|Warranty length||2 Years|
Bluetooth: Optional aptX Bluetooth upgrade
Input Impedance: 15k Both RCA and XLR
Output Impedance: 110 ohms
Freq Response: 20Hz – 100kHz (3dB)
THD + N: < 0.003%, 20Hz – 100kHz.
Signal to Noise: -115 dBV
Max in/out level: 10Vrms, Gain: 16dB
Analogue Inputs: 2 x XLR (L/R) 4 x RCA (L/R)
Other In/outputs: RS232, IR, Trigger, RF
Analogue Record Output: 1 x RCA (L/R)
Pre Output: 2 x RCA (L/R), 1 x XLR (L/R)
Power Consumption Standby: 0.2W
Power Consumption Operate: 23W
Dimensions (WDH): 430 x 385 x 105mm
Weight: 10.5 kg
Output power: 2 x 150W / 8 ohm
THD + N: < 0.1%
Bridged output: 1 x 550W / 8 ohm
Inputs: 2x RCA / 2x XLR switchable,
RS232: Trigger (12V)
Dimensions: (WDH) 430 x 385 x 105mm
This package combines two incredible audiophile grade Primare products, the A34.2 Power Amplifier and PRE32 Pre-Amplifier.
The Primare PRE32 is a dual mono fully balanced audiophile quality pre-amplifier; a superb control centre for a high performance music system.
The perfect preamplifier for use with Primare's A series of balanced power amplifiers, this is an ultra low noise pre-amp with seven inputs, both balanced and un-balanced. Separate power supplies for left and right channels ensures interaction between the two is virtually zero, giving deep, wide sound stages.
The Primare PRE30 featrues a surround bypass mode so it can integrate with a surround processor.
This model used to come with the option of the MM30 media module for an additional £1250, but this has been discontinued. We recommend using these amps with the Primare NP30 streamer.
The Primare A34.2 Power Amplifier is a 2 x 150 watt stereo power amplifier utilising proprietary UFPD technology.
It is designed to provide high power output with very low distortion for Primare’s PRE32 audiophile preamplifier and all other preamps, as well as multi-channel audio processors.
UFPD’s instantaneous rise time results in a naturally fast, clean and agile sound over a much wider frequency range and with exceptional headroom. Ecologically the A34.2 is far superior to conventional Class A/B designs being extremely efficient without generating excessive heat.