Copper Patch Cords

Category Overview

NetSource copper patch cords support a variety of applications from voice and video to high speed networks and POE. All copper cables are manufactured to your custom requirements and meet or exceed industry standards for NEXT and return loss.
Our cords are factory terminated for superior performance guaranteeing consistent reliable results.

NetSource Slim 28 AWG Copper Mini-Patch Cords are U.S.-manufactured and tested for quality and performance. Available in both Unshielded (UTP) and Shielded (STP) options, these cords are ideal for high-density and top-of-rack applications where space and airflow are critical.  The smaller diameter of the 28 AWG conductors reduces cable bulk, improves airflow, and supports tighter bend radii for easier cable management. When used with our copper trunks, patch panels, and workstation outlets, these cords provide a reliable end-to-end solution. 
NetSource offers a comprehensive selection of high-performance copper patch cords designed to support fast, reliable connections in voice, data, and video networks. Our patch cords are available in a variety of lengths, colors, and configurations to meet the demands of structured cabling systems across enterprise, data center, and telecom environments.  To support a wide range of installation needs, NetSource provides two lines: our standard U.S.-manufactured patch cords, built with premium materials and tested for quality assurance, and an Economy series for cost-sensitive projects that still require dependable performance.  
NetSource’s Copper Trunk Assemblies offer a high-performance solution for managing dense copper cabling environments. Designed for quick deployment and streamlined routing, these assemblies deliver consistent performance across a range of structured cabling applications—including data centers, telecommunications rooms, and enterprise networks. Each trunk is built to order and manufactured in the USA using premium components and precision assembly processes. Available in multiple configurations, lengths, and termination styles.
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