The NVIDIA H100 NVL 94 GB PCIe GPU (Part Number: 699-21010-0210-700) is built on the cutting-edge Hopper architecture and engineered for the most demanding AI, large language model (LLM), and HPC workloads. With 94 GB of high-bandwidth HBM3 (or high-capacity HBM2e variant) memory and NVLink-enabled scaling, this PCIe accelerator delivers unmatched performance in data-center servers.
Optimized for multi-GPU clusters, the H100 NVL supports enormous model sizes and massive throughput, enabling enterprises to push the boundary of AI training and inference. Whether you’re deploying large-scale transformer models, generative AI, or scientific simulations, the H100 NVL 94 GB delivers the scale and performance needed for next-gen workloads.
Key benefits:
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Massive 94 GB memory for large model parameters and datasets
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PCIe form-factor (x16) simplifies integration into standard GPU servers
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NVLink bridge support for high inter‐GPU bandwidth
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Passive/optimized cooling (server airflow required) for dense rack deployments
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Built for enterprise workflows including AI training, inference, HPC and data analytics
| Specification |
Details |
| Model / Part Number |
NVIDIA H100 NVL 94 GB PCIe (PN: 699-21010-0210-700) |
| Architecture |
NVIDIA Hopper™ (GH100 GPU) |
| GPU Memory |
94 GB HBM3 / high-capacity memory |
| Memory Bandwidth |
~3.9 TB/s (for 94 GB variant) |
| Form Factor |
PCIe x16 dual-slot passive cooler |
| NVLink & Interconnect |
NVLink support (600 GB/s inter-GPU) |
| Multi-Instance GPU (MIG) |
Up to 7 GPU instances supported |
| TDP / Cooling Requirements |
~400 W (depending on variant); passive cooling requires server airflow |
| Use Case |
Large-model AI training, inference, HPC simulations, data analytics |
| Compatibility |
Enterprise servers, data-center racks, NVLink-enabled clusters |
💬 FAQs (Frequently Asked Questions)
Q1: What types of workloads is the H100 NVL 94 GB ideal for?
A1: It excels at large language model (LLM) training/inference, deep learning, HPC simulations, and data-analytics at scale.
Q2: What is the difference between the 80 GB and 94 GB variants of H100?
A2: The 94 GB variant offers increased memory capacity (~14% higher) and often higher memory bandwidth. The architecture remains Hopper, but the memory stack and bandwidth differ.
Q3: Does this card work in a standard workstation?
A3: Although PCIe form-factor, the H100 NVL is designed for enterprise servers with strong cooling and power delivery. Standard workstations may not suffice without proper infrastructure.
Q4: Is NVLink supported for multi-GPU setups?
A4: Yes — NVLink bridges allow high bandwidth between GPUs in multi-GPU servers.
Q5: What is required for cooling this GPU?
A5: The card uses passive cooling (or very high quality airflow). A suitable server chassis with adequate airflow and cooling is required to maintain reliability and performance.
