Fiber optic AOC cable BlueOptics BO070703W10M-BO QSFP56–QSFP56, 10 m, cyan

BlueOptics BO070703W10M-BO is a 10 m active optical cable (AOC) with QSFP56 connectors on both ends, designed for high-speed data interconnects. The factory-terminated cyan cable converts electrical signals to optical transmission to deliver low-latency links over short to medium distances. It supports 200 Gbps-class connections commonly used in InfiniBand environments, data center switches, servers and high-performance computing (HPC) clusters where reliable and compact cabling is required.

Advantages

This AOC offers predictable optical performance with reduced electromagnetic interference compared to copper alternatives, enabling stable high-throughput links. Being factory-terminated and polarity-controlled, the cable simplifies installation and minimizes the risk of connector or transceiver mismatches. The QSFP56-to-QSFP56 form factor provides a direct plug-and-play solution for compatible QSFP56 ports, helping to reduce cabling density and overall link latency.

Suitable for

• Data center switch-to-switch high-speed interconnects
• Server-to-switch and server-to-server connections in HPC clusters
• InfiniBand fabrics requiring 200 Gbps-class links
• Environments needing low-latency, short-reach optical links

Key specifications

• Connector type: QSFP56 on both ends
• Cable type: Active Optical Cable (AOC)
• Length: 10 m
• Color: Cyan
• Supported link class: 200 Gbps-class
• Use case: Short to medium reach high-speed fiber interconnects

How to use

Ensure that both endpoints have compatible QSFP56 ports and that the host devices support AOC links of the required data rate. Handle the cable by the connector housings and avoid bending the fiber beyond the manufacturer’s minimum bend radius. Insert the QSFP56 connectors into the ports until they latch and verify link status through the host device management interface. For removal, release the connector latch and pull straight out without twisting.

Usage recommendations

Install the cable in routings with sufficient clearance to prevent tight bends and mechanical stress. For optimal performance, keep the cable away from strong EMI sources even though optical links are immune to electrical interference, and verify firmware and transceiver compatibility with network equipment vendors before deployment.