Glasvezel-jumperkabel ROLINE 50/125µm OM3 LC/LC Low-Loss 3m

FO Jumper Cable ROLINE 50/125µm OM3 LC/LC Low-Loss 3m is a duplex fiber optic patch cable with 50/125µm OM3 multimode fiber and LC connectors on both ends. The cable is designed for high-bandwidth networking and data transmission, offering low insertion loss thanks to OM3 fiber quality and low-loss connector assembly. The cable color is turquoise and the length is 3 meters.

Advantages

The combination of OM3 multimode fiber and low-loss LC connectors provides reduced insertion loss and improved return loss compared with standard connectors, enabling reliable performance at very high bandwidths. The cable and connectors are manufactured and assembled to ROLINE quality standards, ensuring consistent attenuation values and connector fit.

Suitable for

• High-speed data centers and server room connections
• Switch-to-switch or switch-to-server multimode links
• LAN backbone and aggregation links within buildings
• Patch panel to active equipment connections

Key specifications

• Fiber type: Multimode 50/125µm, OM3
• Connector type: LC to LC, duplex
• Connector performance: Low-loss LC connectors (typical attenuation ≈ 0.15 dB)
• Standard LC connector typical attenuation for comparison: 0.5 dB
• Length: 3 m
• Color: Turquoise
• Brand: ROLINE
• MPN: 21.15.8823
• EAN: 7611990119998

How to use

Install the FO jumper by aligning and inserting the LC connectors into the corresponding LC ports on patch panels, transceivers or network equipment. Ensure duplex orientation is maintained so transmit and receive fibers are connected correctly. Handle connectors by the housing, avoid touching the ferrule, and keep protective dust caps on until installation to prevent contamination.

Recommendations

For best performance, clean connector endfaces before mating, use appropriate bend radius to avoid microbending losses, and perform insertion loss and continuity checks after installation. Use the low-loss LC/LC OM3 jumper for short- to medium-distance multimode links within data centers or campus networks.