Glasvezelkabel EFB Elektronik MTPF12MTPFOS2-10-A MTP OS2 10 m geel

The EFB Elektronik MTPF12MTPFOS2-10-A is a 10 m fibre optic cable engineered for InfiniBand and high-speed network environments. Equipped with MTP connectors on both ends and using OS2 single-mode fibre with a 9 µm core diameter, the cable supports long-distance links with low attenuation. Its yellow jacket provides quick visual identification in patch panels and cable trays while the factory-terminated MTP interfaces ensure consistent connector geometry for multi-fiber assemblies.

Advantages

This fibre optic cable combines single-mode OS2 performance with precision MTP terminations to deliver stable optical connections for demanding network topologies. The 10 m length reduces the need for intermediate splices in data center or telecom racks, and the standardized MTP plug preserves fiber alignment for multi-channel transmission. The yellow outer jacket aids in cable management and rapid troubleshooting without affecting signal characteristics.

Suitable for

• InfiniBand interconnects and high-performance computing clusters
• Data center backbone links and cross-connects
• Telecommunications long-reach optical links
• Patch panels and MTP trunking systems

Key specifications

• Length: 10 m
• Connector type: MTP to MTP (both ends)
• Fibre type: Single-mode OS2
• Core diameter: 9 µm
• Jacket colour: Yellow

How to use

Connect each MTP connector to the corresponding MTP adapter or cassette in the desired ports, ensuring proper keying and orientation. Handle the cable by the connector boot and avoid bending beyond recommended minimum bend radius to prevent attenuation increase. For installation, route the cable through cable management paths or trays to keep it secure and separate from sources of mechanical stress; if connecting to cassette modules, verify polarity and channel mapping before powering network equipment.

Recommendations

Store and install the cable in dry, dust-free conditions. Clean MTP connector endfaces with appropriate fibre cleaning tools before mating. Avoid tight bends and excessive tension during routing; follow equipment manufacturer guidelines for connector mating cycles and bend radius to maintain optimal optical performance.