Why Proxmox Is One of the Best Hypervisors You Can Run in a Home Lab#

There’s something incredibly satisfying about owning your infrastructure.

Not renting it.
Not trusting it to some mysterious black box.
Actually owning it.

That’s the spirit behind home labs, and it’s exactly why Proxmox VE has become one of the most powerful hypervisors available to builders, tinkerers, and serious self-hosters.

It’s fast.
It’s powerful.
It’s ridiculously flexible.

But most importantly…

It’s open source.

And that changes everything.

Open Source Means No Secrets#

One of the biggest problems with many enterprise virtualization platforms is that they are closed systems.

You don’t know what they’re doing behind the scenes.
You don’t know what telemetry is being collected.
And if something breaks, you’re often stuck waiting for a vendor patch.

Proxmox takes the opposite approach.

It is fully open source, built on:

  • Debian Linux
  • KVM virtualization
  • LXC containers
  • ZFS storage

That means:

  • The code is visible
  • The community is massive
  • Development moves quickly
  • You are never locked in

There are no secrets.

If something can be improved, someone in the community probably already has.

For people who believe in owning their infrastructure, that transparency matters.

Enterprise Features Without Enterprise Pricing#

One of the most surprising things about Proxmox is how many enterprise-grade capabilities come out of the box.

Right away you get:

  • Virtual Machines (KVM)
  • Containers (LXC)
  • ZFS storage
  • Software defined networking
  • Snapshots
  • Backups
  • Web-based management
  • API automation

But one feature stands above the rest.

Clustering and High Availability#

Proxmox servers can cluster together.

This allows multiple machines to operate as a single virtualization platform.

When clustered, you unlock features like:

  • Live migration of VMs
  • Centralized management
  • Distributed storage
  • High availability

High availability means that if one server goes down, another node in the cluster can automatically restart the workload.

For home labs, this is a massive capability that is usually reserved for expensive enterprise stacks.

I’ll dive deeper into running Proxmox in a true high-availability configuration in a future post, because it’s one of the most powerful things you can build at home.

Proxmox Runs on Just About Any Hardware#

Another reason Proxmox is so popular in the home lab world is simple:

It runs on almost anything.

Old desktops.
Mini PCs.
Enterprise servers.
Custom builds.

If it can run Linux, there’s a good chance Proxmox will run beautifully on it.

That flexibility makes it ideal for builders who want to scale infrastructure without constantly replacing hardware.

And if you’re willing to experiment, Proxmox can power some incredibly capable systems.

My Core Proxmox Host#

At the center of my home infrastructure is a custom-built Proxmox server designed to handle virtualization, storage, and AI workloads.

Here’s what that machine looks like:

CPU

  • AMD Ryzen 9 5900X
  • 12 cores / 24 threads

This processor is a fantastic balance of performance and power efficiency. It gives plenty of cores for running multiple virtual machines and containers simultaneously.

Memory

  • 128 GB RAM

Virtualization loves memory. The more RAM you have, the more services you can comfortably run.

PCIe Expansion

This system has several PCIe cards installed to expand its capabilities.

One of them adds:

  • 4 additional M.2 NVMe drives

These are dedicated to running VMs and containers, giving extremely fast storage performance.

Hosting My Own AI Server#

One of the more exciting additions to the system is a NVIDIA RTX 4070 GPU.

This card allows the server to run:

  • Local AI models
  • Machine learning workloads
  • Self-hosted AI tools

Running AI locally means:

  • No API fees
  • No external data exposure
  • Full control over the models

And thanks to Proxmox, the GPU can be passed directly to a virtual machine that needs it.

Storage: ZFS and TrueNAS Scale#

Storage is where things get especially interesting.

My main storage pool consists of:

  • 8 × 8TB SAS drives
  • Configured in ZFS RAIDZ2

This configuration provides:

  • High redundancy
  • Excellent data integrity
  • Strong performance
  • Protection against two drive failures

However, instead of letting Proxmox manage the ZFS pool directly, I take a slightly different approach.

TrueNAS Scale Handles the Storage#

All eight drives are directly passed through to a TrueNAS Scale VM.

Why?

Because TrueNAS is simply better at managing ZFS.

It provides:

  • A far more advanced ZFS interface
  • Dataset management
  • Snapshots
  • Replication
  • Storage monitoring

Proxmox focuses on being the hypervisor.

TrueNAS focuses on being the storage brain.

That separation keeps things clean, powerful, and flexible.

The Core Host… But Not the Only One#

This server is the core of my home lab, but it’s not alone.

I run several other Proxmox machines throughout my network.

Some of them are:

  • Clustered together
  • Participating in shared workloads
  • Capable of VM migration

Others are standalone servers dedicated to specific tasks.

This hybrid approach lets me balance:

  • Reliability
  • experimentation
  • performance
  • hardware availability

And the beauty of Proxmox is that it scales with you.

You can start with one small machine.

Then eventually grow into a full cluster of servers.

Why Builders Love Proxmox#

Proxmox hits a sweet spot that few platforms manage to achieve.

It is:

  • Open source
  • Extremely powerful
  • Flexible
  • Hardware friendly
  • Enterprise capable

You’re not renting infrastructure.

You’re building it.

And once you start running your own virtualization platform, something interesting happens.

You stop thinking like a user.

You start thinking like an infrastructure engineer.

The Beginning of a Bigger System#

This core Proxmox host powers a large portion of my self-hosted environment, but it’s only the beginning.

In future posts, I’ll break down:

  • Running Proxmox in High Availability
  • Building Proxmox clusters
  • VM migration strategies
  • Self-hosted AI infrastructure
  • Designing a resilient home lab

Because once you realize what tools like Proxmox can do…

You stop asking what you should host.

And start asking:

“What else can I build?”