All our bare metal dedicated servers now include redundant power supplies and redundant power feeds. This applies to every model, not just the high-end ones.
How it works
We’ve moved our dedicated server fleet to a blade-style architecture based on Supermicro MicroCloud and BigTwin chassis. Each server slides into the chassis like a cartridge and connects to two independent power feeds. If one power supply unit (PSU) fails, the other keeps the server running. If one power feed from the facility goes down, the second feed takes over.
Why this matters
Power failure is one of the most common causes of unplanned downtime. With single-PSU servers, a single PSU failure means your server goes offline until the hardware is replaced. With dual power, there’s no interruption. The server keeps running while we replace the failed unit.
This is especially important for workloads that can’t tolerate downtime: production databases, e-commerce sites, VPS hosting platforms running on dedicated servers, and any application where minutes of downtime cost money.
Blade architecture benefits
The MicroCloud and BigTwin architecture also makes management easier. Servers are denser (more compute per rack unit), share cooling efficiently, and can be swapped without affecting neighboring servers. We’ve migrated all remaining legacy dedicated server customers to this hardware.
Order a dedicated server from the portal or contact us to discuss your requirements.