Cabo de rede de fibra ótica monomodo duplex 9/125 Tripp Lite N370-02M 2M LC/LC

The Tripp Lite N370-02M is a 2-meter duplex singlemode 9/125 fiber patch cable with LC connectors on both ends. It uses glass singlemode fiber with a beveled glass endface and a PVC jacket. The cable is OFNR (riser) rated and complies with FDDI requirements. Insertion loss testing is performed for every connector and typical loss is 0.2 dB per connector; test results are provided with the cable.

Advantages

This duplex singlemode 9/125 fiber patch cable provides low insertion loss (typical 0.2 dB per connector) and consistent singlemode glass fiber performance suitable for long-distance, high-speed optical links. The beveled endfaces facilitate easy connector mating, and the OFNR PVC jacket offers riser-rated fire performance. Each cable includes connector test results for verification.

Suitable for

• Singlemode fiber connections between network switches, transceivers, and patch panels
• Data center and telecommunications links requiring LC-to-LC duplex connections
• FDDI-rated optical networks and other singlemode installations

Key specifications

• Length: 2 m
• Fiber type: Singlemode 9/125 µm (glass)
• Connectors: LC to LC duplex (2 LC connectors on each end)
• Insertion loss: 0.2 dB typical per connector (tested)
• Jacket: PVC, OFNR (riser) rated
• Endface: Beveled edge on glass
• Brand/Model: Tripp Lite N370-02M

How to use

Inspect connector endfaces and review the provided insertion loss test report before installation. Route the 2 m duplex LC/LC cable between compatible LC ports on switches, transceivers, or patch panels. Align LC connectors with device receptacles and insert until the latch engages; avoid excessive bending by maintaining appropriate bend radii for singlemode fiber. Secure the cable to avoid strain on connectors and avoid exposure to tension or crushing.

Recommendations

Use with LC-compatible singlemode transceivers and equipment. Keep connector endcaps on until ready to connect, and store the cable coiled without tight loops to preserve fiber integrity.