Wan 2.5

Wan 2.5 is a revolutionary native multimodal video generation platform, representing a major breakthrough in video AI. It has a native multimodal architecture that supports unified text, image, video and audio generation. Its main advantages include synchronous AV output, 1080p HD movie-level image quality, and alignment with human preferences through advanced RLHF training. The platform is based on an open source Apache 2.0 license and is available for use by the research community. The document currently does not mention price information. Its positioning is to provide professional video creation solutions for global creators to help them achieve better results in the field of video creation.

Demand population:

["AI Researchers: Wan 2.5 's native multimodal architecture provides AI researchers with a powerful research platform. They can explore cutting-edge technologies such as synchronous AV generation, RLHF alignment, and unified text, image, video and audio processing to promote the development of video generation research.", "Film Creator: Its 1080p high-definition movie-level image quality and synchronous AV generation functions can help film and television creators quickly generate high-quality video content and meet the creative needs of film and advertising fields.", "Educator: In the field of education, Wan 2.5 can be used to create immersive educational content, such as teaching videos, interactive courses, etc., to improve teaching effect and students' learning experience."]

Example of usage scenarios:

Film and television production companies use Wan 2.5 to quickly generate movie trailers, using its synchronized AV generation and movie-level image quality to attract audience attention.

Advertising companies use Wan 2.5 's advanced image editing and multimodal generation capabilities to create creative and attractive advertising videos.

Educational institutions use Wan 2.5 to create interactive educational videos, combining text, images and videos to increase students' interest in learning and participation.

Product Features:

Native multimodal framework: It has a unified architecture that can flexibly process the input and output of text, images, video and audio, and achieve efficient interaction and collaborative work between different modes through deep modal alignment.

Synchronous AV generation: generates high-fidelity video and is equipped with synchronized audio, covering elements such as vocals, sound effects and music, bringing users an immersive audio-visual experience.

Film-level quality output: It can produce 1080p high-definition videos with 10 seconds duration, with professional film aesthetics and dynamic effects to meet the needs of professional film and television creation.

Advanced image editing: supports image editing through dialogue instructions, with pixel-level accuracy, and can achieve fine image adjustment and creation.

Multiple generation modes: provide enhanced text-to-video (T2V), image-to-video (I2V), text image-to-video (TI2V), voice-to-video (S2V) and character animation to meet the diverse creative needs of different users.

Human preference alignment: Through advanced RLHF training, the generated content can better meet human preferences and needs, and continuously improve the generation quality.

Tutorials for use:

Install the open source platform: Download Wan 2.5 through open source distribution to maintain accessibility of the Apache 2.0 license, which makes the platform of great significance to the research community.

Configuring hardware settings: Deploying Wan 2.5 on consumer-grade GPUs, such as the NVIDIA 4090, improves efficiency compared to the original requirements of Wan 2.2, while maintaining professional output standards.

Select Generation Mode: Select from enhanced T2V (text to video), I2V (image to video), TI2V (text image to video), S2V (voice to video), and character animation. These modes have significantly improved quality based on Wan2.2.

Experience-enhanced generation: When generating videos, it has better semantic compliance and motion reconstruction capabilities than Wan2.2, which can provide better cinematic aesthetics.

Export professional results: Output high-quality video, compared to the Wan2.2 baseline, performance has been enhanced and is suitable for film production, advertising and creative applications.