Establish your high-performance network connections with this CAT-6 Network Patch Cable from Intellinet Network Solutions®. It supports up to 10 Gbps data transmissions with frequencies up to 250 MHz and all PoE applications up to IEEE802.3bt/PoE++/4PPoE/Ultra PoE. This stranded cable offers all the benefits of a standard CAT-6 network cable but with a diameter that's considerably smaller. In dense cable installations, the cable creates a tidier and more-organized look, and its thinner size helps promote better air circulation to equipment in a network cabinet. The cable's reduced size also means it is more flexible, which makes it an ideal choice for installation around corners and in tight-space cable runs. As opposed to other cables that are manufactured with copper-clad aluminum (CCA) or even copper-clad steel (CCS), this cable contains 100% pure bare copper for ideal conductivity and ideal for use in PoE applications. Gold plating on the contacts makes them corrosion-resistant in every environment. The snag-free boot design makes all patch cables from Intellinet Network Solutions® the ideal choice for high-density environments, like data centers or server rooms. The cable plugs are equipped with strain relief and a molded boot for protection that makes it easy to safely connect and disconnect the latch without breaking it.Features CAT-6 with 10 G/1 G and 250 MHz in accordance with ISO/IEC 11801 and EN 50288 Pure bare copper wire for maximum conductivity Gold-plated contacts for corrosion-free connections Snag-free boots to smoothly and easily pull the cable without damaging the RJ45 connectors Ultra-thin format for more flexibility and simplified cable management in dense installations Ideal for HDBaseT and PoE applications up to IEEE802.3bt/PoE++/4PPoE/Ultra PoE Heavy-duty strain relief Compatible and color-coded with T568A and T568B Standard 8P8C design, compatible with all network RJ45 connections Fully backward compatible with previous cable categories, including CAT-5E and 5 Lifetime warranty
Related
Related
Related
Related