Active Optical Cable BlueOptics QSFP56 200Gb/s Infiniband HDR 10 m (compatible MFS1S00-H010-LL)

Active Optical Cable BlueOptics QSFP56 200Gb/s Infiniband HDR 10 m is a pre-terminated optical link designed for high-performance computing and data centre interconnects. The cable uses a QSFP56 form-factor transceiver at each end to provide a 200Gb/s aggregate data rate over a 10-metre duplex optical assembly. It is intended for rack-to-rack or chassis-to-chassis connections in environments that support HDR Infiniband and offers low-latency, high-bandwidth connectivity with plug-and-play operation on compatible systems.

Advantages

The BlueOptics QSFP56 AOC delivers high throughput with reduced power consumption compared to equivalent electrical cables, enabling efficient 200Gb/s links without external transceivers. Its optical construction provides immunity to electromagnetic interference and supports longer reach within racks and between adjacent racks. The plug-and-play nature simplifies installation and reduces the need for field terminations or optical splicing.

Suitable for

• Rack-to-rack connections in data centres
• High-performance computing clusters using Infiniband HDR
• Server-to-switch and switch-to-switch interconnects
• Short-reach optical links within telecommunications equipment rooms

Key specifications

• Form factor: QSFP56-to-QSFP56 active optical cable
• Data rate: 200 Gb/s aggregate
• Protocol support: Infiniband HDR compatible
• Length: 10 metres
• Latency: low-latency optical link suitable for HPC and storage fabrics
• Connector type: QSFP56 electrical/optical interface
• Cable type: pre-terminated duplex optical assembly (active)

How to use

Connect each QSFP56 plug to the corresponding QSFP56 port on servers, switches or storage systems designed for HDR Infiniband operation. Ensure both ends are fully inserted until the latch engages and the host system recognises the link. No additional configuration is typically required beyond verifying link status and speed in the host management interface. Handle the cable by the connector housings and avoid tight bends to maintain optical performance.

Usage recommendations

For reliable operation, route the cable with a minimum bend radius as specified by the manufacturer, avoid exposure to sharp edges and maintain adequate airflow around networking equipment. Verify compatibility with the host system's supported QSFP56 modules and firmware; when replacing or installing in production environments, test links during maintenance windows to confirm expected throughput and latency.