[KongchangAI]
Model

MOSS-Image

An open-source image generation model released by the Open_MOSS team, extending the MOSS model series into multimodal generation. It is positioned as an open-source image generation model.

Timeline (last 90 days)

Oct 29

MOSS-Image claims to be able to generate 8K resolution images, but the video does not provide specific details on time consumption and peak VRAM usage.

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Oct 29

MOSS-Image can run locally and smoothly on consumer-grade graphics cards with 6G of VRAM (such as the 3060 level).

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Oct 29

MOSS-Image uses the DT (Diffusion Transformer) architecture.

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Oct 29

MOSS-Image is an open-weight model that supports local inference.

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Oct 29

MOSS-Image's style coverage includes anime illustration and realistic styles.

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Oct 29

MOSS-Image supports ultra-long prompts of 4K tokens.

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Oct 29

MOSS-Image supports Chinese and English text rendering, and the video's author says its performance is better than open-source models of the same level.

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Oct 29

MOSS-Image was jointly open-sourced by the OpenMouse team at Fudan University and Shanghai Moss Intelligence.

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Oct 29

The MOSS-Image model has approximately 500 million parameters.

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Oct 25

The UP host believes the open-source community may later add image editing capabilities to MOSS-Image.

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17 more timeline events

All Facts (20)

Unverified

MOSS-Image supports Chinese and English text rendering, and the video's author says its performance is better than open-source models of the same level.

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Unverified

MOSS-Image claims to be able to generate 8K resolution images, but the video does not provide specific details on time consumption and peak VRAM usage.

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Unverified

MOSS-Image can run locally and smoothly on consumer-grade graphics cards with 6G of VRAM (such as the 3060 level).

50%
Unverified

MOSS-Image uses the DT (Diffusion Transformer) architecture.

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Unverified

MOSS-Image is an open-weight model that supports local inference.

50%
Unverified

MOSS-Image's style coverage includes anime illustration and realistic styles.

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Unverified

The MOSS-Image model has approximately 500 million parameters.

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Unverified

MOSS-Image supports ultra-long prompts of 4K tokens.

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Unverified

MOSS-Image was jointly open-sourced by the OpenMouse team at Fudan University and Shanghai Moss Intelligence.

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Unverified

In terms of overall performance, MOSS-Image is suitable for anime, lifestyle portrait, and e-commerce text layout needs; realistic materials, high-detail scenarios, and image editing tasks should still be left to mature models such as Tongyi Qianwen Image 2.1.

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In e-commerce product detail page scenarios, MOSS-Image's text layout aesthetics are superior to those of Tongyi Qianwen Image 2.1.

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MOSS-Image is an open-source text-to-image model that can be used to generate images after being deployed in a local ComfyUI environment.

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The SFT version of MOSS-Image is fine-tuned from the Base version and performs better than the Base version in most scenarios.

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Community author Cook optimized an 8-step acceleration LoRA for MOSS-Image, which has a positive effect on the image generation logic and image beautification.

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In a local consumer-grade GPU environment, generating images with both the MOSS-Image and Tongyi Qianwen Image 2.1 modules enabled, the full round consistently takes between just over 80 seconds and 92 seconds.

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In the same test environment, Tongyi Qianwen Image 2.1 completes sampling in about 43 seconds, while MOSS-Image completes sampling in just over 30 seconds, so MOSS-Image samples slightly faster.

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MOSS-Image produces a softer style, suitable for lifestyle portraits and gentle, sweet-style portraits; Tongyi Qianwen Image 2.1 has more detail and more solid realism and texture.

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MOSS-Image is an uncensored model with loose prompt constraints and greater creative freedom.

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MOSS-Image does not have image editing capabilities (such as image-to-image, inpainting, and outpainting) and cannot replace mature models with editing capabilities in the workflow.

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MOSS-Image can run on a GPU with 16GB of VRAM and provides a GGUF version to support Macs and machines without supported GPUs.

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