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    Decorative pattern
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    1. Home
    2. Concepts & Definitions
    3. Multimodal RAG

    Multimodal RAG

    Retrieval-Augmented Generation extended to handle multiple modalities including text, images, video, and audio. Uses multimodal embeddings like Gemini Embedding 2 or CLIP to enable cross-modal search and generation.

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    Websiteanalyticsvidhya.com
    PublishedMar 15, 2026

    Categories

    1 Item
    Concepts & Definitions

    Tags

    3 Items
    #Multimodal#Rag#Embeddings

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    Vector representations mapping different data types (text, images, audio, video) into a shared embedding space. Enables cross-modal search and understanding.

    Voyage AI Embeddings

    High-quality embedding models from Voyage AI including voyage-3-large, voyage-4, and voyage-multimodal-3. Known for strong performance on retrieval benchmarks and domain-specific fine-tuning capabilities.

    NVIDIA NeMo Retriever

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    Voyage Multimodal 3.5

    Next-generation multimodal embedding model built for retrieval over text, images, and videos, supporting Matryoshka embeddings with 4.56% higher accuracy than Cohere Embed v4 on visual document retrieval.

    Overview

    Multimodal RAG extends traditional text-based RAG to handle multiple modalities—text, images, video, audio—in a unified system. It enables queries like "find images similar to this description" or "what does this video show?"

    Key Components

    Multimodal Embeddings

    • Gemini Embedding 2 (text, image, video, audio)
    • CLIP (text and images)
    • ImageBind (six modalities)
    • Jina Embeddings v4 (text and images)

    Vector Database

    Stores embeddings from all modalities in unified space

    Multimodal LLMs

    • GPT-4 Vision
    • Gemini Pro Vision
    • Claude 3 (vision-enabled)

    How It Works

    1. Index: Embed documents, images, videos into same vector space
    2. Query: User provides text, image, or other modality
    3. Retrieve: Find similar items across all modalities
    4. Generate: Multimodal LLM generates response using retrieved context

    Use Cases

    • Visual question answering
    • Medical image diagnosis with clinical notes
    • E-commerce ("find products like this image")
    • Video content search and summarization
    • Education (diagrams + text explanations)

    Challenges

    • Alignment between modalities
    • Higher computational costs
    • Complex preprocessing
    • Modality-specific optimization

    Pricing

    Depends on embedding and LLM providers. Typically higher than text-only RAG.