demobook

Configure LTX-2.3 MSR LoRA and Prompt Relay in ComfyUI

Demo summary

The creator demonstrates setting up a ComfyUI workflow using the LTX-2.3 model with the MSR LoRA and Prompt Relay nodes to manage video generation on 8GB of VRAM.

Step-by-step

  1. Load the LTX-2.3 models into the ComfyUI workspace
  2. Replace the standard prompt nodes with the Prompt Relay and Code nodes
  3. Select the 'still 1.1 Q5 GGUF' model for low VRAM setups
  4. Download and load the MSRV1 LoRA
  5. Set a global prompt in the Prompt Relay node
  6. Specify multiple prompts based on the timeline for animation transitions

Options

  • Use the Prompt Relay timeline to manage multiple prompts over time

Watch out for

  • You must download the MSRV1 LoRA separately
  • Requires the Prompt Relay custom node to be installed

Tips

  • Use the still 1.1 Q5 GGUF model if you are working with 8GB of VRAM

All demos from “LTX-2.3 Multiple-Subject-Reference on 8GB VRAM

  1. 0:431:12Configure LTX-2.3 MSR LoRA and Prompt Relay in ComfyUICurrentThe creator demonstrates setting up a ComfyUI workflow using the LTX-2.3 model with the MSR LoRA and Prompt Relay nodes to manage video generation on 8GB of VRAM.ComfyUIAI Animation Generator
  2. 1:551:00Adding reference images for character consistencyThe video shows how to use the MSR custom node to input up to four reference images and a background image to maintain character facial consistency across video frames.ComfyUIVideo to Video
  3. 3:100:54Prompting and aspect ratio adjustment for MSR LoRAThe user demonstrates how to describe reference images in the global prompt and use a crop node to match the aspect ratio of reference images to the final output format.ComfyUIAI Image Generator
  4. Watch “LTX-2.3 Multiple-Subject-Reference on 8GB VRAM” →

AI Animation Generator

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  2. 2:551:05Configure video input and output settingsThe demo shows how to upload a source video to ComfyUI, set the frame count, and adjust the output dimensions to match the original aspect ratio.MDMZ
  3. 16:361:56Setting up HunyuanVideo 1.5 in ComfyUIThe video demonstrates how to update ComfyUI and import the HunyuanVideo 1.5 JSON workflow files to create a node-based generation environment.AI Search
  4. 20:151:53Text-to-Video generation in ComfyUIA step-by-step demo of configuring the Hunyuan nodes in ComfyUI, entering a prompt for a 'giant cat', and rendering the final 720p video.AI Search
  5. 29:151:33Running HunyuanVideo with GGUF (Low VRAM)The video shows how to use the GGUF loader node to run a compressed version of HunyuanVideo 1.5, enabling video generation on GPUs with as little as 6GB of VRAM.AI Search
  6. 0:594:52Configure LTX 2.3 in ComfyUIThe creator walks through the ComfyUI node setup for LTX 2.3, explaining the GGUF model loader, VAE settings, and how to adjust resolution and frame counts for optimal rendering.AIKnowledge2Go
  7. 1:230:41Setting up LTX-2.3 in ComfyUIThe creator demonstrates how to browse templates in ComfyUI, search for LTX 2.3, and download the required missing models for the text-to-video workflow.MDMZ
  8. 13:071:21Applying LoRA to Wan 2.2 video generationThe video shows how to integrate a LoRA (Low-Rank Adaptation) into a Wan 2.2 workflow to achieve specific cinematic movements like a face zoom.pixaroma
  9. 31:133:44Text-to-video with LTX-2The video walks through setting up the LTX-2 model in ComfyUI to generate high-resolution video clips from text prompts and images.pixaroma
  10. 39:075:27Cloud-based ComfyUI on RunPod/RunHubThe video shows how to run complex video workflows in the cloud using RunHub AI, demonstrating the interface and execution of InfiniteTalk and Wan 2.2 without local hardware.pixaroma
  11. 2:351:46Configure Infinite Talk models in ComfyUIThe creator demonstrates how to organize the necessary models within the ComfyUI workflow, including the Lightning LoRA, quantized Infinite Talk UNET models, and the Wan 2.1 VAE and Clip Vision nodes.Aiconomist
  12. 11:060:26Combining audio, images, and promptsA demonstration of layering a specific action prompt (patting stomach) over a specific audio timestamp to create a fully directed AI scene.What Dreams Cost