-section ring modulator (A×B). Unpatched sections chain; B defaults to /10.
Infinite-Noise Wave Shaper 2
2HP 3 wave-shaping algorithms on 2 separate signals: 5Sine, Knee, Clamp/Fold.
Infinite-Noise Fold
2HP fold or wrap with gain and bias. Bipolar/unipolar range, offset or asymmetric gain.
Infinite-Noise Sign4 Mk II
2HP 4 sections that output absolute value, cut-negative, or cut-positive.
Infinite-Noise Sign
4HP outputs 9 signed versions of the input: Cut-, Cut+, Abs, ×-1, !R, +5, -5, Gate, !Gate.
Infinite-Noise Combine
2HP combine (switch) 2 inputs: Upper/Lower, A greater than B, or Rise/Fall. Knob/CV param, gate out.
Infinite-Noise ON/OFF Switch
2HP switch between the ON- or OFF-signal via button, gate, or trigger. Knob/CV per state.
Infinite-Noise Bernoulli Switch
2HP Bernoulli switch with A/B-> (2 in, 1 out) and ->A/B (1 in, 2 out). Probability, clock in or internal LFO, Rate Chaos.
Infinite-Noise Cross-fade 4x1
8HP cross-fade 4 separate signals by per-section and master knob/CV. A/B toggle, trigger mode, flipped outputs.
Infinite-Noise Cross-fade 1x2
2HP cross-fade a stereo signal, or two separate mono signals, by knob/CV. A/B toggle, trigger mode.
Infinite-Noise Cross-fade switch 4to1
2HP cross-fade/switch up to 4 inputs into 1 output. Knob/CV, trigger order, 2/3/4 ports.
Infinite-Noise Cross-fade switch 1to4
2HP cross-fade/switch 1 input into up to 4 outputs. Knob/CV, trigger order, 2/3/4 ports.
Infinite-Noise Poly-Scale
4HP scale (attenuvert/amplify) individual or group of channels of a polyphonic signal. All scale, 8 knobs, 1x/2x/5x/10x.
Infinite-Noise Poly-Offset
4HP offset individual or group of channels of a polyphonic signal. All offset, incremental offset, and 8 knobs.
Infinite-Noise Poly-Value Compare
2HP value compare (MIN, MAX, NtZ, FfZ, AVG, R/S) across all channels of one polyphonic signal. Can also monitor since last reset, all channels or per channel.
Infinite-Noise Poly-Logical Compare
2HP logical compare (AND, OR, XOR, NAND, NOR, XNOR) across all channels of one polyphonic signal.
Infinite-Noise Poly-Tweak Mk II
2HP invert/disable (mute/remove) poly channels based on CV-inputs. Can also mix individual channels of two polyphonic signals.
Infinite-Noise Poly-Tweak Mk I
2HP invert/disable (mute/remove) poly channels via buttons. Can also construct a polyphonic signal with up to 16 gates.
Infinite-Noise Poly-Shuffle
2HP add, repeat, or remove channels of a polyphonic signal. Also next, prev, or shuffle channel order.
Infinite-Noise Poly-Quad
2HP 4-channel merge/split: encode up to 4 mono signals into poly, and decode poly back to 4 mono. Auto packing or fixed count.
Infinite-Noise Poly-Stereo
4HP encode/decode: two mono left/right pairs to/from 2-channel polyphonic stereo. If only left is connected, right copies it.
Infinite-Noise Poly-Split
4HP split: a polyphonic signal into up to 16 monophonic signals (or multiple polyphonic signals). Mono/Poly mode.
VCV Library Instructions
- Download and install VCV Rack.
- Register for a VCV account and log in using Rack’s “Library” menu.
- Add or purchase a module on the VCV Library.
- Open the “Library” menu in Rack, click “Update all” (if updates are needed), and restart Rack once downloaded.
- Right-click an empty rack space to launch Rack’s module browser to add a module to your patch.
All plugins on the VCV Library are available for Windows, Mac, and Linux.
The “major” version (i.e. MAJOR.MINOR.REVISION) must match between Rack and its plugins.
For example, Rack 2.* can only load 2.* plugins.
Missing or incorrect information in this database, such as a missing tag? Inform the plugin author(s) using the contact information on their plugin/module page.
Developers: see Adding your plugin to the VCV Library.
Notes
Purchasing plugins with the “VCV” brand supports the VCV Rack project. See VCV’s Mission Statement to learn how VCV Rack development is funded.
Prices are in US Dollars.
By purchasing a plugin on the VCV Library, you agree to VCV’s End User License Agreement and Refund Policy.
Contact VCV Support for customer support and questions about the VCV Library.