InLine Flat Ultra-Thin Patch Cable U/UTP Cat.6 Gigabit-Capable, Green, 2 m

Flat InLine Patch Cable Cat.6, length 2 m, green. This ultra-flat, 4-pair twisted (U/UTP) patch cable with RJ-45 connectors on both ends is designed for Gigabit and Fast Ethernet data networks. With a profile height of approximately 1 mm, the cable is suitable for installations where space is limited or discretion is required, such as behind furniture, skirting boards, door jambs, under carpets or inside server racks.

Advantages

The flat Cat.6 design supports high-speed data transmission up to Gigabit Ethernet while occupying minimal vertical space. Its U/UTP 4-pair twisted construction provides reliable signal integrity for network connections between switches, routers, hubs, network cards and print servers. The green color enables easy visual identification in installations, and the slim profile facilitates routing in tight channels and improves airflow when used inside racks.

Suitable for

• Ethernet and Fast Ethernet connections
• Gigabit network links between switches, routers, hubs and network devices
• Routing behind furniture, skirting boards or under carpets
• Use inside network racks where cable space and airflow are important

Key specifications

• Category: Cat.6
• Length: 2 m
• Shielding: U/UTP (unshielded twisted pairs)
• Pairs: 4-pair twisted
• Connectors: RJ-45 — both ends
• Colour: Green
• Brand / MPN: InLine / 71602G
• EAN: 4043718158485

How to use

Connect one RJ-45 plug to the network port of your switch, router, hub or network device and the other RJ-45 plug to the corresponding port on the paired device. Route the flat cable along the desired path—behind furniture, along skirting boards, under carpets or inside racks—ensuring no excessive bending or crushing. The cable is ready to use and requires no assembly.

Recommendations

Avoid sharp bends and heavy compression; maintain gentle curves with a radius that does not stress the cable core. For best performance in rack installations, place the cable to permit airflow and avoid running parallel to strong electrical sources that could introduce interference.