LANBERG networking cable Cat6 U/UTP LCU6-11CU-0305-S, 305 m, 23 AWG, grey, HDPE jacket

The Lanberg LCU6-11CU-0305-S U/UTP Cat6 networking cable provides a continuous 305 m spool of grey cable designed for structured cabling installations. Built to Cat6 specifications with unshielded twisted pair (U/UTP) construction, this cable supports reliable gigabit data transmission and is intended for use in vertical and horizontal network runs where reduced crosstalk and consistent signal integrity are required.

Advantages

This Cat6 cable offers a long 305 m length on a single reel, reducing the need for joins and simplifying large installations. The U/UTP design balances performance and flexibility for typical LAN environments, while the grey outer sheath provides a neutral appearance that fits office, data center or residential settings. The cable is suitable for terminating with standard RJ45 components and is compatible with common networking equipment supporting Cat6 performance.

Suitable for

• Wiring of office and residential local area networks (LAN)
• Backbone and horizontal cabling runs in wiring closets and server rooms
• Data connectivity for switches, patch panels and wall outlets after termination
• Temporary or permanent installations where long continuous cable lengths are preferred

Key specifications

• Category: Cat6 (Class E performance)
• Shielding: U/UTP (unshielded overall, twisted pair conductors)
• Length: 305 m on a single spool
• Colour: Grey outer sheath
• Conductor type: Copper conductors (solid or stranded variants typical for installation cables)
• Application: Structured cabling for Ethernet up to gigabit speeds and suitable frequencies for Cat6

How to use

Measure and cut the required length from the 305 m spool, taking care to leave service loops where necessary. Strip the outer sheath and separate the twisted pairs, then terminate with appropriate Cat6 RJ45 connectors or punch down onto a patch panel according to standard wiring schemes (T568A or T568B). Ensure terminations are performed with suitable tools and test each link with a cable tester to verify continuity, pair integrity and performance before final installation.

Recommendations

Route the cable away from high-voltage power lines and sources of electromagnetic interference where possible. Maintain appropriate bend radius and avoid excessive pulling tension during installation. For environments with significant EMI or where additional protection is required, consider shielded cable variants or additional conduit. After installation, label both ends and document run paths for easier maintenance and future upgrades.