Since the launch of the original M-DAC in 2011, Audiolab's range of standalone DACs has earned widespread acclaim and a host of awards from respected audio journals around the world. Last year's arrival of the range-topping M-DAC+ and an all-in-one DAC/amp called the M-ONE extended the family by building upon the same award-winning technology.
Now another contender has entered the ring, the fourth model in the M-DAC range: The M-DAC MINI. As the name suggests, the M-DAC MINI is the smallest hi-res DAC/headphone amp in the range.
Flexible Friend
The M-DAC mini's design deliberately blurs the lines between home hi-fi DACs and pocket-size portable units. It is ideally sized to sit discretely on a desk or table, with accessible, easy-to-use controls and a traditional analogue volume knob.
There is also sufficient internal space to enable the inclusion of discreet audiophile-grade components in key circuits, eschewing the space-saving compromise often inherent in portable DAC designs. Yet its diminutive form factor makes the M-DAC mini easy to carry and place wherever it is needed, untethered to the mains supply thanks to its rechargeable battery.
The Finest DAC Circuitry
Like the M-DAC+, the M-DAC mini is equipped to process PCM audio data up to 32-bit/384kHz via USB, ensuring it is primed to take full advantage of hi-res digital sound both now and in the future. The USB input also supports DSD64, DSD128 and DSD256 – a significant inclusion, as DSD has an important role to play in the developing hi-res audio scene.
Sonic performance is paramount throughout the M-DAC mini's circuit design. For example, while most portable DACs control volume in the digital domain, which results in lost 'bits' and therefore reduced signal quality, the M-DAC mini uses a high-quality analogue potentiometer like those more commonly found in full-size hi- fi separates.
Small Yet Mighty
At this amplifier's heart is a powerful dual-mono amplifier delivering 75W per channel into eight ohms. CFB or 'Complementary Feedback' topology offers superior linearity and ensures excellent thermal stability.
ACD or 'Active Current Drive' means current limiting is under microprocessor control, programmed to allow the amplifier to supply high currents into complex loads, on par with amplifiers that are bigger and more powerful on paper.