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Hacker News Show HN: Llama.cpp Tutorial 2026: Run GGUF Models Locally on CPU and GPU

A complete, up-to-date tutorial for local LLM inference, covering installation, compilation with CUDA/Metal, running GGUF models, tuning inference flags, using the API server, speculative decoding, and hardware benchmarking.

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Apr 18, 2026
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A complete, up-to-date tutorial for local LLM inference, covering installation, compilation with CUDA/Metal, running GGUF models, tuning inference flags, using the API server, speculative decoding, and hardware benchmarking.
This tutorial addresses the increasing demand for local large language model (LLM) deployment and optimization. The focus on `llama.cpp` and GGUF models highlights the community's preference for efficient, hardware-agnostic inference solutions. Covering compilation with CUDA/Metal, API server usage, and speculative decoding indicates a comprehensive approach to maximizing performance and utility for developers. The existence of such a detailed guide underscores the ongoing trend of democratizing LLM access and enabling cost-effective, privacy-preserving AI applications by leveraging local compute resources, reducing reliance on cloud-based inference APIs. This caters to a growing segment of developers prioritizing control and efficiency.
Complete llama.cpp tutorial for 2026. Install, compile with CUDA/Metal, run GGUF models, tune all inference flags, use the API server, speculative decoding, and benchmark your hardware.https://vucense.com/dev-corner/llama-cpp-tutorial-run-gguf-m...
llama.cpp GGUF Models CPU GPU CUDA Metal inference flags API server

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