Inspur
Inspur NF5468M7 barebone server 4×3000W PSU 8-GPU
4U rack barebone server with four 3000W redundant PSUs supporting eight full-height double-width GPUs
- CPU TypeNO CPU
- CPU SocketRack
- 4U rack chassis fits dense AI clusters
- Four 3000 W redundant PSUs keep GPUs powered under full load
- Eight full-height double-width GPU slots accelerate large-model training
- CPU and heatsink excluded so you choose exact processors
- Inspur NF5468M7 barebone scales from inference to HPC workloads
4U GPU-dense server chassis
The Inspur NF5468M7 is a 4U rack-mount barebones platform built to host eight full-height, full-length, double-width graphics cards. It targets AI training, high-performance computing and rendering farms that need maximum accelerator density in a single chassis.
Eight double-width GPU limit
The chassis accepts up to eight FHFL double-width GPUs, which sets the hard ceiling for accelerator count. Power delivery is handled by four 3000W redundant supplies, so total draw must stay within that budget. No CPU or heatsink is included, so processor choice and thermal design remain the integrator’s responsibility.
Integration effort and common gaps
Installing eight large cards demands careful cable routing and airflow planning to avoid thermal throttling. Missing CPU and heatsink mean sourcing compatible processors and cooling separately, and the 4U height restricts rack options to cabinets with sufficient vertical clearance.
Highlights
- 4U rack chassis fits dense AI clusters
- Four 3000 W redundant PSUs keep GPUs powered under full load
- Eight full-height double-width GPU slots accelerate large-model training
- CPU and heatsink excluded so you choose exact processors
- Inspur NF5468M7 barebone scales from inference to HPC workloads
Specifications
| Brand | Inspur |
|---|---|
| Series | PowerEdge NF5468M7 |
| Model | NF5468M7 |
| CPU Type | NO CPU |
| CPU Socket | Rack |
Questions about this item
Which GPU form factor does the 8-GPU configuration support?
The chassis accepts eight full-height full-length double-width GPUs, so select cards that match that physical size and power envelope.
What does the 4 x 3000W redundant PSU arrangement deliver in a live system?
Four 3000 watt units share the load; if one fails the remaining three keep the server running without interruption.
How does the 8-GPU card machine design affect expansion slot layout?
The backplane is built for eight double-width GPU slots, leaving no standard PCIe slots for other add-in cards.
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