Atlas Mavros XLR Audio Interconnect

SKU Mavros XLR Audio Interconnect

Atlas Mavros XLR Audio Interconnect

$

$2,250.00

Available in

Online & Store

In stock (can be backordered)

$
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Atlas is a UK-owned company offering high quality cables.

Atlas
$2,250.00
$2,250.00

The Atlas Mavros symmetrical interconnect uses a new microporous PTFE dielectric together with OCC copper conductors which are manufactured using the highest-quality technique for drawing copper. “Ohno Continuous Casting” or OCC has one grain in about 700 feet of conductor, so the audio signal travels through a continuous conductor instead of traversing signal deleting grain boundaries. The copper itself is of the highest purity; 6N or 99.9999% pure. The new dielectric with a dielectric constant of 1.3 to 1.5 improves on ordinary PTFE which has a dielectric constant of 2.1, and thereby provides higher VOP (velocity of propagation) values that typically range from a staggering 72% to 85%. increase in signal velocity over that of ordinary cables. That speed provides better integrity particularly in the area of high frequency delivery.

The new Mavros interconnect was designed to be technically and sonically superior to other interconnect cables currently available.. The Atlas cable hallmarks of spaciousness, width, height and depth together with precise image focus and instrument separation are immediately evident. The new interconnect distinguishes itself with sound that reveals a transparency and hiterto unheard ambience and timbre. The Mavros XLR to XLR analogue audio interconnect uses separate going and return conductors together with a woven screen. The screen with 100% coverage, rejects RFI interference. The two separate conductors dedicated to the going and the return signals are wired separately from the ground conductor. The Atlas XLR plugs employed are a unique design that needs no solder at the conductor to plug interface.

Specifications

Dimensions
N/A
Model

Atlas Mavros XLR Audio Interconnect

availability

Online, Store

cable type

Balanced XLR Cable

design

Symmetrical

screen type

Braid+AL Mylar

dielectric properties

Microporous PTFE

capacitance

48.92 pF/m

inductance

0.7256 uH/M

The Atlas Mavros symmetrical interconnect uses a new microporous PTFE dielectric together with OCC copper conductors which are manufactured using the highest-quality technique for drawing copper. “Ohno Continuous Casting” or OCC has one grain in about 700 feet of conductor, so the audio signal travels through a continuous conductor instead of traversing signal deleting grain boundaries. The copper itself is of the highest purity; 6N or 99.9999% pure. The new dielectric with a dielectric constant of 1.3 to 1.5 improves on ordinary PTFE which has a dielectric constant of 2.1, and thereby provides higher VOP (velocity of propagation) values that typically range from a staggering 72% to 85%. increase in signal velocity over that of ordinary cables. That speed provides better integrity particularly in the area of high frequency delivery.

The new Mavros interconnect was designed to be technically and sonically superior to other interconnect cables currently available.. The Atlas cable hallmarks of spaciousness, width, height and depth together with precise image focus and instrument separation are immediately evident. The new interconnect distinguishes itself with sound that reveals a transparency and hiterto unheard ambience and timbre. The Mavros XLR to XLR analogue audio interconnect uses separate going and return conductors together with a woven screen. The screen with 100% coverage, rejects RFI interference. The two separate conductors dedicated to the going and the return signals are wired separately from the ground conductor. The Atlas XLR plugs employed are a unique design that needs no solder at the conductor to plug interface.

Specifications

Dimensions
N/A
Model

Atlas Mavros XLR Audio Interconnect

availability

Online, Store

cable type

Balanced XLR Cable

design

Symmetrical

screen type

Braid+AL Mylar

dielectric properties

Microporous PTFE

capacitance

48.92 pF/m

inductance

0.7256 uH/M