Network Cable BlueOptics Q9S66A-BO SFP28 InfiniBand 10 m Aqua

The BlueOptics Q9S66A-BO SFP28 InfiniBand 10 m Aqua is an active optical cable (AOC) designed for high-speed short-reach connections in data centers and enterprise networks. With SFP28 connectors on both ends and a 10 meter length, this Aqua-coloured cable supports reliable Male/Male connections between compatible SFP28 ports. It is intended for environments that require low-latency, high-integrity optical links for 25 Gbit/s class applications and offers a pre-terminated, plug-and-play alternative to patch cords and transceiver-plus-fibre assemblies.

Advantages

The BlueOptics Q9S66A-BO combines a fixed SFP28-to-SFP28 form factor with multi-mode active optical transmission, eliminating the need for separate transceivers and patching while reducing signal loss and electromagnetic interference. Its 10 m length provides flexibility for rack-to-rack and shelf-to-shelf connections. The Aqua colour aids cable identification in dense cabling environments. The cable is delivered as a complete plug-and-play assembly and is built to comply with MSA-aligned active optical connector standards for predictable insertion and operation in supporting hardware.

Suitable for

Key specifications

How to use

Install the BlueOptics Q9S66A-BO by inserting each SFP28 connector into the corresponding SFP28 port on your networking equipment until the latch engages. Ensure both endpoints support SFP28 AOC modules and that ports are powered and configured according to the host device documentation. No separate transceivers or fibre patching is required; the cable provides integrated transmitter and receiver components within the pre-terminated assembly.

Recommendations

Use the cable for short-reach links within racks and between adjacent racks; avoid tight bends and excessive pulling force. Verify host compatibility with SFP28 AOCs and enable any platform-specific diagnostics or DOM/DDM monitoring if available to observe optical parameters. Route and secure the cable to minimize mechanical stress and maintain optical performance over time.