BlueOptics InfiniBand/fibre optic cable 3 m 2x CS LC/APC

The BlueOptics InfiniBand/fibre optic cable 3 m 2x CS LC/APC is a 3-metre multimode fibre patch cable engineered for high-speed data links and full duplex communication. It uses OM3 multimode fibre with a 50 µm core diameter and terminates in CS to LC/APC connectors on a duplex assembly, providing compatibility with InfiniBand and other high-bandwidth networking equipment. The cable is intended for short- to medium-reach connections in data centres, server rooms and telecommunication racks where low-loss, low-reflection terminations are required.

Advantages

This fibre optic cable supports OM3 multimode transmission, which enables higher bandwidth and reliable performance for 10 Gb/s and beyond over short to medium distances. The LC/APC connector end provides angled-polish termination to reduce back-reflection, improving signal stability in sensitive links. The duplex CS to LC/APC configuration ensures full duplex data flow and straightforward patching into standard LC ports while offering compact connector density useful in rack environments.

Suitable for

Key specifications

How to use

Install the cable by aligning the CS connector and the LC/APC connector with their respective device ports, ensuring connectors are clean and undamaged before insertion. Insert the connectors straight into the ports until they click or seat firmly, avoiding excessive bending of the fibre along the run; maintain the manufacturer recommended minimum bend radius. For optimal performance, remove protective caps only when ready to connect and use a fibre inspection tool to verify end-face cleanliness.

Recommendations

Store and route the OM3 multimode cable in cable trays or conduits that prevent tight bends and mechanical strain. Use LC/APC-compatible ports on equipment and verify link performance after installation. For critical links, inspect connector end faces and, if available, use dust caps when links are disconnected to maintain APC polish quality and minimize return loss.