Description

WORNG Electronics Quiver

Quiver from WORNG Electronics is a cornucopia of modulation sources and voltage processors, ensuring any system is armed to the teeth with complex and evolving modulation potential. This fully analog module is entirely patch programmable, providing normalizations between multiple submodules to efficiently provide complex tools, while enabling entirely new pathways with a few patch cables. Sixteen inputs beget eighteen outputs, offering a micro modular environment in a single panel that's sure to shake up any patch. Four triangle core LFOs drive into the circuits downstream, creating complex modulation curves with each iterative manipulation.

Included in Quiver is a wave folder, phase shifter, full wave rectifier, analog noise with sample and hold, comparator, min/max circuit, and a three input, six output Modulation Cube inspired by WORNG's own Vector Space. Control the LFOs with the macro control knob at the top of the panel, spinning together unique modulations as the voltage sources become processed by the other functions. Along the way, numerous points for voltage control and external signal inputs provide even more ways to craft creative control sources for your patch. LEDs at each output make it easy to keep track of how voltages change, showing the way towards the perfect modulation for every patching session. Whether you are putting together a small system and looking for a feature-packed modulator or simply adding to your arsenal of patch programmable fun, Quiver makes a point of offering the sharpest tools for any modular shed session.

Quiver Features

• Patch-programmable modulation source
• 16-inputs and 18-outputs
• 4x triangle-core LFOs with macro knob control
• LFOs can be individually controlled via CV and cross modulated
• Analog wave folder
• Full wave rectifier
• Noise source
• Sample and hold
• Analog min/max
• 3-input, 6-output Modulation Cube based on the Vector Space
• Normalled connections create complex modulation sources from simple LFOs
• Patch between sections for new or independent functionalities
• LED feedback on each output