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NVIDIA H800 SXM 80GB. Ecc: Supported; Host interface: SXM platform module; baseboard and NVSwitch topology are system-defined. Ask for current pricing and help choosing the right configuration.
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Use the full part number and the host system details. Parts that look alike or use similar connectors may still be incompatible.
PART DETAILS
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Distinguish a GPU board, accelerator module and complete NVIDIA system.
Check the qualified host, original power arrangement and cooling.
Review the driver or compute stack and required interconnect components.
Technical overview
Use the full part number when comparing options or asking about system fit.
| Ecc | Supported |
|---|---|
| Host interface | SXM platform module; baseboard and NVSwitch topology are system-defined |
| Form factor | SXM5 regional variant |
| Manufacturer | NVIDIA |
| Model | H800 SXM 80GB |
| Architecture | Hopper |
| Release generation | 2023 |
| CUDA cores | 16896 |
| FP32 peak | 67 TFLOPS |
| Published AI performance | Not published as one cross-product metric |
| GPU memory | 80 GB HBM3 |
| Memory bandwidth | 3.35 TB/s |
| NVLink / NVSwitch | High-bandwidth NVLink/NVSwitch fabric; exact bandwidth and topology are platform-specific |
| Board / module power | 700 W |
| Cooling | Platform cold plate or qualified passive module cooling |
| Slot / platform envelope | Qualified HGX/DGX or OEM SXM baseboard; not a PCIe add-in card |
| Power delivery | Baseboard power delivery; system-specific power and cooling envelope |
| MIG | Not supported |
| Virtualization / AI Enterprise | NVIDIA AI Enterprise and container stack support; vGPU entitlement is model-specific |
| Software stack | NVIDIA data-center driver, CUDA, NCCL, container toolkit and optional AI Enterprise |
| Display outputs | No display outputs; headless accelerator |
| Media engines | Workload- and generation-specific NVENC/NVDEC; verify codec matrix in the official specification |
| Category | SXM GPU Module |
HOW THIS PRODUCT FITS YOUR SYSTEM
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Match the complete option, spare or assembly number and revision.
Confirm the host model, generation and installed configuration.
Use this checklist to describe the change. The host system and full configuration determine which parts will fit.
YOUR QUOTE REQUEST
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Confirm the exact manufacturer part number, host compatibility and included components. Optional software is quoted separately only when requested.
SUPPORT & REPLACEMENT
Check support dates, replacement options and whether continued use still makes sense.
We do not have confirmed sales and support dates for this part number.
Send us the full H800 SXM 80GB order code, software release and support details before planning long-term use.
Ask us to check the current sales and support statusProducts with similar names or connectors may still be incompatible. Compare the full specifications, installed system and software requirements.
Compare related products These products may be related, but we have not confirmed them as replacements.USING HARDWARE RESPONSIBLY
Consider repairability, remaining support and actual operating demand. Extending service life is useful only when the equipment still meets your security and reliability requirements.
Use measured average input power for the same workload. PSU ratings and processor TDP are different from total system power.
Energy difference = (current W − proposed W) × hours × units ÷ 1,000. Excludes cooling, embodied emissions and purchase costs.CONNECTION DETAILS
This component works inside a compatible system. Verify the host generation and supported option list before choosing memory, processors or accelerators.
Browse the categories above for related equipment, then send us the full configuration so we can check the fit.
PRODUCT DETAILS
Accelerator configuration
Board manufacturer, full P/N, model and form factor
Distinguishes separately orderable boards, modules and system kits.
Host model, available clearance, cooling and power connections
Identifies the installation requirements to confirm for the offered accelerator.
Application, framework, driver and any virtualization requirement
Defines the software-support and entitlement checks for the intended use.
Accelerator, adapter or DPU; exact board code and supported host.
Switch or computing system; its own SKU, firmware and configuration.
Product and edition; deployment rights and support where applicable.
Where NVIDIA lists both a current SKU and legacy Mellanox OPN, retain their exact documented mapping. A family name does not confirm a port layout, GPU board version or software entitlement.
How to read the numbers
| Specification | NVIDIA H100 NVL 94GB | NVIDIA H800 SXM 80GB | NVIDIA L2 | NVIDIA L20 |
|---|---|---|---|---|
| Architecture | Hopper | Hopper | Ada Lovelace | Ada Lovelace |
| Year | 2023 | 2023 | 2023 | 2023 |
| Memory | 94 GB HBM3 | 80 GB HBM3 | 24 GB GDDR6 | 48 GB GDDR6 ECC |
| Bandwidth | 3.9 TB/s | 3.35 TB/s | 300 GB/s | 864 GB/s |
| CUDA cores | 14592 | 16896 | 3584 | 11776 |
| FP32 peak | 51 TFLOPS | 67 TFLOPS | 14.5 TFLOPS | 59.4 TFLOPS |
| AI metric | Not published | Not published | Not published | Not published |
| Power | 400 W | 700 W | 60 W | 275 W |
| Form factor | Paired PCIe NVLink configuration | SXM5 regional variant | PCIe low-profile single-slot passive | PCIe dual-slot passive |
Use this as a market-position reference, not an automatic drop-in replacement.
80 GB HBM3 · 700 W · SXM5 regional variant
Revalidate memory, power, cooling, interface, software and supply lifecycle.
Workload placement
AI training, inference, HPC and accelerated data processing
Virtual desktops, media services and scale-out inference after license and server qualification
Direct desktop installation without a qualified server/platform
SXM modules are normally procured as part of a qualified HGX/DGX/OEM platform. The baseboard, tray, heatsink/cold plate and firmware bundle control compatibility.
No. Treat the lineage as a workload-positioning guide. Validate host interface, physical envelope, cooling, power, firmware, driver, software entitlement and application certification.
Compare like-for-like precision, sparsity state, clocks, power limit and form factor. Gaming AI TOPS, Tensor FLOPS and measured application throughput are not interchangeable units.
High-bandwidth NVLink/NVSwitch fabric; exact bandwidth and topology are platform-specific PCIe peer access, NCCL topology, CPU lanes, NUMA placement and rack cooling must also be validated.
01 / Application planning
Match the option, spare or assembly number and the relevant hardware revision.
Review the host, connectors, physical fit and dependencies as one configuration.
Keep quantities, included kits and target systems attached to each BOM line.
02 / Inspection & testing
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03 / Packing & international delivery
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Protect
Specify packing around the component, its sensitivity and the quantity ordered.
Prepare
Select packing suitable for the hardware, combined order and transport route.
Deliver
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Send the country, postal code, requested date and receiving restrictions with your enquiry. Packing, freight and delivery timing are confirmed in the written quotation.
Shipping guide ↗04 / Warranty & after-sales
Keep the warranty terms with the part number and supplied condition. The quotation or order defines the applicable coverage for your item.
Warranty & RMA guide ↗Include the product label, order reference and a description of the fault.
Provide the requested identification and diagnostic details.
Agree the authorized next step before shipping a return.
Repair, replacement or other remedies depend on the agreed warranty terms and the fault assessment.
Prepare the next step
Include quantities, destination, test evidence and warranty requirements.
Model selection & order planning
NVIDIA H800 SXM 80GB
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