Prolink PL-PC-U6A-5BK CAT6A U/UTP Patch Cord – 5M, LSZH, Black, T568B Wiring
Overview
Prolink PL-PC-U6A-5BK is a CAT6A unshielded U/UTP patch cord designed for reliable high-speed network connections between patch panels, switches, routers, network devices, and telecommunications outlets. It comes with 5M length, LSZH black jacket, and T568B wiring, making it suitable for professional structured cabling installations and medium-distance indoor patching.
Key Features
• CAT6A performance for high-speed copper network connectivity.
• Suitable for frequencies up to 500MHz.
• 5M length suitable for medium-distance patching between network devices, racks, and outlets.
• U/UTP unshielded design for standard structured cabling systems.
• LSZH jacket helps reduce smoke and harmful emissions in case of fire.
• T568B wiring for standard network termination compatibility.
• Black color for clean professional cable organization.
• Suitable for connecting network equipment, patch panels, routers, switches, and outlets.
• Backward compatible with Cat6 / Cat5e network applications.
Technical Specifications
• Brand: Prolink
• Model: PL-PC-U6A-5BK
• Product Type: CAT6A Patch Cord
• Cable Category: CAT6A
• Shielding: U/UTP Unshielded
• Length: 5M
• Color: Black
• Jacket Material: LSZH
• Wiring Standard: T568B
• Frequency: Up to 500MHz
• Impedance: 100 Ohms
• Application: Network patching and structured cabling
Applications
• Network racks and cabinets.
• Patch panel to switch connections.
• Switch to router connections.
• Workstation and outlet connections.
• Office and data network installations.
• Structured cabling systems.
• Medium-distance indoor network patching.
Connect Gates Recommendation
Connect Gates recommends Prolink PL-PC-U6A-5BK for professional network installations that need reliable CAT6A performance over medium patching distances. Its 5M length is suitable for connecting racks, outlets, switches, and network devices, while the black LSZH jacket provides a clean professional appearance and supports safer indoor installation.