Patch cable ShiverPeaks Cat 7 U/UTP RJ45 08-35054, length unspecified, shielded pairs

Patch cable ShiverPeaks Cat 7 U/UTP RJ45 08-35054 is a network patch lead designed for Cat 7 performance in Ethernet and LAN environments. It features RJ45 connectors and a conductor/pair structure intended to meet Cat 7 requirements, making it suitable for high-speed connections between servers, switches, routers and workstations in structured cabling, data centers and office networks.

Advantages

The cable follows Cat 7 specifications to provide enhanced bandwidth and signal integrity compared with lower category cables. Its construction supports compatibility with standard RJ45 ports and typical network equipment used in enterprise and small business installations. The cable is intended for use where Cat 7 performance and reliable link stability are required in horizontal or patching applications.

Suitable for

• Interconnecting network devices such as switches, routers and servers
• Patch panels and horizontal patching in structured cabling
• Office LANs and workstation connections
• Data center patching where Cat 7 category is specified

Key specifications

• Category: Cat 7 performance
• Connector type: RJ45 on both ends
• Cable topology: pair-wise construction suitable for U/UTP description
• Intended use: Ethernet and LAN patching
• Colour and length: as described by manufacturer packaging (see product label)

How to use

Connect one RJ45 connector to the network port of a switch, router, patch panel or workstation and the other RJ45 connector to the corresponding device. Ensure connectors are fully inserted and that ports are powered or configured as required by the network equipment. For organized installations, route the cable through cable management systems and avoid excessive bending or tight knots that may affect performance.

Usage recommendations

Use this Cat 7 patch cable in environments that require higher category performance; verify that connected devices and infrastructure support the desired link speed and configuration. Follow standard installation practices: avoid running near strong sources of electromagnetic interference, maintain appropriate bend radius, and use proper labeling for patch panel setups.