👍 What we like
- ✓TDP of 6 W (N100) to 15 W (N305) per Intel, suited to 24/7 use
- ✓Silent operation with zero noise, suitable for living spaces
- ✓x86 architecture ensures full compatibility with Proxmox and Docker images
- ✓Compact footprint, roughly the size of a book, easy to place anywhere
👎 What to watch
- ✕Soldered RAM models are a critical mistake as they cannot be upgraded
- ✕Wi-Fi only connections are unsuitable for reliable 24/7 homelab operation
- ✕Under-specifying storage or RAM leads to performance bottlenecks quickly
- ✕Higher-end CPUs like N305 or i5 significantly increase the initial purchase cost
🏆 Our picks
Affiliate links · same price for you
Intel N100 mini-PC 16 GB
- ✓Perfect Proxmox + 5-10 containers
- ✓6 W TDP (Intel spec sheet)
- ✓Dual 2.5 GbE on good models
Amazon · price and availability on the listing
Beelink / Minisforum N305
- ✓8 cores: several comfy VMs
- ✓16 GB RAM max (Intel spec sheet)
- ✓Great Proxmox + Nextcloud + Jellyfin
Amazon · price and availability on the listing
SO-DIMM RAM + NVMe SSD
- ✓16 GB: an N100's maximum (Intel)
- ✓1 TB NVMe for VMs/datastores
- ✓Reliable Crucial / Kingston
Amazon · price and availability on the listing
See all our recommended gear in the shop.
📑 Contents ▾
Setting up a homelab in 2026 no longer requires a loud, bulky tower or a used server that turns your closet into a radiator. A modern mini-PC is enough to run Proxmox, a dozen Docker containers, a lightweight NAS, Home Assistant, or a media server — all running 24/7, silently, for just a few watts. The key is choosing the right machine. Here’s how to decide.
Why a mini-PC instead of a server or Raspberry Pi
The mini-PC sits right between the Raspberry Pi and a rackable server:
- Compared to a Raspberry Pi: x86 architecture means full compatibility with Proxmox, TrueNAS, Docker, amd64 images, and much more RAM/storage. You no longer fight against missing ARM images.
- Compared to a real server: a processor TDP of 6 to 15 W (N100, N305 per Intel) versus several tens of watts for a server processor, far less noise, and a footprint the size of a book. Over a year of continuous operation, the electricity bill difference pays for a significant portion of the machine.
For 90% of homelabs (self-hosting, home automation, backups, media library, learning), this offers the best balance of simplicity, power consumption, and price.
The #1 criterion: the processor
In 2026, two Intel families dominate the segment:
- Intel N100 / N150: 4 cores, ~6 W TDP. Unbeatable for getting started. It handles Proxmox + Pi-hole + a reverse proxy + Nextcloud + a few containers without breaking a sweat. It’s the ideal entry point.
- Intel N305 (8 cores) / mobile Core i5: when you want to run multiple VMs in parallel, do Jellyfin transcoding, or run a heavy Nextcloud instance. More expensive, but much more comfortable in the long run.
Tip: If you’re hesitating, go with the N100 and invest the savings into more RAM. It’s almost always RAM, not the CPU, that hits you first on a homelab.
RAM and storage: where things really get stuck
This is the classic beginner mistake: buying a mini-PC with 8 GB of non-expandable RAM. Check before buying:
- RAM: aim for 16 GB, the official maximum of the N100 and N305 per Intel; to stack VMs beyond that, you need a Core i5 or Ryzen platform. Prefer models with replaceable SO-DIMM slots (not soldered RAM).
- Storage: an M.2 NVMe slot is essential (fast VM datastore). Nice bonus: a 2.5” SATA bay for data.
- Network: the best models offer 2× 2.5 GbE. Useful for separating LAN/WAN (router, pfSense) or aggregating NAS traffic.
Which mini-PC for which use case
| Use Case | Recommendation | Recommended RAM |
|---|---|---|
| Getting started (Pi-hole, reverse proxy, 5 containers) | Intel N100 | 16 GB |
| Proxmox + Nextcloud + Jellyfin | Intel N305 | 16 GB (Intel max) |
| Router/firewall (pfSense, OPNsense) | N100 4× 2.5 GbE | 8–16 GB |
| Lightweight NAS + Docker | N100/N305 + SATA bay | 16 GB (Intel max) |
Our selection
The cards above summarize our recommendations. In short:
- Start with an N100 16 GB: you’ll be surprised by what it can handle, and the electricity bill remains negligible.
- Move to the N305 only if you already know you’ll be doing heavy virtualization.
- Don’t forget RAM and NVMe: this is what makes the difference between a smooth homelab and one that chugs.
Mistakes to avoid
- Soldered, non-expandable RAM: you’re stuck forever. Check the specs.
- No NVMe slot: your VMs will lag on slow storage.
- Wi-Fi only: for 24/7 operation, wired Ethernet is non-negotiable.
- Under-specifying “to save money”: you’ll buy a second machine six months later.
Detailed specifications
| Platform | Cores / Threads | Max clock (turbo) | TDP | Max RAM | Storage | Network |
|---|---|---|---|---|---|---|
| Intel N100 | 4C / 4T | 3.4 GHz | 6 W | 16 GB DDR4/DDR5 (1 channel) | depends on the machine | depends on the machine |
| Intel N305 | 8C / 8T | 3.8 GHz | 15 W | 16 GB DDR4/DDR5 | depends on the machine | depends on the machine |
| Mobile Core i5 (e.g. i5-1240P) | see Intel spec sheet | see Intel spec sheet | see Intel spec sheet | see Intel spec sheet | depends on the machine | depends on the machine |
N100 and N305: Intel spec sheets (intel.com) read on 17/10/2026. Idle power depends on the whole machine (motherboard, SSD, power supply) and is not on these spec sheets.
For Proxmox, RAM matters more than CPU: an N100 with 16 GB (its maximum per Intel) runs more VMs than an i5 capped at 8 GB.
Go further
- Proxmox vs ESXi vs XCP-ng: which hypervisor in 2026?
- Our full review of Proxmox VE
- TrueNAS vs Unraid vs OpenMediaVault
- pfSense vs OPNsense vs OpenWrt
A well-chosen mini-PC gives you a silent, efficient, and scalable homelab that will serve you for years. Start simple, add RAM, and grow your infrastructure at the pace of your projects.