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phi-4

Phi-4 represents a significant step forward in the high-performance small language model (SLM) category. At 14B parameters, it is engineered specifically to punch above its weight class in complex reasoning, logical deduction, and mathematical problem-solving. For developers, this means you can deploy a model that approaches the reasoning capabilities of much larger frontier models while maintaining a significantly lower computational footprint. This makes it an ideal candidate for edge deployment, low-latency applications, or environments where VRAM is a constrained resource. Unlike general-purpose models that prioritize broad conversational breadth, Phi-4 is optimized for precision in structured tasks. It integrates easily into existing inference pipelines and is particularly effective when used for agentic workflows, code generation, or as a reasoning engine within a RAG architecture. If your use case requires deep logic without the massive overhead of a 70B+ parameter model, Phi-4 is a highly efficient alternative.

microsofttext generation
01 / MODEL CARD

Model card

Phi-4 represents a significant step forward in the high-performance small language model (SLM) category. At 14B parameters, it is engineered specifically to punch above its weight class in complex reasoning, logical deduction, and mathematical problem-solving. For developers, this means you can deploy a model that approaches the reasoning capabilities of much larger frontier models while maintaining a significantly lower computational footprint. This makes it an ideal candidate for edge deployment, low-latency applications, or environments where VRAM is a constrained resource. Unlike general-purpose models that prioritize broad conversational breadth, Phi-4 is optimized for precision in structured tasks. It integrates easily into existing inference pipelines and is particularly effective when used for agentic workflows, code generation, or as a reasoning engine within a RAG architecture. If your use case requires deep logic without the massive overhead of a 70B+ parameter model, Phi-4 is a highly efficient alternative.

Model typetext generation
Providermicrosoft
LicenseAPI
02 / FILES & VERSIONS

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Source repositoryhttps://openrouter.ai/microsoft/phi-4
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04 / WORKFLOW

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05 / DISCUSSIONS

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