High-ResilienceEnterprise Dedicated Servers

Intel Xeon & AMD EPYC CPUs

The Enterprise range spans Xeon 6517P through 6737P and EPYC 9135 through 9755, with a dual-EPYC-9965 configuration for the heaviest compute. That range exists so a database cluster node and a batch-processing backend can both get hardware sized to the job instead of a one-size-fits-all box — pick per-core clock for latency-sensitive work or core count for parallel throughput.

DDR4 ECC Memory

ECC memory catches and corrects single-bit errors before they become a corrupted row in your database or a silent miscalculation in a long-running job — the kind of failure mode that's easy to miss on commodity hardware and expensive to trace after the fact. Enterprise configurations start at 128 GB, with higher-memory Elite options available from the same plan table for workloads like in-memory caching layers or large analytical datasets.

NVMe & SATA Storage Options

Enterprise plans ship with 2× 1.92 TB NVMe for OS and hot data plus room for up to six 15.36 TB NVMe drives in hardware RAID, so you can separate fast working storage from bulk capacity on the same chassis. Need SAS SSD in a high-memory build instead? The Elite tier in the plan table above covers that too.

Full Root / IPMI Access

IPMI/KVM gives you a console into the server below the OS — useful when a kernel panic, a botched update or a misconfigured firewall rule locks you out over SSH. You can power-cycle, watch the boot sequence and fix it yourself without waiting on a data-centre ticket, which is exactly the kind of self-sufficiency an in-house ops team expects from dedicated hardware.

DDoS Protection Included

Network-level filtering sits in front of every Enterprise server around the clock, absorbing common volumetric floods before they reach your uplink. For a production database node or a customer-facing platform, that's the difference between a blip in your monitoring and an actual outage — and it's included rather than something you have to budget for separately.

Managed & Self-Managed Options

Plenty of Enterprise customers have their own ops team and just want the hardware, root access and nothing else in the way — that's the self-managed default. If you'd rather hand off OS hardening, patching and monitoring, the managed add-on puts our engineers on it, which tends to suit teams stretched thin on infrastructure headcount rather than infrastructure budget.

Predictable Performance Under Load

Single-tenant means the CPU cycles, memory bandwidth and disk I/O you're paying for are yours alone — there's no hypervisor scheduler and no neighbouring tenant's traffic spike competing for the same physical resources. For a workload that has to behave the same way at 3 a.m. as it does at peak traffic, like a database cluster node or a transaction backend, that consistency is the actual point of paying for bare metal.

Multi-Location Deployment

Beyond our India facility, Enterprise plans can be configured at checkout across data centres in Canada, France, Germany, the UK and Poland — handy if you're building redundancy across regions or placing a node closer to a specific audience rather than running everything out of one site.

Hardware RAID & Fast Rebuilds

NVMe drives on Enterprise plans sit behind a hardware RAID controller rather than software RAID competing with your application for CPU cycles. If a drive fails, the array keeps serving traffic on the remaining disks while it rebuilds onto the replacement, and you can watch the whole process through IPMI instead of finding out about it secondhand from a monitoring alert three steps removed from the actual hardware.