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Atlas Arran OCC XLR Interconnect

Atlas Arran OCC XLR Interconnect

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FREE 5 YEAR WARRANTY INCLUDED FREE 5 year warranty included on this item
Regular price €2.210,95
Regular price Sale price €2.210,95
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Arran OCC XLR is a high-resolution OCC copper interconnect cable building on ideas initially developed for our acclaimed Mavros & Asimi ranges.

A technically and sonically superior wide-bandwidth interconnect designed to maximise the performance of the very finest audio systems which offer the increasingly popular option of XLR connection. Arran OCC XLR incorporates our precision dd (dual-drain) system.

The Arran OCC XLR features the highest quality ‘6N’ (99.99997% purity) elongated crystal copper manufactured using the OCC (Ohno Continuous Casting) process.

The cable utilises a pair of conductors, each made up of six solid OCC strands surrounding a seventh central wire, tension wrapped in a multi-layer microporous Teflon dielectric. A sophisticated ‘dd’ (dual-drain) screen configuration with a copper shielding braid ensures minimal RF interference and noise susceptibility.

Termination is with our cold-weld aluminium alloy ‘dark Chrome’ XLR connectors, here with silver-plated OCC copper pins. In a cold-weld (solder-free) connection, the metal of the connector plug and the wire are squeezed together under a calibrated pressure to form a robust, consistent, air-tight metal to metal contact with no deformation of the cable dielectric. The result is a smooth, uninterrupted signal path which behaves as one continuous entity.

Standard or Luxe finish options are available.



The Atlas XLR combines a lightweight aluminium alloy body with precision-fit OFC/OCC connectors and solder-free construction.

OCC Copper

OCC (Ohno Continuous Casting) process was developed by Professor Ohno, from the Chiba Institute of Technology, to manufacture a very high purity single grain copper or silver. There are only a handful of companies in the world manufacturing via this method.


PTFE (Teflon™) is usually applied at higher temperatures and in combination with OFC conductors. OCC materials don’t like high temperatures (soldering, applying the dielectric etc) so application of a low temperature PTFE or FEP work best with OCC conductors. This is especially critical at smaller conductor sizes.

4 core + screen

A pair of identically matched conductors (one for signal path, the other acts as the return conductor) enclosed within a non-conducting screen.

Construction Multi-core
Material OCC
Dielectric Microporous PTFE
Screen Braid + Mylar™, 100%
Capacitance 133.98 pF/m
Inductance 0.332 µH/m
Resistance 0.0197 Ohm/m
Outside Diameter 9.8 mm

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