Tripp Lite N272-F10-BL Cat8 Shielded Patch Cable 10 Ft

Product Description

The TRIPP LITE N272-F10-BL is a Cat8 shielded patch cable designed for high-speed network infrastructure installations. This 10-foot cable features a snagless boot design that protects the RJ45 locking tab during routing and removal in dense patch environments. The shielded twisted pair (S/STP) construction reduces electromagnetic interference and crosstalk, making it well-suited for demanding data center and enterprise network applications. Licensed network technicians and IT infrastructure professionals handle the installation of structured cabling at this performance tier.

This patch cable is used in enterprise network environments where high-bandwidth, low-latency connections are required between patch panels, switches, servers, and other active network equipment. The 10-foot length covers typical rack-to-rack and panel-to-switch runs in standard equipment racks. The blue jacket aids in visual cable management and color-coded identification schemes common in structured cabling deployments.

Key Features

• Cat8 rated construction supports high-speed data transmission in enterprise environments
• S/STP shielding reduces EMI and alien crosstalk in high-density installations
• Snagless boot protects the RJ45 latch during installation and removal
• 10-foot length suits standard panel-to-switch runs in equipment racks
• Blue jacket supports color-coded cable management systems

Compatibility

Designed as an S/STP Cat8 patch cable for use with RJ45 ports on enterprise-grade switches, patch panels, servers, and network interface cards that support Cat8 or backward-compatible Cat6A and Cat7 connections.

Installation Notes

Cat8 shielded patch cables should be installed by qualified network or low-voltage technicians following TIA-568 structured cabling standards. Ensure all connected equipment ports and patch panel jacks are properly grounded to take full advantage of the S/STP shielding. Avoid sharp bends or zip-tie over-tightening, which can degrade signal performance. Power down or follow lockout procedures for active equipment before making changes to live patch connections in critical network environments.