Fiber Cable ProXtend LC-ST UPC OS2 Duplex 10M

The ProXtend LC-ST UPC OS2 Duplex 10M fiber cable is a 10-meter singlemode patch cable designed for long-distance, high-speed network links. It has a 9 µm glass core, LSZH jacket and supports full duplex communication with LC and ST male connectors, providing low attenuation and stable transmission for data and telecom applications.

Advantages

This ProXtend fiber cable combines singlemode OS2 performance with a durable LSZH outer jacket and standard LC to ST UPC connectors. The 9 µm core diameter and UPC polishing minimize insertion loss and reflections, while the duplex construction enables simultaneous transmit and receive channels. The cable is rated to operate across a wide temperature range, making it suitable for typical indoor and controlled-environment installations.

Suitable for

• Long-distance singlemode network links
• Telecommunications and backbone connections
• Data centers and server room interconnects
• FTTx distribution and ISP infrastructure

Key specifications

• Product: Fiber Cable ProXtend LC-ST UPC OS2 Duplex 10M
• Length: 10 m
• Core diameter: 9 µm (singlemode)
• Fiber type: OS2 (singlemode)
• Connectors: LC (male) to ST (male), UPC polish
• Duplex: Yes
• Jacket: LSZH
• Operating temperature: -20 °C to 70 °C
• MPN: FO-LCSTOS2D-010
• EAN: 5714590024111

How to use

Inspect connectors and fiber ends for contamination before installation and clean with appropriate fiber-cleaning tools if necessary. Route the duplex cable between devices or patch panels, ensuring gentle bends within the specified bend radius and avoiding mechanical stress. Insert the LC and ST connectors into the corresponding ports until they engage; confirm link status on networking equipment and perform an optical loss or continuity test to verify correct installation.

Recommendations

For optimal performance, use this singlemode OS2 cable for long-reach links and backbone paths. Avoid tight bends and exposure to direct sunlight or outdoor elements unless additional protective tubing or conduits are used. When connecting to transceivers and active equipment, follow manufacturer cleanliness and handling guidelines to maintain low insertion loss.