Experience the power of LTX-2 AI through these stunning synchronized audio-video examples. These demonstrations showcase LTX Video technology generating high-fidelity content at native 4K resolution.
Synchronized audio-video generated in one pass for seamless live performance.
Extended duration showcasing detailed, spacious worlds for immersive exploration.
Smooth camera panning revealing dynamic scenes with natural motion.
One prompt generates high-quality synchronized audio-video output.
Watch comprehensive reviews and demonstrations of LTX-2 AI capabilities. Learn how LTX Video technology compares to other models and discover the power of LTX Studio AI, LTX 2 API, and LTX 2 open source solutions.
Generate cinematic content, product demos, narrative scenes, and marketing videos with LTX-2 AI. The LTX Studio AI platform provides intuitive tools for LTX-2 AI workflows. Whether using the LTX 2 API or LTX 2 open source code, LTX-2 AI delivers production-ready synchronized audio-video content.
Export studio-quality videos optimized for social media, advertising, film, and presentations. LTX-2 AI delivers crisp 4K visuals, smooth motion, and perfectly synchronized audio. Access LTX-2 AI through LTX Studio, the LTX 2 API, or the LTX 2 GitHub repository for complete control.
LTX-2 AI represents the first DiT-based video generation model that combines all core capabilities in one unified system. LTX-2 AI generates synchronized audio and video, delivering high-fidelity outputs at up to 50 FPS in native 4K resolution. The LTX Video model is trained on large-scale diverse video datasets, making LTX-2 AI production-ready for professional video creation.
Input Your Creative Prompt or Media Start with a text prompt describing your vision, or upload images/videos as conditioning. LTX-2 AI supports multiple input types including text, images, video segments, and audio. The LTX Studio AI platform provides an intuitive interface for LTX-2 AI workflows.
Configure LTX-2 AI Settings Select your preferred resolution, frame count, and generation mode. LTX-2 AI offers Fast, Pro, and Ultra modes. Access LTX-2 AI via the LTX 2 API or use the open source LTX-Video codebase from GitHub. LTX 2 open source allows for full customization.
Generate Synchronized Audio & Video LTX-2 AI processes your input and generates video with perfectly synchronized audio in one pass. The LTX Video model ensures motion, dialogue, ambient sounds, and music are all aligned. LTX-2 AI delivers production-ready outputs.
Review & Export Your Creation Once your LTX-2 AI video is ready, review the synchronized audio-video output, make adjustments if needed using LTX Studio AI tools, and export the final result. LTX-2 AI supports multiple export formats.
LTX-2 AI is fully open source and available on GitHub at Lightricks/LTX-Video. The LTX 2 GitHub repository contains the complete LTX-Video codebase, enabling developers to explore the architecture, customize implementations, and contribute to the project.
As an LTX 2 open source project, LTX-2 AI provides complete transparency and flexibility. Developers can access the LTX 2 GitHub repository to download the source code, run local inference, fine-tune models with LoRA, or integrate LTX-2 AI capabilities into their own applications. The LTX Video model supports both 2B and 13B variants, with full fine-tuning and LoRA training capabilities.
Beyond the LTX 2 open source codebase, LTX-2 AI also offers API access through the LTX 2 API and a user-friendly interface via LTX Studio AI. Whether you're a developer working with the LTX 2 GitHub repository, integrating via the LTX 2 API, or using LTX Studio AI, you have access to the same powerful LTX Video technology that generates synchronized audio-video at up to 50 FPS in native 4K resolution.
Experience the revolutionary power of LTX-2 AI for synchronized audio-video generation. Access LTX-2 AI through LTX Studio AI, integrate via the LTX 2 API, or explore the LTX 2 open source codebase on GitHub. LTX Video technology empowers creators to produce professional-quality content with ease.