Lynn Electronics GGAA504JUE1550FA Lc Lc Sm Armored Patch Cable

Product Description

The LYNN ELECTRONICS GGAA504JUE1550FA is a 4-fiber LC to LC singlemode armored fiber optic patch cable built for outside plant (OSP) applications. Constructed with 9/125 singlemode fiber, this cable delivers low-loss signal transmission over long distances and is suited for high-bandwidth network runs. The armored construction adds mechanical protection against crushing, rodent damage, and rough handling in exposed or semi-exposed environments. Licensed low-voltage technicians and structured cabling installers typically deploy this cable in backbone, inter-building, or direct-burial-adjacent applications where standard indoor patch cables would not hold up.

This cable is used in outside plant fiber infrastructure where ruggedized terminations are required. Typical deployment scenarios include campus backbone runs, data center cross-connects feeding exterior pathways, and telecommunications distribution points exposed to environmental stress. The LC duplex or multi-fiber connector format makes it compatible with standard SFP transceivers and fiber patch panels. With a 4-fiber count, it suits parallel transmission setups or installations requiring redundant paths within a single cable run.

Key Features

• 9/125 singlemode fiber for long-distance, high-bandwidth signal transmission
• LC to LC connector interface on both ends for direct panel or transceiver termination
• Armored jacket construction resists crushing, kinking, and rodent damage
• OSP-rated build suitable for outside plant and environmentally exposed pathways
• 4-fiber count supports parallel or redundant transmission configurations

Compatibility

Designed as an OSP-rated replacement or supplemental patch cable for singlemode LC fiber systems requiring armored protection in outside plant or industrial pathway installations.

Installation Notes

Installation should be performed by a qualified low-voltage or structured cabling technician familiar with OSP fiber handling practices. Deactivate all active transceivers and laser sources before connecting or disconnecting fiber ends. Maintain minimum bend radius throughout routing to avoid signal loss or fiber damage. Local codes and TIA-568 or equivalent standards should be followed for outside plant fiber pathway installations.