LLM Reference

Doubao Vision Models by ByteDance

ByteDanceProprietary
2 models2024Up to 32k ctx

Details

ResearcherByteDance
LicenseProprietary
Commercial useCommercial use: conditional
Models2
Released2024
Max context32k

Capabilities

VisionAll models

Links

Website

About

Doubao Vision is a family of 2 AI models by ByteDance, released in 2024.

Current Variants

Use-when guidance is based on each model's tracked capabilities, context window, release date, and replacement status.

2 in view

Use when the workload needs 32k context, 32B parameters, and multimodal inputs.

2024-1232k context32B parametersmultimodal inputs

Use when the workload needs 32k context, 32B parameters, and multimodal inputs.

2024-1232k context32B parametersmultimodal inputs

Release Timeline

1 release group
2024-12
2 current
Doubao Vision Lite 32K
32k context32B parametersmultimodal inputs
Current
Doubao Vision Pro 32K
32k context32B parametersmultimodal inputs
Current

Specifications(2 models)

Doubao Vision model specifications comparison
ModelReleasedContextParametersVision
Doubao Vision Pro 32K2024-1232k32BYes
Doubao Vision Lite 32K2024-1232k32BYes

Available From(1 provider)

Frequently Asked Questions

What is Doubao Vision used for?
Doubao Vision is used for vision and multimodal work. The family description and listed model capabilities point to those workloads as the best fit.
How does Doubao Vision compare to Seed?
Doubao Vision by ByteDance is strongest where you need vision and multimodal work, while Seed by ByteDance is the closest related family to check for coding. Doubao Vision has 2 listed variants and reaches up to 32k context, while Seed reaches up to 256k context, so compare the specs and pricing tables before choosing a production model.
Which Doubao Vision model should I use?
If price is the main constraint, use the pricing table first because Doubao Vision does not have complete provider pricing in the local data. For the most capable/latest local choice, evaluate Doubao Vision Pro 32K with 32k context and multimodal inputs.