Quanta S7PH H200 GPU Server D74H-7U Barebone

Quanta Cloud Technology is the original design manufacturer behind much of the world's hyperscale infrastructure, the company the largest clouds contract to engineer and build their fleets. ODM-direct buying is how the most sophisticated infrastructure buyers acquire hardware, on engineering rather than brand premium. The S7PH brings that to the open market as a barebone, and MillionMiner tests every unit before shipment.

It lets components be removed and replaced without unmounting the server from the rack. On a node holding 1.1TB of H200 GPUs, a maintenance event that requires unracking idles the whole machine and can stall a training job; in-rack serviceability turns that into a quick swap. On frontier hardware, that maintainability is uptime, and uptime is yield, which is why the live page leads with it and so does this listing.

The NVIDIA HGX H200: eight SXM GPUs at 141GB of HBM3e each, 1,128GB per node with aggregate bandwidth approaching 38 TB/s, NVSwitch at 900 GB/s per GPU, FP8 throughput beyond 30 petaFLOPS, and MIG to as many as 56 instances. In workload terms: 70B-class full-precision fine-tuning within one node, long-context serving with real KV cache headroom, and multi-tenant inference density.

The GPU complex and chassis ship decided, and the host components, CPUs, memory, and storage, are yours to specify. For teams with particular core-count, capacity, or storage requirements, that control means the node arrives matched to the workload rather than to a fixed bundle, and MillionMiner configures the open parts on quote.

Yes, alongside non-blocking GPUDirect RDMA. GPUDirect Storage is the direct path from NVMe into GPU memory that bypasses the CPU bounce buffer, where conventionally data crosses into CPU memory first. It pays wherever eight GPUs are fed from local data, large-dataset training, multi-hundred-gigabyte checkpoint reloads, and retrieval workloads, and the platform supports it natively.

The GPU complex is identical by construction, so the decision is the relationship. The Lenovo brings a tier-one global service organization and management stack; this Quanta brings ODM engineering lineage, in-rack serviceability, and the barebone model. Estate-led enterprises tend Lenovo; buyers weighing maintainability and host control land here, and MillionMiner quotes both.

All three compete with the Lenovo on different strengths. The ASRock leads on 6U density and challenger economics. The ASUS is built cluster-first around one-NIC-per-GPU fabric. This Quanta leads on ODM serviceability, forward compatibility, and barebone configurability. Density buyers weigh the ASRock, cluster-roadmap teams the ASUS, maintainability-and-control buyers this, and the quote routes the decision.

The 4th Gen Intel Xeon Scalable family across 32 DDR5 slots, with the CPU SKUs and memory population specified per build because the platform is a barebone. The rule this catalog applies everywhere holds, system memory at or above the 1.1TB GPU pool, and the design accommodates next-generation CPUs for forward upgrades. The configured host is confirmed with your quote.

Through non-blocking GPUDirect RDMA on fabric adapters specified per deployment, the topology that moves gradients between nodes without touching CPUs, on InfiniBand or high-speed Ethernet. As a barebone, the fabric fit-out is configured to your cluster plan, and MillionMiner advises on switch architecture as deployments grow past one node.

Submit your workload and deployment details through the quote form. A MillionMiner specialist configures the host, confirms the 3-year warranty terms, destination eligibility under the US export controls that apply to Hopper-class accelerators, and delivery. Every system is tested before shipment and shipped worldwide DDP with duties handled, with hosting in MillionMiner's own data centers available.