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Network Cable SOLARIX 10G patch cable CAT6A SFTP LSOH 20m blue
Network Cable SOLARIX 10G patch cable CAT6A SFTP LSOH 20m blue
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Network Cable SOLARIX 10G patch cable CAT6A SFTP LSOH 20m blue
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Network Cable SOLARIX 10G patch cable CAT6A SFTP LSOH 20m blue
Network Cable SOLARIX 10G patch cable CAT6A SFTP LSOH 20m blue
The SOLARIX 10G patch cable CAT6A SFTP LSOH 20m blue is a shielded Ethernet cable designed to support data transmission rates up to 10 Gbps over a 20-metre run. Constructed to CAT6A specifications with S/FTP (shielded foiled twisted pair) protection and a low-smoke, halogen-free jacket, this blue patch cable is intended for indoor networking where signal integrity and reduced interference are important. It is compatible with standard RJ45 ports and suited for structured cabling in offices, data closets, and residential setups.
The S/FTP construction reduces electromagnetic and crosstalk interference, maintaining higher signal quality at 10 Gbps. The CAT6A standard ensures improved performance compared with lower category cables, particularly over longer distances. The LSOH outer jacket minimizes smoke and toxic gases in the event of a fire, improving safety in enclosed environments. The 20-metre length provides flexibility for longer cable runs without additional patching points, and the blue color helps with visual identification within a cable bundle.
Route the SOLARIX CAT6A S/FTP cable between networking equipment using appropriate cable management to avoid sharp bends and stress on the connectors. Insert the RJ45 plugs firmly into the respective ports on switches, routers, patch panels, or network sockets. Ensure that both ends are connected to devices or patch points certified for CAT6A/10G performance to achieve the specified throughput. Keep the cable away from strong sources of electromagnetic interference where possible, and avoid compressing the cable under heavy objects to maintain shield effectiveness.
For optimal performance, maintain bend radii larger than the cable diameter, secure cables in trays or conduits to limit movement, and verify link performance with appropriate network testers after installation. When running multiple shielded cables, ensure proper grounding of shields at designated points to preserve EMI protection.
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