19" 0.5U 24 Port CAT6 Shielded FTP Copper Patch Panel - Dual IDC

This copper network patch panel is compact in size with a wall mountable bracket to make this patch panel the perfect solution for home or small office installations. It features solid and reliable terminations for copper cabling. 

Patch panels are essential to the operation of a network because they group cables together, making it simple for network administrators to relocate, add, or modify intricate network design. A copper network patch panel is a mounted hardware assembly that is used in local area networks (LANs) to manage and connect incoming and outgoing Ethernet connections. This copper patch panel helps improve network efficiency and keeps up with the network's expanding changes.

Fibertronics, Inc. Cat6 patch panel is specially designed for use in Gigabit Ethernet applications. This Cat6 patch panel has high-density, ensuring the necessary performance of existing and next generation data communications networks and applications. The high-density network patch panels are available in the 12 ports, 24 port, 48 port versions with enhanced front and back labelling features for easy identification of circuits.

Generally, Cat6 copper patch panels can be divided into shielded and unshielded patch panels, which are required to match with cable applications. Cat6 shielded patch panels are designed to withstand high EMI and magnetic interference, whereas unshielded patch panels are designed for places where there is no electrical wire. The panel facilitates quick and easy installation and the steel construction of the Cat6 patch panel ensures great durability and long life.

Cat6 Patch Panel Features & Specifications

• 19" 0.5U Height
• 24 RJ45 ports
• Flexible Cabling
• Compatible with both 110 and Krone punch down tools
• T568A and T568B dual wiring options
• 50 microns gold over nickel plating on contacts
• Meets or Exceeds ALL EIA/TIA Standards
• Supports 22 to 26 AWG stranded and solid wire
• Compliance with the ANSI/TIA/EIA 568 B.2 standard