LC to LC UPC OS2 Single Mode Duplex Flex Boot Fiber Optic Patch Cord, 2.0mm OFNR PVC Jacket

• Flexible-angle LC boots can be bent and held in the desired direction for easier cable routing.
• Premium zirconia ceramic ferrules ensure excellent optical performance.
• Low insertion loss (≤0.25dB) and high return loss (≥55dB).
• OS2 9/125μm single mode duplex fiber for long-distance transmission.
• LC/UPC to LC/UPC duplex connectors with Type A polarity.
• Durable 2.0mm OFNR PVC jacket with aramid yarn strength members.
• Suitable for high-density patch panels and equipment cabinets.
• Factory polished, inspected, and 100% performance tested.
• Compliant with IEC, TIA/EIA, Telcordia, RoHS, REACH, and SVHC requirements.

• Data center fiber cabling
• Enterprise backbone networks
• FTTH and FTTx deployments
• Telecommunications infrastructure
• Optical Distribution Frames (ODF)
• Fiber patch panels
• High-density server racks
• SAN and storage networks
• Campus backbone cabling
• Test and measurement environments

FiberMania provides comprehensive OEM and customized manufacturing services to meet different project requirements and brand specifications.

Customize Your Specialty Fiber Patch Cord Solution

Q1. What advantages does a flex boot provide compared with a standard boot?

A flex boot allows installers to bend the connector boot into a desired direction while maintaining its position. This makes cable routing much easier inside crowded cabinets, reduces cable congestion around transceivers and patch panels, and helps maintain an appropriate bend radius.

Q2. Can the flex boot be repositioned after installation?

Yes. The flexible boot is designed to be reshaped multiple times during installation or maintenance. It can be adjusted whenever cable routing changes without affecting the connector itself when handled properly.

Q3. Is this patch cord suitable for high-density data center applications?

Yes. The flexible boot design is particularly beneficial in high-density environments where ports are closely spaced. It allows cables to exit in controlled directions, improving airflow, reducing cable interference, and simplifying maintenance.

Q4. Does the flexible boot affect optical performance?

No. The flexible boot only changes the cable exit angle outside the connector housing. The optical performance depends on the precision-polished ferrule and fiber assembly, which maintain low insertion loss and high return loss.

Q5. Can this cable be connected to standard LC adapters and transceivers?

Yes. The flex boot only modifies the cable routing behind the connector. The LC connector dimensions fully comply with industry standards, making the cable compatible with standard LC adapters, optical transceivers, patch panels, and networking equipment.

Q6. What should be considered when routing flex boot patch cords?

Although the flexible boot improves cable management, installers should still avoid exceeding the minimum bend radius of the fiber cable and should route the cable without excessive pulling or twisting to maximize long-term reliability.