Description

Mutable Instruments Rings Resonator, $499!

The Mutable Instruments Rings is a 14HP Eurorack resonator module that brings physical modeling synthesis to modular systems. It transforms unpitched excitation signals, such as clicks or noise bursts, into rich, harmonic sounds reminiscent of plucked strings, struck membranes, and other resonant structures. Rings offers three distinct resonator models and supports polyphony, allowing for complex and evolving sonic textures.

Type: Resonator Module
Width: 14HP
Depth: 25mm
Power Consumption: +12V: 120mA; -12V: 5mA
Inputs: Audio Input, 1V/Oct CV Input, Strum Trigger Input
Outputs: Main Audio Output, Even/Odd Audio Output
Country of Manufacture: France

Functionality: Rings excels in simulating the resonant qualities of various physical structures through its three resonator models:

  1. Modal Resonator: Emulates the resonant characteristics of vibrating structures like strings, plates, and membranes. The Structure parameter adjusts the inharmonicity, influencing the perceived material of the sound.
  2. Sympathetic Strings: Models a network of virtual strings that resonate in sympathy with the input signal. The Structure control modifies the intervals between these strings, enabling the creation of complex harmonic textures.
  3. Inharmonic Strings: Based on extended Karplus-Strong synthesis, this model produces sounds with inharmonic spectra, suitable for metallic and percussive timbres.

Each model provides parameters for Brightness, Damping, and Position, allowing detailed sculpting of the resonant response. Rings can process external audio signals or utilize its internal excitation mechanism, triggered via the Struminput, making it versatile for both melodic and percussive applications.

Notable Features:

  • Polyphonic Capabilities: Supports 1, 2, or 4-voice polyphony, enabling overlapping notes and complex chord structures.
  • Versatile Excitation Methods: Accepts external audio for resonance or uses an internal exciter triggered by the Strum input.
  • Comprehensive CV Control: All parameters, including Structure, Brightness, Damping, and Position, are voltage-controllable, facilitating dynamic modulation and integration into complex patches.