GPT

GPT o4 Mini

GPTCompact
ThinkingTool UseVisionStructured Output

About this model

OpenAI o4-mini is a compact reasoning model in the o-series, optimized for fast, cost-efficient performance while retaining strong multimodal and agentic capabilities. It supports tool use and demonstrates competitive reasoning and coding performance across benchmarks like AIME (99.5% with Python) and SWE-bench, outperforming its predecessor o3-mini and even approaching o3 in some domains. Despite its smaller size, o4-mini exhibits high accuracy in STEM tasks, visual problem solving (e.g., MathVista, MMMU), and code editing. It is especially well-suited for high-throughput scenarios where latency or cost is critical. Thanks to its efficient architecture and refined reinforcement learning training, o4-mini can chain tools, generate structured outputs, and solve multi-step tasks with minimal delay—often in under a minute.

Performance Tier

Compact

GPT o4 Mini is a compact model from GPT : optimized for speed and affordability.

Small, fast, and affordable. Optimized for speed and low cost, great for high-volume or simple tasks.

Pricing

This model is included in Elosia plans
Typeper 1M tokens
Input (prompt)$1.10
Output (completion)$4.40
Cache read$0.275

Capabilities

Context Length200K
Max Output Tokens100K
TokenizerGPT
Inputimage, text, file
Outputtext
Release DateApril 16, 2025

Benchmarks

General Intelligence
MMLU
85.2%
GPQA Diamond
78.4%
Mathematics
MATH-500
97.3%
AIME 2025
92.7%
Programming
HumanEval
90%
SWE-bench Verified
68.1%
Reasoning
Humanity's Last Exam
14.7%

Recommended Use Cases

MathematicsCodingAnalysisResearch

Strengths

  • Outstanding mathematical reasoning (MATH-500 97.3%)
  • Chain-of-thought reasoning at an affordable price
  • Strong competition math performance (AIME 93.4%)
  • Good software engineering capabilities for a reasoning model

Limitations

  • Slower than standard GPT models due to reasoning overhead
  • Less suited for creative or conversational tasks

Resources

This model may use your data for training

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