Fibre optic cable EFB Elektronik O0319.2OM5 2 m LC Green

The EFB Elektronik O0319.2OM5 is a 2 m OM5 fibre optic cable with LC connectors on both ends, designed for full‑duplex connections. It has a 50 µm core diameter and is intended for high‑speed data transmission in structured cabling environments such as data centres and enterprise networks. The cable complies with fibre jumper (patchcord) definitions used in ISO/IEC 11801 structured cabling standards and serves as a short interconnection between a passive interface and an active device port.

Advantages

The OM5 multimode fibre provides enhanced bandwidth for short‑reach high‑speed links; LC connectors offer compact, widely compatible terminations; a 2 m length simplifies connections within racks and between nearby equipment; full duplex configuration supports simultaneous bidirectional transmission. The cable is suitable for modern network protocols and common connector types used in structured cabling.

Suitable for

• Data centre patching between switches and servers
• High‑performance networking within server racks
• Short‑reach multimode links and backbone segments
• Connections requiring LC‑to‑LC terminations

Key specifications

• Brand: EFB Elektronik
• Manufacturer part number (MPN): O0319.2OM5
• EAN: 4049759178376
• Type: OM5 multimode fibre optic cable
• Length: 2 m
• Core diameter: 50 µm
• Connector type: LC — LC (both ends)
• Polarity: Full duplex

How to use

Connect one LC connector to the active device port (switch, NIC, SFP transceiver) and the other LC connector to the corresponding passive interface or transceiver on the paired device. Ensure LC connectors are clean before insertion to minimise signal loss. Route the cable through cable management pathways to avoid tight bends and mechanical stress; maintain the manufacturer’s minimum bend radius for multimode fibre.

Recommendations

Use the 2 m OM5 LC‑LC patchcord for short‑distance multimode links in racks and patch panels. Keep connectors capped when not in use, perform regular inspection and cleaning with appropriate fibre‑optic tools, and avoid exceeding recommended bend radius to maintain transmission performance.