NVIDIA HGX H200 8-GPU Air-Cooled SXM Baseboard (1,128GB HBM3e)

NVIDIA HGX H200 8-GPU Air-Cooled SXM Baseboard (935-24287-0040-000): What a Baseboard Is, the H200 Memory Advantage, and Where It Fits Long Description: This product is a complete NVIDIA HGX H200 baseboard (model 935-24287-0040-000), the eight-GPU SXM carrier board that forms the heart of a top-bin Hopper AI node, in the standard air-cooled form. Placing it honestly means being clear on two things: it is a baseboard component, not a finished server, and the H200 is the high-memory Hopper part, which is its defining advantage. What a baseboard is, and is not. The HGX H200 baseboard holds eight H200 SXM GPUs and interconnects them with NVLink and NVSwitch into a single, fast, all-to-all GPU complex. It is the same 8-GPU assembly that sits inside the major H200 server systems, supplied here as the component. What it is not is a complete server: it has no host CPUs, system memory, storage, chassis, power supplies, or fans of its own. To run, it must be integrated into a system with a host platform, several kilowatts of power delivery, and, for this air-cooled baseboard, a chassis with sufficient airflow. This is hardware for system builders and integrators assembling H200 nodes, and for operators repairing or expanding the GPU assembly in an existing air-cooled HGX H200 platform, not a turnkey machine. The air-cooled form, and how it differs from the liquid-cooled baseboard. This is the air-cooled variant of the 8-GPU H200 baseboard, designed for deployment in air-cooled server chassis with sufficient airflow, as distinct from the liquid-cooled variant built for direct-liquid-cooling loops. The GPUs, 1,128GB of HBM3e, and NVLink fabric are the same flagship Hopper assembly in both; the difference is the cooling approach and the infrastructure it requires. The air-cooled baseboard suits operators whose data centers are air-cooled and do not have liquid-cooling infrastructure, the more broadly deployable of the two, while the liquid-cooled variant enables higher density where a liquid loop is available. The H200 memory advantage. The H200 is the high-memory member of NVIDIA's Hopper generation. Each H200 carries 141GB of HBM3e, for 1,128GB across the eight-GPU baseboard, more memory and more memory bandwidth than the H100 it succeeds. That capacity is the H200's reason to exist: the largest language models, memory-bound training and inference, and HPC workloads benefit directly from holding more of the model and data in high-bandwidth memory per GPU. For builders whose workloads are memory-bound, an 8-GPU H200 baseboard is among the strongest Hopper-generation assemblies available, and the NVLink and NVSwitch fabric lets the eight GPUs work as one for large distributed training. Genuine AI training and inference hardware, and where it fits. Unlike the workstation, display, and legacy cards in this catalog, this is flagship data center AI silicon: eight top-bin Hopper GPUs with full HBM3e and full NVLink fabric, the configuration used to train and serve the largest models. There is no overstatement to correct here, only the scope to set, it is an air-cooled baseboard, and it is the genuine article for large-scale AI. It sits at the top of the AI hardware lineup, the bare 8-GPU assembly for integrators with air-cooled infrastructure, alongside the liquid-cooled H200 baseboard, the other HGX baseboards, and the complete H200 and H100 systems for buyers who want a finished machine. Because it is high-value flagship hardware in a regulated category, MillionMiner confirms the baseboard configuration, the cooling and airflow requirements, export eligibility for Hopper-class accelerators by destination, and the unit's condition before sale. Every unit is verified before shipment and shipped worldwide DDP with duties handled, with hosting in MillionMiner's own data centers available. If you are integrating air-cooled H200 nodes or expanding an HGX platform, this baseboard is the core; if you want a complete server, MillionMiner will point you to the full H200 systems; if you need maximum density and have a liquid loop, the liquid-cooled baseboard is the alternative.