Network Cable BlueOptics X66250-30-BO LC InfiniBand 30m Cyan

The BlueOptics X66250-30-BO LC InfiniBand 30m Cyan is a 30 metre fibre optic cable with LC connectors on both ends designed for InfiniBand and high-speed optical links. Built for data centre and high-performance computing environments, this cyan-coloured patch cable provides a single-mode or multimode optical connection (as required by the specific system) and offers a reliable physical connection for transceivers, patch panels and direct device-to-device links. Durable construction and precision LC terminations ensure consistent signal transmission and stable performance in dense cabling installations.

Advantages

The cable features factory-terminated LC connectors on both ends and a standardized 30 m length that reduces the number of intermediate patch points in larger racks. Its cyan sheath improves visual identification in complex cable runs and the lightweight construction simplifies routing while maintaining mechanical robustness. Termination quality and fibre alignment are intended to provide low insertion loss and good return loss for predictable optical performance when used with compatible transceivers and ports.

Suitable for

Key specifications

How to use

Route the BlueOptics LC–LC cable between compatible LC ports on transceivers, switches or patch panels, avoiding sharp bends and mechanical strain. Insert the LC connectors until they click into the adapter or transceiver socket, ensuring the connector key aligns correctly. For best optical performance, keep connectors and adapters clean and protected with dust caps before installation; inspect and clean endfaces with an appropriate fibre cleaning tool if contamination is suspected. Secure the cable along its route using appropriate cable management to prevent excessive bending radii and tension.

Recommendations

Store and handle the cable in a dry, dust-free environment. Use industry-standard fibre cleaning procedures before mating and follow manufacturer guidance for bend radius and connector mating cycles to preserve signal integrity and extend service life.