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Transparent XL 75Ω Coax Cable

Transparent XL 75Ω Coax Cable

Vendor

TRANSPARENT

Type

Digital Cable

Categories
This product is out of stock.
Quantity must be 1 or more
Regular price
$6,020.00
Sale price
$6,020.00

Transparent XL 75Ω Coax Cable

Transparent’s Digital Cables have set the standard for ultimate digital signal transmission, but Transparent has a strong commitment to continue to push the parameters of the current state of the art. Dielectric materials and extrusion techniques, conductor size and composition, impedance matching, shielding, and connector technology all affect noise and jitter in high-speed digital signals.

The Transparent XL 75-Ohm Digital Link uses these latest technical advances to reach a level of purity and ease never before achieved by any digital cable, even Transparent’s own Reference Digital Link. XL 75-Ohm Digital Link uses Transparent Advanced Expanded Foam Technology for precise impedance control and low noise signal transmission. With a solid OFHC conductor that is significantly larger than the Reference 75-Ohm Digital Link conductor, the XL 75-Ohm Digital Link has far more surface area with which to transfer digital signals accurately. It also features improved connector and termination technologies.

XL 75-Ohm Digital Link achieves a new level of ease — both in dynamic range and in full frequency range — and is ideally suited to the very best separate digital components. Its extremely low noise floor allows it to reveal harmonic texture and spatial information in ways more natural and compelling than any other digital cable design we have ever tried or tested.

 

 

SPECIFICATIONS - Transparent REFERENCE 75Ω Coax Cable

  • Heavy, polished, solid core OFHC center conductor
  • Super quiet Advanced Expanded Foam Technology ensures superior 75-ohm impedance stability
  • Two high coverage OFHC braided shields separated by a Mylar coated foil shield keep noise out
  • Coaxial RCAs that make 360-degree contact with the inner shield maintain the impedance of the cable at the termination point, thereby reducing jitter