Glasvezelkabel BlueOptics MTP-4LC-S10M-BO 4x LC G.657.A1 10 m groen

The BlueOptics MTP-4LC-S10M-BO 4x LC G.657.A1 10 m Green is a 10-metre multimode-compatible singlemode fibre optic cable designed for high-density installations. One end features an MTP connector that aggregates four channels into a single interface, while the other end provides four LC connectors for direct connection to equipment. The cable uses G.657.A1 singlemode fibre with a 9 µm core diameter and a green jacket colour for straightforward identification in cabling systems, supporting reliable optical transmission for data centre and telecom environments.

Advantages

This cable offers compact high-density connectivity through an MTP-to-4xLC breakout design, reducing panel space and simplifying multi-channel fibre routing. The use of G.657.A1 fibre ensures improved bend resistance compared with older singlemode types, lowering the risk of signal loss in confined routing paths. With a 10 m length and standard 9 µm core, it supports long-reach singlemode links while maintaining consistent optical performance and compatibility with common LC interfaces.

Suitable for

Key specifications

How to use

Route the cable between the aggregated MTP port and the destination patch panel or device with LC interfaces. Ensure connectors are clean before mating to prevent contamination-related attenuation. When installing, follow standard fibre handling practices: avoid sharp bends, secure the cable to prevent strain on connectors, and maintain bend radius consistent with G.657.A1 recommendations. Use the four LC connectors to connect individual channels to switches, transceivers, or patch panel ports.

Recommendations

Inspect and clean connector endfaces with appropriate fibre cleaning tools before each connection. For best performance, avoid tight bends and excessive pulling force; use cable management accessories to support the cable along its route. Verify link parameters after installation using suitable optical test equipment, especially in InfiniBand environments where channel mapping and polarity are critical.