Qwen2.5Vl 7B – Model Details

Legacy snapshot · Qwen2.5vl

Parameters

7B

Context Length

32,768 tokens

Type

—

License

Apache License 2.0 (Apache-2.0)

Maintainer

Alibaba Qwen

Last update on 2025-05-29

Qwen2.5Vl 7B, developed by Alibaba Qwen, is a large language model with 7 billion parameters, released under the Apache-2.0 license. It focuses on enhancing visual understanding and interaction capabilities.

Description of Qwen2.5Vl 7B

Qwen2.5-VL is an advanced vision-language model designed for comprehensive visual understanding, agentic capabilities, and handling long videos. It excels in analyzing texts, charts, icons, graphics, and layouts within images while supporting dynamic tool usage. The model can comprehend videos over 1 hour and provides structured outputs for invoices, forms, and tables, making it suitable for finance and commerce. Key improvements include dynamic resolution training, efficient vision encoding, and enhanced temporal sequence learning. Developed by Alibaba Qwen, it leverages the Apache-2.0 license for broad accessibility and use.

Parameters & Context Length of Qwen2.5Vl 7B

Tags: 7b, 32k

Qwen2.5-VL is a large language model with 7b parameters, placing it in the mid-scale category, which offers balanced performance for moderate complexity tasks while maintaining resource efficiency. Its 32k context length falls into the long context range, enabling it to process extended texts and sequences effectively, though it requires more computational resources. This combination allows the model to handle intricate visual and textual analysis, such as interpreting detailed documents or long-form videos, while remaining accessible for a wide range of applications.

  • Parameter Size: 7b
  • Context Length: 32k

Possible Intended Uses of Qwen2.5Vl 7B

Tags: data extraction, visual analysis, structured data extraction

Qwen2.5-VL is a versatile large language model designed for tasks involving visual and textual integration, with possible applications in areas like analyzing complex visual content, interpreting dynamic video sequences, and extracting structured information from documents. Its potential uses could include identifying patterns in images, detecting events within extended video footage, or automating data retrieval from forms and invoices. These possible applications might also extend to enhancing user interactions with multimedia content or supporting tasks that require understanding both visual and textual elements. However, further research is needed to confirm the effectiveness and limitations of these potential uses in real-world scenarios.

  • visual content analysis
  • video understanding and event detection
  • structured data extraction from invoices and forms

Possible Applications of Qwen2.5Vl 7B

Tags: visual content analysis, multimodal analysis, video analysis, video understanding and event detection, structured data extraction from invoices and forms

Qwen2.5-VL is a large language model with possible applications in areas such as analyzing complex visual content, interpreting dynamic video sequences, and extracting structured data from documents. Its potential uses could include identifying patterns in images, detecting events within extended video footage, or automating data retrieval from forms and invoices. These possible applications might also extend to enhancing user interactions with multimedia content or supporting tasks that require understanding both visual and textual elements. However, each potential area of application requires thorough evaluation and testing to ensure suitability and effectiveness.

  • visual content analysis
  • video understanding and event detection
  • structured data extraction from invoices and forms

Quantized Versions & Hardware Requirements of Qwen2.5Vl 7B

Tags: 16 vram, 32 ram

The Qwen2.5-VL model's Q4 version, a medium-precision quantization, is designed for a balance between accuracy and efficiency, requiring a GPU with at least 16GB VRAM and 32GB system memory to run smoothly. This configuration allows for possible deployment on mid-range hardware, though performance may vary based on specific workloads. The Q4 version is particularly suited for tasks needing moderate computational power, such as visual analysis or video processing, while maintaining reasonable resource usage.

  • fp16
  • q4
  • q8

Conclusion

Qwen2.5-VL is a large language model with 7b parameters and a 32k context length, designed for enhanced visual understanding, video analysis, and structured data extraction from invoices and forms. It supports possible applications in visual content interpretation, event detection in long videos, and document processing, while being released under the Apache-2.0 license for broad accessibility.

References