Serving models is a stock problem, not an allocation problem: H200 NVL nodes ship from our shelves in days and serve 70–180B-class models with headroom.

Inference is where private infrastructure pays for itself fastest — steady loads, predictable scaling, and cloud GPU bills that outrun hardware cost in months. The H200 NVL's 141 GB per card is the practical sweet spot: big models, standard 2U servers, no exotic cooling.
| Tier | Hardware | Serves |
|---|---|---|
| Development | NVIDIA DGX Spark — 128 GB unified | Prototyping up to ~200B (quantized) |
| Single node | 2× H200 NVL in R760xa class | 70B-class production serving |
| Scaled node | 4× H200 NVL, NVLink-bridged | 180B-class / high concurrency |
| Inference pod | 4+ nodes, 400G fabric, load balancing | Multi-model fleets, failover |
| Edge inference | L40S / Jetson platforms | Low-latency, on-site |
| Vector / RAG tier | NVMe-heavy CPU nodes | Embeddings, retrieval, caches |
Stock rotates daily — positions are "typically available" and confirmed per request, usually within one business day. Stock guides →
A 2× H200 NVL node (282 GB combined) serves 70B-class models comfortably at FP8/INT8 with production concurrency — from ~$78k, typically deployable within weeks from stock.
At sustained utilization: a $78k node versus typical cloud H100/H200 hourly rates pays back in roughly 6–12 months, then serves for years. We include this math, with your numbers, in every proposal.
Yes — the standard path: DGX Spark for development, one node for launch, NVLink pairs and then pods as load grows. Same software stack at every tier.
We supply hardware sized from measured throughput, and our AI team can deliver vLLM/TensorRT-LLM deployment, monitoring and MLOps on the same contract.
Pricing, availability and delivered lead time within one business day.