Panduit UTPCH10RDY Cat 5e Copper Patch Cord

Product Description

The PANDUIT UTPCH10RDY is a Cat 5e copper patch cord designed for structured cabling installations in commercial and residential network environments. This patch cord carries Ethernet data signals between network equipment such as patch panels, switches, routers, and wall outlets. Built with copper conductors and a standard RJ45 termination on each end, it supports the transmission performance requirements of the Cat 5e specification, including crosstalk and return loss parameters critical to reliable 100 Mbps and Gigabit Ethernet operation. Network technicians and low-voltage cabling contractors rely on this type of patch cord for clean, organized equipment room and telecommunications closet connections.

This patch cord is suited for use in horizontal and equipment room cabling within commercial office buildings, data centers, schools, and healthcare facilities. It is commonly used to connect end-user devices, patch panels, and active network equipment. The red jacket color aids in color-coded cable management schemes, making it easier to identify specific network segments, VLANs, or circuit types at a glance.

Key Features

• Cat 5e performance supports 10/100/1000BASE-T Ethernet applications
• Copper conductor construction for standard UTP structured cabling
• Red jacket allows color-coded cable plant identification
• RJ45 connectors on both ends for plug-and-play installation
• Sold individually for flexible quantity procurement

Compatibility

Designed as an OEM-style patch cord for use with Cat 5e and higher-rated structured cabling systems using standard RJ45 patch panels, keystone jacks, and network switches.

Installation Notes

Installation is performed by low-voltage cabling technicians or IT infrastructure professionals. No special tools are required beyond standard cable management hardware. Verify that existing patch panels and switch ports are rated for Cat 5e or higher before installation. Avoid sharp bends and do not exceed the minimum bend radius to maintain signal integrity.