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Wan 2.2 + Lightx2v V2 | Ultra Fast T2V

This ComfyUI Wan 2.2 + Lightx2v V2 workflow combines the power of Wan 2.2 14B model with Lightx2v V2 LoRA for lightning-fast text-to-video generation. By leveraging advanced distillation techniques, you can create high-quality videos in 8-14 steps with reduced sampling parameters, dramatically reducing generation time while maintaining excellent output quality. Choose from popular configurations: 8 steps (maximum speed), 12 steps (balanced), or 14 steps (optimal quality), making it perfect for rapid prototyping and efficient video creation workflows.

ComfyUI Wan 2.2 + Lightx2v V2 Workflow

Wan 2.2 + Lightx2v V2 ComfyUI Workflow | Ultra Fast Text-to-Video
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  • Fully operational workflows
  • No missing nodes or models
  • No manual setups required
  • Features stunning visuals

ComfyUI Wan 2.2 + Lightx2v V2 Examples

ComfyUI Wan 2.2 + Lightx2v V2 Description

What is the Wan 2.2 + Lightx2v V2 ComfyUI Workflow?

The Wan 2.2 + Lightx2v V2 ComfyUI workflow represents a breakthrough in ultra-fast text-to-video generation, combining Alibaba's powerful Wan 2.2 14B model with the revolutionary Lightx2v V2 LoRA distillation technology. This advanced Wan 2.2 + Lightx2v V2 workflow delivers professional-quality video generation at lightning speed - up to 4x faster than standard Wan 2.2 workflows while maintaining excellent visual quality.

Wan 2.2 + Lightx2v V2 uses a two-stage sampling process: a high-noise model that establishes the basic video structure, followed by a low-noise model that adds fine details and refinements. The Lightx2v V2 component is a specialized distillation LoRA that compresses this Wan 2.2 process dramatically - reducing the standard 40 steps (20+20) to just 8-14 steps while using low CFG settings and LCM sampling for maximum speed.

Think of Wan 2.2 + Lightx2v V2 as having a turbocharged video generator that maintains the quality of the original two-stage Wan 2.2 process but cuts generation time by up to 75%. Perfect for rapid prototyping, content creation, and professional video workflows where speed matters.

Key Features and Benefits of Wan 2.2 + Lightx2v V2

Ultra-Fast Generation with Flexible Steps: The Wan 2.2 + Lightx2v V2 workflow reduces standard 40-step sampling to just 8-14 steps using distillation techniques. Choose 8 steps (maximum speed), 12 steps (balanced), or 14 steps (optimal quality) in your Wan 2.2 + Lightx2v V2 setup.

Advanced LoRA Acceleration Options: Wan 2.2 + Lightx2v V2 offers full acceleration (both stages) for maximum speed or half-acceleration (refinement only) for better prompt control while maintaining significant performance gains.

Optimized for Lower Hardware Requirements: The Wan 2.2 + Lightx2v V2 combination reduces VRAM usage and computational cost through LCM sampling with low CFG settings, making high-quality video generation more accessible.

Professional Quality Output: Wan 2.2 + Lightx2v V2 maintains the high-quality video generation and motion coherence of the original Wan 2.2 despite the dramatic speed improvements through advanced Lightx2v V2 distillation technology.

How to Use Wan 2.2 + Lightx2v V2 in ComfyUI

Text-to-Video Generation Workflow

Configure your Wan 2.2 + Lightx2v V2 video parameters

  • Use the EmptyHunyuanLatentVideo node to set your Wan 2.2 + Lightx2v V2 video dimensions:
    • Width: 704 pixels (optimized for Wan 2.2 + Lightx2v V2)
    • Height: 544 pixels
    • Length: 81 frames for ~3.4 second videos at 24fps
    • Batch_size: Keep at 1 for optimal Wan 2.2 + Lightx2v V2 performance

Craft your text prompt for Wan 2.2 + Lightx2v V2

  • In the CLIP Text Encode (Positive Prompt) node:
    • Write detailed, descriptive prompts for best Wan 2.2 + Lightx2v V2 results
    • Include motion descriptions and camera movements
    • Specify lighting, mood, and visual style preferences for your Wan 2.2 + Lightx2v V2 generation

Essential Wan 2.2 + Lightx2v V2 KSampler Settings (Flexible Configuration)

  • High Noise KSampler (Wan 2.2 Foundation Stage):
    • Steps: 4-7 (adjust based on Wan 2.2 + Lightx2v V2 speed vs quality needs)
    • CFG: 1.0-3.5 (lower for speed, higher for prompt control in Wan 2.2 + Lightx2v V2)
    • Sampler: lcm (for Lightx2v V2 acceleration) or euler (for quality retention)
    • Scheduler: simple
  • Low Noise KSampler (Wan 2.2 + Lightx2v V2 Refinement Stage):
    • Steps: 8-14 total (adjust based on desired Wan 2.2 + Lightx2v V2 quality level)
    • CFG: 1.0-3.5 (coordinate with foundation stage settings)
    • Sampler: lcm (recommended for Lightx2v V2 refinement acceleration)
    • Scheduler: simple

Wan 2.2 + Lightx2v V2 Parameter Guidelines

  • Total Steps: 8-14 steps work well for Wan 2.2 + Lightx2v V2 - adjust based on your speed vs quality priorities
  • CFG Values: 1.0-3.5 range for Wan 2.2 + Lightx2v V2 - lower values for faster generation, higher for better prompt following
  • Mix and Match: Combine different Wan 2.2 + Lightx2v V2 settings to find your optimal balance

Universal LoRA Acceleration Settings (Both T2V and I2V)

Wan 2.2 + Lightx2v V2 LoRA Configuration Options

  • LoraLoaderModelOnly nodes control the Wan 2.2 + Lightx2v V2 acceleration level:
    • T2V LoRA: lightx2v_T2V_14B_cfg_step_distill_v2_lora_rank64_bf16.safetensors
    • I2V LoRA: lightx2v_I2V_14B_480p_cfg_step_distill_rank128_bf16.safetensors
    • Full Acceleration: Apply Lightx2v V2 LoRA to both high-noise (foundation) and low-noise (refinement) models with strength 1.0
    Wan 2.2 + Lightx2v V2 Wan 2.2 + Lightx2v V2 Wan 2.2 + Lightx2v V2
    • Half Acceleration: Apply Lightx2v V2 LoRA only to the low-noise (refinement) model with strength 1.0 - better prompt control for Wan 2.2 + Lightx2v V2
    Wan 2.2 + Lightx2v V2 Wan 2.2 + Lightx2v V2 Wan 2.2 + Lightx2v V2

Wan 2.2 + Lightx2v V2 Speed vs Quality Comparison

  • Maximum Speed Setup: LCM sampler, CFG 1.0, 8 steps total, Lightx2v V2 LoRA on both Wan 2.2 stages
  • Balanced Setup: Mixed samplers, CFG 1.0-3.5, 12 steps total, Lightx2v V2 LoRA on refinement only for Wan 2.2
  • Quality Priority Setup: Euler + LCM, CFG 3.5, 14 steps total, selective Lightx2v V2 usage with Wan 2.2
  • Custom Configuration: Adjust steps (8-14), CFG (1.0-3.5), and Lightx2v V2 LoRA placement based on your specific Wan 2.2 + Lightx2v V2 needs

Image-to-Video Generation Workflow

Upload your input image for Wan 2.2 + Lightx2v V2

  • Use the LoadImage node to import your starting frame

Apply Wan 2.2 + Lightx2v V2 acceleration

  • Follow the same T2V acceleration settings above for KSampler configuration, Lightx2v V2 LoRA placement, and speed vs quality options in your Wan 2.2 + Lightx2v V2 workflow

Acknowledgement

This Wan 2.2 + Lightx2v V2 ComfyUI workflow integrates Alibaba's Wan 2.2 foundation model with the innovative Lightx2v V2 LoRA distillation technology. Special recognition to Alibaba's Tongyi Wanxiang research team for developing the Wan 2.2 model series and to the community developers who created the Lightx2v V2 acceleration techniques. The Wan 2.2 + Lightx2v V2 workflow demonstrates how advanced distillation methods can dramatically improve generation speed while preserving visual quality for professional applications.

More Resources About Wan 2.2 + Lightx2v V2

Explore additional Wan 2.2 + Lightx2v V2 resources and documentation:

  • HuggingFace Model Hub – Pre-trained Wan 2.2 model weights and Lightx2v V2 LoRA files.
  • Lightx2v V2 LoRA Files – Distillation LoRA models for ultra-fast Wan 2.2 + Lightx2v V2 generation.

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