LANBERG verkkokaapeli LCU6-10CC-0305-G U/UTP Cat6 305 m, 23 AWG CCA, vihreä vaippa

The Lanberg LCU6-10CC-0305-G U/UTP networking cable is a 305 m reel of unshielded twisted pair cable designed for structured Ethernet installations. Built to support data transfer rates up to 1000 Mbit/s, this green cable is intended for horizontal and backbone runs where clear visual identification and reliable performance are required. The U/UTP construction provides category-appropriate pair twisting without an overall shield, making it suitable for standard office and residential network environments.

Advantages

This networking cable offers consistent signal transmission across its full 305 m length and is manufactured to provide stable gigabit connections when used within appropriate channel limits. The coloured sheath simplifies cable management in patch panels and cable trays, while the absence of pre-fitted connectors allows termination to custom lengths or connection types. The U/UTP design balances cost-effectiveness and performance for typical Ethernet deployments.

Suitable for

• Horizontal Ethernet cabling in offices and homes
• Backbone runs between network equipment rooms and distribution points
• Installation where colour-coded cable identification is required
• Custom terminated patch panels, keystone jacks and RJ45 connectors

Key specifications

• Cable type: U/UTP (unshielded overall, twisted pairs)
• Length: 305 m reel
• Maximum data rate: up to 1000 Mbit/s (gigabit Ethernet)
• Colour: green
• Connectors: none (bulk cable for termination)

How to use

Measure and route the 305 m cable reel according to your installation plan, avoiding sharp bends and sources of electrical interference. Terminate the cable with compatible RJ45 connectors, keystone jacks or patch panel modules following standard wiring schemes (e.g., T568A/T568B). Verify continuity and performance with appropriate cable testers and certify channel performance within the required standards before placing the link into regular service.

Recommendations

For best results, maintain bend radii recommended by industry standards, keep cable runs away from high-voltage sources and use proper cable management to reduce strain on terminations. Use shielded alternatives only where electromagnetic interference mitigation is necessary.