Tripp Lite N201-001-BL50BP Cat6 Patch Cable 1 Ft Blue 50 Pack

Product Description

The TRIPP LITE N201-001-BL50BP is a 50-pack of 1-foot Cat6 snagless patch cables in blue. These cables support Gigabit Ethernet and are built for structured cabling environments where short, high-density runs are common. The snagless boot design protects the RJ45 locking tab during installation and removal in tight cable trays or patch panels. Each cable ships as an individual unit within the pack, making them well-suited for bulk patching jobs in server rooms, telecom closets, or any high-port-count installation. Electricians, low-voltage technicians, and IT infrastructure installers are the primary trades that work with these cables.

This 50-pack is intended for high-density deployments where numerous short patch connections are needed at once. Typical applications include connecting patch panels to switches, server-to-switch links, and workstation drops in commercial and enterprise network environments. The 1-foot length keeps cable management clean and reduces slack in rack-mounted installations. Blue jacket color is commonly used to denote standard data connections, supporting color-coded cable management schemes.

Key Features

• Cat6 rated for Gigabit Ethernet performance
• 1-foot cable length minimizes slack in rack and patch panel setups
• Snagless boot protects RJ45 tab during repeated insertions and removals
• Blue jacket supports standard color-coded cable management
• 50-pack quantity reduces per-unit cost on large patching projects

Compatibility

Designed as an OEM-style replacement or supplemental patch cable for Cat6 and Cat6e structured cabling systems using standard RJ45 ports.

Installation Notes

Low-voltage technicians and network installers handle Cat6 patch cable deployment. No special tools are required beyond standard cable management hardware. Verify that patch panels, switches, and jacks are rated Cat6 or higher to maintain full channel performance. Avoid sharp bends that exceed the minimum bend radius, as this can degrade signal integrity.