AI Model Intelligence vs. Price: Find the Best Trade-off
Choosing an AI model is rarely just about finding the highest score. A model can be excellent and still be a poor choice for everyday work if it costs too much. A cheaper model can be a great deal, but only if it is capable enough for the task.
This chart compares 100+ models using two dimensions:
- AI Intelligence Index on the vertical axis: higher means stronger overall benchmark performance.
- Blended price on the horizontal axis: an approximate cost per 1 million tokens, shown on a logarithmic scale.
Find the best intelligence for the price
Search a model, or click any point to pin its exact score and blended price.
104 models
No model pinned
Search or select a point to see its score and price.
Click a point or a search result to pin a model. The chart uses a logarithmic price axis so low-cost models remain visible.
How to read the chart
The dotted lines split the chart at an intelligence score of 50 and a blended price of $1 per million tokens:
- Cheap and Smart: the most attractive area for high-volume work.
- Expensive and Smart: strong models that may be worth the extra cost for difficult tasks.
- Cheap and Weak: inexpensive models that can still be useful for simple work.
- Expensive and Weak: models where the price is harder to justify from this comparison alone.
The horizontal axis is logarithmic. This keeps a model costing a few cents visible next to models costing several dollars or more. It also means that equal visual distances represent ratios rather than equal dollar differences.
A note about the data
This is a snapshot rather than a permanent ranking. Model versions, benchmark scores, provider pricing, and routing options change frequently. Prices are blended estimates, so the real cost for a particular workload will depend on the input/output mix and the provider you use.
The underlying comparison is based on the Artificial Analysis model index. Use it as a starting point for exploration, then check the latest model card and pricing before making a production decision.