Product Information

Specification

About:

This is a single-fiber Opti-Core fiber optic patch cord pigtail designed for high-performance data transmission. It measures 1 meter in length and is suited for single-mode fiber applications, as indicated by the OS1/OS2 classification, which refers to low-loss, high-speed fiber cabling typically used in long-haul and metropolitan network connections.

Also Known As:

• Single-mode fiber optic pigtail
• OS1/OS2 fiber patch pigtail
• Single-fiber patch cord

Common Applications:

• Long-distance telecommunications systems
• Carrier networks and service provider applications
• Backbone installations in large buildings or campuses
• Data center interconnects
• High-speed broadband network deployment
• Infrastructure for internet service providers (ISPs)

Standards:

• IEC standards for single-mode optical fiber and connector performance.
• TIA/EIA standards specific to single-mode fiber cabling.
• ISO/IEC standards relating to network cabling infrastructure.

Construction:

• A single-mode optical fiber designed for low attenuation and minimal signal loss.
• A protective jacket tailored to the single-fiber core.
• A factory-terminated connector, which could be an FC, SC, LC, or another standard type as indicated by the product code "F91BN1NNNSNM001".
• A durable sheath and possibly a strength member to prevent physical damage and fiber breakage.

Features:

• Optimized for OS1/OS2 performance with high-quality, single-mode fiber for minimal insertion loss.
• Precision termination of the connector ensures excellent signal clarity and low back reflection, which is critical for single-mode fiber systems.
• Suitable for a wide range of temperatures, making it versatile for various installation environments.
• Typically equipped with a bend-insensitive fiber, allowing for tighter bends without significantly impacting performance.
• Compliance with safety and fire codes if it is plenum-rated or has a low-smoke zero-halogen (LSZH) jacket.
• Color-coded in a standard yellow jacket, which is typically used to identify single-mode fibers.

Specification: