Allen & Heath dLive CDM64-RUFX

The Allen & Heath dLive CDM64-RUFX is a high-performance audio mixing system designed for professional live sound environments. This rugged and versatile mixer features a 64-input, 32-output architecture, ensuring ample connectivity for large-scale events. Its dLive MixRack is powered by the XCVI core, delivering 96kHz processing and ultra-low latency for pristine audio quality. The CDM64-RUFX includes DEEP processing, which allows for integrated processing tools without additional latency or external gear. With its robust metal chassis, intuitive control surface, and extensive network capabilities including Dante, Waves, and ACE, the dLive CDM64-RUFX is engineered to handle the most demanding audio scenarios with reliability and precision.

Features

• DEEP processing – powerful embedded plugins including GEQ and compressor modelling
• Unique Active PAD circuit for consistent performance with any source
• Connection hub
• Flush front panel with ultra-quiet fan

Specifications

• Mic/Line XLR Inputs: Balanced XLR, +48V phantom power
• Mic/Line Preamp: Fully recallable
• Input Sensitivity: -60 to +15dBu
• Analogue Gain: +5 to +60dB, 1dB steps
• Pad: -20dB Active PAD
• Maximum Input Level: +30dBu (PAD in)
• Input Impedance: >4kO (Pad out), >10kO (Pad in)
• Mic EIN: -127dB with 150 source
• Phantom Power Indication: Per socket, internal or external phantom power sensing, triggered at 24V
• Analogue XLR Outputs: Balanced, Relay protected
• Output Impedance: <75O
• Nominal Output: +4dBu = 0dB meter reading
• Maximum Output Level: +22dBu
• Residual Output Noise: -92dBu (muted, 20-20kHz)
• Dynamic Range: 110 dB
• System Signal to Noise: -92 dB
• Frequency Response: 20Hz - 30kHz +0/-0.8dB
• THD+N (analogue in to out): 0.0015% @ +16dBu output, 1kHz 0dB gain
• Headroom: +18 dB
• Internal Operating Level: 0 dBu
• dBFS Alignment: +18dBu = 0dBFS (+22dBu at XLR output
• Meter Calibration: 0dB meter = -18dBFS (+4dBu at XLR out)
• Meter Peak Indication: -3dBFS (+19dBu at XLR out)
• Sampling Rate: 96kHz +/- 20 PPM