MOON 280D DSD MiND2 DAC - Black Finish

MOON 280D DSD MiND2 DAC - Black Finish

This is our Ex-Display MOON 280D DSD MiND2 DAC - Black Finish. This unit is in lovely condition has only had low use within our showroom

Comes with all original packaging and accessories.

Imagine a world of music right at your fingertips. The Moon 280D DSD MiND2 makes this a reality. Simply launch your favorite music services app on your smart device and pair it to the Moon 280D using Bluetooth technology. Then sit back and enjoy the music. The extraordinary digital engine within the Moon 280D decodes native DSD up to DSD256, as well as PCM up to 32-bit/384kHz, including DXD.

The fully balanced analogue stage features an exceptional DC servo circuit and proprietary 3rd order filter for lifelike transparency. The result is a level of fidelity that creates an emotional connection to your music. The MiND (MOON intelligent Network Device) module is comes as standard and provides convenience and a full graphic interface, allowing you to effortlessly access your digital music library with power and flexibility.

Which ever way you use the Moon 280D, MOON  are convinced that it will become the centre of your musical pleasure. Of course, key features you’d expect in a MOON Nēo Series product are present such as SimLink™, RS-232 and IR ports for custom-install environments.

Key Designs Features:

Design features

AirPlay 2 compatible

Roon Ready device

DSD and MQA decoding.

Fully asynchronous DAC.

Supports native DSD64, DSD128 and DSD256 (USB only).

Supports PCM up to 384kHz (32-bit on USB only).

7 digital inputs (AES/EBU x 1, S/PDIF x 2, TosLink x 2, USB x 1 and Qualcomm® aptXTM audio for Bluetooth® x 1) for use with virtually any digital source.

Front panel LED indicators for active input and input signal PCM sampling & DSD rates.

With 8th digital input through Moon’s MiND 2 streaming module (via WiFi or Ethernet).

Analogue stage: fully balanced differential circuit for increased dynamic range and headroom, higher resolution, as well as improved signal-to-noise ratio.