FO Jumper Cable ROLINE 50/125µm OM4 LC/LC Low-Loss 0.5m

FO Jumper Cable ROLINE 50/125µm OM4 LC/LC Low-Loss 0.5m is a duplex fiber patch cable with 50/125µm OM4 multimode fiber and LC/LC low-loss connectors. The cable is designed for high-bandwidth links and supports 10 Gb/s Ethernet, Fibre Channel and OIF applications up to 550 m. The OM4 grade fiber, combined with ROLINE material and assembly quality, provides low insertion loss and stable transmission for building backbones and campus networks.

Advantages

The combination of OM4 fiber and low-loss LC connectors delivers significantly lower insertion loss compared with standard connectors, improving link margin and enabling longer reach. Typical attenuation for low-loss LC connectors is about 0.15 dB versus 0.5 dB for standard LC connectors. The cable’s modal bandwidth (EMB) of 4700 MHz·km supports high-speed multimode applications. The duplex design and purple jacket ensure easy identification and reliable installation.

Suitable for

• 10 Gb/s Ethernet links up to 550 m
• Fibre Channel and OIF multimode applications
• Building backbone and medium-length campus backbone cabling
• Patch panels and equipment interconnects requiring LC/LC connections

Key specifications

• Fiber type: Multimode 50/125 µm, OM4
• Connector type: LC/LC low-loss (duplex)
• Length: 0.5 m
• Typical low-loss connector attenuation: ~0.15 dB
• Modal bandwidth (EMB): 4700 MHz·km
• Color: Purple
• Brand / MPN / EAN: ROLINE / 21.15.8850 / 7611990120048

How to use

Connect each LC connector to the corresponding LC port on your patch panel or network equipment, ensuring correct polarity for duplex links. Route the 0.5 m jumper with minimal bending and avoid sharp bends to maintain fiber performance. Verify connections with appropriate test equipment (insertion loss and continuity) after installation.

Usage recommendations

For optimal performance, use this OM4 low-loss LC/LC jumper in multimode installations requiring high bandwidth and low insertion loss; keep bend radius within manufacturer limits and perform insertion-loss testing when integrating into critical links.