AOC QSFP-100G-AOC-10M cavo ottico attivo 10 m CBO Q28-AOC-10M-F5-BO

The AOC QSFP-100G-AOC-10M Active Optical Cable by BlueOptics is a 10 meter fiber-integrated cable engineered for 100G QSFP connections. It combines the optical transceiver components and multimode fiber into a single assembly to deliver reliable high-bandwidth links between QSFP-enabled switches, servers, and aggregation devices. The integrated design reduces the need for separate transceivers and discrete fiber patching while maintaining low power consumption and consistent signal quality over short-to-medium distances.

Advantages

This 10 m active optical cable offers plug-and-play installation with native QSFP compatibility, providing predictable 100G performance and reduced installation complexity. The integrated AOC construction lowers cumulative power draw compared with discrete transceivers and fiber modules, simplifies cable management, and minimizes connection points that can introduce signal loss. The factory-terminated assembly ensures consistent optical alignment and reduces on-site termination or testing requirements.

Suitable for

• Data center rack-to-rack and pod interconnects
• Server-to-switch high-speed links
• Aggregation switch uplinks and spine-leaf fabrics
• High-performance computing clusters and storage arrays

Key specifications

• Connector type: QSFP form-factor integrated optical cable
• Data rate: 100 Gbit/s
• Length: 10 meters
• Media: active optical (fiber-integrated) cable
• Power: lower power consumption compared to discrete transceiver plus fiber solutions
• Compatibility: QSFP-capable devices supporting 100G links

How to use

Connect one QSFP end of the AOC to the QSFP port of the source device and the other end to the QSFP port of the destination device. Ensure both devices are powered and configured to support 100G operation and that link settings (autonegotiation or fixed speed) match on both ends. No separate transceivers or fiber patch cords are required; the cable is factory-terminated and intended for direct connection. Verify link status through the equipment management interface and monitor for correct signal and error counters during initial deployment.

Recommendations

Install the cable in racks and trays following standard bend-radius guidelines for optical cables, avoid tight bends and mechanical stress, and secure the cable to prevent strain on the QSFP connectors. Use in environments within the equipment’s supported temperature range and verify QSFP compatibility with device firmware to ensure proper link negotiation and diagnostics.