NVIDIA

NVIDIA Announces Major RTX Accelerations for Local AI on PCs


Executive Summary

At CES, NVIDIA unveiled a suite of performance enhancements for its RTX platform, designed to significantly accelerate generative AI tasks directly on PCs. These upgrades focus on popular open-source tools like ComfyUI, Ollama, and Llama.cpp, delivering major speed boosts for local video generation, image creation, and small language model (SLM) inference. The initiative aims to empower developers and creators to run advanced AI workflows with the privacy, low latency, and control offered by local hardware, solidifying the role of RTX-powered machines as capable "AI PCs".

Key Takeaways

* ComfyUI Acceleration: Achieves up to 3x faster performance and a 60% reduction in VRAM usage for video and image generation by implementing new NVFP4/FP8 precision support and PyTorch-CUDA optimizations.

* 4K AI Video Pipeline: Introduces a new workflow that uses Blender for scene control, Lightricks' LTX-2 model for generation, and a new ComfyUI node with RTX Video Super Resolution to create and upscale AI videos to 4K locally.

* SLM Performance Boost: Delivers up to a 35% increase in inference performance for Small Language Models running through popular frameworks like Ollama and Llama.cpp.

* Local Video Search: Announces RTX acceleration for a new beta of Nexa.ai's Hyperlink, a tool that enables natural language search for objects, actions, and speech within a user's local video library.

* Availability: Most updates, including optimizations for ComfyUI, Llama.cpp, and Ollama, are available now. The new RTX Video node for ComfyUI and the full video generation pipeline will be released next month.

Strategic Importance

This announcement reinforces NVIDIA's strategy to dominate the "AI PC" market by showcasing the tangible performance advantages of its RTX hardware for popular open-source AI tools. It encourages developers and creators to adopt local workflows, emphasizing the benefits of privacy, low latency, and greater control over cloud-based alternatives.

Original article