PowerEdge R760xa
2U · Intel Xeon Scalable · 32 DDR5 slots
Observed front riser layout: 4 double-width PCIe x16 or 8 single-width PCIe x8 GPU positions. A total PCIe-slot count is not a GPU count.
Start with a 4-accelerator requirement. Compare the physical layout, accelerator format and reviewed population rules before committing to a platform.
Counts are starting points. Double-width cards, single-width cards and integrated baseboards use different platform designs.
Listed layouts distinguish physical card width and baseboard type. A layout entry does not qualify every accelerator model or partial population.
2U · Intel Xeon Scalable · 32 DDR5 slots
Observed front riser layout: 4 double-width PCIe x16 or 8 single-width PCIe x8 GPU positions. A total PCIe-slot count is not a GPU count.
2U · Dual Intel Xeon Scalable · iLO 6
4 double-width or 8 single-width chassis; selected H100 options allow 2 or 4. PSU quantity and cable kits depend on chassis and GPU.
2U · AMD EPYC 9004 / 9005 · iLO 6
GPU CTO chassis supports up to 4 double-width or 8 single-width GPUs. Standard rear PCIe slots are not a substitute for the GPU CTO chassis.
2U · Intel Xeon 6700P / 6500P · Based on SR650a V4
The guide lists separate populations of 8 single-width L4, 4 double-width L40S or 2 H200 NVL GPUs. These are alternative configurations. GPU feature codes, cooling, power, vSAN qualification and software entitlements require review.
Catalog entries are research and configuration references. Availability, condition, unit photos, included items and commercial terms are confirmed in the quotation.
Open the exact catalog record, review its evidence and add it to your comparison.
Open comparisonChoose an available planning profile, then confirm the complete bill of materials.
Open server plannerKeep quantities, condition, unit-photo requests and delivery requirements in a local draft.
Open quote basketPlanning profiles cover specific systems. A model link or matching GPU count does not certify compatibility; review the exact chassis, GPU, risers, cables, cooling and power configuration.
Distinguish PCIe cards from integrated accelerator baseboards.
This guide adds the decisions, documents and next steps that support this page.
GPU platforms
Start with model size, precision, parallelism and dataset movement.
GPU platformsDefine request concurrency, latency target and model-memory footprint.
AI systemsCheck slot width, risers, auxiliary power and supported cooling.
GPU checklistDistinguish PCIe cards from integrated accelerator baseboards.
Plan host networking, GPU interconnect and storage access separately.
Request platform power requirements and facility cooling review.
A planning sequence, not a record of completed work.
Counts show records in the site catalog. They do not represent stock, available quantities or verified compatibility.
Snapshot: 2026-09-15
| Decision | Record in your brief | Evidence to retain |
|---|---|---|
| Accelerator architecture | Distinguish PCIe cards from integrated accelerator baseboards. | Complete identifier and source revision |
| Fabric & data path | Plan host networking, GPU interconnect and storage access separately. | Platform document or written clarification |
| Rack power & cooling | Request platform power requirements and facility cooling review. | Offered-unit details and agreed scope |
Tick items as you prepare them. This is your personal checklist, not a hardware validation.
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Reference-based generated scenes; actual-unit photos are available only through an explicit unit-specific request. Related models are separate catalog records, not substitutes for the item on this page.
Continue the relevant directory or service flow.
Open resourceUse the connected tool to develop the requirement.
Open resourceRetain the supporting reference with your project brief.
Open resourceWorkload and precision defined · Accelerator model and quantity named · Platform support documents requested · Power and cooling review assigned.