The Future of AI Video Has Arrived! (Stable Diffusion Video Tutorial/Walkthrough)

Theoretically Media
28 Nov 202310:36

TLDRThe video introduces Stable Diffusion Video, a model for generating short video clips from images. It highlights the model's capabilities, such as creating 25-frame videos with a resolution of 576x1024, and discusses various ways to run it, including on a Chromebook. The video also mentions upcoming features like text-to-video and camera controls. Examples of the model's output are shown, and tools like Topaz for upscaling and Final Frame for video extension are discussed. The video concludes by encouraging support for indie projects like Final Frame.


  • πŸš€ A new AI video model called Stable Diffusion Video has been released, generating short video clips from image inputs.
  • πŸ’‘ The model is trained to produce 25 frames at a resolution of 576 by 1024, with a fine-tuned version running at 14 frames.
  • πŸŽ₯ Examples of videos produced by the model, such as those by Steve Mills, showcase high fidelity and quality, despite the short duration.
  • πŸ” Topaz's upscaling and interpolation enhance the output, as demonstrated in side-by-side comparisons, but affordable alternatives are also suggested.
  • πŸ“Έ Stable Diffusion Video's understanding of 3D space allows for coherent faces and characters, as illustrated by a 360-degree sunflower turnaround example.
  • πŸ–ΌοΈ Users have multiple options to utilize Stable Diffusion Video, including local running with Pinocchio and cloud-based solutions like Hugging Face and Replicate.
  • πŸ’» Pinocchio, though easy to install with one-click, currently only supports Nvidia GPUs and requires familiarity with the ComfortUI workflow.
  • 🌐 Hugging Face offers a free trial for Stable Diffusion Video, but during peak times, user limits may apply.
  • πŸ“ˆ Replicate provides a free trial with a cost-effective pricing model of about 7 cents per output for additional generations.
  • 🎞️ Final Frame, a project by an independent developer, now includes an AI image to video tab, allowing users to merge AI-generated clips with existing videos.
  • πŸ”œ Future improvements for Stable Diffusion Video include text-to-video capabilities, 3D mapping, and the potential for longer video outputs.

Q & A

  • What is the main topic of the video?

    -The main topic of the video is the introduction and discussion of a new AI video model called Stable Diffusion, its capabilities, and various ways to run it.

  • What are the initial misconceptions about Stable Diffusion that the video aims to clear up?

    -The video aims to clear up misconceptions that Stable Diffusion involves a complicated workflow and requires a powerful GPU to run, offering solutions even for users with limited resources like those using a Chromebook.

  • What is the current capability of Stable Diffusion in terms of video generation?

    -Stable Diffusion is currently trained to generate short video clips from image conditioning, producing 25 frames at a resolution of 576 by 1024. There is also a fine-tuned model that runs at 14 frames.

  • How long do the generated video clips typically last?

    -The generated video clips typically last around 2 to 3 seconds, although there are tricks and tools mentioned in the video to extend their length.

  • What is the significance of the example video by Steve Mills?

    -The example video by Steve Mills demonstrates the high fidelity and quality of the videos generated by Stable Diffusion, showcasing the potential of the model despite its limitations.

  • What are the upcoming features for Stable Diffusion according to the video?

    -Upcoming features for Stable Diffusion include text to video capabilities, 3D mapping, and the ability to generate longer video outputs.

  • How does Stable Diffusion handle 3D space?

    -Stable Diffusion shows an understanding of 3D space, which is evident in its ability to create more coherent faces and characters, as demonstrated by the 360-degree turnaround of a sunflower in the video.

  • What are the options for running Stable Diffusion video if you want to do it locally?

    -For local running, one can use Pinocchio, which is a one-click installation but only supports Nvidia GPUs, or try it out for free on Hugging Face, which may have limitations during peak user times.

  • How can users upscale and interpolate their Stable Diffusion video outputs?

    -Users can use tools like R Video Interpolation for upscaling and a separate video upscaler for taking videos up to 2K or 4K resolution. These tools have been used on the channel in the past and work well.

  • What is the role of Final Frame in the context of Stable Diffusion video?

    -Final Frame, created by Benjamin Deer, offers an AI image to video tab where users can upload an image, process it, and then merge it with other video clips to create a continuous video file. It provides a timeline for rearranging clips and exporting the full video.

  • What are the current limitations of using Final Frame for Stable Diffusion video?

    -Currently, Final Frame does not support saving and opening projects, so users will lose their work if they close their browser. However, these features are expected to be added in the future.



πŸš€ Introduction to Stable Diffusion Video

The paragraph introduces a new AI video model called Stable Diffusion, emphasizing its ease of use and accessibility even on devices like Chromebooks. It explains that the model generates short video clips from images, currently limited to 25 frames at a resolution of 576 by 1024. The video quality is highlighted, with an example from Steve Mills showcasing the fidelity and potential of the model. It also mentions the upcoming text-to-video feature and compares the outputs with and without the use of Topaz for upscaling and interpolation.


πŸ’» Running Stable Diffusion Video on Different Platforms

This section discusses various ways to run Stable Diffusion Video, including local installation using Pinocchio, which is currently only compatible with Nvidia GPUs, and the potential for a Mac version in the near future. It also mentions the option to use Hugging Face for free trials, with limitations due to user traffic, and Replicate as a non-local alternative, which offers a few free generations before a small fee per output. The paragraph details the process of using Replicate, including selecting frame count, aspect ratio, frames per second, and motion settings. It also touches on video upscaling and interpolation tools available for enhancing the output.


πŸŽ₯ Final Frame and Future of Stable Diffusion Video

The final paragraph focuses on the tool Final Frame, developed by Benjamin Deer, which integrates AI image-to-video capabilities. It explains how Final Frame processes images and merges them with additional video clips, allowing for the creation of extended video content. The paragraph highlights the current limitations of the tool, such as the non-functionality of certain project management features, and encourages viewers to provide feedback for improvements. It also mentions ongoing enhancements to the Stable Diffusion model, including text video, 3D mapping, and longer video outputs, and concludes with a call to support indie projects like Final Frame.



πŸ’‘Stable Diffusion Video

Stable Diffusion Video is an AI video model that generates short video clips from image inputs. It is designed to produce 25 frames at a resolution of 576 by 1024, with the capability to create visually stunning results. In the context of the video, it represents a significant advancement in AI-generated video content, showcasing the ability to create dynamic and high-fidelity video outputs from static images.

πŸ’‘Image to Video

Image to Video refers to the process of converting still images into video clips, which is the core functionality of Stable Diffusion Video. This process involves AI algorithms that understand and manipulate the visual data to create motion and continuity between frames. In the video, the presenter discusses the potential of this technology to transform single images into dynamic video content, emphasizing its creative and practical applications.

πŸ’‘Frame Rate

Frame rate is the measure of how many individual frames are displayed per second in a video. It is a critical aspect of video quality, affecting the smoothness and realism of the motion. In the context of the video, the presenter discusses the options for adjusting the frame rate to control the output length and motion dynamics of the generated videos, with options like 14 frames for a longer video or higher frame rates for more dynamic motion.


Topaz is a software application used for image and video editing, specifically mentioned for its upscaling and interpolation capabilities. In the video, it is used to enhance the output of Stable Diffusion Video, improving the quality and continuity of the generated clips. Topaz is an example of tools that can be utilized to refine AI-generated content, making it more suitable for various applications and platforms.

πŸ’‘Hugging Face

Hugging Face is a platform that provides access to various AI models, including Stable Diffusion Video. It allows users to upload images and generate videos without the need for local installation or powerful hardware. In the video, Hugging Face is presented as a free and accessible option for users to experiment with AI-generated video, although it may have limitations in terms of user capacity and wait times.


Replicate is a platform that offers access to AI models like Stable Diffusion Video, allowing users to generate videos with certain limitations. It provides a non-local option for creating AI-generated videos, with the ability to run a number of generations for free before eventually requiring payment. The platform is highlighted as a cost-effective solution for those who cannot afford more expensive tools.

πŸ’‘3D Space Understanding

Understanding of 3D space refers to the AI model's ability to interpret and represent three-dimensional environments and objects in a two-dimensional video. This capability is crucial for creating coherent and realistic animations, especially when it comes to facial expressions and character movements. In the video, the presenter illustrates this by showing how Stable Diffusion Video can generate a 360-degree turn of a sunflower, maintaining consistency across different shots.

πŸ’‘Final Frame

Final Frame is a tool mentioned in the video that allows users to extend and merge AI-generated video clips with other video content. It offers a user-friendly interface for arranging and combining clips, creating a continuous video file. This tool is significant as it provides a solution for extending the short video outputs of Stable Diffusion Video, enabling the creation of longer and more complex video narratives.

πŸ’‘Video Upscaling and Interpolation

Video upscaling and interpolation are processes used to enhance the quality and length of video content. Upscaling increases the resolution of a video, while interpolation fills in the gaps between frames to create smoother motion. In the context of the video, these techniques are essential for improving the output of AI-generated videos, making them more suitable for high-quality presentations and professional applications.

πŸ’‘AI Video Advancements

AI Video Advancements refer to the ongoing developments and improvements in the field of artificial intelligence as it applies to video generation and editing. These advancements include the creation of models like Stable Diffusion Video, the introduction of new features such as text to video conversion, and the development of tools for video enhancement and extension. The video highlights these advancements as significant milestones in the evolution of AI in video production, offering new possibilities for creators and content producers.


A new AI video model has been released from Stability, which is capable of generating short video clips from image conditioning.

The model generates 25 frames at a resolution of 576 by 1024, with another fine-tuned model running at 14 frames.

Despite the limited frame count, the quality and fidelity of the generated videos are stunning, as demonstrated by an example from Steve Mills.

The outputs can be upscaled and interpolated by tools like Topaz to enhance their quality.

Comparisons between Stability Diffusion Video and other image-to-video platforms show the unique motion and action capabilities of each.

The model has a good understanding of 3D space, leading to coherent faces and characters in the generated videos.

Users have multiple options to run Stability Diffusion Video, including local running with Pinocchio and free trials on Hugging Face.

Replicate offers a non-local option with a reasonable pricing model for generating videos using Stability Diffusion Video.

Final Frame, a tool discussed in the past, now includes an AI image-to-video tab for extending and merging video clips.

Final Frame allows users to rearrange clips and export the full timeline as one continuous video file.

The video length is a current limitation, but improvements such as text-to-video, 3D mapping, and longer video outputs are in development.

The presenter, Tim, encourages viewers to provide feedback and suggestions to improve Final Frame, showcasing support for indie-made tools.

The AI video advancements discussed in the video are a testament to the rapid progress in the field.

The video provides a comprehensive overview of the capabilities and potential applications of Stability Diffusion Video.

The presenter's approach to explaining the technology is engaging and informative, making complex topics accessible to viewers.

The video serves as a valuable resource for those interested in exploring the latest developments in AI video generation.