Cavo patch InLine SF/UTP Cat.5e arancione 0,5 m

The InLine Patch Cable SF/UTP Cat.5e in orange is a 0.5 m network patch cable designed for connecting devices with RJ45 ports such as switches, routers, wall sockets, patch panels and network cards. It conforms to Cat.5e specifications and is suitable for Gigabit Ethernet (1 Gb/s) at frequencies up to 125 MHz. The cable uses SF/UTP shielding to reduce electromagnetic interference and ensure stable data transmission.

Advantages

The SF/UTP Cat.5e construction offers improved protection against external interference compared with unshielded cables, while the 0.5 m length and compact design make it convenient for patching in racks, server cabinets and desktop setups. The orange jacket provides visible identification for cable management and the RJ45 connectors ensure compatibility with standard network equipment.

Suitable for

• Connecting switches and routers to patch panels
• Short-range connections between network devices in racks and cabinets
• Linking PCs, network cards and wall sockets to local network infrastructure

Key specifications

• Standard: Cat.5e
• Shielding: SF/UTP (foil around pairs with overall braid)
• Maximum data rate: 1 Gb/s (Gigabit Ethernet)
• Frequency: up to 125 MHz
• Length: 0.5 m
• Color: Orange
• Connector: RJ45
• Brand: InLine
• MPN: 72550O
• EAN: 4043718025060

How to use

Plug one RJ45 connector into the network port of the source device (for example, a switch or router) and the other connector into the destination device (such as a patch panel, wall socket or network card). Ensure connectors are fully inserted until they click to establish a reliable connection. For rack or cabinet installations, route the cable to minimize bends and avoid tight kinks that could damage the internal conductors or shielding.

Recommendations

Use this 0.5 m SF/UTP Cat.5e patch cable for short, clearly labeled patching runs where visible cable color aids identification. Avoid excessive bending radius and exposure to strong electrical interference sources to maintain signal integrity.