Raspberry Pi Home Server
The hands-on guide to turning a Raspberry Pi into a real home server — a NAS, a Minecraft server, a security-camera hub, a retro-gaming box and a headless always-on box — with real setup steps, running costs and where a Pi actually hits its limits, from a working homelab.
Part 1
Raspberry Pi NAS: Is It Actually Worth It?
A spare Pi can become a NAS — but should it? The real throughput ceilings, idle power draw, 24/7 running cost, and exactly where a Pi NAS falls short.
Part 2
Raspberry Pi Minecraft Server: Player Cap
How many players can a Pi really hold? Realistic PaperMC ceilings for Pi 4 vs Pi 5, the Bedrock ARM problem, the tuning levers, and a Docker setup.
Part 3
Raspberry Pi Security Camera: What Works
A Raspberry Pi makes a genuinely good local-only security camera — if you get the two decisions right: which AI accelerator (the Coral is now deprecated; the Hailo-8L AI HAT+ is the pick) and how much storage continuous recording really eats. Real per-camera limits, worked storage math, and a Frigate config that runs.
Part 4
Raspberry Pi Retro Gaming: What Runs Well
An honest per-console, per-Pi playability matrix: which systems run full speed on Pi 3/4/5, which are marginal, and which distro to actually flash.
Part 5
Raspberry Pi Server Rack: Cluster or One Box?
A rack of Raspberry Pis looks great, but is a cluster the right box? The honest version: the PoE power-budget math nobody calculates, real Pi 5 thermals in a dense rack, and a straight cluster-versus-single-mini-PC verdict. Most people who want a cluster actually need a mini PC.
Part 6
Headless Raspberry Pi: SSH, VNC or RDP?
Reach a monitor-less Raspberry Pi the right way: which of SSH, VNC (wayvnc) and RDP fits the job, why 'enable RealVNC' guides now fail on Bookworm's Wayland desktop, headless first-boot from Imager, and how to connect from anywhere without port-forwarding 22, 5900 or 3389.
Part 7
Raspberry Pi Server: What Can You Self-Host?
A spare Pi and a dozen contradictory tutorials -- here's the map. Real tested ceilings for the six things people actually self-host on a Raspberry Pi: NAS throughput, Minecraft player caps, camera storage math, retro-gaming playability, cluster power, and remote access, plus where to reach for a mini PC instead.