Modell: 6U8X-EGS2
Transform your data center's capabilities with the ASROCK 6U8X-EGS2 Nvidia HGX H200 8x GPU Module. The most compact HGX H200 platform in this catalog: eight NVIDIA H200 SXM GPUs on the full NVSwitch baseboard, 1.1TB of HBM3e per node, in 6U where competing platforms take 8U. Dual 4th or 5th Gen Intel Xeon, 32 DDR5 slots, thirteen PCIe 5.0 slots, and a 3-year warranty. Hopper density at challenger economics, quoted and shipped worldwide DDP by MillionMiner.
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This catalog carries the HGX H200 complex in several bodies, so the honest way to sell another is to say what this one does differently. The NVIDIA heart is settled: eight H200 SXM GPUs at 141GB of HBM3e each, 1,128GB per node with aggregate bandwidth approaching 38 TB/s, every GPU joined at 900 GB/s through NVSwitch, FP8 throughput beyond 30 petaFLOPS, MIG to as many as 56 instances. That is true of every system carrying the baseboard. What follows is what ASRock Rack decided. The density decision. The 6U8X-EGS2 packages the complex in six rack units, against eight for the Lenovo and Supermicro Hopper platforms here and seven for the Quanta. Two units per node compounds: the same floor space holds more GPUs, and in space-constrained colocation that converts directly to capacity. The honest counterweight, stated because this catalog states such things: many facilities are power-bound rather than space-bound, a full H200 node draws in the ten-kilowatt class at any height, and where power is the ceiling the 6U advantage becomes future-proofing. MillionMiner models your facility's real constraint in the quote rather than selling the smaller number unconditionally. The expansion decision. Thirteen PCIe 5.0 slots is the richest I/O budget in the catalog's Hopper set, split deliberately: eight half-height positions sized for one fabric adapter per GPU, the GPUDirect RDMA topology that lets clusters move gradients without touching CPUs, and five full-height for storage controllers, DPUs, and management. The onboard 1GbE pair through the Intel i350 is exactly what it looks like, management networking, because on HGX systems the compute fabric is always specified in the expansion slots, and this platform leaves more room for that than its competitors. Twelve hot-swap bays, eight NVMe and four NVMe/SATA, follow the same logic. The host and the power. Dual Socket E processors, 4th or 5th Gen Intel Xeon Scalable, anchor the node with 32 DDR5 RDIMM slots in a 16-plus-16 layout, capacity class that clears the system-memory rule against the 1.1TB pool, with the validated maximum confirmed on quote. Power runs on 3000W CRPS modules at Platinum and Titanium efficiency, and CRPS is a quiet advantage, an industry-standard form factor means replacement supplies are commodity items rather than proprietary spares. Cooling is air, engineered for the complex within the 6U envelope. The brand question. ASRock Rack is the server division of ASRock, a major motherboard manufacturer, an established engineering operation with a deep OEM track record. The challenger position is economic, not qualitative: the NVIDIA complex is identical, the Intel platform is identical, and the 3-year return-to-base parts-or-replacement warranty is longer than some tier-one coverage in this catalog. Buyers paying for a tier-one service organization should weigh the Lenovo system; buyers maximizing Hopper capability per unit of budget, with warranty in writing, land here. MillionMiner supplies and tests both. Export controls apply to Hopper-class accelerators, and destination eligibility is confirmed in every quote alongside configuration and fabric plan. Each system is tested before shipment and shipped worldwide DDP with duties handled, with hosting in MillionMiner's own data centers available.
Two facts decide this listing. First, the NVIDIA HGX H200 baseboard inside it is the same component, by construction, that sits inside the Lenovo and ASUS Hopper systems here, eight H200 SXM GPUs pooling 1.1TB of HBM3e behind 900 GB/s NVSwitch and beyond 30 petaFLOPS of FP8. Second, ASRock Rack built less around it, on purpose, and that is the product. Less height: 6U against the 8U of the comparable platforms returns two rack units per node, and across a row that compounds, with the honest caveat that power density, not space, is the practical ceiling in many facilities. Less brand premium: ASRock Rack is the server division of a major board manufacturer, an established engineering operation, competing on value with a 3-year return-to-base warranty in the standard spec. What was not reduced is the platform. Dual 4th or 5th Gen Intel Xeon Scalable feed the GPUs, 32 DDR5 slots clear the system-memory rule against the 1.1TB pool, and thirteen PCIe 5.0 slots lead the Hopper set, eight half-height for one fabric adapter per GPU and five full-height for storage, management, and DPUs. Twelve hot-swap bays carry the data, 3000W CRPS supplies carry the node. Quoted and shipped worldwide DDP by MillionMiner.
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Der ASROCK 6U8X-EGS2 ist ein Hochleistungs-6U-Rackmount-Server, der für AI-Arbeiten entwickelt wurde und 8 NVIDIA GPUs sowie fortschrittliche Intel-Prozessoren unterstützt.
The identical 1.1TB NVSwitch complex the 8U platforms carry, two rack units smaller. Density that compounds across a row.
Eight half-height for one fabric port per GPU, five full-height for storage, DPUs, and management. The expansion leader of the Hopper set.
ASRock Rack engineering value on the same NVIDIA silicon, with return-to-base parts-or-replacement warranty in the standard spec.
NVIDIA
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ASUS
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Dell
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ASRock Rack is the server division of ASRock, a major motherboard manufacturer, an established engineering operation, not a boutique unknown. The components that define this machine are NVIDIA's HGX H200 complex and Intel's Xeon platform, identical to their counterparts in tier-one systems, and the 3-year return-to-base warranty is in the standard spec. MillionMiner tests every unit before shipment, so the brand decision is an economics decision.
Eight NVIDIA H200 SXM GPUs at 141GB of HBM3e each, 1,128GB pooled per node with aggregate bandwidth approaching 38 TB/s, NVSwitch joining every GPU at 900 GB/s, and FP8 throughput beyond 30 petaFLOPS. In workload terms: 70B-class models fine-tune at full precision within one node, long-context serving runs with real KV cache headroom, and MIG partitions the node into as many as 56 isolated instances.
Two rack units per node against the 8U Hopper platforms, which compounds across a deployment wherever space is the binding constraint, as in much colocation. The honest caveat is that many facilities are power-bound rather than space-bound, an H200 node draws in the ten-kilowatt class at any height, and there the 6U advantage is future-proofing. MillionMiner models your facility's real constraint in the quote.
The GPU complex is identical by construction, so the decision is the body and the relationship. The Lenovo carries a tier-one global service organization, its management stack, and 8U thermal headroom. This ASRock Rack platform answers with two fewer rack units, the larger PCIe budget, a 3-year warranty, and challenger economics. Service-organization buyers go Lenovo; capability-per-budget buyers land here, and the quote models both without steering.
The richest in the catalog's Hopper set: thirteen PCIe 5.0 slots, eight half-height sized for one fabric adapter per GPU, the GPUDirect RDMA clustering topology, plus five full-height for storage controllers, DPUs, and management. Most competing platforms spend nearly their whole slot budget on the fabric; this one finishes the fabric and still has five slots left.
Because that is the onboard management pair, and on HGX systems it is supposed to be modest. The compute fabric, InfiniBand or high-speed Ethernet at one port per GPU, is always specified per deployment in the expansion slots, where this platform reserves eight half-height positions for exactly that. The spec row describes the baseboard controller, not the cluster design, and your quote specifies the fabric.
Dual Socket E processors, 4th or 5th Gen Intel Xeon Scalable, with 32 DDR5 RDIMM slots in a 16-plus-16 layout, capacity class that clears the system-memory rule against the 1.1TB pool with wide margin; the validated maximum and your configured fit-out are confirmed on quote. PCIe 5.0 runs throughout, and the dual-socket lane budget is what funds the thirteen-slot expansion.
Provisioning in the ten-kilowatt class, carried on 3000W CRPS modules at 80 PLUS Platinum and Titanium efficiency, with the module count of your configuration confirmed on quote. CRPS is an industry-standard form factor, so replacement supplies are commodity items across the fleet's life. Cooling is air, engineered for the full complex within the 6U envelope, and MillionMiner confirms airflow and inlet requirements for your site.
Yes, return-to-base parts or replacement, in the standard specification, and longer than some tier-one coverage in this catalog. It is central to the challenger-value case: the same NVIDIA and Intel components as the premium platforms, backed in writing, at lower brand cost. MillionMiner confirms the exact terms with your quote.
Submit your workload, fabric plan, and deployment details through the quote form. A MillionMiner specialist confirms configuration, 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.