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MiniMax M2.5
MiniMax-M2.5 is a SOTA large language model designed for real-world productivity. It is capable of handling the entire development process of various complex systems. It covers full-stack projects across multiple platforms including Web, Android, iOS, Windows, and Mac, encompassing server-side APIs, functional logic, and databases.
- Input
- text
- Output
- text
- 1M context
Providers
Available through 1 free provider. Use the model ID and API settings below to connect.
Vercel AI Gateway
VAVercel AI Gateway
* The provider match may differ from this model. Check its docs for details.
Benchmarks
Compare scores and explore results by category.
No benchmark results are available for this model yet.
Frequently asked questions
Free access, setup, and what to expect.
Free API access for MiniMax M2.5 is listed through Vercel AI Gateway, but a specific request or token allowance isn’t available in the listed data. Check the MiniMax M2.5 provider pricing and rate limits for what’s included and any account requirements.
To use MiniMax M2.5, choose one of the listed MiniMax M2.5 API providers and follow the provider’s account and API-key setup guide. Copy the MiniMax M2.5 model ID and connection settings for your chosen provider into your app or API client. Model IDs can differ between providers. API requests go directly to the provider; Free Models is a comparison site.
MiniMax M2.5 accepts text as listed input formats. Listed output formats include text. Image or audio input support does not imply image or audio generation. Check the chosen provider’s MiniMax M2.5 documentation for supported file types and request formats.
MiniMax M2.5 has a listed context window of 1M tokens. Tokens are small pieces of content rather than a word count. Instructions, conversation history, and other inputs use context space, and the response also needs room. The maximum output length for MiniMax M2.5 may be smaller than the context window and can vary by provider.
MiniMax M2.5 has both reasoning and tool calling listed as supported capabilities. Reasoning enables additional processing for complex problems. Tool calling allows a model to request functions that your app executes. Check the chosen provider’s documentation for capability availability and setup.
No benchmark results are listed for MiniMax M2.5 yet. Missing scores don’t establish poor performance. Compare scores within the same benchmark: coding indexes, Elo ratings, and win rates measure different things. The index comparison charts include only scored free models listed on Free Models. Evaluate MiniMax M2.5 on examples from your own task alongside context size and provider limits.