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AI Multimodal Model Comparison, which AI models support vision, audio & video

Tick the modalities your app needs, image, audio, video or PDF input, image or audio output, and instantly see which frontier models (GPT, Claude, Gemini, Llama, Qwen) actually support them, with each model's per-request media limits and a link to the provider doc. No signup, no API keys, sources cited.

By Induwara AshinsanaUpdated Jul 3, 2026
Multimodal capability matrix
Required modalities (matches support ALL you pick)
Providers (empty = all)

14 of 14 models match your filters

ModelProviderImageAudioVideoPDFImage outAudio outContextDetails
GPT-4oOpenAI128,000
GPT-4.1OpenAI1,047,576
o3 (reasoning)OpenAI200,000
GPT-5OpenAI400,000
GPT-4o RealtimeOpenAI128,000
Claude Opus 4.5Anthropic200,000
Claude Haiku 4.5Anthropic200,000
Gemini 2.5 ProGoogle1,048,576
Gemini 2.5 FlashGoogle1,048,576
Gemini 2.0 FlashGoogle1,048,576
Llama 4 MaverickMeta1,000,000
Llama 3.3 70BMeta128,000
Qwen2.5-VLAlibaba128,000
Qwen2.5-OmniAlibaba32,768

“Support” means the documented API of that model accepts or produces the modality. Unknown or unpublished limits show “—” and are never guessed. Each model links its provider doc, expand a row to check the source. Compiled 2026-07-03.

How it works

This is a lookup-and-filter tool, not a calculator. Each of the 14model rows stores a set of boolean flags, does the documented API accept text, image, audio, video or PDF input, and does it produce image or audio output, copied verbatim from that provider's own API guide and cited per row. There is no arithmetic; the “methodology” is careful data compilation plus transparent filter logic.

  1. Modality flags.“Support” means the model's documented chat or generate API accepts or produces that modality, not a research demo and not a separate product. A provider's standalone text-to-speech endpoint, for instance, does not make its chat model “audio-out.” Unknown or unpublished support defaults to false, so a required-modality filter never over-promises.
  2. Hard limits. Where a doc publishes a numeric cap, images per request, image size, audio minutes, video minutes, context tokens. It is copied exactly with its unit. Where the provider publishes no fixed cap, the value is recorded as unknown and rendered —, never a guessed number.
  3. Filter logic. A model survives only if it supports every modality you tick (logical AND): visible = models.filter(m => required.every(k => m[k] === true)). Provider and name filters narrow the set further. Everything runs client-side and instantly, no network calls, no keys.
  4. Cross-check. Every filter is evaluated by two independent implementations (a filter pass and a reduce pass) that must return the same model set, and all rows are validated to cite a source and carry no undefined limits. When both agree the card shows a “Cross-checked” badge, the same dual-method credibility idea used in our tax calculator.

The v1 list covers the major public-API models plus flagship open-weight models (Llama 4, Qwen2.5). Niche and long-tail models are deliberately omitted rather than implying exhaustive coverage. For token pricing, benchmark quality or free-tier quotas, see the related tools below, capability, cost and quality are three separate questions.

Worked examples

Case 1. I need video understanding

Video input = on
  1. Keep only models whose videoIn flag is true.
  2. Gemini 2.5 Pro, Gemini 2.5 Flash and Gemini 2.0 Flash qualify (native video, per Google's video guide).
  3. Qwen2.5-VL and Qwen2.5-Omni also qualify (open-weight video input).
  4. GPT-4o and every Claude row are hidden, no documented native video input.
  5. Result: 5 models match.

Case 2, Voice assistant: audio in AND audio out

Audio input = on · Audio output = on
  1. Require BOTH audioIn = true AND audioOut = true (logical AND).
  2. GPT-4o Realtime qualifies, speech in, speech out over a realtime session.
  3. Qwen2.5-Omni qualifies, omni input plus native spoken output.
  4. Gemini is excluded: its audio output is Live-API-only, so audioOut is marked false under the conservative rule (unknown ≠ supported).
  5. Result: 2 models match.

Case 3, Speaks AND draws (edge case → empty)

Image output = on · Audio output = on
  1. Require a single model that both generates images and speaks.
  2. Image output lives on Gemini 2.0 Flash; audio output lives on GPT-4o Realtime and Qwen2.5-Omni.
  3. No documented API model does both at once, so the intersection is empty.
  4. Result: 0 models, the tool shows its empty state suggesting you chain two models.

Frequently asked questions

Sources & references

Related tools

Comments & feedback

Spotted a bug or want an improvement? Tell us, our team reviews every comment, and good ideas get built. Comments are public and anonymous.

Spotted a model whose modality support has changed, or want one added?

Email me at [email protected] , I re-verify against the provider docs and update within a day.