DeepSeek-OCR-GGUF

DeepSeek OCR

[!NOTE]
Note currently only NexaSDK supports this model's GGUF.

Quickstart

1. Install NexaSDK

2. Run the model locally with one line of code:

   nexa infer NexaAI/DeepSeek-OCR-GGUF
   

3. Then drag your image to terminal or type into the image path

case 1 : extract text

<your-image-path> Free OCR.

case 2 : extract bounding box

<your-image-path> <|grounding|>Convert the document to markdown. 

Note: If the model fails to run, install the latest Vulkan driver for Windows

Model Description

DeepSeek OCR is a high-accuracy optical character recognition model built for extracting text from complex visual inputs such as documents, screenshots, receipts, and natural scenes.
It combines vision-language modeling with efficient visual encoders to achieve superior recognition of multi-language and multi-layout text while remaining lightweight enough for edge or on-device deployment.

Features

• Multilingual OCR — recognizes printed and handwritten text across major global languages.
• Document Layout Understanding — preserves structure such as tables, paragraphs, and titles.
• Scene Text Recognition — robust against lighting, distortion, and low-quality captures.
• Lightweight & Fast — optimized for CPU and GPU acceleration.
• End-to-End Pipeline — supports image-to-text and structured JSON output.

Use Cases

• Digitizing scanned documents or PDFs
• Extracting text from mobile camera inputs or screenshots
• Invoice and receipt parsing
• OCR-based search and indexing systems
• Visual question answering or document agents

Inputs and Outputs

Input:

• Image file (JPEG, PNG, or tensor array)
• Optional parameters for language hints or layout detection

Output:

• Extracted text (plain text or structured format with bounding boxes)
• Confidence scores per word or region

Integration

DeepSeek OCR can be integrated through:

• Python API (pip install deepseek-ocr)
• REST or gRPC endpoints for server deployment

License

This model is released under the Apache 2.0 License, allowing commercial use, modification, and redistribution with attribution.