Quanta S7PH H100 GPU Server, D74H-7U (Pre-Configured)

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

It means decided. This node ships fully specified, dual top-bin Sapphire Rapids CPUs, the GPU complex, 32 DDR5 slots, 18 NVMe bays, and 10 OCP NICs, ready to run. The D74H-7U barebone in this catalog leaves the CPUs, memory, and storage for you to configure. Choose this when you want a turnkey node; choose the barebone when you want to build the host to your own spec.

Because the data path is the point of this build. GPUDirect Storage is the direct DMA route from NVMe into GPU memory that bypasses the CPU bounce buffer, where data conventionally crosses into CPU memory first. An 18-bay all-NVMe tier is what makes it pay: large local datasets feed eight GPUs at training speed, multi-hundred-gigabyte checkpoints reload without stalling, and retrieval runs on local flash rather than the network. The ten OCP NICs carry the fabric side over non-blocking GPUDirect RDMA.

The NVIDIA HGX 8-GPU baseboard: eight SXM5 GPUs, 640GB of HBM3 per node at H100 with aggregate bandwidth above 26 TB/s, a full NVSwitch mesh at 900 GB/s per GPU, FP8 throughput beyond 30 petaFLOPS, and MIG to as many as 56 instances. In workload terms: full fine-tuning into the 70B class within one node, large-batch training, and production serving density.

The platform accommodates both baseboards, the H100 at 80GB per GPU and 640GB per node, or the H200 at 141GB per GPU and 1.1TB per node for memory-bound and long-context work. This listing is the H100 pre-configured build; the available baseboard for your unit is confirmed on quote, and the catalog also carries a dedicated D74H-7U H200 barebone.

Dual top-bin Intel Xeon Sapphire Rapids processors, the high-core, high-clock end of the 4th Gen Scalable range, across 32 DDR5 slots, sized for feeding eight GPUs hard during preprocessing and data loading. The sizing rule this catalog applies everywhere holds, system memory at or above the GPU pool, and the configured memory is confirmed with your quote.

It lets components be removed and replaced without unmounting the chassis from the rack. On a node holding 640GB or more of GPUs, a maintenance event that requires unracking idles the whole machine; in-rack service turns that into a quick swap. On frontier hardware that maintainability is uptime, and uptime is yield.

Both carry the same 8x H100 SXM complex, so the decision is governance versus data path. The Dell is the Intel-host enterprise incumbent with iDRAC and a global service organization. This Quanta is the ODM build with in-rack serviceability and a heavier local NVMe and networking fit-out for storage-fed training. Estate-led enterprises tend Dell; data-path-heavy and serviceability-focused buyers land here, and MillionMiner quotes both.

Over the ten OCP 3.0 NICs running non-blocking GPUDirect RDMA, the topology that moves gradients between nodes without touching CPUs, on InfiniBand or high-speed Ethernet specified per deployment. That NIC budget is generous for the GPU count, leaving room for both fabric and storage networking, and MillionMiner advises on switch architecture as deployments grow.

Submit your workload and deployment details through the quote form. A MillionMiner specialist confirms the baseboard, the configured host and fit-out, the 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.