Patchcord UTP 8-core LP, RJ45 plug-to-plug, 1.0 m, CCA, red

LP patchcord UTP with 8 conductors and RJ45 plug-to-plug connectors, length 1.0 m, conductor material CCA (copper-clad aluminum). Designed for Ethernet patching and short network links in data closets, office workstations and lab environments. The red jacket provides clear visual identification in cable bundles and racks while the flexible UTP construction allows easy routing through cable management systems.

Advantages

This patchcord combines a compact 1.0 m length with RJ45 plug-to-plug terminations for quick, tool-free connections between switches, routers, patch panels and network devices. The CCA conductors reduce weight and cost compared with solid copper cables while preserving standard signal compatibility for typical Fast Ethernet and Gigabit Ethernet short runs. The red outer sheath enhances visibility for fault finding and organized cabling.

Suitable for

• Short network interconnections in server rooms and wiring closets
• Patch panels and switch ports in office networks
• Temporary test setups and laboratory networks
• Workstation cabling where color identification is required

Key specifications

• Cable type: UTP (unshielded twisted pair)
• Number of conductors: 8 (4 pairs)
• Connector type: RJ45 plug to RJ45 plug
• Length: 1.0 m
• Conductor material: CCA (copper-clad aluminum)
• Jacket color: red
• Typical application: Ethernet patching and short links

How to use

Insert each RJ45 plug into the corresponding Ethernet port until the latch clicks, ensuring a secure connection. Use the 1.0 m LP patchcord to connect adjacent ports on switches, routers or patch panels and to create short test links. Route the cable through cable management channels or tie-offs to avoid strain on connectors; do not bend the cable sharply near the plugs. For best results, use the patchcord for short runs within racks or between nearby equipment.

Usage recommendations

Use this CCA-based patchcord for short-distance Ethernet connections and patching tasks. Avoid using it for long permanent backbone runs or in environments requiring guaranteed maximum throughput over long distances; for such cases, choose solid copper cables. When installing, label both ends and keep the cable free from excessive tension or tight bends to maintain connector integrity and signal quality.