Machine learning infrastructure

Machine learning infrastructure

Machine learning infrastructure: practical compute, data and recovery choices for a measured deployment plan.

Choose a configuration in Console to review its resources and estimated cost.

What to plan for

Separate data preparation, training and serving; these stages need different compute and storage profiles.

Use CPU for preparation, GPU when the framework supports acceleration, and persistent storage for datasets and checkpoints. Measure the training batch before choosing VRAM.

Configuration choices

24–32 GB class

L4, A10, RTX 4090 or RTX 5090. Consider for smaller models only after measuring total memory, including runtime and cache.

48–80 GB class

L40S, A40, A100 or H100. More memory may accommodate larger working sets; it does not guarantee concurrency or token speed.

141 GB and multi-GPU

H200, B200 or B300 and explicitly sized multi-GPU systems. Confirm exact model, precision, topology and serving framework.

Weight-only memory ≈ parameters × bytes per parameter. Runtime, KV cache, activations and optimizer state are additional. This is a sizing method, not a deployment recommendation.

Smart Infra Finder

Your workload, your requirements

Matches come from the catalog. Unclear sizing needs clarification; performance and availability are never invented.

Check availability: Machine learning infrastructure

Check the current price and configuration in Console. Your choice is saved through registration. The current lookup uses mock adapters; no real capacity is reserved.

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