Καλώδιο οπτικών ινών EFB Elektronik MTPF36MTPFOS2-10-A MTP OS2 10 m κίτρινο

The EFB Elektronik MTPF36MTPFOS2-10-A is a 10 m fibre optic cable designed for InfiniBand and other high-speed network environments. It uses MTP connectors on both ends and OS2 single-mode fibre with a 9 µm core diameter, providing low attenuation for long-distance links. The cable's yellow jacket follows common colour-coding practices to aid identification and cable management in data centres and telecommunication racks.

Advantages

This fibre optic cable offers reliable high-bandwidth transmission suitable for long-reach connections. The MTP-to-MTP connector configuration enables quick, high-density interconnections with multi-fibre trunks. OS2 single-mode fibre minimises signal loss over extended distances, and the 10 m length provides flexibility for routing between equipment in server rooms and network closets.

Suitable for

• InfiniBand interconnects in high-performance computing environments
• Long-distance single-mode links between network equipment
• Data centre backbone and cross-connect installations
• Telecommunications and campus backbone cabling

Key specifications

• Cable length: 10 m
• Connector type: MTP to MTP
• Fibre type: OS2 (single-mode)
• Core diameter: 9 µm
• Colour: Yellow jacket for identification

How to use

Route the 10 m MTP fibre cable between corresponding MTP ports on switches, transceivers or patch panels, ensuring proper alignment and secure connector engagement. Avoid tight bends and maintain the cable bend radius recommended for single-mode fibre to prevent increased attenuation. Use proper strain relief and secure the cable along trays or racks to prevent stress on connectors during operation and maintenance.

Recommendations

Inspect connectors for dust or debris before installation and, if needed, clean with appropriate fibre cleaning tools. Verify link performance after installation using suitable test equipment to confirm expected attenuation and signal integrity for long-distance OS2 single-mode links.