Glasvezel-jumperkabel ROLINE 50/125µm OM4 LC/LC Low-Loss 2m

The ROLINE FO Jumper Cable 50/125µm OM4 LC/LC Low-Loss 2m is a duplex multimode fiber patch cable designed for high-bandwidth network connections. It uses OM4 multimode fiber and low-loss LC connectors to minimize insertion loss and reflection, providing reliable performance for data center and campus backbone links up to the OM4 distance limits. The cable is manufactured with ROLINE materials and jacket quality and is finished in purple for easy identification.

Advantages

The OM4 fiber and high-quality low-loss LC connectors deliver very low insertion loss and improved return loss compared with standard connectors, enabling higher usable bandwidth and longer reach for multimode applications. Typical attenuation for a standard LC connector is around 0.5 dB, while a low-loss LC connector typically shows about 0.15 dB. The cable supports 10 Gb/s Ethernet, Fibre Channel and OIF applications to the OM4 range and offers a high modal bandwidth of 4700 MHz·km.

Suitable for

• Data center patching and interconnects
• Building backbone and medium-length campus backbone links
• 10 Gb/s Ethernet and Fibre Channel connections within OM4 distance limits (up to 550 m for certain applications)

Key specifications

• Fiber type: Multimode 50/125 µm, OM4
• Connector type: LC to LC, duplex, low-loss
• Length: 2 m
• Modal bandwidth: 4700 MHz·km
• Color: purple
• Brand / MPN / EAN: ROLINE / 21.15.8852 / 7611990120062

How to use

Route the duplex FO jumper between compatible LC duplex ports in your patch panels, switches or transceivers, observing device-specific port orientation and polarity requirements. Insert LC connectors until they click and verify link status on connected equipment. Avoid tight bending and protect the cable from crushing; follow standard fiber handling practices when routing and securing the cable.

Recommendations

Handle the OM4 low-loss LC jumper with care: maintain minimum bend radius as specified by the manufacturer, keep connectors clean using appropriate fiber cleaning tools, and regularly inspect connections to ensure low insertion loss and optimal performance.