Atlas Speaker Cables

Developed by Atlas in consultation with a number of leading audio manufacturers. A sophisticated cable engineered to offer a higher level of transparency than products typically supplied in ‘single-brand’ systems.

Elevate your mid-level or older audio system with the Atlas Equator 2.0 Speaker Cable. Featuring 2mm² Oxygen-Free Copper conductors and high-density PEF dielectric, this cable ensures crisp and dynamic sound without exaggerated treble. Its cotton yarn wrapping minimises microphony, and its pearl white finish adds a touch of elegance.

Elevate your mid-level or older audio system with the Atlas Equator 2.0 Speaker Cable. Featuring 2mm² Oxygen-Free Copper conductors and high-density PEF dielectric, this cable ensures crisp and dynamic sound without exaggerated treble. Its cotton yarn wrapping minimises microphony, and its pearl white finish adds a touch of elegance.

This cable is terminated with 2 x Atlas Z-Plugs on the amp end, and 4 x Atlas Spade Plugs on the speaker end.

The bi-wire variation of Atlas' Hyper cable family. Bi-wire cables can offer performance benefits when the two halves of the loudspeaker's crossover are electrically ‘separated’ to allow bi-wiring) (and bi-amping, if so desired). Available in 2–4 and 4–4 connector configurations.

This cable is terminated with 2 x Atlas Z-Plugs on the amp end, and 4 x Atlas Z-Plugs on the speaker end.

The bi-wire variation of Atlas' Hyper cable family. Bi-wire cables can offer performance benefits when the two halves of the loudspeaker's crossover are electrically ‘separated’ to allow bi-wiring) (and bi-amping, if so desired). Available in 2–4 and 4–4 connector configurations.

This cable is terminated with 4 x Atlas Z-Plugs on the amp end, and 4 x Atlas Z-Plugs on the speaker end.

The bi-wire variation of Atlas' Hyper cable family. Bi-wire cables can offer performance benefits when the two halves of the loudspeaker's crossover are electrically ‘separated’ to allow bi-wiring) (and bi-amping, if so desired). Available in 2–4 and 4–4 connector configurations.

This cable is terminated with 2 x Atlas Z-Plugs on the amp end, and 4 x Atlas Z-Plugs on the speaker end.

The bi-wire variation of Atlas' Hyper cable family. Bi-wire cables can offer performance benefits when the two halves of the loudspeaker's crossover are electrically ‘separated’ to allow bi-wiring) (and bi-amping, if so desired). Available in 2–4 and 4–4 connector configurations.

The Atlas Ailsa R1 is a factory-terminated OCC copper speaker cable featuring microporous PTFE dielectric, SSG conductor geometry, and cold-weld Achromatic termination in Z-plug or spade configurations for high-end loudspeaker connection.

Atlas have been working tirelessly to create a new range of cables that can offer the exceptional performance levels of the Asimi range, however, utilising their expertise in OCC Copper to deliver a more natural, open sound profile. Enter the Arran cable. With 6 solid OCC Copper conductors, a helical cotton spiral/PTFE dielectric, and double screened dual drain system, the Atlas Arran cables offer the best of Atlas' cable technology at an excellent value for money.

The Atlas Mavros Transpose Speaker Grun combines OCC copper conductors, PTFE dielectric, and a Transpose Modular Termination System for unmatched audio performance. Its Grun Coherent Earthing System reduces noise, enhancing detail and dynamic range. Factory-terminated by Atlas' expert technicians with precision cold-weld connectors, this cable is perfect for single-wire, bi-wire, or bi-amping setups, delivering pristine sound for high-end audio systems.

The Atlas Mavros Transpose Speaker Grun combines OCC copper conductors, PTFE dielectric, and a Transpose Modular Termination System for unmatched audio performance. Its Grun Coherent Earthing System reduces noise, enhancing detail and dynamic range. Factory-terminated by Atlas' expert technicians with precision cold-weld connectors, this cable is perfect for single-wire, bi-wire, or bi-amping setups, delivering pristine sound for high-end audio systems.