Full Description

The user manual for the RxMx, containing technical data and instructions for use, can be accessed here.

Features

• Excels at smooth dynamic blending and percussive animation of related or unrelated signals
• Level and Strike parameters, similar to the Optomix Low Pass Gate, impart magically slow response time upon the amplitude of the signal being processed
• Expansion header allows for unpatched connection to DPO for waveform scanning
• Expansion header also allows for unpatched connection to 6 bands of the FXDf Fixed Filter module, allowing for voltage controlled, percussive spectral animation
• Patch programmable to have one six-channel, or one four-channel and one two-channel, or three two-channel outputs
• Aux A and Aux C inputs for chaining Sum Outs and creating larger, more complex mixes
• Pairs well with the FXDf module

Specifications

• Width: 20HP
• Max Depth: 24mm
• Power:
  • 35mA at +12V
  • 30mA at -12V

Controls & I/Os

• Out A: 10Vpp (depending upon Level setting and source material), DC coupled output for CH. 1, CH. 2 and Aux A. Normalled to Out B.
• Out B: 10Vpp (depending upon Level setting and source material), DC coupled output for CH. 3, CH. 4 additionally Out A and Out C are Normalled to this output.
• Out C: 10Vpp (depending upon Level setting and source material), DC coupled output for CH. 5, CH. 6 and Aux C. Normalled to Out B.
• Aux A: Direct coupled signal input to the Out A sum circuit. Capable of accepting audio or control signals. Also allows for the chaining of multiple RxMx, Optimix and modDemix units to create larger mixes. Typical input range of 10Vpp.
• Aux C: Direct coupled signal input to the Out C sum circuit. Capable of accepting audio or control signals. Also allows for the chaining of multiple RxMx, Optimix and modDemix units to create larger mixes. Typical input range of 10Vpp.
• INputs for CH. 1, CH. 2, CH. 3, CH. 4, CH. 5 and CH. 6: Direct coupled signal input capable of accepting audio or control signals. Normalized to Expansion header for use with DPO or FXDf. Typical input range of 10Vpp.
• Input Attenuators for CH. 1, CH. 2, CH. 3, CH. 4, CH. 5 and CH. 6: Sets input level for associated channel input. This attenuator is before the LPG circuit.
• Channel Drive Indicators 1, 2, 3, 4, 5, 6: LEDs to indicate which of the 6 LPG circuits are currently selected and being driven by the LEVEL and STRIKE parameters.
• CHANNEL Panel Control: Uni-polar control for selecting which of the 6 Low Pass Gate circuits is driven by the Level and Strike parameters. Possible selections are 0 (no channel), 1, 2, 3, 4, 5 and 6.
• CHannel SELect CV Attenuator 1: Bi-Polar attenuator for CHANNEL Select CV IN 1.
• CHannel SELect CV IN 1: Control signal input for CHANNEL Selection. Associated with CHANNEL Select CV Attenuator 1. Range 0V to 5V.
• CHannel SELect CV IN 2: Control signal input for CHANNEL Selection. No attenuation, unity gain input. Range 0V to 5V.
• RADIATE Panel Control: Uni-polar control that turns on channels adjacent to the one set by CHANNEL parameter.
• RADIATE CV Attenuator: Uni-Polar attenuator for RADIATE CV IN.
• RADIATE CV IN: Control signal input for Radiate. RADIATE CV Attenuator. Range 0V to 10V.
• LEVEL Panel Control: Uni-polar control for driving lowpass-gate circuit selected by CHANNEL parameter, which determines amplitude and frequency content of signal simultaneously.
• LEVEL CV Attenuator: Bi-Polar attenuator for LEVEL CV IN.
• LEVEL CV IN: Control signal input for LEVEL. Associated with LEVEL CV Attenuator. Range 0V to 8V.
• STRIKE IN: Gate input for striking, pinging or plucking the Lowpass Gate. Expects 8V Gate signal.