Hubbell Premise Wiring NSC6Y07 Cat6 Slim Patch Cord 7 Ft

Product Description

The HUBBELL PREMISE WIRING NSC6Y07 is a Category 6 slim-profile patch cord designed for structured cabling installations in commercial and residential network environments. Built to Cat6 performance standards, this 7-foot cord delivers reliable Gigabit Ethernet connectivity while its slim jacket construction reduces cable bulk in high-density patch panel installations. The yellow jacket aids in visual cable management and circuit identification. Licensed low-voltage technicians and network installers use this cord to connect switches, patch panels, and end devices in telecom rooms and data closets.

This patch cord is suited for high-density Cat6 and Cat6A patch panel applications where standard-diameter cords would restrict airflow or create cable management challenges. The slim form factor is especially practical in structured cabling installations using 1U or 2U patch panels with tightly spaced ports. It ships as a single unit and is commonly used in enterprise, commercial, and campus network buildouts requiring organized, color-coded horizontal or vertical cable runs.

Key Features

• Cat6 performance rating supports Gigabit Ethernet and 550 MHz bandwidth applications
• Slim jacket profile reduces congestion in high-density patch panel environments
• 7-foot length provides reach flexibility between patch panels and active equipment
• Yellow jacket enables color-coded cable management and quick circuit identification
• Sold as a single unit for precise quantity control on installation projects

Compatibility

Designed as an OEM-style replacement and standard-use patch cord for Cat6 and Cat6A patch panel installations per structured cabling standards.

Installation Notes

Installation is performed by licensed low-voltage technicians or network cabling professionals following ANSI/TIA-568 structured cabling standards. No tools are required for termination — the cord plugs directly into RJ45 keystone jacks, patch panels, and switch ports. Avoid sharp bends or kinks that could exceed the minimum bend radius and degrade signal performance. Verify port compatibility and cable pathway clearances before routing in high-density enclosures.