Quanta

QuantaGrid D74H-7U Advanced Performance for the Most Extreme AI-HPC Workloads

Modèle: D74H-7U

Experience unparalleled performance with the QuantaGrid D74H-7U, designed specifically for the most demanding AI and HPC workloads. Hyperscale engineering sold direct: QCT's QuantaGrid D74H-7U carries the NVIDIA HGX H100 8-GPU baseboard, 640GB of HBM3 behind 900 GB/s NVSwitch, on dual Intel Xeon Platinum 8468 processors, with a dedicated OS drive, an NVMe data tier, and 400G fabric, shipped as a decided configuration with a 2-year warranty. Built by the ODM that builds for the world's largest clouds, with non-blocking GPUDirect RDMA and GPUDirect Storage. Quoted and shipped worldwide DDP by MillionMiner.

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Caractéristiques complètes

Modèle D74H-7U
CPU Intel 8468, 2P 48C/96T, 2.1G 330W
GPU HGX H100 x 8 GPU (SXM5) 80GB
DIMM DDR5, 4800 MHz, 64G
SSD OS Samsung 960GB SATA SSD 2.5″
SSD NVMe 44 units, 7.68 TB total
IB NIC X710-T2L OCP3.0, 10G, RJ45
carte réseau Single port 400G PCI-E CX-7ADP
SW RAID Intel VROC STANDARD Mode
Garantie 2YR Standard Warranty

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Détails du produit

QuantaGrid D74H-7U NVIDIA HGX H100 Server: The ODM-Direct Model, the As-Configured Build, GPUDirect Storage Explained, and the Four-Way New-Hopper Decision

The most consequential fact about this server is who builds it. Quanta Cloud Technology is not a challenger brand working upward; it is the original design manufacturer whose engineering already runs much of the world's hyperscale infrastructure, the company cloud giants contract when they need servers designed for fleets of hundreds of thousands. Hyperscalers buy on engineering, validation, and economics, never on logo, and ODM-direct purchasing is how the most sophisticated infrastructure buyers acquire hardware. The D74H-7U extends that model to everyone else, and the rest of this page is what that engineering decided. The compute, stated plainly. The NVIDIA HGX H100 baseboard carries eight SXM5 GPUs at 80GB of HBM3 each: 640GB per node, aggregate memory 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. It is the most validated 8-GPU configuration of its generation, the node production MLOps was hardened against, covering full fine-tuning into the 70B class, large-batch training, and the serving density that built the inference economy. Dual Intel Xeon Platinum 8468 processors, 48 cores each at 2.1GHz and 96 in the box, anchor preprocessing and data loading through 32 DDR5 slots, with Intel VROC handling array management. The decided build, and the data-path thinking inside it. This listing ships as a configuration, not a parts menu, and the configuration carries QCT's fleet logic. The boot environment lives on a dedicated SATA SSD, separated from the data tier, the discipline this catalog recommends on every training node, here arriving as the default. Datasets live on hot-swap NVMe in the front of the chassis. Base networking ships as 10G OCP, and the compute fabric starts with a single 400G ConnectX-7 port installed, the honest reading of which matters: one port is the single-node and light-cluster starting point, and deployments planning serious multi-node training scale toward the one-port-per-GPU topology through the quote, which the platform's non-blocking GPUDirect RDMA design anticipates. GPUDirect Storage, the teach this page owes you. In a conventional server, data moves from NVMe into CPU system memory, then from that bounce buffer into GPU memory, twice across the bus, with CPU cycles spent on every transfer. GPUDirect Storage gives the NVMe tier a direct DMA path into GPU memory, removing the CPU from the loop. Where it pays is exactly where this machine lives: feeding eight GPUs from local datasets at training speed, reloading multi-hundred-gigabyte checkpoints without stalling a job, and serving retrieval workloads whose indexes outgrow RAM. Spec sheets rarely mention it because it is a data-path feature rather than a component, but for storage-fed training it is worth more than another accessory slot, and this platform supports it natively. The four-way new-Hopper decision, stated honestly. This catalog carries four new-unit paths to an 8x H100-class node. The Dell XE9680 is the enterprise incumbent: iDRAC governance, the PowerEdge estate, procurement's safest signature. The H200 systems, Lenovo, ASUS, and ASRock, are the memory step up at 1.1TB for workloads that need it. The value paths, the refurbished AS-8125GS-TNHR and the H800 system, trade newness or fabric speed for economics. This Quanta is the fourth answer: new-unit Hopper with hyperscale engineering lineage and ODM-direct value, for buyers who weigh hardware the way hyperscalers do, on what it is rather than whose badge it wears. MillionMiner supplies all four, tests every unit, and routes the decision on your workload and procurement reality. Ordering and deployment. Hopper-class accelerators are subject to US export controls, and destination eligibility is confirmed in every quote alongside the exact memory and storage fit-out, the fabric plan, and the 2-year warranty. Each system ships tested, worldwide DDP with duties handled, and hosting in MillionMiner's own data centers is the alternative for teams that prefer the rack power, and the cluster fabric architecture, handled for them.

QuantaGrid D74H-7U: Hyperscale Lineage, a Decided Build, and the Storage Path Most Spec Sheets Ignore

There are two kinds of server manufacturers: the brands enterprises buy, and the engineering companies the hyperscalers buy from. Quanta Cloud Technology is the second, the ODM whose designs fill the data centers behind the world's largest clouds, where machines are specified by engineers, validated at fleet scale, and bought without a logo premium. The D74H-7U brings that model to the open market, and it arrives as hyperscale customers like their hardware, decided. The compute is the proven Hopper standard. The NVIDIA HGX H100 baseboard carries eight SXM5 GPUs at 80GB of HBM3 each, 640GB per node, every GPU joined at 900 GB/s through NVSwitch, with FP8 throughput beyond 30 petaFLOPS and MIG to as many as 56 instances. Dual Intel Xeon Platinum 8468 processors, 48 cores each and 96 in the box, feed it through 32 DDR5 slots. The configuration philosophy shows in the storage and data path. A dedicated SATA OS drive keeps the boot environment off the data tier, hot-swap NVMe carries datasets locally, and the platform supports GPUDirect Storage, the direct path from NVMe to GPU memory that bypasses the CPU bounce buffer, alongside non-blocking GPUDirect RDMA on the fabric side. A 400G ConnectX-7 port ships installed as the fabric starting point, 10G OCP handles base networking, Intel VROC manages the array, and a 2-year warranty covers the machine. Exact memory and drive fit-outs are confirmed with your quote, and every system ships tested, worldwide DDP, by MillionMiner.

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QuantaGrid D74H-7U: The Hyperscalers' Manufacturer, Sold Direct

Most enterprises have never heard of Quanta; most of their cloud workloads already run on it. QCT is the original design manufacturer behind much of the world's hyperscale infrastructure, and the QuantaGrid D74H-7U is that engineering sold direct: the NVIDIA HGX H100 8-GPU baseboard, eight SXM5 GPUs at 80GB each, 640GB per node behind 900 GB/s NVSwitch, hosted by dual Intel Xeon Platinum 8468 processors. It ships as a decided configuration, a dedicated OS drive, an NVMe data tier, a 400G ConnectX-7 fabric port, with non-blocking GPUDirect RDMA and GPUDirect Storage support and a 2-year warranty. Quoted and shipped worldwide DDP by MillionMiner.

Hyperscaler Engineering, Sold Direct

QCT builds the infrastructure behind the world's largest clouds. The D74H-7U is that ODM engineering in open-market form, bought the way hyperscalers buy.

640GB of H100 Behind NVSwitch

Eight H100 SXM5 GPUs at 900 GB/s each, 30+ petaFLOPS of FP8, MIG to 56 instances. The most validated 8-GPU configuration of its generation.

Storage-Fed by Design

GPUDirect Storage moves data from NVMe straight into GPU memory, no CPU bounce buffer. Local datasets, checkpoints, and retrieval at training speed.

Foire aux questions

Questions fréquemment posées

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 purchasing is how the most sophisticated infrastructure buyers acquire hardware, on engineering and validation rather than brand premium. The D74H-7U brings that model to the open market, and MillionMiner tests every unit before shipment and stands behind delivery.

The NVIDIA HGX H100 complex: eight SXM5 GPUs at 80GB of HBM3 each, 640GB per node 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 on the generation's most validated configuration.

It is the direct path from NVMe storage into GPU memory. Conventionally, data crosses into CPU system memory first and then to the GPU, two bus trips and CPU cycles per transfer; GPUDirect Storage removes the bounce buffer with a direct DMA path. It pays wherever eight GPUs are fed from local data, training on large local datasets, reloading multi-hundred-gigabyte checkpoints without stalling, and retrieval workloads whose indexes outgrow RAM. This platform supports it natively alongside non-blocking GPUDirect RDMA.

A decided build in QCT's fleet style: dual Intel Xeon Platinum 8468 processors, the HGX H100 8-GPU baseboard, a dedicated SATA OS drive keeping boot off the data tier, a hot-swap NVMe dataset tier, 10G OCP base networking, a 400G ConnectX-7 fabric port installed, Intel VROC array management, and a 2-year warranty. The exact memory population and NVMe drive count of the unit on hand are confirmed in your quote.

Both carry the same 8x H100 SXM complex, so the decision is procurement philosophy. The Dell answers enterprise governance: iDRAC and OpenManage estate fit, the incumbent's service organization, the safest corporate signature. The Quanta answers engineering-first buying: hyperscale ODM lineage and direct economics without the logo premium. Regulated estates and PowerEdge fleets point to Dell; capability-per-budget buyers who evaluate hardware on its engineering point here, and MillionMiner quotes both without steering.

When memory is the binding constraint. The Lenovo, ASUS, and ASRock H200 platforms carry 141GB per GPU, 1.1TB per node, and earn their premium for 70B-class full-precision fine-tuning, long-context serving, and memory-bound work. Workloads living comfortably in 640GB take this node's economics and maturity instead, and the quote models the crossover honestly.

The refurbished AS-8125GS-TNHR delivers the same class of complex at secondary-market economics with verification evidence, and the H800 system covers single-node Hopper work at the value end of the new market. Procurement requiring a new unit with full warranty lands here or on the Dell; budget-led buyers comfortable with the secondary market take the refurb, and MillionMiner models all of them in one conversation.

The installed 400G ConnectX-7 port is the starting point, right-sized for single-node duty and light multi-node work. Serious distributed training scales toward one fabric port per GPU, the non-blocking GPUDirect RDMA topology this platform is designed around, with adapters and switch architecture specified through the quote as the deployment grows. Gradients then cross nodes GPU-to-GPU without touching CPUs.

Dual Intel Xeon Platinum 8468 processors, 48 cores each at 2.1GHz, 96 total, with 32 DDR5 slots feeding preprocessing and data loading, and Intel VROC managing the storage array. The sizing rule this catalog applies everywhere holds, system memory at or above the 640GB GPU pool, and the configured population is confirmed with your quote.

Submit your workload and deployment details through the quote form. A MillionMiner specialist confirms the exact configuration, the 2-year warranty terms, destination eligibility under the US export controls that apply to Hopper-class accelerators, and delivery. Every system ships tested, worldwide DDP with duties handled, with hosting in MillionMiner's own data centers as the alternative.