Alibaba WAN 2.5 Model
Alibaba WAN 2.5 is a state-of-the-art text/image-to-video generation model available on Alibaba Cloud's DashScope platform. This powerful model produces high-quality videos in 480p, 720p, or 1080p resolution, complete with synchronized audio, from simple text or image prompts. Compared to Google Veo3, it offers a more affordable solution with faster video generation speeds, making it an excellent choice for creating audio-embedded videos efficiently.
Model list
wan-2.5/text-to-video
wan-2.5/image-to-video
wan-2.5/text-to-video-fast
wan-2.5/image-to-video-fast
wan-2.5/text-to-image
Veo3 VS Wan 2.5 effect compare
What makes Wan 2.5 stand out?
More affordable
Although Google recently announced price cuts, Veo 3 still remains costly overall.
In contrast, Wan 2.5 is leaner and more budget-friendly, offering creators more options while significantly reducing production costs.
One-pass outputs with end-to-end A/V sync
With Wan 2.5, you no longer need to record separate voiceovers or manually align lips for silent AI videos.
Just give a clear, well-structured prompt to generate a complete video with audio/voiceover and lip-sync all at once. The process becomes faster and simpler.
Multilingual friendly
When prompts are in Chinese or Minor languages, Wan 2.5 reliably produces A/V-synchronized videos.
Compared to Veo 3, it often displays “unknown language” when the prompt includes Chinese or other languages.
Longer duration & more video size options
Length: Veo 3 maxes out at about 8 seconds; Wan 2.5 supports up to 10 seconds, providing more space for storytelling.Formats: Veo 3 offers only one aspect ratio option, while Wan 2.5 supports three different video sizes to accommodate popular platforms and scenarios, enhancing publishing flexibility.
Voice-driven reference & original sound video
Veo 3 does not support audio reference, limiting creators to silent clips or system-generated sound. In contrast, Wan 2.5 allows direct input of voice, sound effects, and background music, driving the video generation with precise audio cues.
Alibaba WAN 2.5 Model
Alibaba WAN 2.5 is a state-of-the-art text/image-to-video generation model available on Alibaba Cloud's DashScope platform. This powerful model produces high-quality videos in 480p, 720p, or 1080p resolution, complete with synchronized audio, from simple text or image prompts. Compared to Google Veo3, it offers a more affordable solution with faster video generation speeds, making it an excellent choice for creating audio-embedded videos efficiently.
Model list
wan-2.5/text-to-video
wan-2.5/image-to-video
wan-2.5/text-to-video-fast
wan-2.5/image-to-video-fast
wan-2.5/text-to-image
Veo3 VS Wan 2.5 effect compare
What makes Wan 2.5 stand out?
More affordable
Although Google recently announced price cuts, Veo 3 still remains costly overall.
In contrast, Wan 2.5 is leaner and more budget-friendly, offering creators more options while significantly reducing production costs.
One-pass outputs with end-to-end A/V sync
With Wan 2.5, you no longer need to record separate voiceovers or manually align lips for silent AI videos.
Just give a clear, well-structured prompt to generate a complete video with audio/voiceover and lip-sync all at once. The process becomes faster and simpler.
Multilingual friendly
When prompts are in Chinese or Minor languages, Wan 2.5 reliably produces A/V-synchronized videos.
Compared to Veo 3, it often displays “unknown language” when the prompt includes Chinese or other languages.
Longer duration & more video size options
Length: Veo 3 maxes out at about 8 seconds; Wan 2.5 supports up to 10 seconds, providing more space for storytelling.Formats: Veo 3 offers only one aspect ratio option, while Wan 2.5 supports three different video sizes to accommodate popular platforms and scenarios, enhancing publishing flexibility.
Voice-driven reference & original sound video
Veo 3 does not support audio reference, limiting creators to silent clips or system-generated sound. In contrast, Wan 2.5 allows direct input of voice, sound effects, and background music, driving the video generation with precise audio cues.
