NVIDIA Mellanox MFS1S50-H010E AOC Active Optical Cable | Product Launch & Key Features

NVIDIA Mellanox MFS1S50-H010E AOC Active Optical Cable | Product Launch & Key Features

Because 200G ports are increasingly deployed in top-of-rack and leaf-spine architectures, yet many existing data center environments still rely on 2×100G breakout configurations, network engineers have long faced a trade-off: use passive copper DACs limited to 3–5 meters, or deploy separate optical transceivers with higher cost and power consumption. The NVIDIA Mellanox MFS1S50-H010E active optical cable (AOC) directly addresses this gap, delivering a factory-terminated, plug-and-play solution that bridges 200G QSFP56 ports to dual 100G QSFP56 interfaces without compromising signal integrity or manageability.

Why the MFS1S50-H010E Matters Now

Because hyperscale and enterprise data centers are simultaneously upgrading to 200G Ethernet while maintaining backward compatibility with existing 100G infrastructure, the MFS1S50-H010E 200G QSFP56 breakout AOC cable eliminates the need for separate optical modules and patch cords. This integrated design reduces insertion loss and lowers the total cost of ownership, because it simplifies inventory management and deployment workflows. For IT managers overseeing hundreds of racks, the NVIDIA Mellanox MFS1S50-H010E means fewer failure points and more predictable performance across temperature and vibration environments.

Because the cable is pre-qualified for NVIDIA Spectrum and Quantum switches, as well as ConnectX and BlueField adapters, architects can specify the MFS1S50-H010E 200Gb/s to 2x100Gb/s QSFP56 to 2xQSFP56 configuration with confidence that interoperability is guaranteed at the silicon level. This eliminates the time-consuming qualification cycles typically required for third-party optical solutions, because the electrical and optical parameters are optimized as a single engineered assembly.

Key Technical Specifications

Because signal integrity at 200G PAM4 modulation is particularly sensitive to connector and fiber quality, the MFS1S50-H010E employs low-loss OM4 fiber with optimized launch conditions. The following table summarizes the core specifications that matter to network planners:

Because these parameters are documented in the MFS1S50-H010E datasheet, engineers can validate link budgets and power margins before deployment. The datasheet also provides detailed eye-diagram masks and jitter specifications, which are critical for high‑performance computing and AI cluster designs where every nanosecond of latency matters.

Deployment Scenarios and Breakout Flexibility

Because the breakout capability allows a single 200G switch port to feed two independent 100G servers or storage nodes, the MFS1S50-H010E 200G QSFP56 breakout AOC cable solution effectively doubles port utilization without adding extra switch hardware. This is especially valuable in GPU-rich environments, where each compute node typically requires 100G connectivity, while the spine layer already operates at 200G. Architects can therefore deploy the MFS1S50-H010E as a cost‑effective bridging mechanism, because it avoids the expense of upgrading all leaf switches to native 200G ports.

Because compatibility with standard QSFP56 cages and retimers is guaranteed by the MFS1S50-H010E specifications, the cable also works seamlessly in multi-vendor switch environments, provided the host supports breakout modes. For organizations evaluating the MFS1S50-H010E price against alternative approaches, the total cost of ownership often favors the AOC, because it includes both transceivers and fiber in a single, tested assembly—reducing procurement complexity and sparing logistics overhead.

Availability and Ordering Information

Because demand for high-density breakout cables has surged alongside 200G adoption, the MFS1S50-H010E for sale is now available through authorized NVIDIA Mellanox distributors worldwide. Standard lead times are 2–4 weeks for volume orders, with expedited options for critical deployments. For compatibility inquiries, the MFS1S50-H010E compatible list includes all NVIDIA Spectrum-2, Spectrum-3, and Quantum-2 switches, as well as ConnectX-6 Dx and BlueField-2 DPUs.

Because proper cable management and bend-radius guidelines are essential for optical performance, the product packaging includes a quick-start guide alongside a QR code linking to the full MFS1S50-H010E datasheet. Field engineers are advised to consult the datasheet for cleaning procedures and inspection intervals, because even minor connector contamination can impact bit-error rates at 200G.

Summary

Because the NVIDIA Mellanox MFS1S50-H010E combines breakout flexibility, pre-validated interoperability, and robust optical performance in a 50‑meter active cable, it directly resolves the density-distance dilemma that has complicated 200G‑to‑100G migrations. Network engineers benefit from simplified troubleshooting, because the cable reports digital diagnostic monitoring (DDM) data via the standard I²C interface. Architects gain layout freedom, because the AOC's tight bend radius and lightweight construction ease routing in high-density racks. And IT managers appreciate the predictable operational expenditure, because the unified SKU reduces spare-part inventories and training overhead.

For more detailed performance graphs, mechanical drawings, and environmental qualification reports, please refer to the official product documentation.