Fiber Optic Pigtail Equip LC/PC OM4 2.0m

The equip® Optical Fiber Pigtail LC/PC OM4 2.0m is a single-length pigtail cable designed for high-speed data transmission in networks and data centers. Manufactured from quality materials, it provides consistent end-face geometry for stable connections with reduced return loss and low insertion loss. The OM4 multimode fibre with 50 µm core diameter and full-duplex configuration supports efficient bidirectional communication and is suitable for short- to medium-distance optical links.

Advantages

This LC/PC OM4 pigtail offers low return loss and low insertion loss thanks to precise connector end-face geometry and quality construction. The 2.0 m length and available connector type simplify deployment in racks and patch panels. The multimode OM4 fibre with 50 µm core delivers higher bandwidth density compared with lower-grade multimode fibres and is compatible with standard LC connectors for reliable mating performance.

Suitable for

• Data centre patch panels and fibre management
• Server room interconnects and switch-to-transceiver links
• High-speed multimode network trunking and short-range links

Key specifications

• Brand: EQUIP
• Model / MPN: 255643
• EAN: 4015867202630
• Connector: LC/PC
• Fibre type: OM4 multimode
• Core diameter: 50 µm
• Length: 2.0 m
• Duplex: Full duplex

How to use

Route the pigtail to the required patch panel or transceiver location, secure the cable following rack or panel cable-management practices, and insert the LC connector into the corresponding LC/PC adapter or transceiver port until it clicks. Ensure fibre ends and adapters are clean before mating to minimise insertion loss and back reflections. Terminate and strain-relieve the fibre per your panel or splice tray instructions if splicing into permanent infrastructure.

Usage recommendations

Keep connectors capped when not in use, use a fibre inspection microscope to verify connector end-face cleanliness, and avoid tight bends below the manufacturer’s minimum bend radius to preserve optical performance.