MQM9700-NS2R Mellanox 64 Ports Switch Quantum-2 QM9700 NVIDIA Hot-plug smart rack-mountable

Mellanox MQM9700-NS2R 32 Ports Switch Quantum-2 QM9700 Overview

The Mellanox MQM9700-NS2R Quantum-2 QM9700 is a cutting-edge high-performance InfiniBand switch platform engineered to meet the growing demands of modern data centers, hyperscale clusters, and artificial intelligence infrastructures. Designed by NVIDIA, this smart, hot-pluggable, rack-mountable switch delivers unmatched connectivity, low latency, and scalability for the most demanding environments. With 32 ports of NDR InfiniBand, this switch provides network architects with a foundation for efficient, accelerated communication between servers, GPUs, and storage systems.

Quantum-2 Architecture for High Performance

The Mellanox MQM9700-NS2R utilizes the revolutionary Quantum-2 InfiniBand architecture, enabling next-generation networking with superior bandwidth and reliability. This architecture is particularly beneficial for large-scale data centers where low latency and high throughput are critical to maintaining system efficiency. With the Quantum-2 foundation, workloads such as deep learning, cloud services, and supercomputing benefit from streamlined data flow across thousands of nodes.

Rack-Mountable and Hot-Pluggable Design

The switch comes in a rack-mountable chassis, making integration into enterprise environments straightforward and efficient. The hot-plug design allows administrators to replace or upgrade hardware without interrupting ongoing operations. This minimizes downtime, ensuring continuous availability for mission-critical services. Enterprises and research centers rely on this feature to maximize productivity and reduce service disruption.

Technical Specifications of the Mellanox MQM9700-NS2R

Connectivity and Port Configuration

Offering 32 NDR InfiniBand ports, the MQM9700-NS2R ensures powerful and flexible connectivity for large-scale deployments. Each port is designed to deliver low-latency, high-throughput connections suitable for GPU clusters, storage nodes, and compute farms. This makes the device a key component for scaling supercomputers and AI research infrastructures.

Performance Benchmarks

• Ultra-low latency communication across nodes
• Optimized for parallel computing and AI workloads
• High throughput for data-heavy applications
• Supports multi-node scaling without bandwidth bottlenecks

Advanced Telemetry and Monitoring

Built-in telemetry allows IT teams to monitor system behavior in real time. This capability provides insight into traffic patterns, helps identify performance issues, and improves system optimization. By integrating with NVIDIA’s networking ecosystem, the switch supports smarter diagnostics and proactive troubleshooting.

Artificial Intelligence and Machine Learning

For AI and ML environments, communication between GPU servers and storage is essential. This switch delivers high bandwidth and reduced latency, enabling faster training times and real-time inference at scale. It supports the needs of autonomous systems, natural language processing, and deep neural networks.

Enterprise and Cloud Data Centers

Cloud data centers benefit from the MQM9700-NS2R by ensuring scalable connectivity for thousands of virtualized environments. The ability to handle data-intensive workloads without performance bottlenecks makes it invaluable for cloud hosting providers, enterprise IT, and storage networks.

Scalability and Future-Proofing

The Mellanox MQM9700-NS2R is not only optimized for present workloads but also designed with future scalability in mind. As data-intensive applications expand, the switch can handle increased demands thanks to its advanced architecture and flexible port design. This makes it a long-term investment for organizations looking to build sustainable high-speed networks.

Energy Efficiency and Cooling

Modern data centers require networking solutions that balance performance with power efficiency. The MQM9700-NS2R employs optimized cooling and power management features, reducing operational costs and environmental impact. Intelligent cooling systems allow the device to perform reliably even under heavy workloads.

Security and Reliability Features

• Hardware-level data protection and integrity checks
• Advanced error correction mechanisms
• Built-in redundancy for uninterrupted operation
• Secure firmware and system updates

Advantages of Deploying Mellanox MQM9700-NS2R

Operational Efficiency

With its hot-plug capability and advanced management tools, administrators save time on maintenance and enjoy reduced downtime. The switch’s integration with telemetry and AI management software improves decision-making and operational insight.

Enhanced Collaboration in Research and Industry

Research institutions and enterprises benefit from fast data exchange across collaborative projects. Whether in genomics, climate science, or AI-driven healthcare research, this switch ensures seamless communication between global research nodes.

Long-Term Investment Value

Investing in a Quantum-2 based networking solution secures organizations for years to come. Its compatibility with current and future workloads ensures that enterprises stay ahead of technological shifts in computing and networking.

Deployment Scenarios

Supercomputing Facilities

Supercomputers rely on high-speed interconnects to synchronize thousands of processors. The Mellanox MQM9700-NS2R, with its 32 NDR InfiniBand ports, provides the infrastructure necessary for building petascale and exascale computing systems.

AI Data Lakes and Storage Integration

AI-driven workloads often involve handling enormous data sets. The switch supports rapid access and low-latency transfers between storage arrays and compute clusters, reducing training bottlenecks in big data environments.

Cloud Service Providers

For hosting companies and cloud infrastructure providers, scalability and dependability are key. This switch provides a backbone that supports multi-tenant environments, ensuring secure and isolated communication between clients while maximizing network utilization.