Atlas Cables – Mavros Digital SP-DIF

Unique to Atlas, the Mavros interconnect uses a new microporous PTFE dielectric together with silver plated copper conductors which are manufactured using the highest-quality technique for drawing copper.

The new microporous insulation with a dielectric constant between 1.3 and 1.5 improves on ordinary PTFE and provides up to 85% greater velocity of propagation than ordinary cables and 30% better than Teflon cables. That speed introduces better musical integrity throughout the audio spectrum and especially in the area of high frequency delivery. The music has more pace and the presentation is holographic. Speaker boxiness disappears as the Mavros offers listners an ambience and a relaxed yet dynamic all engulfing sound that truely replicates a concert hall experience.

The RCA plugs are the unique Atlas non compressing, solder free Ohno Continuous Cast types.

The new Atlas Mavros interconnect was designed to be technically and sonically superior to other interconnect cables currently available at similar prices.

Do you dare you to try this technically advanced cable in your system? If so get ready to be amazed because nothing will prepare you for the staggering improvement you’ll hear!

The Atlas Mavros demands to be heard with and used with the Mavros interconnect and Mavros speaker cable in order that the advantages of increased signal velocity can be appreciate and that the higher band-width signal isn’t strangled by a speaker cable that’s unable to carry all the information provided to it without deletion.

The Mavros digital cable can be supplied with BNC plugs as well as RCA plugs.

Features

Construction : Asymmetrical

Conductor Material : SPC

Screen Type/Material : Braid OFC

Screen Coverage %: 100%

Dielectric : Microporous Teflon

Connector : Conjugate Bracket RCA Plug

Available Lengths

Lengths :

0.5m 1.0m 1.5m 2.0m

Also available in custom lengths.

Technical Data

Capacitance (pF/m) : 54.35PF/M

Resistance (Ohms/m @20°C): : 0.065Ω/M at 20oC

Inductance (µH/m @1 kHz) : 0.230 uH/M

Velocity of propagation : 0.81 VOP