Tripp Lite N370-01M Duplex Single-mode Fiber Patch Cable

Product Description

The TRIPP LITE N370-01M is a duplex single-mode fiber optic patch cable designed for high-density data center, telecommunications, and structured cabling installations. Single-mode fiber supports long-distance signal transmission with minimal attenuation, making this cable well suited for backbone runs and equipment interconnects where signal integrity is critical. At 1 meter in length, it is sized for short patch panel-to-switch or cross-connect applications. Licensed network technicians and low-voltage cabling contractors are the primary installers of this type of cable.

This patch cable is intended for use in single-mode fiber optic networks in both commercial and enterprise environments. It is commonly deployed in telecommunications rooms, main distribution areas, and equipment rooms where short-distance duplex fiber connections are required between active equipment and patch panels. Its 1-meter length keeps cable management clean in high-density enclosures.

Key Features

• Duplex configuration supports simultaneous bidirectional signal transmission
• Single-mode fiber construction for low-loss, long-distance network infrastructure
• 1-meter length optimized for patch panel and rack-mounted equipment connections
• Sold individually as a single unit for targeted replacement or incremental builds

Compatibility

Designed as an OEM-style patch cable for use with standard single-mode duplex fiber optic patch panels, switches, and transceivers in commercial structured cabling systems.

Installation Notes

Installation should be performed by a qualified low-voltage cabling technician or network infrastructure professional familiar with fiber optic handling procedures. Avoid bending the cable beyond its minimum bend radius and keep connectors capped when not in use to prevent contamination. Clean and inspect fiber end-faces with appropriate tools before mating connectors. Deactivate ports or power down connected equipment before patching to avoid exposure to active laser sources.