10FT Armored Cat6A Industrial Grade Patch Cable, 10G, 550MHz, UTP 24 AWG Stranded Bare Copper with Molded, Snagless Boots

Our Industrial Grade Cat6A Cables are perfect for harsh environments and ideal for use with security cameras, kiosks, arenas and residential network installations, while they can also be used to supply power to compatible PoE Equipment, like VoIP phones and access control devices. The IT Infrastructure of Industrial Indoor Environments can be preserved by the cable's design, which provides a crucial safeguard against contaminants like moisture, grease, fluids, gases, dust, debris and penetration of both liquid and solid agents. The ruggedized, Stainless Steel, tear-resistant sheath would benefit businesses or organizations like automation, manufacturing, pharmaceutical, automotive and chemical or food processing plants by helping to provide a secure, reliable network that yields a greater workflow and higher production output.

The Cat6A Standard enables enhanced performance to its predecessors, by using 550MHz signals to transmit data up to 10 Gbps. (Note that speeds are limited and will perform to the lowest category cable that is installed in the link. ) The 24AWG, 4 Pair Stranded Cable is constructed of 100% Bare Copper Wires ensuring clear transmission and the gold plating on the connectors deliver superior performance and enhanced data integrity. The overall robust construction makes the cable solid and sturdy, yet it's still pliable so it's easy to work with. In addition to being suitable for commercial applications, they're perfect for plug and play deployment with all High Density Data Center Equipment (i.

e. servers, switches, hubs, network adapters, attached storage devices and patch panels) and ideal for use in the home with modems, routers, PoE, televisions, gaming equipment and smart home/office products. Basically any application that requires high performance networking can benefit with the use of this cable due to its comprehensive compatibility to preceding categories and providing a substructure for likely network upgrades in the future.