NVIDIA ConnectX-7 200Gigabit Ethernet Card

Experience unmatched data throughput and intelligent networking with the NVIDIA ConnectX-7 200GbE NIC. Engineered for modern data centers, high-performance computing (HPC), AI workloads, and cloud-scale deployments, this adapter delivers extreme bandwidth, ultra-low latency, and sophisticated in-network computing capabilities. By offloading data movement, storage operations, and even certain compute tasks directly on the NIC, it frees CPU cycles for core applications while delivering consistent, predictable performance at scale. Built to handle the most demanding workloads—from scientific simulations to real-time analytics and large-scale virtualization—the ConnectX-7 200GbE card is designed to accelerate the trajectory of your data-driven initiatives, reduce time-to-insight, and simplify complex network architectures.

• Blazing 200GbE bandwidth: Maximize throughput for large-scale HPC, AI training, and data analytics pipelines with a network adapter engineered for sustained, low-latency data transfers and high I/O density.
• In-network computing at its core: Leverage on-card processing to accelerate storage operations, data movement, and compute-like tasks, reducing CPU contention and improving overall system efficiency across mixed workloads.
• Advanced RDMA and virtualization: Support for RoCEv2 and iWARP RDMA, plus virtualization features such as SR-IOV and multi-queue, enabling efficient, scalable VM and container networking with near-native performance.
• GPU and software ecosystem synergy: Seamlessly integrates with the NVIDIA ecosystem for GPU-direct workflows, accelerating GPU-accelerated analytics and AI workloads; broad OS and driver support ensures rapid deployment and steady updates.
• Enterprise-grade reliability and manageability: Designed for data centers, with robust firmware, monitoring, diagnostics, and remote management capabilities that simplify large-scale rollout and ongoing maintenance.

Technical Details of NVIDIA ConnectX-7 200Gigabit Ethernet Card

• Port speed and capacity: 200 Gb/s Ethernet rate per card (SKU-dependent); optimized for high-bandwidth, low-latency workflows common in HPC, AI, and data centers.
• Host interface and form factor: PCIe-based network adapter designed for server PCIe slots (commonly Gen4 x16, with variants that suit different chassis configurations).
• Networking features: In-network computing capabilities, advanced offloads, and support for industry-standard RDMA technologies to accelerate data movement, storage I/O, and compute tasks directly on the NIC.
• Virtualization and multi-tenant readiness: SR-IOV support, multiple queue families, and virtualization-friendly features that enable efficient consolidation, VM migration, and containerized workloads without compromising performance or isolation.
• Software and compatibility: Comprehensive drivers and management tools for Linux and Windows environments, with compatibility across NVIDIA software stacks to enable GPU-assisted data acceleration and streamlined maintenance.

How to install NVIDIA ConnectX-7 200Gigabit Ethernet Card

• Power down the server, unplug power, and ground yourself to prevent ESD. Open the chassis to access the PCIe slots.
• Select an appropriate PCIe slot (preferably PCIe Gen4 x16 or the slot specified by the card’s documentation) and remove any slot covers as needed.
• Insert the ConnectX-7 card firmly into the slot until it seats completely, then secure the card with a retention screw or slot latch as required by the chassis.
• Reconnect power cables and close the chassis. Power on the server and boot the operating system.
• Install the correct drivers and management utilities from the official NVIDIA or OEM repository. Verify the card is detected (for Linux, use lspci; for Windows, check Device Manager).
• Configure network settings as needed for your environment: enable RDMA features, set up SR-IOV, allocate virtual functions, and apply any firmware updates recommended by the vendor.
• Validate connectivity and performance with baseline benchmarks and network testing tools to ensure the NIC operates as expected in your topology and workload scenarios.

Frequently Asked Questions

• What is the NVIDIA ConnectX-7 200GbE card best suited for? It is designed for data centers, HPC clusters, AI/ML pipelines, and cloud environments where high bandwidth, low latency, and in-network computing can dramatically accelerate workloads and improve efficiency.
• Does this card support 200GbE per port? Yes, the ConnectX-7 family offers 200 Gb/s Ethernet performance per card, with exact port configurations varying by SKU. Check the SKU specifications for precise port counts and capabilities.
• What is in-network computing and why is it important? In-network computing moves certain data processing and offloads to the NIC itself. This reduces CPU overhead, lowers latency, and accelerates tasks such as data movement, storage I/O, and select computational steps, enabling faster results for data-intensive applications.
• Which operating systems are supported? The NIC provides drivers and management tools for major Linux and Windows distributions, along with compatibility with virtualization platforms to support multi-tenant deployments and container orchestration.
• How does this card integrate with NVIDIA GPU workflows? The ConnectX-7 family is designed to complement NVIDIA GPU acceleration through features like GPUDirect RDMA for efficient data movement between CPU memory, NIC/offload engines, and NVIDIA GPUs, enabling streamlined, end-to-end GPU-powered analytics and AI pipelines.
• What should I consider when purchasing? Consider SKUs for port speed, form factor, and the desired level of in-network computing offloads; ensure compatibility with your server’s PCIe slot, cooling, and power supply, and plan for driver support and firmware update cadence in your data-center lifecycle.