NVIDIA RTX PCs Supercharge Local Large Language Model Applications
By Original by Annamalai Chockalingam, rewritten by Ai news Staff
Source: nvidianews.nvidia.comOctober 1, 2025

Many users desire to run Large Language Models (LLMs) locally to ensure greater privacy and control. Recent advancements have made this possible without sacrificing output quality, thanks to open-weight models like OpenAI’s gpt-oss and Alibaba’s Qwen 3, which can now run directly on PCs. NVIDIA RTX PCs are engineered to accelerate these experiences, delivering fast and responsive AI performance. NVIDIA has been actively optimizing top LLM applications to leverage the Tensor Cores in RTX GPUs, unlocking maximum performance.
Getting Started with Local LLMs on RTX PCs
Here are some of the easiest ways to get started with AI locally on a PC:
- Ollama: This open-source tool provides a user-friendly interface for running and interacting with LLMs. Key features include PDF support via drag and drop, conversational chat capabilities, and multimodal understanding that incorporates text and images.
- AnythingLLM: This open-source application allows users to create their own AI assistants powered by any LLM. AnythingLLM can be used with Ollama to benefit from its accelerations.
- LM Studio: Powered by the llama.cpp framework, LM Studio provides a user-friendly interface for running models locally. It enables users to load different LLMs, chat with them in real-time, and serve them as local API endpoints for integration into custom projects.
- Generating flashcards from lecture slides
- Asking contextual questions tied to their materials
- Creating and grading quizzes for exam prep
- Walking through tough problems step by step
- App profiles optimized for laptops: Automatically adjust games or apps for efficiency, quality, or a balance when laptops aren’t connected to chargers.
- BatteryBoost control: Activate or adjust BatteryBoost to extend battery life while keeping frame rates smooth.
- WhisperMode control: Cut fan noise by up to 50% when needed, and go back to full performance when not.