100% COPPER CONDUCTORS:- Rockville RNRTR10 uses Oxygen-Free Copper (OFC) for maximum signal clarity, outperforming CCA cables that degrade audio quality and equipment longevity. Ideal for pristine sound in professional and home setups.
SUPERIOR 90% SHIELDING:- Tight copper mesh shields 90% of the cable, reducing EMI and RFI interference for clean, reliable audio. Outperforms standard 85% shielding for consistent performance in demanding environments.
DURABLE NICKEL-PLATED PLUGS:- Nickel-plated connectors ensure rugged durability and efficient signal transfer, resisting corrosion and wear. Perfect for frequent use in studios, DJ setups, or live sound applications.
VERSATILE 10-FOOT LENGTH:- 10-foot cable provides flexibility for connecting mixers, interfaces, or home theater systems. Ideal for studio recording, live performances, or home audio setups requiring extended reach.
BROAD COMPATIBILITY:- Connects 1/4" TRS outputs to dual RCA inputs, compatible with mixers, audio interfaces, and AV receivers from brands like Focusrite, Presonus, and JBL. Simplifies professional and home audio connections.
وصف
All Rockville pro audio cables are made with 100% copper which boosts the efficiency of the cable. There is nothing better than 100% copper. Most of the cheaper cables on the market do not use 100% copper, instead they make their cables with CCA (Copper Clad Aluminum). CCA cables do not perform on the level that 100% copper cables perform at. CCA will not conduct signals efficiently. A 12 gauge CCA cable will not even perform as well as a 14 gauge 100% pure copper cable, which will in turn, affect the performance and longevity of your equipment. If you find cables on the market that do not mention the copper content, there is a good chance that they are selling you a cheaper cable that is CCA and not 100% copper. Rockville pays an inspection company to oversee the manufacturing of the product to ensure that we provide a 100% Oxygen Free Copper Cable (OFC). Our OFC cables are less prone to oxidation, and will provide maximum signal transfer.