Fiberkabel EFB Elektronik DJP-LCLCOM3-UNI-7,5

The EFB Elektronik DJP-LCLCOM3-UNI-7,5 is a 7.5 m OM3 fibre optic patch cable with LC connectors on both ends and a 50 µm core diameter. Designed as a full duplex uniboot jumper, it features a long unlock latch for easy release in HD patch panels and a reversible duplex LC that allows simple polarity or coding changes to meet installation requirements. The cable is specified as I-V(ZN) H and comes in aqua colour.

Advantages

This uniboot LC jumper provides convenient handling in dense HD patch panels thanks to its long unlock latch. Its OM3 multimode construction with 50 µm core supports high-speed data transmission. The reversible duplex LC design enables fast polarity or coding changes on site without replacing the cable. Available in OM3, OM4 and G657A1 categories for different performance and bend-radius needs.

Suitable for

• Data centre patching and high-density fibre panels
• Server interconnects and switch-to-switch links
• Telecom racks and structured cabling backbones
• Short- to medium-reach multimode optical links (OM3)

Key specifications

• Brand: EFB Elektronik
• MPN: DJP-LCLCOM3-UNI-7,5
• EAN: 4049759193652
• Length: 7.5 m
• Fibre type: OM3 multimode, 50 µm core
• Connector type: LC duplex uniboot on both ends (reversible polarity)
• Cable type: I-V(ZN) H
• Colour: Aqua

How to use

Insert each LC connector into the corresponding LC adapter in the patch panel or equipment port until the latch clicks. To release, press the long unlock latch and pull the connector out. If polarity or coding needs to be changed, reverse the duplex LC orientation according to the network wiring plan; the uniboot design allows this without replacing the cable. Route the cable to avoid sharp bends and secure it with appropriate ties or cable management hardware.

Recommendations

Handle the fibre connectors by their bodies, keep connector endfaces clean using appropriate cleaning tools before mating, and maintain a minimum bend radius as specified for OM3/G657A1 fibres to ensure optimal optical performance.