HPE S3U30C NVIDIA H200 NVL PCIE Accelerator

HPE S3U30C NVIDIA H200 NVL PCIe Accelerator

Overview

The HPE S3U30C is an HPE GPU accelerator pairing NVIDIA's H200 NVL architecture with a PCIe host interface — designed for AI inference, HPC workloads, and data center compute tasks where you need a discrete, server-installable GPU without proprietary interconnect lock-in. At 2.87 lb, it's a physically manageable add-in card for compatible HPE server platforms.

The PCIe interface means the S3U30C integrates into standard x16 PCIe slots without requiring NVLink fabric infrastructure, making it a pragmatic entry point into H200-class compute for organizations deploying GPU accelerators in existing server infrastructure rather than ground-up HPC clusters. Sourced factory-new with no grey-market or parallel imports.

Key Features

• NVIDIA H200 NVL Architecture: The H200 NVL GPU is built on NVIDIA's Hopper architecture with HBM3e memory — the NVL designation indicates an NVLink-ready die even in PCIe form, meaning this card can participate in multi-GPU configurations on compatible HPE platforms that support NVLink bridging, without requiring a fully NVLink-native chassis.
• PCIe Host Interface: PCIe connectivity means deployment into any HPE server with a compatible x16 slot — no proprietary backplane or GPU-specific chassis required. This is the relevant factor when retrofitting AI compute into existing rack infrastructure rather than specifying a purpose-built HPC node.
• 2.87 lb Card Weight: At 2.87 lb, physical handling and slot stress are manageable during installation, though high-TDP GPU cards of this class typically require positive retention mechanisms — verify your target server's GPU retention and airflow specifications before finalizing rack placement.

Integration and Compatibility

The S3U30C is classified under UNSPSC 43211600 (Processors and Accessories) and carries a dual country of origin (CN/VN), which is relevant for procurement teams evaluating supply-chain documentation requirements. For server and storage integration, confirm HPE ProLiant or Synergy platform compatibility against HPE's current GPU support matrix for the S3U30C — not all PCIe slots in all HPE server generations provide the lane count or power delivery required by H200-class accelerators.

Organizations evaluating AI compute infrastructure should also review network switching requirements, as H200 NVL deployments at scale typically require high-bandwidth Ethernet or InfiniBand fabric for inter-node data movement.

Frequently Asked Questions

Q: What host interface does the HPE S3U30C use?

A: The S3U30C uses a PCIe interface, allowing installation into compatible PCIe x16 slots in supported HPE server platforms.

Q: How much does the HPE S3U30C weigh?

A: The S3U30C weighs 2.87 lb (approximately 1.3 kg).

Q: What is the country of origin for the HPE S3U30C?

A: The S3U30C carries a dual country of origin designation: CN (China) and VN (Vietnam), per distribution feed documentation.

Q: What UNSPSC code applies to the HPE S3U30C?

A: The S3U30C is classified under UNSPSC code 43211600, which covers Processors and Accessories.

Q: Does the HPE S3U30C require a special chassis or can it go into a standard server?

A: The PCIe interface means it installs into a standard PCIe slot on a supported HPE server. However, H200-class accelerators have significant power and cooling requirements — confirm your target platform's GPU support list and power delivery specifications before ordering.

Karl Wilson

The HPE S3U30C drops NVIDIA's H200 NVL GPU into a PCIe add-in card form factor — the practical implication is that you get H200-class compute in server platforms that already exist in your rack, rather than committing to a purpose-built HPC node. That PCIe interface is the key deployment decision point here.

Technical Highlights:

• PCIe Interface: Standard slot compatibility means the S3U30C can retrofit into existing HPE server infrastructure — no fabric redesign required for initial deployment, which matters when timelines are tight or budget is phased.
• H200 NVL Die: The NVL designation on an H200 indicates HBM3e memory and NVLink-capable silicon — even in PCIe deployment mode, the underlying GPU architecture is the same high-bandwidth compute fabric used in NVLink-connected configurations.
• 2.87 lb Physical Weight: Heavier than a mid-range GPU, which is expected for HBM-equipped cards. Verify your server's GPU retention bracket and slot reinforcement before install — this is not a card you want seated on PCIe gold fingers alone in a vibration-prone rack environment.

Deployment Considerations:

• H200-class accelerators draw substantial power — the S3U30C's TDP is not confirmed in available documentation, so validate your server's power supply headroom and GPU power connector availability against HPE's official platform compatibility matrix before committing to a rack slot.
• Country of origin (CN/VN) is a procurement flag for certain federal or NDAA-sensitive environments — verify compliance requirements for your specific program before purchase.

The S3U30C is the right card for AI inference or HPC workload deployment on existing HPE ProLiant or Synergy platforms where NVLink fabric infrastructure isn't in scope — particularly in enterprise data centers phasing in GPU compute capacity without full cluster redesign.