BlueOptics F5-UPG-QSFP4X10LR-10M-BO InfiniBand Fibre Optic Cable MTP 4x LC 10m

The BlueOptics F5-UPG-QSFP4X10LR-10M-BO InfiniBand fibre optic cable MTP 4x LC 10m is a single-mode patch cable designed for high-bandwidth, low-latency connections in data centres and enterprise networks. This 10 metre cable uses G.657.A1 fibre and an MTP (multi-fibre push-on) connector to 4x LC duplex connectors, providing a compact breakout solution for connecting QSFP-based transceivers, patch panels and optical equipment. The cable is specified with a flame-retardant LSZH jacket and is manufactured and tested to meet common industrial quality standards.

Advantages

The cable features laser-optimized single-mode G.657.A1 fibre to minimise attenuation and support long-reach optical links while maintaining bend tolerance for rack and conduit routing. MTP to 4x LC breakout provides convenient connectivity for QSFP transceivers and multi-channel optics. Production includes branded fibre and precision ceramic ferrules to ensure consistent optical performance and a long mechanical life. Each cable is measured after production and delivered with insertion loss and return loss test results.

Suitable for

Key specifications

How to use

Route the MTP connector to the multi-fibre port on the QSFP or patch panel and route the four LC duplex connectors to the corresponding LC ports on the transceivers or patch panel adapters. Ensure connectors and ports are clean and free from dust before mating. Take care with bend radii consistent with G.657.A1 specifications when installing in racks or trays. Follow standard fibre handling procedures during installation and avoid excessive pulling force on the cable.

Recommendations

For reliable performance, clean connectors with appropriate fibre cleaning tools before each connection, secure the cable to avoid strain on connectors, and verify link performance after installation using the supplied loss report or appropriate test equipment. Use the 10 m length for intra-rack or short inter-rack links where a compact MTP to 4x LC breakout is required.