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Network cable KRUX Cat7 S/FTP RJ-45, 5 m, shielded twisted pair
Network cable KRUX Cat7 S/FTP RJ-45, 5 m, shielded twisted pair
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Network cable KRUX Cat7 S/FTP RJ-45, 5 m, shielded twisted pair
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Network cable KRUX Cat7 S/FTP RJ-45, 5 m, shielded twisted pair
Network cable KRUX Cat7 S/FTP RJ-45, 5 m, shielded twisted pair
KRUX Cat7 S/FTP RJ-45 network cable, 5 m, is a shielded twisted-pair cable designed for high-speed Ethernet connections. With S/FTP construction and RJ-45 connectors at both ends, the cable supports reduced crosstalk and protection against electromagnetic interference, making it suitable for demanding home and office LAN setups, router-to-switch links and structured cabling where Cat7 performance is required.
The shielded S/FTP design combines an overall foil shield with individually shielded pairs to minimise external interference and near-end crosstalk. RJ-45 connectors provide compatibility with a wide range of network devices without the need for proprietary ports. A 5 m length offers flexibility for typical desk-to-router or patch panel connections while keeping signal attenuation low. The cable’s construction supports stable data transmission for applications that require reliable gigabit and multi-gigabit Ethernet performance.
Plug each RJ-45 connector into the corresponding network port on your devices, ensuring a secure click-in connection. Route the cable to avoid tight bends and sharp edges that could damage the shielding or conductor pairs; maintain gentle curves and use cable management where applicable. For patch panel installations, insert the connector fully into the panel port; for direct device connections, insert into the LAN or Ethernet port of routers, switches, computers or network appliances. Test the connection after installation to confirm link speed and stability.
For best performance, avoid running the cable parallel to power lines or near heavy electrical equipment. Use shielded connectors and proper grounding practices in installations where electromagnetic interference is present to preserve the cable’s shielding effectiveness.
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