Patch panel DATACOM 3092 24-port Cat6 UTP 1U, black

DATACOM 3092 24-port Cat6 UTP 1U, black is a 1U rack-mount patch panel designed for structured network installations. It provides 24 RJ45 ports compatible with Cat6 UTP cabling to centralize cable termination and simplify port management in server rooms, telecom cabinets and data closets. The compact 1U height conserves rack space while offering clear front-facing access for patch cords and organized rear-side cable routing.

Advantages

The panel supports Cat6 UTP wiring standards and delivers a consistent termination surface for modular RJ45 jacks, enabling predictable performance across Ethernet links. Its 1U form factor makes it suitable for dense installations where rack space is limited. A black finish reduces visible wear and contributes to a uniform rack appearance. The product is intended to facilitate faster moves, adds and changes by consolidating multiple cable terminations into a single, accessible location.

Suitable for

• Office and enterprise network patching and distribution
• Server room and data center cable management
• Telecommunications and wiring closet termination
• Small and medium business structured cabling projects

Key specifications

• Port count: 24 RJ45 ports
• Cabling standard: Cat6 UTP (unshielded twisted pair)
• Rack height: 1U (19-inch rack compatible)
• Panel color: black
• Front-facing ports with rear cable termination area

How to use

Mount the patch panel in a standard 19-inch rack using appropriate mounting hardware and ensure it occupies a single U of rack height. Terminate each Cat6 UTP cable pair to the corresponding IDC or jack positions on the rear of the panel following T568A or T568B wiring conventions. Route patch cords to front-facing RJ45 ports to interconnect switches, routers and active equipment. Maintain bend radius and secure cables with cable management accessories to preserve signal integrity.

Usage recommendations

For reliable network performance, use quality Cat6 UTP cables matched to the panel's specification, confirm correct pinouts before energizing links, and label ports to simplify troubleshooting and reconfiguration. Avoid excessive bending or tight cable bundles at termination points and use horizontal/vertical managers to reduce strain and maintain airflow in the rack.