NVIDIA 200Gb/s AOC Cable 20m IB HDR QSFP56

Overview

The NVIDIA MFS1S00-H020V is an active optical cable designed to deliver high-speed data transfer at 200Gb/s over InfiniBand HDR. With a fixed length of 20 meters and QSFP56 connectors on both ends, it provides a reliable and straightforward solution for connecting switches, servers, and storage devices in data centers. Its optical fiber construction ensures low latency and minimal signal loss, even in environments with heavy electromagnetic interference.

Key features

• Supports InfiniBand HDR for high-bandwidth, low-latency data transmission ideal for demanding data center applications.
• Active optical cable design reduces signal degradation over longer distances compared to copper alternatives.
• 20 meter length fits well in top of rack and end of row network layouts, offering flexibility in data center design.
• QSFP56 connectors on both ends enable direct plug-and-play installation without the need for additional transceivers.
• Optical fiber construction resists electromagnetic interference, maintaining consistent throughput in dense rack environments.
• Integrated cable assembly simplifies cabling management by combining optical transceivers and fiber into a single unit.

Key specs

• Data transfer rate: 200Gb/s
• Cable length: 20 meters
• Connector type: QSFP56 on both ends
• Supported protocol: InfiniBand HDR
• Cable type: Active optical cable

Connectivity and compatibility

This cable is compatible with devices that support QSFP56 interfaces and InfiniBand HDR standards, including high-performance switches, servers, and storage appliances commonly found in enterprise and HPC data centers. Its plug-and-play design allows for quick integration into existing network fabrics without additional hardware.

Ideal uses and environments

The NVIDIA MFS1S00-H020V is well suited to data centers requiring high-throughput, low-latency connections over moderate distances. It works effectively in high performance computing clusters, AI training environments, and enterprise database systems where consistent and reliable data transfer is critical. Its resistance to electromagnetic interference makes it a strong choice for densely packed rack setups.