Dedicated servers in Estonia
Metal advantages, in plain terms.
Six things you get on dedicated hardware that you simply cannot get on a shared hypervisor – regardless of how well the hyperscaler markets it.
Zero CPU Contention
No hypervisor scheduler between your threads and the cores. The clock cycles you pay for are the clock cycles you actually execute.
Real NUMA Topology
Full visibility into sockets, nodes, and memory channels. Pin threads, bind memory, and run HPC workloads the way the chip expects.
DDR5 Memory Bandwidth
Full DDR5 channels, unshared. Memory-bound workloads – databases, analytics, in-memory caches – get the bandwidth the chip is rated for, not a fraction of it.
Local NVMe, Full IOPS
Gen4 NVMe mounted directly on the PCIe fabric. No virtualised block layer, no neighbour contention, no throttling under load.
Your Kernel, Your Modules
Boot the kernel you want. Load your own modules. Run a custom hypervisor on top if you like – we do not care what you do with the metal.
Your Patch Windows
You decide when the kernel reboots. You decide when microcode updates land. No forced live-migrations, no surprise maintenance windows.
Bare metal, versus a VM.
The same workload behaves very differently on a dedicated server than it does on a shared hypervisor. These are the six places where the difference is most visible in production.