Comprehensive Connectivity Co. PP48P6 48 Port Cat6 Patch Panel

Product Description

The Comprehensive Connectivity Co. PP48P6 is a 48-port Cat6 patch panel designed for structured cabling installations in commercial and residential network environments. It provides a central termination point for horizontal cable runs, allowing network technicians and low-voltage installers to organize, label, and manage copper Ethernet connections in a standard equipment rack. The panel supports Cat6 performance, making it suitable for Gigabit Ethernet and high-speed data applications. It ships as a single unit and is intended for rack-mount installations in telecommunications rooms and data closets.

The PP48P6 is used in structured cabling systems where consolidation of multiple Cat6 cable runs is required. Typical applications include server rooms, IT closets, office networks, and light commercial data installations. The 48-port density makes it a practical choice when a high port count is needed in a standard rack space, reducing the number of panels required in high-density deployments.

Key Features

• 48 individual Cat6 ports for high-density copper network terminations
• Designed for rack-mount installation in standard equipment racks
• Supports Gigabit Ethernet and Cat6-rated structured cabling performance
• Single-unit configuration for straightforward inventory and deployment

Compatibility

Designed as an OEM-style replacement and standard-fit component for Cat6 structured cabling systems using rack-mounted patch panel configurations.

Installation Notes

Installation should be performed by a licensed low-voltage technician or qualified network cabling installer in accordance with TIA-568 structured cabling standards. Power down any active patch panels or switches in the immediate rack space before beginning termination work. Use a 110-style punch-down tool for terminating individual conductors at the rear of the panel, and follow proper cable management practices to maintain bend radius and strain relief on all incoming runs.