Vision
Phi-3.5 Vision
Phi-3.5 Vision is a Phi-family model useful for small language model, edge, and low-resource workflow evaluation.
Microsoft · Phi
Editorial review
Model checkpoints, context windows, provider support, local runtime compatibility, and license terms can change quickly. Verify the exact model card before production or commercial use.
Best for
Small vision-language experiments
Who should use it
- Small vision-language experiments
- Builders who want local or self-hosted testing options.
Common workflows
- Small vision-language experiments
- small workflows
- edge workflows
- local workflows
- efficient workflows
Deployment and hardware notes
~2.5 GB at Q4_K_M (4.1B parameters) — it runs on modest GPUs and is one of the few vision models comfortable inside 8 GB alongside other work.
License and usage notes
MIT. Open weights where released. Verify the exact model card and license terms for the checkpoint or hosted provider you use.
Strengths
- Open weights where released model option for Phi workflows.
- Small vision-language experiments
- MIT licensed, which makes it unusually easy to ship commercially compared with most vision-language releases of its size.
Limitations
- The four-crop ceiling limits how much fine detail survives on dense pages, and its text abilities sit below same-generation text-only Phi models. It uses custom modeling code, so a runtime must trust remote code or ship the implementation.
- ~2.5 GB at Q4_K_M (4.1B parameters) — it runs on modest GPUs and is one of the few vision models comfortable inside 8 GB alongside other work.
- Context window and limits: 131,072 tokens.
- Verify the exact model card, provider docs, license, and serving support before production use.
Local workflow notes
MIT licensed, which makes it unusually easy to ship commercially compared with most vision-language releases of its size.
Local runtimes: Ollama where supported, LM Studio where supported, llama.cpp where supported, Transformers
Platforms: Windows, macOS, Linux
Vision spec
A 4.1B vision-language model built for multi-image and short-video reasoning: it crops each image adaptively rather than resizing to one square, and can compare several images in a single prompt.
Sources to verify
Related resources
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Setup and deployment
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