ATLAS Hyper Achromatic X RCA S/PDIF coaxial digital cable

Atlas Hyper Achromatic X RCA S/PDIF Digital Interconnect

Atlas Hyper Achromatic X RCA S/PDIF is a true 75 Ohm digital cable designed to perfectly complement the acclaimed Hyper Achromatic and Hyper Ultra L RCA interconnects.

Engineered to provide a superior connection between a hi-res streamer or CD transport and DAC, the Hyper Achromatic X RCA S/PDIF is designed to maintain a true 75 Ohm impedance, ensuring error-free transmission of digital data signals.

Many cables fail to meet the 75 Ohm standard due to flaws in the way the cable itself is manufactured and assembled. Atlas addresses this through careful cable construction and its cold-weld solder-free connector system.

Key Features

• 75 Ohm digital construction for S/PDIF signal transmission.
• Silver-plated OFC conductor.
• PEF dielectric.
• Dual Drain screening system, originally developed for Atlas Mavros interconnects.
• 360° screening against noise and signal loss caused by RFI.
• Cold-weld solder-free connectors help avoid continuity breaks and compression of the cable's shielding screen.
• Achromatic X RCA connectors.
• Designed for hi-res streamers, CD transports and DACs.

True 75 Ohm Impedance

The Hyper Achromatic X RCA S/PDIF is engineered to maintain a true 75 Ohm impedance, ensuring error-free transmission of digital data signals.

Atlas' cold-weld solder-free connectors avoid continuity breaks and compression of the cable's shielding screen, which can cause impedance problems and compromise jitter performance.

Dual Drain Screening

The cable benefits from the Dual Drain system originally developed for Atlas' Mavros interconnects.

Twin symmetrical drain wires connect the screen to the cable return/plug interface, allowing the cable to be terminated without distorting, twisting or mechanically stressing the precision-laid screen.

This helps maintain a consistent low impedance load to the plug and provides total 360° screening against noise and signal loss caused by RFI (Radio Frequency Interference).