Cp Technologies CP-607-P1P1 Cat6 Patch Cable 7 Ft

Product Description

The CP TECHNOLOGIES CP-607-P1P1 is a straight Cat6 patch cable designed for structured cabling installations in residential and commercial network environments. This 6-conductor, 7-foot cable provides a reliable copper pathway between network switches, routers, patch panels, and end devices. Cat6 cabling supports Gigabit Ethernet and higher-bandwidth applications, making it a standard choice for IT technicians and low-voltage installers working on data infrastructure projects. The straight connector configuration simplifies direct port-to-port runs without the need for adapters or crossover configurations.

This patch cable is suited for use in telecommunications rooms, server racks, and structured wiring enclosures. It is a practical choice for connecting workstations, IP cameras, VoIP phones, access points, and other networked devices to switching equipment. The 7-foot length is well-matched to short horizontal runs within equipment racks or between nearby wall jacks and devices. Low-voltage contractors, IT technicians, and network integrators commonly stock this cable for both new installations and service calls.

Key Features

• Straight-through wiring configuration for standard patch applications
• Cat6 rating supports Gigabit Ethernet and high-bandwidth data transmission
• 6-conductor construction with RJ45-compatible termination
• 7-foot length suitable for rack-to-device and wall jack-to-device runs
• Sold individually, one cable per unit

Compatibility

Designed as an OEM-style replacement or standard-stock patch cable for Cat6 and Cat6E structured cabling systems using RJ45 ports.

Installation Notes

Installation is performed by low-voltage technicians or IT networking professionals in accordance with TIA-568 structured cabling standards. No special tools are required beyond standard cable management practices. Ensure all ports and jacks are free of debris before seating the connector to avoid intermittent signal issues. Do not route the cable in tight bends or alongside high-voltage conductors, as this can degrade signal integrity.