NVIDIA H100 PCIe 80GB Tensor Core GPU; seller PCIe variant
80 GB HBM2e with ECC · PCIeGen5 x16
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FROM THE HARDWARE CATALOGUE
Compare the exact listed card, module, baseboard or complete system before ordering.
80 GB HBM2e with ECC · PCIeGen5 x16
Manufacturer part number 900-21010-0040-000
141 GB HBM3e · PCIe Gen5 x16 / NVLink
80 GB HBM3 · SXM / NVLink; host PCIe Gen5 interconnect
Compare the exact offered unit: a GPU card, module, baseboard and complete system have different supply scopes. Listed purchase prices include 18% GST. International delivery and commercial terms are confirmed by quotation.
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CONFIGURATION FIRST
Compare Hopper GPU servers, NVIDIA DGX H100/H200 systems and distinct GH200 Grace Hopper platforms.
H100/H200 PCIe/NVL cards, SXM/HGX servers, NVIDIA DGX complete systems and GH200 CPU+GPU platforms are separate choices. GH200 combines an Arm-based Grace CPU with a Hopper GPU; it is not H200. Confirm the exact platform, memory variant, software stack, interconnect and facility requirements in your quotation.
NVIDIA Hopper
PCIe server configurations, selected around your workload and platform requirements.
Enterprise PCIe configurations with supported NVLink connectivity.
Integrated HGX platforms for demanding multi-GPU workloads.
PCIe configurations for memory-intensive AI and HPC applications.
HGX platforms for large-model training, inference and scientific computing.
A distinct Hopper server GPU enquiry; confirm the exact supported platform, software and supplied specification.
H100, H200 and H20 are distinct products. PCIe/NVL and SXM/HGX configurations need different server designs; the quotation identifies the actual GPU, interconnect and host.
NVIDIA DGX H100 / H200
Request the exact DGX H100 complete-system configuration and disclosed unit condition.
Request the exact DGX H200 complete-system configuration and disclosed unit condition.
Include the intended software stack, networking, rack power/cooling and support scope in your brief.
GRACE CPU + HOPPER GPU
An integrated CPU+GPU platform; separate from a standalone H200 GPU.
A system connecting two GH200 superchips; confirm the exact memory/platform variant and supported software.
Specify the supported host, CPU/GPU memory variant, Arm software stack, interconnect and deployment requirements.
THE COMPLETE BUILD
A GPU choice is the starting point. Configure a balanced system around the application.
Select the model, memory requirements, GPU count and supported PCIe or integrated platform.
Match processor capacity, RAM and PCIe resources to your compute and data pipeline.
Plan NVMe capacity, data throughput, network connectivity and multi-node communication.
Review dimensions, rack space, power supplies and thermal requirements for the exact build.
ENTERPRISE PLATFORMS.
YOUR CHOICE OF BUILD.
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