BlueOptics QSFP-100G-AOC-2M-BO cable de fibra óptica InfiniBand 2 m conector QSFP28

The BlueOptics QSFP-100G-AOC-2M-BO is a 2-meter Active Optical Cable (AOC) with QSFP28 male connectors designed for 100G InfiniBand and 100GBASE-SR4 applications. Engineered for use in data centers and high-performance networking equipment, this pre-terminated multimode fiber cable carries bidirectional optical signals between QSFP28 ports, delivering low latency and stable 100 Gbit/s links over a short-reach 2 m span. The cable integrates transmitter and receiver modules at each end and supports digital diagnostics for monitoring key operating parameters.

Advantages

The AOC design eliminates the need for field-terminated fiber connectors and patching, reducing attenuation and the risk of contamination. Compliance with QSFP28 and MSA signaling profiles ensures interoperability with hardware that supports 100GBASE-SR4 and QSFP-100G-AOC form factors. Built with industry-grade optical components, the cable is intended to provide consistent performance, simplified installation and reduced maintenance compared with discrete transceivers plus patchcords.

Suitable for

Key specifications

How to use

Install the BlueOptics QSFP-100G-AOC-2M-BO by inserting each QSFP28 connector into the corresponding QSFP28 port on your network devices following the device manufacturer’s hot-plug and handling guidelines. Ensure host equipment supports QSFP28 AOC modules and, if you plan to use digital diagnostics, that the host system firmware or management interface exposes DDM/DOM parameters. Handle connectors by the housing, avoid touching optical interfaces, and route the 2 m cable to prevent sharp bends or mechanical strain.

Recommendations

Verify compatibility with the target hardware and firmware prior to deployment. Use this 2 m QSFP28 AOC for short-reach interconnects inside racks or between adjacent racks where 100GBASE-SR4 or InfiniBand 100G profiles are supported. Maintain clean handling practices and avoid excessive bending to preserve signal integrity and expected lifetime.