400Gb/s - 800Gb/s - power to connector - NVIDIA Mellanox Ethernet switches

Discover unparalleled network efficiency and performance with NVIDIA Mellanox Ethernet Switches, engineered for the most advanced software-defined data centers. These switches provide industry-leading performance across various speeds (1/10/25/100/200/400GbE) and are designed to handle the demands of massive data throughput required in modern networking environments.

Key Advantages:

• Versatile Performance: NVIDIA Mellanox Ethernet switches offer exceptional throughput across a broad spectrum of speeds, ensuring optimal performance for a variety of data center applications.

• Ultra-Low Latency: Designed to reduce transmission delays, these switches are ideal for applications requiring high-speed data processing and minimal latency.

• Advanced Fabric Management: Simplify network management with comprehensive fabric solutions that support large-scale layer-2 and layer-3 network designs, virtualized networks, and more.

• Diverse Applications: From Machine Learning interconnects to high-performance Ethernet storage fabrics, Mellanox switches are versatile enough to support numerous critical applications.

• Robust Software Options: Run on powerful operating systems like NVIDIA® Onyx®, NVIDIA® Cumulus® Linux, SONiC, and NVIDIA® Linux Switch, offering flexibility and robust control over network configurations.

• Integrated Network Orchestration: With features like built-in storage, RDMA workflows, and integration with Mellanox NEO for network orchestration and automation, these switches simplify complex network operations.

NVIDIA Mellanox Ethernet switches run on operating systems such as NVIDIA^® Onyx^®, NVIDIA^® Cumulus^® Linux, SONiC, NVIDIA^® Linux Switch and others. SN3000 switches feature built-in storage, RDMA workflows, and are integrated with Mellanox NEO, network orchestration, and automation platform further simplifying network operations.

Switches supporting 400Gb/s speeds are typically deployed in hyperscale data centers and high-performance computing clusters, where they handle massive data transfer needs for applications like real-time analytics and machine learning. The unparalleled throughput capability makes these switches an ideal choice for handling the rigorous data demands of next-gen technologies.
Power-to-Connector (P2C) direction airflow switches are designed to air flow from the Power connectors side to the Network ports side. Often called as Reverse Airflow.