EFB Elektronik O3061.0,5 Fibre Optic Cable

The EFB Elektronik O3061.0,5 is a 0.5 m OM1 fibre optic cable with LC and SC connectors and a 62.5 µm core diameter. Designed for short patching runs, this fibre jumper provides a direct connection between passive interfaces and active device ports in structured cabling environments. The cable's orange jacket follows common color coding for multimode OM1 to simplify identification during installation and maintenance.

Advantages

This LC–SC fibre optic patchcord offers a compact 0.5 m length suitable for short links, reliable multimode OM1 performance with a 62.5 µm core, and standard connector types for broad compatibility with networking and telecom equipment. The factory-terminated connectors reduce installation time and ensure consistent optical contact quality.

Suitable for

• Short patching runs in data centres and server racks
• Connections between active equipment (switches, transceivers) and patch panels
• Telecommunications and LAN multimode links using OM1 (62.5/125 µm)

Key specifications

• Brand: EFB Elektronik
• Manufacturer part number (MPN): O3061.0
• EAN: 4049759026585
• Type: Multimode fibre optic patchcord (OM1)
• Length: 0.5 m
• Core diameter: 62.5 µm
• Connector types: LC to SC
• Jacket colour: Orange

How to use

Route the fibre jumper between the device port and the passive interface or patch panel, ensuring connectors match the equipment receptacles (LC to LC/SC to SC as required). Before insertion, inspect connector endfaces for contamination and clean with an appropriate fibre cleaning tool if necessary. Insert connectors gently until you hear or feel the latch engage; avoid bending the cable below its minimum bend radius to prevent signal loss or fibre damage.

Recommendations

Use this OM1 LC–SC patchcord for short-distance multimode links where a 62.5 µm core is required. For longer distances or higher bandwidth needs, consider using higher OM categories (OM3/OM4) or singlemode fibre as appropriate. Store and handle the cable to avoid kinks and contamination of connector endfaces.