Gigabyte G593-ZD2-AAX1 Barebone AMD H100 8-GPU Server (80GB SXM5)

It ships with the platform-defining parts fixed, the HGX H100 baseboard, the chassis, the power and cooling, and the host components open. You specify the EPYC CPUs, the memory population, and the storage rather than taking a fixed bundle. For teams with specific core-count, capacity, or storage needs, that control means the node arrives matched to the workload, and MillionMiner configures the open parts on quote.

The NVIDIA HGX H100: 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.

Two strengths matter for a GPU host. Core density, since eight GPUs need many cores for parallel data loading and preprocessing, and memory bandwidth, since the host must not starve the accelerators. EPYC 9004 on Zen 4 brings high core counts and 12-channel DDR5 per socket, the widest memory bandwidth in its class, which is why it is a strong host for a feeding-intensive 8-GPU node.

Both carry the same 8x H100 SXM complex, so the decision is host and model. The Dell is the Intel-host enterprise incumbent with iDRAC governance and a global service organization, shipped as a bundle. This Gigabyte is an AMD-host barebone you configure, with a 3-year manufacturer warranty. Estate-led enterprises tend to the Dell; buyers wanting AMD-host control land here, and MillionMiner quotes both.

Both are engineering-forward new H100 nodes, but they differ on host and configuration model. The Quanta is a decided Intel build with hyperscale ODM lineage; this Gigabyte is an AMD barebone you specify. Teams wanting a finished Intel configuration take the Quanta; teams wanting to build an AMD host to their own spec take this, and the quote routes the decision.

It is a new-versus-secondary decision. The refurbished AS-8125GS-TNHR delivers the same class of complex at secondary-market economics with verification evidence. This Gigabyte is the new-unit path with a full 3-year manufacturer warranty. Procurement requiring new hardware lands here; budget-led buyers comfortable with verified refurbished hardware take the refurb, and MillionMiner models both.

When memory or generation is the constraint. The H200 platforms carry 141GB per GPU and 1.1TB per node for memory-bound and long-context work; the Blackwell systems add FP4 and the doubled fabric. This H100 node is the right buy for the large share of workloads that fit in 640GB and value the generation's maturity and economics, and the quote models the crossover.

The platform runs 12-channel DDR5 per socket, and because it is a barebone, the memory population is yours to specify. The rule this catalog applies everywhere holds, system memory at or above the 640GB GPU pool, and MillionMiner sizes the memory to your workload at quote rather than to a fixed default.

Through the PCIe Gen5 expansion, which carries fabric adapters for GPUDirect RDMA, the topology that moves gradients between nodes without touching CPUs, on InfiniBand or high-speed Ethernet specified per deployment. 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 EPYC CPUs, memory, and storage, 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.