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Courses/Claude Code + Local AI/Windows/WSL2 vs Mac M4 for Local AI

Windows/WSL2 vs Mac M4 for Local AI

The decision isn't "Mac or PC" in the abstract. It's about what work you want to do: comfortable local coding, Windows enterprise tools, Docker with GPU, large models, long context, or zero maintenance.

  • Choose your setup based on real work, not isolated benchmarks.
  • Understand why Windows/WSL2 fails more often with GPU and Docker.
  • See where Mac Apple Silicon shines and where it falls short.

Quick decision

  • Mac M-series: simplicity, battery life, quiet operation, MLX, easy Ollama, good dev environment.
  • Windows + NVIDIA + WSL2: more compatibility with enterprise tools and powerful GPUs, but more failure points.
  • Linux bare metal: best for servers, vLLM, Docker GPU, and serious homelab.
Terminal
# Windows: primer diagnóstico
wsl --status
wsl --list --verbose
nvidia-smi
docker run --rm --gpus all nvidia/cuda:12.5.0-base-ubuntu22.04 nvidia-smi

# Mac: primer diagnóstico
sw_vers
ollama --version
ollama ps

Common errors by platform

  • Windows/WSL2: GPU not detected, Docker without GPU access, duplicate drivers inside WSL, CUDA permissions, odd ports.
  • Mac: long context that spikes memory, slow prefill on huge prompts, unified memory limits, and less support for CUDA stacks.
  • Linux: drivers, CUDA toolkit, container versions, and updates that break builds if you don't pin versions.

Official sources

  • NVIDIA CUDA on WSL User Guide
  • Microsoft: Enable NVIDIA CUDA on WSL 2
  • MLX documentation
Complete Aulafy mapSee how this lesson fits without leaving your path.

Complete Aulafy map

How all courses connect

This is not a checklist. Start with the foundation, choose an outcome, and go deeper only when your project needs more control.

  1. 1Understand
  2. 2Apply or build
  3. 3Operate with confidence
01

Choose an application

Turn the foundation into a visible outcome: a website, a business improvement, media, or an interactive experience.

Continue into the technical branch when you need to maintain code, data, or infrastructure.

02

Build with code

Prepare your environment, work with coding agents, and run models while keeping control of your projects.

This branch prepares you to design and operate reliable AI systems.

03

Take systems to production

Combine retrieval, agents, evaluation, security, deployment, and model adaptation when the problem requires it.

You do not need every course: choose the component your system needs and return as it grows.

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