Tinifiber TF6-OS2-PL-LC-LC-200FT Fiber Patch Cable Lc Lc

Product Description

The TINIFIBER TF6-OS2-PL-LC-LC-200FT is a 6-strand micro armor single mode fiber optic patch cable terminated with LC connectors on both ends. The cable spans 200 feet and is built around an OS2 single mode fiber core, designed for low-loss signal transmission over long distances. The micro armor construction adds mechanical protection against crushing, rodent damage, and kinking without the bulk of traditional armored cable. This patch cable is installed by network technicians, low-voltage contractors, and telecommunications professionals in structured cabling environments.

This cable is suited for indoor and indoor-outdoor fiber runs where physical protection is a priority. Typical applications include backbone connections between telecom rooms, data center cross-connects, campus building links, and any run where a standard unarmored patch cable would face mechanical risk. The LC-to-LC duplex or multi-strand configuration allows direct patching between compatible fiber panels, switches, or transceivers supporting single mode OS2 signal standards.

Key Features

• 6-strand OS2 single mode fiber core for long-distance, low-attenuation signal transmission
• Micro armor jacket provides crush resistance and mechanical protection in demanding environments
• LC connectors on both ends for direct patching to compatible panels and active equipment
• 200-foot length suitable for long in-building or campus backbone runs
• Compact micro armor design reduces conduit fill compared to standard armored cable

Compatibility

Designed as a direct-connect patch cable for use with OS2 single mode fiber optic equipment, panels, and transceivers fitted with LC-type ports.

Installation Notes

Installation should be performed by a qualified low-voltage technician or registered communications distribution designer familiar with TIA-568 cabling standards. Power down or place active transceivers in a safe state before connecting or disconnecting fiber patch cables, and never look directly into a fiber end-face while the circuit is live. Avoid bend radii tighter than the minimum specified for the cable jacket to prevent signal degradation. Inspect and clean LC ferrules before mating to ensure low insertion loss at the connection point.