Check the listing for details. AudioQuest Forest Ethernet .75 Meter. Condition: New. Listed at 69.95 USD. Product highlightshigh-quality Ethernet cable high-speed CAT-7 design (up to 10-gigabit bandwidth) for use with computers, NAS drives, cable and DSL modems, routers, and more silver-plated solid copper conductors for superior sound quality (silver layer is 0.5% of total conductor) individually shielded wire pairs minimize crosstalk between pairs Solid High-Density Polyethylene Insulation minimizes insulation-induced phase distortion rugged PVC jacket gold-plated RJ-45 connectors with 100% shield coverage warranty: 5 years What's in the box2.4' Ethernet cable (w/ a male RJ-45 connector on each end) About this itemWritten by Crutchfield's Steve KindigDesigned for high-definition digital audio Ethernet is a great way to move digital media - photos, movies, and music - around your home. Unlike other types of digital data, audio requires precise timing of the signal to produce maximum musical realism. For sending digital audio from Point A to Point B, AudioQuest's Forest Ethernet cable offers several advantages: high-speed, plus extremely low timing jitter and time delay (latency). You can count on bit-perfect transfer over significant distances (up to 328 feet without an active booster or repeater). Superior engineering and construction Forest uses eight solid copper conductors, and each wire is silver-plated, which benefits high-frequency applications like audio. Signals at these frequencies travel almost exclusively on the surface of the conductor. Because the surface of each conductor is made of high-purity silver, the cable's performance is close to that of a solid silver cable, but priced much closer to a solid copper cable. Any solid material adjacent to a conductor actually becomes part of an imperfect circuit. Wire insulation absorbs energy (loss), and some of this energy is stored and then later released as distortion.Solid High-Density Polyethylene Insulation ensures critical signal-pair geometry while minimizing insulation-induced phase distortion.