Comparison
Proxmox VE vs Red Hat OpenShift
Red Hat launched OpenShift Virtualization Engine (OVE) in 2025 as a per-node VMware replacement, alongside the long-standing OpenShift Container Platform (OCP) which adds full Kubernetes. Two very different SKUs, two very different unit economics. Here's the honest comparison.
OVE (per node) vs Proxmox VE
OVE is the closest like-for-like — KubeVirt-based hypervisor, no K8s overhead. Per bare-metal node up to 128 cores.
Proxmox VE Standard
$22,097
over 3 years · $7,366/yr
OpenShift Virtualization Engine (OVE)
$55,019
over 3 years · $21,576/yr
Saving with Proxmox
$32,922
over 3 years
Licensing unit for Red Hat: per bare-metal node (1-2 sockets, up to 128 cores). Confidence: high. Indicative — verify with vendor before contract.
OCP (per 2-core pair) vs Proxmox VE
OCP gives you the full K8s + KubeVirt platform but bills per 2-core pair. The unit economics get punishing fast.
Proxmox VE Standard
$22,097
over 3 years · $7,366/yr
OpenShift Container Platform (with Virtualization)
$2,023,680
over 3 years · $793,600/yr
Saving with Proxmox
$2,001,583
over 3 years
Licensing unit for Red Hat: per 2-core pair (4 vCPUs) on virtualized hosts; per bare-metal node on physical. Confidence: medium. Indicative — verify with vendor before contract.
When OpenShift OVE is the right answer
- Your team is already deep on Red Hat infrastructure (RHEL, Ansible, IdM, OpenShift) — the operational consistency is worth real money.
- You want a Red Hat support contract behind your hypervisor and have the budget for it.
- You're planning to land on KubeVirt-based virtualisation eventually anyway, and OVE is a stepping stone to full OCP.
Where OVE struggles vs Proxmox
- Per-node pricing punishes low-density nodes. A 16-core host pays the same OVE subscription as a 128-core host — you need dense hardware to make the per-core economics work.
- No native LXC containers. OVE runs KubeVirt VMs only. If you want lightweight OS containers alongside VMs (Proxmox's strength), you'll need full OCP with the K8s overhead.
- K8s operational tax. OVE inherits the OpenShift control plane — etcd, operators, MCP, the whole stack. Worth it if you're using K8s; pure overhead if you're not.
Where OCP wins
If you genuinely need a managed Kubernetes platform — not just hypervisor for VMs — OCP is in a different league from Proxmox. Proxmox VE has LXC and "Proxmox + external K8s" is a fine pattern, but it doesn't try to be a managed K8s control plane. The honest comparison is "are you running K8s at scale?" — if yes, OCP is the comparison; if no, OVE is.
The cost gap in plain numbers
Default sizing (4 hosts × 2 sockets × 32 cores, 3-year Premium support) lands roughly:
- Proxmox VE Standard: ~A$20k over 3 years
- OpenShift OVE Premium: ~A$53k over 3 years (15% multi-year discount)
- OCP Premium: ~A$2M over 3 years (per 2-core pair × 128 pairs × $4,000 × 3yr × 0.85)
Adjust the calculators above for your environment. The OVE gap closes for very dense nodes; the OCP gap doesn't — OCP isn't priced as a hypervisor replacement, it's priced as a K8s platform.