Extraudio

An integrated amplifier capable of delivering 500 watts at a resistance of 4 ohms and 300 watts at a resistance of 8 ohms. In standby mode, the device consumes 0.5 watts of power.

The Extraudio DAC1 MKII Dual R-2R Ladder is an ultra-precise 32-bit DAC with its own FPGA "Extraudio Proprietary System".

The X800 integrated amplifier is arguably the most complex project ever completed by Extraudio and the most versatile product we have ever produced. Imagine the qualities of an XP5 linear preamp and an XPA 800 power amplifier combined in one box. Now add a PT2 MM/MC phono preamp, and it's all packaged in a rugged Origin series case, and start feeling the result... it's one of the most exciting integrated amplifiers you've ever heard.

The XP5 linear preamp has powerful sound, excellent low-frequency control in the mid-range, and high detail. All this is within a very wide bandwidth, with incredible spaciousness and complete transparency. All frequencies are perfectly outlined and separated from each other, creating a sound stage identical to the original recording. The result is a natural sound with perfect dynamics, pitch, tempo of musical notes and exceptional musicality.

Structurally, the Extraudio XP-A1500 MKII consists of two completely separate mono power amplifiers with balanced inputs, input buffers on bipolar transistors, and two powerful, energy-efficient EPAM amplification modules.

The Extraudio XP-A2000 can operate in two modes: very high controlled power thanks to the new 1,500 Watt EPAM modules (MONO or BI-WIRE) with a maximum current of 90 amperes. Power 800W x1. 40 ampere for the midrange/The treble speakers of the loudspeaker and 800 watts x1. 40 amps for the bass drivers.

The ultra-precise 32-bit FPGA DAC “Extraudio Proprietary System" reproduces analog sound full of nuances, without digital sharpness, without any errors, thanks to the quantization depth from 28 to 32 bits. The resistive ladder is adjusted through a second FPGA, which is responsible only for converting and correcting the linearity of the four DAC modules, then we have another ARM FPGA with the latest technology for sampling frequency selection, input selection and digital signal generation, freeing the main FPGA from all this work.