CBO AOC Cable Dell A6685356 10 m QSFP active optical cable

The CBO AOC Cable Dell A6685356 10 m QSFP active optical cable is a 10-metre optical interconnect designed for QSFP ports in servers, switches and storage systems. This Active Optical Cable (AOC) provides fiber-based data transmission over a single integrated assembly, replacing equivalent copper direct-attach cables where higher reach and immunity to electromagnetic interference are required. The cable is suited to point-to-point links inside racks and between adjacent racks in data center environments where consistent high-speed connectivity is needed.

Advantages

This active optical cable delivers longer reach than typical copper QSFP assemblies while maintaining low latency and signal integrity. The integrated optical transceivers reduce the need for separate transceiver modules, simplifying installation and cable management. Because the cable uses optical transmission, it minimizes susceptibility to EMI and crosstalk and helps maintain link stability in dense rack environments. The 10 m length provides flexibility for varied rack layouts and equipment placement.

Suitable for

• High-speed server-to-switch connections in data centers
• Switch-to-switch aggregation links within and between racks
• Storage system interconnects requiring stable, low-latency links
• Environments where electromagnetic interference must be minimized

Key specifications

• Connector type: QSFP integrated active optical assembly
• Cable length: 10 metres
• Transmission medium: multimode/mode-specified optical fibers within AOC assembly
• Typical use: short- to medium-reach data center interconnects
• Compatibility: designed for QSFP ports on compatible server, switch and storage hardware

How to use

Install the cable by inserting each QSFP end into the corresponding QSFP port on your devices until the connector latches. Ensure both devices support QSFP AOC connections and are powered off or that hot-plug procedures recommended by the equipment vendor are followed. Route the cable to avoid tight bends, excessive tension and sources of mechanical stress; observe the manufacturer’s minimum bend radius. After physical installation, verify link status and data rates in the host interfaces or management software to confirm the connection is active and operating at the expected speed.

Recommendations

For reliable performance, avoid routing the cable near moving parts and sharp edges, do not exceed the specified bend radius, and confirm firmware and hardware compatibility with QSFP AOC links on both endpoints. Use appropriate cable management to prevent strain on connectors and to maintain airflow in racks.