🖥️ GPU Cost Calculator

Compare cloud GPU rental costs across AWS, GCP, Azure, Lambda Labs, RunPod, CoreWeave, and Vast.ai. Estimate hourly, daily, and monthly spend for H100, A100, L40S, RTX 4090, and T4 GPUs, and instantly spot the cheapest provider.

🖥️ GPU & Provider
On-demand list pricing, per GPU, per hour (2026 estimates). Spot/preemptible pricing can be 30-70% lower.
24 hrs/day
📈 Cost Estimate
Estimated Monthly Cost
Hourly Cost
Daily Cost
Total Hours / Month
Annual Cost
GPUs Selected
Cheapest Provider (this GPU)

📊 Provider Comparison (same GPU type)

Monthly Cost by Provider
⚠️ Prices are 2026 on-demand/list-rate estimates and change frequently — verify current rates on each provider's pricing page before budgeting. Spot, reserved, and committed-use pricing can differ substantially from on-demand rates shown here. Excludes storage, networking, and egress costs.
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Enter your details and click Calculate to see results

Guide

About the GPU Cost Calculator

Renting GPUs in the cloud is the backbone of most AI training and inference budgets, but pricing varies enormously depending on where you rent from. The same NVIDIA H100 80GB card can cost $12.29/hr on AWS or as little as $2.79/hr on RunPod — more than a 4x difference for identical hardware. This GPU cost calculator lets you pick a GPU model and provider, set your usage pattern, and see hourly, daily, monthly, and annual costs, while also comparing every other provider offering that same GPU so you can spot the cheapest option immediately.

How It Works

Select a GPU type and provider combination from the dropdown — covering NVIDIA H100 80GB, A100 80GB/40GB, L40S, RTX 4090 (community cloud), and T4 across AWS, GCP, Azure, Lambda Labs, RunPod, CoreWeave, and Vast.ai — then enter how many GPUs you need, how many hours per day they'll run, and how many days per month. The calculator multiplies the per-GPU hourly rate by GPU count and total hours to produce your cost estimate, and simultaneously recalculates the same workload against every other provider that offers the same GPU model so you can see exactly how much you'd save (or lose) by switching providers.

Why It Matters

GPU compute is often the single largest line item in an AI infrastructure budget, whether you're fine-tuning a model, running batch inference, or serving a production LLM endpoint. Hyperscalers (AWS, GCP, Azure) charge a premium for enterprise SLAs, compliance certifications, and integrated networking, while GPU-specialized clouds (RunPod, Lambda Labs, Vast.ai, CoreWeave) often undercut them significantly for raw compute. Knowing the true monthly cost — and the cheapest alternative — before committing to a provider can save thousands of dollars a month at scale.

Tips for Accurate Results

  • On-demand list prices shown here are a ceiling — reserved instances, committed-use discounts, and spot/preemptible pricing can lower your effective rate by 30-70%.
  • Community cloud and marketplace pricing (RunPod Community Cloud, Vast.ai) fluctuates with spare-capacity supply and demand — treat these figures as representative, not fixed.
  • Factor in idle time. If your GPU isn't running 24/7, reducing "hours per day" gives a far more realistic monthly figure than assuming continuous use.
  • Remember this tool prices GPU compute only — add storage, egress, and CPU/host costs separately using our Cloud Storage and Data Transfer calculators.
  • Check current spot availability and interruption rates before committing a production workload to the cheapest listed option.
About

Understanding GPU Cloud Pricing

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On-Demand vs Spot

On-demand pricing guarantees availability at a fixed hourly rate. Spot/preemptible instances offer 30-70% discounts but can be reclaimed by the provider with little notice — better suited to fault-tolerant training jobs than production inference.

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Hyperscaler vs GPU Cloud

AWS, GCP, and Azure bundle GPU instances with enterprise networking, compliance, and support — at a premium. Specialized clouds like RunPod, Lambda Labs, and CoreWeave focus purely on GPU compute and typically cost less per hour.

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Memory Matters

GPU choice should match your model's VRAM requirement, not just price. An H100 80GB costs more per hour than an RTX 4090, but running a model that needs 60GB of VRAM on a 24GB card simply isn't possible — check our VRAM Calculator first.

FAQ

Frequently Asked Questions

Common questions about GPU cloud cost calculations

Which cloud provider has the cheapest H100 GPUs?
Among the providers tracked here, RunPod ($2.79/hr) and Lambda Labs ($2.99/hr) offer the cheapest on-demand H100 80GB pricing, well below the hyperscalers — AWS ($12.29/hr), Azure ($12.24/hr), and GCP ($11.06/hr). CoreWeave sits in between at $4.76/hr.
Why are hyperscaler GPU prices so much higher than GPU clouds like RunPod or Lambda?
AWS, GCP, and Azure price GPU instances as part of a broader enterprise platform that includes SLAs, dedicated support, compliance certifications, and integration with many other managed services. GPU-specialized clouds run leaner operations focused purely on compute, which lowers the price per hour.
Should I use spot/community pricing instead of on-demand?
Spot and community-cloud instances can cost 30-70% less than on-demand, but they can be preempted with little notice. They're a good fit for fault-tolerant batch training with checkpointing, but risky for latency-sensitive production inference. This calculator uses on-demand/community list pricing, not spot auctions.
How much VRAM do I need before choosing a GPU here?
That depends on your model size and quantization. Use our VRAM Calculator to estimate the VRAM required for a specific model, then come back here to compare hourly costs for GPUs with enough memory.
Does this calculator include storage, networking, or egress costs?
No — this tool estimates only the GPU compute rental cost. Storage, data egress, and host CPU/RAM are typically billed separately. Use our Cloud Storage Cost Calculator and Data Transfer Cost Calculator for those components.

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