Description

WMD/SSF MMF with box and power strip.

The WMD/SSF MMF is a highly versatile multimode filter module designed for Eurorack systems. Created in collaboration between WMD and Steady State Fate, it provides low-pass, high-pass, and band-pass filtering with smooth analog characteristics and extensive modulation options, making it an excellent tool for both tonal shaping and experimental sound design.

Specifications

  • Type: Analog multimode filter module
  • Filter Modes:
    • Low-pass
    • High-pass
    • Band-pass
  • Width: 4 HP
  • Depth: Skiff-friendly, approximately 40mm
  • Controls:
    • Cutoff frequency
    • Resonance (self-oscillation capable)
    • CV attenuation for modulation depth
  • Inputs/Outputs:
    • Signal input
    • CV input for cutoff frequency modulation
    • Individual outputs for LP, HP, and BP modes
  • Power Requirements: +12V (50mA), -12V (50mA)
  • Country of Manufacture: USA

Design Features

  • Compact Design: A slim 4HP profile makes it ideal for small or space-constrained systems.
  • Precise Filtering: Provides smooth and musical filtering across all modes, with resonance capable of self-oscillation for additional sonic possibilities.
  • Flexible Modulation: The CV input allows dynamic modulation of the cutoff frequency, enabling expressive and evolving sounds.
  • Individual Outputs: Each filter mode has its own output, allowing for simultaneous use in complex patches.

Tone and Application
The MMF delivers clean, precise filtering with warm analog characteristics. Its self-oscillating resonance can act as a sine wave oscillator, making it versatile for both tonal shaping and as a sound source. It excels in basslines, leads, drones, and percussion processing, as well as experimental sound design.

Collectability and Market Value
The WMD/SSF MMF is valued for its compact size and functionality, making it a staple in many Eurorack setups. Its high-quality build and flexibility ensure consistent demand, particularly among users seeking powerful filters in smaller systems.