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Jina Embeddings V5 Omni Nano

jinaai/jina-embeddings-v5-omni-nano

published Apr 2026 · updated Jun 2026

Jina Embeddings V5 Omni Nano is a multimodal embedding model that accepts text, images, video, and audio and produces embeddings in a shared vector space.

est. price
~$0.008
/ 1M tokens · estimated, set at launch
API providers
0
downloads / mo
25.2K
license
cc-by-nc-4.0

specs

TaskEmbedding (multimodal)
ArchitectureGELATO (Geometry-preserving Embeddings via Locked Aligned TOwers)
Parameters~1.04B
Licensecc-by-nc-4.0

about this model

jina-embeddings-v5-omni-nano is a multimodal embedding model that accepts text, images, video, and audio, producing 768-dimensional L2-normalized embeddings in a shared vector space aligned with the text-only jina-embeddings-v5-text-nano, enabling cross-modality search without reindexing. It implements the GELATO architecture (Geometry-preserving Embeddings via Locked Aligned TOwers), where the backbone text model and non-text encoders remain frozen; only connecting components (0.35% of total weights) are trained.

Key Strengths

  • Four task adapters built in: retrieval, classification, clustering, and text‑matching. Task‑specific variants are also available.
  • Text embeddings are identical to those of jina-embeddings-v5-text-nano – existing text‑only indices can be extended without rebuilding.
  • Supports nearly 100 languages and accepts a wide range of file types (images, video, audio, PDF).
  • Runs on commodity hardware (not just GPU servers).

Performance

The GELATO approach yields results competitive with larger multimodal embedding models. jina-embeddings-v5-omni-small (the larger sibling) achieves best‑in‑class image benchmark scores for the ~1B parameter class and beats models up to 20× larger on multilingual visual understanding; jina-embeddings-v5-omni-nano defines the open‑weight frontier for its size on image (MIEB-Lite), video (MMEB-V), and audio (MAEB) benchmarks.

Average score vs. parameter count across image, video, and audio benchmarks for jina-embeddings-v5-omni models

Architecture diagram of the GELATO approach with frozen text, image, audio encoders and trained connectors

Supported Inputs and Capabilities

  • Max sequence length: 8192 tokens
  • Pooling: last‑token
  • Image encoder: fine‑tuned SigLIP2 Base (from Qwen3.5‑0.8B)
  • Audio encoder: Whisper‑large‑v3 (extracted from Qwen2.5‑Omni‑7B)
  • License: cc‑by‑nc‑4.0 (Creative Commons Non‑Commercial)

jina-embeddings-v5-omni-nano wordmark

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FAQ

What input modalities does this model support?

It supports text, images, video, and audio, producing embeddings in a shared vector space.

What is the embedding dimension and maximum sequence length?

The embedding dimension is 768 and the maximum sequence length is 8192 tokens.

How does this model compare in size to other multimodal embedding models?

At ~1.04B parameters, it is small enough to run on commodity hardware and defines the open-weight frontier for its size class on image, video, and audio benchmarks.

What is the license for this model?

The model is licensed under cc-by-nc-4.0 (Creative Commons Non-Commercial).

How can I call this model via the gigarouter API?

Use the gigarouter OpenAI-compatible endpoint with your API key, sending input data as text, image URLs, video URLs, or audio URLs.

not yet live

We're benchmarking and onboarding Jina Embeddings V5 Omni Nano as a hosted, OpenAI-compatible API. Sign in for free credit and be ready when it lands, or tell us you want it and we'll prioritize it.

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