RJ/E Forest prepared Cat7 ethernet cables use solid 0.5% Silver conductors which completely eliminate strand interaction, one of the biggest sources of distortion in cables, for clearer, more dynamic and involving sound. Superior conductor metals minimise distortion by having fewer grain boundaries and less impurities (such as oxides) at those boundaries. Solid high-density polyethylene (HDPE) insulation helps maintain critical signal-pair geometry. Of course all AudioQuest ethernet cables honor the directionality inherent in all analog and digital audio cables; arrows on the jackets indicate the direction (from source to destination) for the best audio performance.
Over the past several years there’s been a revolution in the way people store, distribute and access digital media in real time, including photos, movies, and – of course – music. No longer dependent on physical media, our media is often data that’s moved from multiple devices to multiple locations. For audio applications and protocols, audio over Ethernet offers the virtues of high-speed, low latency, significant distance capability (100m without an active booster or repeater) and extremely low-jitter, bit-perfect communication. Who wouldn’t want all of these things?
Solid 0.5% Silver Conductors
Solid conductors minimise the harmful effects of both electrical and magnetic strand-to-strand interaction. For digital cables, whose signals are of such high frequency that they travel almost exclusively on the surface of the conductor, increasingly thick layers of silver plating are applied to AudioQuest’s Long-Grain Copper (LGC) conductors to further improve Noise-Dissipation. Placing the superior metal on the outside of the conductor produces the greatest benefit on overall performance—a superbly cost-effective way to maximise a digital cable.
- Geometry stabilising solid high-density polyethylene insulation
- Gold-plated nickel connectors with 100% shield coverage
- Solid 0.5% silver conductors
- CMG (CL3 & FT4) rated PVC jacket
- High-speed data capacity
- All conductors controlled for RF noise directionality