Cavo di rete ShiverPeaks CAT 7 U/UTP RJ45 cavo patch 08-35046

ShiverPeaks CAT 7 U/UTP RJ45 patch cable 08-35046 is a network patch lead designed for high-speed Ethernet connections. As a Category 7 cable in an unshielded U/UTP configuration, it provides the wiring and RJ45 terminations required for patching switches, routers and network ports in LAN installations and data centers. The cable is intended for structured cabling links where CAT 7 performance characteristics are needed while using standard RJ45 connectors for compatibility with common network equipment.

Advantages

The cable combines CAT 7 performance characteristics with U/UTP unshielded pairing and standard RJ45 terminations, enabling higher-frequency transmission over familiar connector types. Its construction supports use in patching scenarios between active network devices and wall outlets or patch panels, simplifying deployment without requiring proprietary connectors. The product is suitable for standard Ethernet patching tasks where a CAT 7-rated physical medium is desired.

Suitable for

• Patching switches, routers and network ports in local area networks
• Connections between patch panels and active equipment in data racks
• High-frequency Ethernet links where RJ45 termination is required

Key specifications

• Category: CAT 7
• Cable type: U/UTP (unshielded twisted pairs)
• Connector type: RJ45 terminations
• Intended use: Ethernet patch cable for LAN and data center connections

How to use

Connect one RJ45 termination to the network device (switch, router or NIC) and the other to the corresponding port on the patch panel, wall outlet or another network device. Ensure both ends are fully inserted until the connector latch clicks to establish proper contact. Route the cable to avoid tight bends and mechanical stress; keep it separated from strong electromagnetic interference sources when possible to maintain signal integrity.

Recommendations

For reliable performance, use this CAT 7 U/UTP patch cable for short to medium patching runs within racks and between nearby network devices. Verify that connected equipment supports the desired Ethernet speeds and that cable routing avoids excessive bend radius or compression.