Ansuz Mainz D2 Power Cable

Breathtaking musical precision

The Ansuz Mainz D2 power cable is equipped with Ansuz’s double inverted helix coils and features a more sophisticated version of the anti arial resonance coils. This ideal combination of audio technologies teases out the full sound potential of your audio system. The resulting sound is even more refined, more spacious and truly amazing.

Technologies and Components

Cutting edge technologies.
Ansuz develops and manufactures cables based on advanced, cutting edge technologies. Ansuz cables deliver a pure signal flow that unleashes the authentic sound originally intended by the master recording. To achieve this, it is imperative to lower resistance, curb induction and reduce noise floor to a minimum. The more advanced the cable series, the more refined and sophisticated the implemented technologies, and the more transparent, holistic and authentic the resulting soundstage.

Anodized aluminium housing

Exclusive protection.
The housing is made of anodized aluminum with in-house made laser engravings.

Connectors

Golden connection.
The connectors are made of gold-plated pure copper.

Conductors

Carefully settled signal handling.
The conductors are made of shielded silver-plated copper.

Ground wire

Carefully unwound signal handling.
The ground wire is made of shielded silver-plated copper.

Double inverted helix coil

Lowest induction.
Ansuz DIHC technology reflects a key advancement in audio technology and is employed in most of Ansuz cable types. Based on this technology, we wind and configure our audio cables. The idea behind this technology is to ensure the lowest possible induction. When the coil and the counter coil are closely wound in a double helix pattern, induction can be significantly reduced.

Anti aerial resonance coil technology

Prevents airborne noise.
All cables and cable shields act as antennas for unwanted airborne sound waves (RF noise), which impairs the clarity of the authentic audio signal. The Anti Aerial Resonance coil protects the signal from absorbing the airborne RF Noise. This noise is absorbed in the coil and eliminated in the countercoil. The AARC splits the length of the cable into undefined lengths. As a result, the cable is less likely to absorb RF noise, which no longer can bleed into the audio system as annoying ‘white noise’.