Netwerkkabel ShiverPeaks Cat 7 U/UTP RJ45 patchkabel 08-35090

ShiverPeaks Cat 7 U/UTP RJ45 patch cable 08-35090 is a Category 7 network patch lead designed for Ethernet connections with an RJ45 interface. The cable is intended for high-speed LAN applications and structured cabling where Cat 7 performance is required. It provides a straightforward solution for linking switches, routers, patch panels and networked devices in offices, server rooms and home networks.

Advantages

The cable offers Category 7 performance in a U/UTP (unshielded) design, enabling support for high data rates and reduced near-end crosstalk compared to lower category cables. Its RJ45 connectors ensure compatibility with standard Ethernet ports. The construction and materials are chosen for reliable signal transmission over the specified length while maintaining flexibility for routing in cable channels and racks.

Suitable for

• Permanent links and patching between switches and patch panels in office networks
• Connecting routers, networked storage and desktop devices in structured cabling environments
• Data closet and server room patching where Cat 7 performance is specified
• Home networks requiring high-speed wired Ethernet connections

Key specifications

• Category: Cat 7
• Cable type: U/UTP (unshielded twisted pair)
• Connector: RJ45 on both ends
• Color: grey
• Length: 20 m
• Suitable for structured cabling and patching applications

How to use

Connect one RJ45 connector to the Ethernet port of a switch, router, patch panel or networked device and the other connector to the corresponding port on the target device. Ensure connectors are fully inserted until they click to establish a secure physical connection. Route the cable to avoid tight bends, sharp edges and sources of electromagnetic interference to preserve signal integrity. Test the link with network diagnostic tools after installation to confirm expected speed and connectivity.

Recommendations

For optimal performance, install the cable in accordance with structured cabling best practices: maintain minimum bend radius, avoid running parallel next to high-voltage power lines, and use proper cable management in racks and conduits. Verify connector seating and perform link tests to confirm negotiated speeds and error-free operation.