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This is a straightforward workflow for the LTXV 13b Distilled model, designed for quick and easy video generation. The distilled model runs much faster than the full version, but still delivers impressive...
Runtime profile
Source description
Overview
This is a straightforward workflow for the LTXV 13b Distilled model, designed for quick and easy video generation. The distilled model runs much faster than the full version, but still delivers impressive quality-making it a great choice for rapid prototyping or when you want to generate a lot of videos quickly.
How It Works
Scheduler Steps: You can set the scheduler to use anywhere from 4 to 12 steps .
For image-to-video (i2v) tasks, using 12 steps usually helps retain more detail from your input image.
8 steps is a good general-purpose setting-fast and still pretty accurate.
AI-generated commentary
AI-generated explanation based on source and configuration details. Suggestions are clearly labeled.
This workflow is for image-to-video generation with the LTXV 13b Distilled model: it uses an input image to produce a generated video.
The workflow includes scheduling, conditioning, sampling, decoding, and video-combining stages.
Use an input image for image-to-video generation.
The output is a generated video; the described example is 5 seconds long.
The workflow is published by BingiBongi on Civitai.
Its listed base model is LTXV.
The named model files are ltxv-13b-0.9.7-distilled.safetensors, melting_v3_13b.safetensors, and t5xxl_fp16.safetensors.
Named workflow nodes include Add VAE Decoder Noise, BasicScheduler, CheckpointLoaderSimple, CLIPLoader, CLIPTextEncode, KSamplerSelect, and LoadImage.
Other named nodes are LoraLoader, LTXVBaseSampler, LTXVConditioning, RandomNoise, STGGuiderAdvanced, VAEDecode, and VHS_VideoCombine.
Set the scheduler between 4 and 12 steps.
For image-to-video, 12 steps is suggested when retaining input detail matters; 8 steps is described as a general-purpose setting.
Suggestion · not verified
Enable Load LoRA for extra effects or style, or leave it off for standard generation.
Suggestion · not verified
At 4–6 steps, generation is described as faster, but complex images may drift visually or change style.
Suggestion · not verified
No checksum is listed for the named model files; verify the exact files before use.
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Sources
1 sourceSource excerpts
1 excerptSource context: 433 downloads · Type Workflows · Base model LTXV
If you go lower (e.g., 4-6 steps), the workflow is even faster, but with complex images, the output might drift visually or change style.
LoRA Support: There’s a Load LoRA node included. Enable it if you want to add a LoRA for extra effects or style-otherwise, just leave it off for standard generation.
Speed: On an H100 GPU , this workflow generates a 5-second video (8 steps) in about 11 seconds .
Combining Models: For the best results, you can combine the distilled model with the full LTXV 13b model-use the distilled version for speed, and the full model for final, high-quality renders if needed. But honestly, the distilled model alone is already pretty solid for most use cases.
Estimated VRAM requirement
Estimate unavailable
9.12 GB across 1 of 6 model files. Model file total + 25% loading overhead + 2 GB execution buffer, rounded up.
Requirements
17 requirementsAdd VAE Decoder Noise
Not resolvedVAE · Unknown
CLIPLoader
Not resolvedText encoder · Unknown
ltxv-13b-0.9.7-distilled.safetensors
Not resolvedCheckpoint · Unknown
melting_v3_13b.safetensors
Not resolvedLoRA · Unknown
Text encoder · 9.12 GB · SAFETENSORS · Unknown
VAEDecode
Not resolvedVAE · Unknown
BasicScheduler
Not resolvedNode pack · Unknown
CheckpointLoaderSimple
Not resolvedNode pack · Unknown
CLIPTextEncode
Not resolvedNode pack · Unknown
Node pack · Unknown
LoadImage
Not resolvedNode pack · Unknown
LoraLoader
Not resolvedNode pack · Unknown
LTXVBaseSampler
Not resolvedNode pack · Unknown
LTXVConditioning
Not resolvedNode pack · Unknown
RandomNoise
Not resolvedNode pack · Unknown
STGGuiderAdvanced
Not resolvedNode pack · Unknown
VHS_VideoCombine
Not resolvedNode pack · Unknown
