Videos vv2.3

LTX by Lightricks ✓

The complete AI engine for creative workflows.

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Verdict

A quick read before you dig into the full page.

Best if
The complete AI engine for creative workflows
Skip if
Deeper learning curve
Pick this when
Works on consumer-grade GPUs

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Overview

LTX-2 is an open-source, next-generation multimodal AI model designed for video with synchronized audio and image creation as a comprehensive solution for creative workflows.

Capable of running on consumer-grade GPUs, it combines high-fidelity visuals, coherent sound, and multi-flow performance modes into a single platform.

LTX-2 has the capability to generate, enhance, and repurpose visuals more efficiently. Unlike most models, it considers sound and visuals in a unified production process for synchronized motion, dialogue, ambience, and music.

The model is designed to work with real production workflows, connecting directly with editing suites, broadcast tools, game engines, and VFX pipelines.

It supports both quick previews and delivery-ready 4K outputs. The model provides creative control through text, image, depth, and reference-video inputs, and offers multi-keyframe conditioning, 3D camera logic, and fine-tuning options.

As an open-source tool, LTX-2 enables researchers, enterprises, and independent creators to customize the model to fit their needs. Its use cases include post-production, pre-production, animation, restoration among others, offering solutions to automate motion tracking, rotoscoping, plate replacement, and other tasks, thereby reducing the time and cost of production while maintaining quality.

The upcoming releases will offer open access to the model's weights and training code. Its flexibility and customization options make it ideal for studios, research teams, and solo developers.

LTX by Lightricks website

Best for

Short scenarios where LTX by Lightricks tends to shine.

  • The complete AI engine for creative workflows.

Example outputs 1

Sample generations and before/after results for LTX by Lightricks.

Access & connections

Where you can use LTX by Lightricks, and what it plugs into.

Platforms

Web

Integrations

Capabilities

What this tool accepts, produces, and is strongest at.

Input

  • API
  • Tabular
  • Image
  • Text

Output

  • Audio
  • Video
  • API

Highlights

  • SOTA

Supported features

  • Video Generation

Models

Text

Image

Audio

Video

Pros & cons

Pros

  • Works on consumer-grade GPUs
  • Combines visuals, audio, performance
  • Efficient visual enhancement
  • Synchronizes sound and visuals
  • Connects with production workflows
  • Supports editing suites
  • Works with game engines
  • Compatible with VFX pipelines
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  • Quick preview and 4K delivery
  • Multimodal input control
  • Provides fine-tuning options
  • Open-source and customizable
  • Automates video editing tasks
  • Cost and time effective
  • Empowers visualization in pre-production
  • Ideal for studios, developers
  • Optimized for GPUs
  • Synchronized audio-visual outputs
  • Multiflow performance modes
  • Supports 4K output
  • Multi-keyframe conditioning
  • 3D camera logic
  • Customizable for unique needs
  • Automates motion tracking
  • Automates rotoscoping
  • Optimized for plate replacement
  • Reduces production costs
  • Open access to model weights
  • Operates on high-fidelity visuals
  • Broadcast tool compatibility
  • Post-production use cases
  • Pre-production use cases
  • Animation use cases
  • Restoration use cases
  • Open-source video generation
  • Supports real production workflows
  • Ideal for independent creators
  • Comprehensive creative workflows solution
  • Synchronizes motion, dialogue, music
  • Automates plate replacement
  • Integrated with editing suites
  • API access for pipelines
  • Visualizes storyboards before production
  • Upscales and enhances footage
  • Restores archival footage
  • Supports multi-keyframe conditioning
  • Direct control over elements
  • Faster pre-production with simulation
  • Extends resolution to 4K
  • Creates fluid motion in videos

Cons

  • Limited to consumer-grade GPUs
  • Heavy reliance on customization
  • Limited runtime efficiency
  • Deeper learning curve
  • Not ideal for beginners
  • Complex integration for workflows
  • Not directly ready for use
  • Requires fine-tuning for quality
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  • Demanding resource requirements
  • Latent release of training code

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Releases 3

LTX by Lightricks v2.3 Mar 5, 2026 Current

Sharper fine details via a rebuilt latent space and updated VAE, improving textures and edge fidelity.

Better prompt understanding from a larger, upgraded text connector, reducing drift on complex prompts.

Stronger image-to-video motion with fewer frozen clips, less “Ken Burns” panning, fewer unexpected cuts, and better consistency.

Cleaner, more reliable audio from dataset filtering plus a new vocoder, with tighter alignment and fewer artifacts.

Native portrait video support up to 1080x1920, trained for vertical instead of cropped landscape.

LTX by Lightricks v2 Oct 23, 2025

Joint audio-video generation in a single model, producing synchronized video and sound together.

Supports multiple generation modes including text-to-video, image-plus-text-to-video, audio-to-video, and text-to-audio-video.

Released with open weights and a focus on practical local execution.

Includes both a full trainable model and a distilled version for faster inference, plus spatial and temporal upscalers.

Supports local and developer workflows through Diffusers, ComfyUI, and the official PyTorch codebase.

Initial release December 26, 2024
Initial release of LTX by Lightricks.

FAQ 12

What is LTX-2?
LTX-2 is an open-source, next-generation multimodal AI model developed by Lightricks. Primarily designed for video generation, it combines sound, high-fidelity visuals, and multi-flow performance modes into a single cohesive system, running optimally on consumer-grade GPUs. It's designed to support real production workflows across different industries and can generate, enhance, and repurpose visuals efficiently. Unlike many models, LTX-2 considers sound and visuals in a unified production process, creating synchronized motion, dialogue, ambience, and music.
How does LTX-2 integrate with professional editing suites and game engines?
LTX-2 is specifically designed for integration with professional editing suites and game engines. It fits perfectly within real production workflows, giving users the flexibility to connect directly with these platforms. The integration process is straightforward and efficient, allowing for seamless connectivity and workflow consistency.
Does LTX-2 work with VFX pipelines and broadcast tools?
Yes, LTX-2 works effectively with VFX pipelines and broadcast tools. The model connects directly with such tools, becoming an important part of the production workflow. This allows users to create and manage high-fidelity visuals with inherent sound, all while ensuring seamless integration with real-world production infrastructure.
What is the quality output of videos created with LTX-2?
The quality of videos created with LTX-2 is paramount. The AI model supports both quick previews and delivery-ready 4K outputs. This high-resolution output ensures that the visuals are clear, detailed, and high-fidelity, satisfying the needs of professional content creators and developers for high quality production.
Can I customize the LTX-2 model?
Absolutely. As an open-source tool, LTX-2 is designed to allow researchers, enterprises, and independent creators to customize the model to fit their individual needs. Users can adjust text, image, depth, and reference-video inputs for creative control. In addition, it offers multi-keyframe conditioning, 3D camera logic, and fine-tuning options to ensure tailored output.
What productive tasks can LTX-2 automate?
LTX-2 is capable of automating a variety of production tasks. It offers solutions for motion tracking, rotoscoping, and plate replacement, among others. These automated abilities reduce the manual labor involved in such tasks, making the production process faster and more efficient.
How can LTX-2 reduce production cost?
LTX-2 reduces production cost by automating a number of labor-intensive tasks, reducing the time and manpower ordinarily required in pre-production and post-production workflows. Beyond automation, its open-source nature and ability to run on consumer-grade GPUs also reduces hardware investments and development costs, thereby making the production process more cost-effective.
Are there any additional features to be released for LTX-2?
Open access to the model's weights and training code are scheduled for release in upcoming updates to LTX-2. These features will examine researchers, enterprises, and independent creators to customize, extend, and innovate freely, bringing even more flexibility to the use of this model in various creative and scientific scenarios.
What is the ideal user group for LTX-2?
LTX-2 is ideal for a broad range of users. These include but are not limited to studios, research teams, solo developers, and independent creators. Its flexibility, customization options, and versatile application in automating numerous video production tasks make it a powerful tool for various stakeholders in the industry.
Who can use LTX-2?
LTX-2 is designed for use by a diverse range of users. This encompasses researchers, enterprises, professional studios, game developers, broadcast teams, independent creators, and solo developers. The open-source nature of the model encourages its use by those who wish to customize and innovate on the platform.
Can LTX-2 run on consumer-grade GPUs?
Yes, LTX-2 is capable of running on consumer-grade GPUs. Even in such conditions, it still delivers high performance, synchronizing visuals and sound, while allowing users to generate, repurpose, and enhance visual content efficiently and in high resolution.
How does LTX-2 enhance and repurpose visuals?
LTX-2 enhances and repurposes visuals by providing dynamic control through text, image, depth, and reference-video inputs. This flexibility, together with its capacity for high-fidelity visuals, lends itself to visual improvement. The AI also offers multi-keyframe conditioning, 3D camera logic, and fine-tuning options, further enhancing its graphic capability.
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