Mellanox (NVIDIA Mellanox) MFS1S00-H015V AOC Active Optical Cable Launched: Redefining InfiniBand HDR Interconnect

April 1, 2026

últimas notícias da empresa sobre Mellanox (NVIDIA Mellanox) MFS1S00-H015V AOC Active Optical Cable Launched: Redefining InfiniBand HDR Interconnect

Mellanox (NVIDIA Mellanox), a leader in high-performance networking, has officially announced the general availability of its latest active optical cable – the NVIDIA Mellanox MFS1S00-H015V. Designed as a QSFP56-based 200G active optical cable, this new solution is engineered to deliver high bandwidth, ultra-low latency, and exceptional power efficiency for next-generation InfiniBand HDR networks, addressing the stringent interconnect requirements of modern HPC clusters and AI training infrastructures.

Background: Why the MFS1S00-H015V is Essential for Next-Gen Data Centers

As data centers rapidly transition to 200G and higher bandwidths, traditional passive copper cables are increasingly constrained by limited reach, electromagnetic interference, and cable management complexity. For network engineers and architects deploying InfiniBand HDR fabrics, maintaining signal integrity over rack-to-rack distances has become a critical challenge. The MFS1S00-H015V 200G QSFP56 AOC cable directly addresses these issues by leveraging active optical technology. With a standard 15-meter length, it enables seamless long-distance connectivity while preserving the full 200Gb/s throughput required for bandwidth-intensive workloads such as distributed AI training and high-frequency data analytics.

Key Features and Technical Advantages
  • Full InfiniBand HDR Support: The MFS1S00-H015V InfiniBand HDR 200Gb/s active optical cable delivers line-rate 200Gb/s per port, ensuring seamless integration with NVIDIA Mellanox Quantum HDR switches and adapters.
  • Optimized Signal Integrity: By utilizing active optical components, the cable eliminates signal degradation over distance, providing reliable connectivity up to 15 meters without the weight and rigidity of copper equivalents.
  • Low Power & High Density: The QSFP56 form factor supports high port density, while the active optical design minimizes power consumption per link, contributing to overall data center energy efficiency.
  • Plug-and-Play Compatibility: Fully compliant with InfiniBand HDR specifications, the MFS1S00-H015V compatible ecosystem ensures effortless deployment across NVIDIA Mellanox switching and adapter platforms.
Specifications at a Glance
Parameter Details
Product Model Mellanox (NVIDIA Mellanox) MFS1S00-H015V
Data Rate 200Gb/s (InfiniBand HDR)
Form Factor QSFP56 Active Optical Cable (AOC)
Length 15 meters (standard)
Deployment Scenarios and Value Proposition

For IT managers and architects designing scalable, high-performance fabrics, the MFS1S00-H015V delivers a turnkey MFS1S00-H015V 200G QSFP56 AOC cable solution. Whether used in top-of-rack switching, leaf-spine architectures, or GPU-accelerated clusters, this cable reduces deployment complexity and improves airflow compared to copper alternatives. Additionally, its robust optical design ensures reliable operation in high-density environments where electromagnetic noise can otherwise disrupt performance.

Customers seeking MFS1S00-H015V specifications or evaluating MFS1S00-H015V price and availability can contact authorized NVIDIA Mellanox partners. The MFS1S00-H015V datasheet provides comprehensive details on optical characteristics, cable management guidelines, and interoperability matrices, ensuring full transparency for infrastructure planning.

Summary

With the introduction of the NVIDIA Mellanox MFS1S00-H015V, organizations gain a future-ready interconnect that balances high throughput, extended reach, and operational simplicity. As a vital component of the InfiniBand HDR ecosystem, this MFS1S00-H015V 200G QSFP56 AOC cable enables network architects to build efficient, high-bandwidth clusters without compromise. For more details on deployment options and MFS1S00-H015V for sale inquiries, visit the official NVIDIA Mellanox product portal.