Today we’re shipping two things at once: LTX-2.3 a major upgrade to the model architecture, refined through real-world usage and LTX Desktop, a production-grade video editor built directly on the LTX engine. Free. Open source.We’ve shipped models before. This is the first time we’re shipping an interface built on the engine.
Use LoRA adapters with the LTX-2.3 open-source pipeline for custom AI video generation. Covers standard, audio-video, and IC-LoRA types with setup instructions.
Connect LTX-2.3 AI video output to After Effects, Blender, and Nuke. Format settings, import workflows, and compositing tips for professional pipelines.
Turn scripts into AI-generated storyboards and animatics using text-to-video models. A full pre-production workflow for filmmakers and studios using LTX-2.3.
Learn how to keep characters consistent across AI video scenes using LTX-2.3 image conditioning, IC-LoRA, and LoRA training for multi-shot productions.
Set up a complete image-to-video workflow with LTX-2.3, the open source AI video generation model. Covers pipeline selection, image prep, and IC-LoRA adapters.
Fix the seven most common AI video prompt mistakes that cause slow motion, warble, and inconsistent results. Concrete before-and-after examples included.
Use IC-LoRA and the KeyframeInterpolationPipeline in LTX-2 to upscale AI-generated video from 30fps to 60fps. Covers pipeline setup and parameter tuning.
Learn how FP8, MXFP8, and NVFP4 quantization formats reduce VRAM usage and speed up local AI video inference. Includes LTX-2 setup steps and CLI flags.
Generate 2D animation with AI video models. Learn prompt techniques for flat art, cartoon, anime, and illustrated styles using LTX-2 image conditioning.
Learn how to fix bad segments in AI-generated video without re-rendering the full clip using LTX-2's RetakePipeline for targeted selective regeneration.
Learn to generate synchronized video from any audio file using LTX-2's A2VidPipelineTwoStage pipeline. Includes CLI commands and Python API configuration.
LTX HDR generates 16-bit EXR files from AI video, giving colorists and compositors the dynamic range needed for professional post-production pipelines.
Enterprise infrastructure guide for scaling AI video generation—deployment patterns, cost modeling, and architectural decisions to reduce costs and accelerate video production pipelines.
Master LTX-2.3's native portrait video generation. Create 1080x1920 vertical content for TikTok, Reels, and Shorts with AI trained specifically on vertical composition.
Learn how to write effective prompts for LTX-2.3 video generation — from cinematic language and scene structure to dialogue, audio, and camera movement.
Reduce warble, flicker, and synthetic-looking patterns in LTX-2 videos. Learn how to anchor motion with IC-LoRA, align inputs correctly, and configure workflows to minimize AI artifacts.
Run LTX-2 efficiently on consumer GPUs with practical settings, VRAM tips, and troubleshooting insights to unlock local high-quality AI video generation
Understand the difference between LTX-2 Dev and Distilled models. We compare performance, memory requirements, and use cases to help you choose the right workflow for your hardware and goals.
Master motion control in AI video generation with IC-LoRA. Learn how to transfer camera movement, scene structure, and human performance from reference videos into LTX-2 workflows.
LTX-2 introduces improved control for real-world video workflows, helping creators move from raw generation to intentional, repeatable results with greater precision and reliability.
Audio features are translated into character movement, camera motion, and scene animation, producing coherent video sequences aligned to rhythm, energy, and timing.
AI video is evolving at an extraordinary pace. At Lightricks, we’re building AI tools that make professional creativity faster, smarter, and more accessible.