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CAT 6 Patch Cable S/FTP (PiMF) blue, 3 m, RJ-45–RJ-45, No name
CAT 6 Patch Cable S/FTP (PiMF) blue, 3 m, RJ-45–RJ-45, No name
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CAT 6 Patch Cable S/FTP (PiMF) blue, 3 m, RJ-45–RJ-45, No name
Leave your address - as soon as the price of the product goes down, you'll know about it right away
CAT 6 Patch Cable S/FTP (PiMF) blue, 3 m, RJ-45–RJ-45, No name
CAT 6 Patch Cable S/FTP (PiMF) blue, 3 m, RJ-45–RJ-45, No name
Shielded CAT 6 patch cable S/FTP (PiMF) in blue, 3 m long, with RJ-45 connectors on both ends. Designed to meet Cat6 performance for Ethernet networks, this cable uses individually foil-shielded pairs and an overall braid to reduce crosstalk and electromagnetic interference (EMI). It features high-quality copper conductors and plated contact surfaces for reliable signal transmission in home and office environments when connecting switches, routers, patch panels and endpoints.
The S/FTP construction (foil around each pair plus overall braid) improves protection against near-end crosstalk and external interference compared with unshielded cables. Plated contacts and precise RJ-45 plugs ensure stable mating and low signal loss. A durable outer jacket and integrated bend protection increase mechanical robustness, while latch protection on the connector reduces the risk of accidental damage to the plug latch.
Plug one RJ-45 connector into the network device (switch, router, patch panel or endpoint) and the other connector into the corresponding port on the second device. Ensure connectors are fully inserted until the latch clicks to secure the connection. Route the cable with gentle bends to avoid sharp kinks and do not exceed the recommended bend radius for copper network cables. For installations with shielding, ensure proper grounding of connected equipment where required to maintain the effectiveness of the shield.
For best performance, keep cable runs within standard length limits for horizontal cabling, avoid running alongside high-voltage power lines to minimize interference, and verify connections with network testing tools if used in structured cabling. In environments with high electromagnetic interference, use the shielded cable together with grounded patch panels or shielded connectors to preserve signal integrity.
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