Patch cord, DATACOM, 15941, UTP, Cat6, 5m, black

DATACOM Patch cord UTP Cat6, 5 m, black — a copper-conductor network patch cable with two RJ45 connectors, designed for reliable wired Ethernet connections in home and office environments. The cable conforms to Category 6 (CAT.6) UTP standards to support high-speed data transmission between devices such as PCs, network sockets, patch panels and active network components.

Advantages

The DATACOM Cat6 UTP patch cord provides stable signal transmission over a 5 m length, uses copper conductors for consistent electrical performance and features standard RJ45 connectors for universal compatibility. Its unshielded (UTP) design reduces cost and complexity while remaining suitable for typical local-area network installations. The black jacket offers a discreet appearance for visible cable runs.

Suitable for

• Connecting a PC or laptop to a wall network outlet
• Linking patch panels to switches or routers in a rack
• Short horizontal connections within office or home network closets
• Replacing or extending existing Ethernet runs where CAT.6 performance is required

Key specifications

• Brand: DATACOM
• Model / MPN: 15941
• EAN: 8596250002724
• Category: CAT.6 (UTP)
• Conductor material: copper
• Shielding: none (UTP)
• Connector type: RJ45 — both ends
• Length: 5 m
• Color: black

How to use

Insert one RJ45 connector into the network port of your computer, switch or router and the other into the corresponding wall socket, patch panel port or device. Ensure connectors click into place to confirm proper seating. Route the cable to avoid sharp bends and sources of heavy electromagnetic interference. For rack installations, secure excess length with cable ties or cable management panels to maintain tidy connections.

Usage recommendations

The patch cord is suitable for general Ethernet deployments; avoid using it in environments requiring shielded cabling (FTP/STP) or where cable runs exceed recommended CAT.6 distances for guaranteed performance. For permanent in-wall installations, consider using appropriate solid-conductor structured cabling instead of flexible patch cords.