Tripp Lite N201-001-OR Cat6 Utp Patch Cable 1 Foot

Product Description

The TRIPP LITE N201-001-OR is a Cat6 unshielded twisted pair (UTP) patch cable with male RJ45 connectors on both ends, finished in orange. Measuring 1 foot in length, it is designed for short-run structured cabling applications in data centers, server rooms, telecommunications closets, and commercial or residential network installations. The orange jacket provides easy visual identification when color-coded cable management is required. This cable meets Cat6 performance standards and is suited for use by network technicians and low-voltage cabling contractors.

This patch cable is used wherever a short, reliable Ethernet connection is needed between network equipment. Common applications include connecting patch panels to network switches, linking adjacent rack-mounted devices, and providing clean, organized connections in high-density cabling environments. The 1-foot length minimizes cable clutter in tight spaces. The orange color is widely used to designate specific network segments or port groupings in color-managed installations.

Key Features

• Cat6 UTP construction meets standard performance requirements for Gigabit Ethernet and beyond
• Male RJ45 connectors on both ends for standard Ethernet port compatibility
• 1-foot length suited for short rack or panel connections
• Orange jacket enables color-coded cable identification and organization
• Sold individually, one cable per unit

Compatibility

Designed as an OEM-style patch cable for use with standard Cat6-compatible RJ45 ports, patch panels, and network switches in structured cabling systems.

Installation Notes

Installation is performed by low-voltage network technicians or licensed electricians working within the scope of structured cabling standards such as ANSI/TIA-568. No tools are required for termination as the cable ships with pre-terminated RJ45 connectors. Ensure the connected equipment is powered and ports are enabled after seating the cable. Avoid sharp bends or kinks that could degrade signal integrity.