75ft High-quality Coaxial Audio/Video RCA CL2 Rated Cable - RG6/U 75ohm (for S/PDIF, Digital Coax, Subwoofer & Composite Video)
This Digital Coax Cable is made from premium quality RG-6/U with double copper braid shielding to prevent signal degradation caused by EMI and RFI interference. This cable is ideal for conducting S/PDIF digital audio signals and other high-bandwidth content, but it can also be used for composite video and other line level RCA signals.
The CL2 rating on this cable indicates that the jacket has been treated so that it complies with fire safety regulations, making it safe for use through or within the walls of residential class buildings.
Features:
- Gold plated RCA male connectors
- Rubber-covered, molded connector housings
- 97% pure oxygen-free copper conductor
- Double shielded with copper braiding
- 22 pF per foot capacitance
- 75 ohm impedance
This cable allows jitter-free transfer of digital audio signals. The low-loss cable design includes a pure copper center conductor and shielding to preserve signal strength and minimize noise. Gold-plated RCA connectors and pins provide solid corrosion-free contact.
This cable is used to connect DVD players to audio receivers, satellite boxes and cable boxes to audio receivers, computer audio equipment, or any other equipment that supports digital coaxial (S/PDIF) interface interconnect. It can also be used as a subwoofer cable and will provide excellent signal quality with minimal degradation for your high powered home theater subwoofer.
This cable can be used for:
Subwoofer
DVD Player
DVD Audio Player
SA-CD Player
CD Player
D-VHS Player
Game Console
A/V Receiver
Digital Video Recorder
Satellite Receiver
Digital Cable Box
Computer Sound Card
Home Theater Personal Computer (HTPC)
What is SPDIF?
S/PDIF (Sony/Philips Digital Interface) is a standard audio transfer file format. It is usually found on digital audio equipment such as a DAT (Digital Audio Tape) machines or audio processing devices. It allows the transfer of audio from one file to another without the conversion to and from an analog format, which could degrade the signal quality.
