Tencent Hunyuan has launched and open-sourced its latest multimodal image generation model — "HunyuanImage3.0." This release marks that the model's parameter scale has reached 80B, making it the first open-source industrial-grade native multimodal generation model. The official stated that the model's generation effect can compete with industry-leading closed-source models.
The main highlights of HunyuanImage3.0 lie in its ability to handle complex semantic content, parse text of up to thousands of characters, and generate corresponding images. Through knowledge reasoning, the model can generate long texts, which is a significant breakthrough in previous image generation models. This technological advancement not only brings users a richer creative experience but also opens up new possibilities for the field of AI image generation.
This update is an important upgrade for the Hunyuan series since the release of version 2.0 in May of this year. Version 2.0 has achieved millisecond-level response speed and ultra-realistic image quality, and supports real-time image generation, allowing users to see the image generation process while entering text. This real-time feedback function greatly enhances the user experience.
In recent years, Tencent Hunyuan has gradually open-sourced multiple AI generation technologies, including a 3D generation model, a customized image generation plugin called InstantCharacter, and a multimodal video generation tool called HunyuanCustom. These open-source projects have built a complete AI-generated content (AIGC) technology ecosystem, enabling developers and users to explore and apply in various fields.
**Key Points:**
🌟 HunyuanImage3.0 is the first industrial-grade multimodal generation model open-sourced by Tencent, with a parameter scale of 80B.
🖼️ The model can parse complex semantics and generate long texts of up to thousands of characters, with performance comparable to top closed-source models.
🚀 This is an upgrade following version 2.0, supporting millisecond-level response and real-time image generation interaction.
