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Patch cord ROLINE FTP (F/UTP) Cat.5e, RJ-45–RJ-45, 5 m, red
Patch cord ROLINE FTP (F/UTP) Cat.5e, RJ-45–RJ-45, 5 m, red
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Patch cord ROLINE FTP (F/UTP) Cat.5e, RJ-45–RJ-45, 5 m, red
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Patch cord ROLINE FTP (F/UTP) Cat.5e, RJ-45–RJ-45, 5 m, red
Patch cord ROLINE FTP (F/UTP) Cat.5e, RJ-45–RJ-45, 5 m, red
ROLINE FTP Patch Cord Cat.5e in red, 5 m long, is a pre-assembled network patch cable designed for connecting devices with RJ-45 ports. The cable uses four pairs of stranded copper conductors and full shielding with aluminium-clad polyester foil to reduce electromagnetic interference. Both ends are fitted with screened RJ-45 connectors and feature moulded kink protection for durability and flexible bending in confined spaces.
The cable provides stable Cat5e performance with F/UTP (FTP) shielding and gold-plated contacts for reliable signal transmission. Screened RJ-45 plugs and fully shielded construction minimize crosstalk and external interference. The flexible jacket and moulded strain relief make it easier to route the cable through tight spaces while protecting the connector termination.
This Cat5e FTP cable is not intended for installations that require higher performance categories such as Cat6 or Cat6a, where greater bandwidth and future-proofing are needed. It may also be unnecessary for very short, internal device connections where shielding provides no practical benefit.
Connect one screened RJ-45 plug to your network device and the other to the corresponding port of another device, switch or patch panel. Route the cable using the flexible jacket and avoid excessively tight bends despite its kink protection. Ensure both ends are fully inserted until the connector latch clicks to secure the connection.
For optimal performance, avoid tight bends and heavy mechanical stress near the connectors, keep cable runs away from strong sources of interference when possible, and test links after installation to verify continuity and throughput.
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