Worng Electronics Quiver Eurorack Modulation Module

A "Quiver" of modulation basics to kick start a fresh system or make the most of your existing modular set-up.

Quiver is a 100% analogue, patch-programmable modulation module for Eurorack systems.

It features a 16-input, 18-output interface including four triangle core LFOs, an analog wave folder/saw phase shifter, a full wave rectifier, an analog noise source, a voltage comparator, a sample and hold, an analog Min/Max, and a three-input, six-output Modulation Cube.

 Quiver’s 16 input, 18 output interface contains:

• Four triangle core LFOs with macro control, individual CV control, and cross
  modulation
• Analogue wave folder/saw phase shifter
• Full wave rectifier
• Analogue noise source
• Voltage comparator
• Sample and Hold
• Analogue Min/Max
• A three input, six output Modulation Cube based on the acclaimed Vector Space
  circuitry

When left unpatched the different processors flow from one to the next with cleverly
designed normalling, giving 18 modulation sources to use throughout your system. Unlike
many modulation modules, each section has voltage inputs which can be patched
individually, exponentially increasing the power of your modular system by processing any
other voltage sources you have available. Each output has an LED to clearly indicate the
voltage, meaning you’re never in the dark about what your modulation is doing.

Quiver is the perfect quiver of essential modulation basics to get your modular system
started, or to add a high quality, fully patchable, modulation workstation to your existing
system.

When designing Quiver we asked the question “What collection of CV processors can
greatly expand the capacity of every modular system?” and then carefully chose normalled
connections and added four analogue LFOs to drive them. The result is like a mini modular
system in itself, creating complex evolving modulation that never repeats, but is able to be
quickly reconfigured with a patch cable or two.

"The result is like a mini modular system in itself, creating complex evolving modulation that never repeats, but is able to be quickly reconfigured with a patch cable or two."