BlueOptics SFP2122BU10MX InfiniBand fibre optic cable 10 m LC SC

The BlueOptics SFP2122BU10MX InfiniBand fibre optic cable 10 m LC SC is a single-mode OS2 patch cable designed for high-speed data transmission in networking environments. With a 10-metre length and LC to SC connector configuration, this cable connects InfiniBand devices, switches, and transceivers in data centres or server rooms while maintaining signal integrity over longer runs. The 9 µm core diameter characteristic of single-mode OS2 fibre supports low attenuation and minimal dispersion for reliable long-distance links.

Advantages

This fibre optic cable provides stable, high-bandwidth connectivity suitable for InfiniBand networks and other high-performance interconnects. The LC and SC connectors offer wide compatibility with common transceivers and patch panels. The single-mode OS2 construction with a 9 µm core is optimised for low loss and consistent signal quality, helping to reduce bit error rates across extended cable runs. The 10 m length allows flexible placement of equipment while keeping cable routing tidy.

Suitable for

Key specifications

How to use

Route the 10 m cable between the LC-equipped transceiver or port and the SC port on the corresponding device or patch panel, ensuring connectors are clean and free of dust before insertion. Align and insert the LC connector into the LC port and the SC connector into the SC port until they click or seat fully. Avoid tight bends and mechanically stress the cable; maintain the manufacturer’s minimum bend radius to preserve optical performance. When disconnecting, press the connector latch and withdraw straight to prevent damage.

Recommendations

For optimal long-term performance, use compatible single-mode transceivers and maintain connector cleanliness with fibre cleaning tools. Label both ends for easy identification in rack environments and secure the cable to cable management fixtures to avoid strain. Verify link parameters after installation with an optical power meter or network diagnostic tools when available.