Vurtualisation

Here’s a comparison of the most popular virtualization options for a home lab in 2025. This breakdown covers feature set, ease of use, pricing, and hardware support:

HypervisorFeaturesEase of UsePricingHardware Support
Proxmox VEOpen source, web UI, clustering, both VMs & containersIntuitive, moderateFree (sub. opt.)Broad, runs on commodity HW
VMware ESXiMature, vSphere integration, strong VM featuresPolished, moderateFree (basic), paidLimited list, certified HW
Microsoft Hyper-VGood Windows integration, clustering, live migrationWindows-like, easyFree w/ WindowsGreat for Windows HW
XCP-ngBased on Xen, web UI, open source, good featuresModerate, learningFreeGood, mostly server-grade HW
VirtualBoxMulti-platform, well-documented, snapshot supportEasy, basicFreeWidest, desktop/laptop HW

Brief on each:

  • Proxmox VE is the top open-source option, supporting KVM for VMs and LXC for containers. It offers advanced features (like clustering and live migration) even in a free edition. Proxmox runs well on many hardware types, including mini PCs and older servers, but setting up advanced networking or storage requires some expertise. Paid support is optional.
  • VMware ESXi (free version) offers industry-standard stability but with fewer features than the paid version (missing backup API, vCenter support, etc.). Paid options are expensive and recent licensing changes have made it less home-lab friendly for those wanting all features. Hardware support is best if you have enterprise/server hardware.
  • Hyper-V comes free with Windows Pro/Server and integrates well with Windows-only labs, with solid virtualization features for VMs—not containers. Good for users already invested in the Microsoft ecosystem.
  • XCP-ng is an open-source XenServer fork. It supports a wide range of server hardware, clustering, live migration, backup, and more—useful for large or advanced labs. Slightly steeper learning curve than Proxmox or Hyper-V, but very capable and free.
  • VirtualBox is the simplest way to try virtualization and runs on almost anything (Windows, Mac, Linux, BSD). It’s best for lightweight personal labs, tech testing, or learning. Excellent cross-platform support, but performance and advanced features aren’t as strong as dedicated hypervisors

Pricing

  • Free options: Proxmox VE, XCP-ng, VirtualBox, Hyper-V (with Windows), ESXi (with major restrictions).
  • Paid options: VMware ESXi with vSphere/vCenter is enterprise-priced. Most home users avoid this due to cost. Proxmox offers optional paid support/subscription, not required for hobbyists

Why I Use Proxmox VE

  • Free & Scalable: Works on everything from low-power devices (like the FW4C Intel J3710) to multi-core server CPUs. No licensing headaches.
  • Confirmed Hardware Pass-Through: Proxmox KVM fully supports PCIe device passthrough (VT-d/IOMMU), crucial for leveraging hardware such as NICs, GPUs, or direct-attached storage in VMs.
  • Effortless Cluster Creation: Cluster setup is streamlined—nodes join with a couple of commands, central Web UI for management. Perfect for multi-host dev/test labs.
  • Native Container Support: Supports LXC containers alongside VMs for maximum efficiency and speed—great for running lightweight Linux apps or services.
  • Highly Flexible: Mix VMs, containers, ZFS, multiple storage types, and hundreds of templates. Advanced networking and custom backup jobs are all supported.

My Home Lab Setup

TypeModel / SpecsRoleWhy & Advantages
Virtualization Cluster3× Lenovo ThinkCentre M900: 32GB RAM, 1TB NVMe, 256GB SSD, 10Gbps NICProxmox HA VM clusterHigh availability; enables live migration, redundancy, and robust dev/test environments. Business-grade hardware that’s reliable and budget-friendly.
Low Power NodeFirewall FW4C: Intel J3710, 8GB RAM, 1TB SSD24/7 WordPress & lightweight tasksEnergy efficient for always-on tasks, reducing total power use. Great for small, uninterrupted services.

Additional Comments

  • High Availability: With the 3-node Proxmox cluster, you get seamless VM failover, live migration, and easy upgrades—features rarely found in free platforms.
  • Energy Optimization: Offloading lightweight/critical 24×7 jobs to a low-power node ensures the rest of your cluster can sleep or scale as needed.
  • Flexibility: Unraid complements the Proxmox cluster, handling file sharing, backup, and docker-based workloads not suited to VMs or LXC. Proxmox’s flexibility lets you assign hardware roles dynamically.

This setup leverages each hardware type’s strengths—while keeping your virtualization platform (Proxmox) as the lab’s flexible, scalable brain. It’s a highly effective approach for robust, long-term home labs—future-proof, cost-efficient, and highly adaptable.