True KVM virtualization guarantees your resources. No noisy neighbors, no CPU stealing. What you pay for is what you get, 24/7.
The traditional Virtual Private Server market is plagued by extreme over-provisioning. Hosts cram hundreds of clients onto a single machine, hoping they don't all use their resources at once. Plex Scale does things differently. We utilize hardware-assisted KVM virtualization to strictly partition resources. Your RAM is your RAM. Your CPU cores are guaranteed.
Our virtual server fleet is built on KVM (Kernel-based Virtual Machine) technology. Unlike container-based solutions (like OpenVZ or Docker) which share the host's operating system kernel, KVM provides a full hardware virtualization layer.
This means your virtual server runs its own completely isolated kernel, allowing you to load custom kernel modules, establish secure IPSec/WireGuard tunnels, or run Docker inside your VPS seamlessly.
Furthermore, we utilize NUMA (Non-Uniform Memory Access) pinning. This advanced scheduling technique ensures that your virtual CPU cores and RAM are allocated on the same physical processor socket, drastically reducing memory access latency and improving overall application performance by up to 15%.
Automated provisioning pipelines get you online instantly.
Capture your server state instantly before major updates. Roll back in seconds if something goes wrong.
Need a specific OS? Mount and boot from your own installation media directly from the control panel.
Maintain console access to your server even if you lock yourself out of SSH or misconfigure your firewall.
| Feature | Plex Scale | Other Hosts |
|---|---|---|
| Virtualization Tech | KVM (Hardware-Assisted) | OpenVZ / LXC (Container) |
| Resource Allocation | 100% Guaranteed | Overprovisioned / Shared |
| Kernel Access | Full Custom Kernel Support | Shared Host Kernel |
| Console Access | HTML5 VNC Included | SSH Only |
Spin up a server with your choice of Linux or Windows in under 60 seconds.
24-hours money-back guarantee. No credit card required.