How Much VRAM & Hardware You Need for Local LLMs
Not sure if your hardware can run a local LLM? This guide covers VRAM requirements by model, RAM minimums, GPU tiers, and how to run without a dedicated GPU.
Not sure if your hardware can run a local LLM? This guide covers VRAM requirements by model, RAM minimums, GPU tiers, and how to run without a dedicated GPU.
Gemma vs CodeLlama for coding: compare coding quality, VRAM, speed, and license side by side. Includes a decision matrix to help you pick the right model for your workflow.
Yes — you can run a local LLM without a GPU. Covers CPU-only inference, best quantised models (GGUF/Q4), and step-by-step setup with llama.cpp and Ollama in CPU mode.
The best local LLMs for coding, ranked by coding strength, VRAM, and speed. Compare CodeLlama, Gemma & Mistral and choose the right model for your setup.
When an agent fails locally, you can usually see it instantly in your terminal output. In production, failures are often silent, expensive, and unpredictable. The non-deterministic nature of LLMs mean
Ollama has revolutionized local inference by abstracting away the complex Python environments and CUDA driver nightmare that traditionally plagued local AI setup.
For years, developers have defaulted to cloud-based APIs for AI features. However, when building tooling meant exclusively for internal use—such as log analyzers, internal documentation assistants, or
[IMAGE: Diagram showing short term vs long term agent memory flow]
Just as microservices and event-driven architectures standardized how we build web applications, specific design patterns are emerging for autonomous agents. This guide provides a technical blueprint
Step-by-step guide to running an LLM locally on existing hardware. Install Ollama or llama.cpp, pull a model, and connect a UI — no new hardware required.