Compute budgets#
Limits on the compute resources a workload may consume.
Important
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What it is#
A compute budget is the pool of computational resources — GPU / TPU hours, FLOPs, and the dollars behind them — allocated to an ML system’s training and serving. It caps how big a model you can train and how much traffic you can serve.
The two halves#
Training is a one-time cost that grows with model and data size (its FLOPs approximated by the 6ND rule — roughly 6 × parameters × tokens), while inference is an ongoing cost (about 2N FLOPs per forward pass) that scales with usage:
In production, inference usually claims the majority of the budget.
Managing it#
Teams set budgets and alerts, model optimistic / expected / pessimistic scenarios, and track unit economics like cost per prediction and GPU utilization. Hidden drains — idle instances, failed runs, oversized experiments — routinely add 20–40% over the planned figure.
Theme: MLOps, Serving & Monitoring · All terminology
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Mind map — connected ideas
Inference Cost (Inference $) · TPU Clusters · Quantization · Caching · Cloud Inference · Latency Guardrails
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More in MLOps, Serving & Monitoring
AWS SageMaker Endpoints · Caching · Cloud Inference · Cloud Inference with Big Payloads · Continuous Retraining · Feature Values · Guardrails (in ML & Data Systems) · Inference Cost (Inference $) · Latency Guardrails · Manual review minutes · Model KPIs (Key Performance Indicators) · Model Stability · Monitoring Pipelines · Ops Health Dashboard
See also
Source article Adapted (context, re-expressed) in our own words from: Compute budgets (insightful-data-lab.com).