mellanox MFS1S00-H010V 10m 200Gb/s QSFP56 Active Optical Cable Extended Reach

The MFS1S00-H010V is a premium 10-meter Active Optical Cable engineered for demanding 200 Gigabit data center environments. This solution, functioning as a high-performance network card interconnect and also recognized by the alias mq9700, utilizes advanced VCSEL optics to overcome the distance limitations of copper cables. It provides a reliable, plug-and-play nic card component essential for creating flexible, high-bandwidth network architectures across server racks and switch rows.

• Extended 10-Meter Reach: Ideal for connections within and between adjacent racks, offering greater layout flexibility than short DACs.
• 200Gb/s Bandwidth: Delivers aggregate throughput of 200Gb/s using 4x 50Gb/s PAM4 lanes for InfiniBand HDR and 200GbE.
• Integrated Diagnostics: Comprehensive Digital Diagnostic Monitoring (DDM) provides real-time data on optical power, temperature, and voltage for each lane.
• Low Power Operation: Typical power consumption of 5.0W per end, optimizing energy efficiency in dense deployments.
• Robust & Compliant: Full compliance with SFF-8665 (QSFP56), SFF-8636 (Management), and RoHS standards.
• Hot-Pluggable Convenience: Supports safe insertion and removal without system downtime.

This product embodies cutting-edge interconnect technology. Based on the QSFP56 form factor (SFF-8665), it integrates four independent 50G PAM4 VCSEL-based optical transceivers. Management is executed via a standardized SFF-8636 I²C interface, enabling advanced features like per-lane retiming and programmable signal conditioning. This technological foundation ensures that the mq9700 series, as a sophisticated nic card and network card accessory, delivers consistent, high-fidelity signal integrity.

The AOC acts as an integrated extension of the host system's electrical interface. Electrical signals from the QSFP56 port drive the built-in VCSEL lasers, converting data into light pulses that traverse the internal multi-mode fibers. At the far end, photodetectors convert the optical signals back to electrical ones. Each lane features Clock Data Recovery (CDR) to clean and retime the signal, compensating for jitter and attenuation over the 10-meter distance. This seamless electro-optical-electro conversion makes it a transparent yet high-performance network card link.

• Cross-Rack InfiniBand Fabrics: Connecting compute or storage nodes across multiple racks within an HDR cluster.
• Extended Leaf-Spine Connections: Ideal for 200GbE links between leaf and spine switches that are not in adjacent racks.
• Distributed Storage Systems: Linking storage controllers to JBODs or all-flash arrays over longer distances within the same row.
• High-Performance Computing (HPC): Interconnecting compute nodes and I/O subsystems in large-scale clusters.

Note: As part of the versatile mq9700 family, this 10m nic card interconnect addresses needs that shorter network card cables cannot, providing essential reach for modern data center design.

• Optimal Reach for Intra-Row Connectivity: The 10m length is the "sweet spot" for many cross-rack connections, avoiding the cost and complexity of separate transceivers and patch cables.
• Superior Signal Integrity: Built-in retiming on every lane ensures a clean, robust signal at both ends, reducing system-level bit error rates (BER).
• Reduced Total Cost of Ownership (TCO): Lower weight and smaller bend radius versus copper DACs simplify installation and reduce stress on switch ports, potentially lowering long-term maintenance costs.
• Proactive Network Management: DDM capabilities allow administrators to monitor cable health and predict potential failures, a critical feature for core infrastructure links.

• Guanteed Availability: Backed by our multi-million dollar inventory, ensuring reliable supply of critical components like this mq9700 series AOC.
• Technical Expertise: Direct access to our technical team for compatibility verification and deployment guidance.
• Logistics Assurance: We prioritize accurate order fulfillment and provide reliable shipping to ensure your project stays on schedule.
• Continuous Support: 24/7 customer service for order inquiries, complemented by dedicated technical support channels.

Q1: Can I use the MFS1S00-H010V in a 100GbE QSFP28 port?

A: No. This cable requires a QSFP56 port designed for 200Gb/s signaling. It is not electrically or mechanically backward compatible with QSFP28 ports for native 100GbE operation.

Q2: What is the advantage of a 10m AOC over using two QSFP56 transceivers and a duplex LC patch cable?

A: The AOC offers a cleaner, more reliable solution with lower initial cost (no separate transceivers), guaranteed end-to-end performance, and simpler polarity management. It’s a pre-tested, plug-and-play nic card interconnect unit.

Q3: How do I monitor the health of this cable?

A: Health is monitored via the standard I²C DDM interface. Most compatible switch OSes (like NVIDIA Cumulus Linux, SONiC) or InfiniBand management software can read parameters like temperature, TX/RX power, and bias current, providing alerts similar to those for a monitored network card.

Q4: Is the cable jacket durable for data center use?

A: Yes. The cable is designed with a robust jacket suitable for data center cable trays and pathways. Always observe the minimum bend radius (30mm) during installation to ensure longevity.

• ESD Precautions: Always handle using anti-static measures. The connectors are sensitive to electrostatic discharge.
• Bend Radius: Maintain a bend radius no smaller than 30mm during installation and in fixed positions.
• Connector Care: Keep the protective caps on until ready to install. Avoid touching the optical apertures.
• System Compatibility: Confirm your switch or adapter card specifically lists compatibility with "200G QSFP56 AOCs" or "InfiniBand HDR AOCs."
• Power Mode: The cable initializes in low-power mode. The host system should enable high-speed mode via the LPMode pin or I²C settings for full functionality.

Leveraging over ten years of specialization in enterprise networking hardware, we have built a foundation of expertise, scale, and reliability. Our operations are supported by a significant manufacturing footprint and a dedicated technical engineering team, allowing us to navigate complex infrastructure projects.

As an authorized distributor for premier brands such as NVIDIA Networking (Mellanox), Ruckus, Aruba, and Extreme Networks, we supply authentic, brand-new equipment. Our core offerings include data center switches, high-performance adapters (network cards and nic card solutions from the mq9700 series and beyond), wireless systems, and comprehensive cabling solutions.