Websites & web apps
Production sites and applications that need steady response times.
01 Dedicated Servers
A physical server reserved for you alone — full root access, no hypervisor, no neighbours. Run the stack you choose on hardware you never share.
[01] / Overview
A dedicated server is a physical machine assigned to a single customer. Nothing else runs on it, so its processor, memory, drives and network port work only for you.
Because there's no hypervisor and no other tenants, performance doesn't depend on what someone else is doing. You get full root or administrator access, and you decide how the server is set up, secured and maintained.
It's the most direct way to run applications, websites and services on hardware you control — and the natural starting point before stepping up to enterprise, storage or advanced hardware.
[02] / Key benefits
Every core and every gigabyte of memory serve your workload alone — no steal time, no noisy neighbours.
Administrator control of the operating system: install, configure and tune exactly what you need.
Your data and processes live on a separate physical machine — a boundary no software partition can match.
Drive type, capacity and RAID layout are part of the configuration, so storage matches the job.
Port speed, bandwidth and IP allocation are stated per configuration, not hidden in fine print.
Add servers, or move to Enterprise, Storage or Advanced hardware with the same team.
[03] / Configurations
Configurations are published here as they become available, each with its full specification and availability.
Every configuration lists
[04] / Network & performance
A shared host's performance changes with its busiest tenant. A dedicated server's doesn't.
Throughput and latency depend on your workload and configuration — not on other customers' traffic.
Traffic leaves through an interface that carries only your packets.
Drives are attached to your machine, with no shared storage pool in between.
Without a hypervisor, all of the server's resources are available to your software.
[05] / Security & control
On a dedicated server, the security boundary is the physical machine — and you hold the keys.
No other tenant's software runs on your hardware, removing a whole class of cross-tenant risks.
Root access means you set users, keys, firewall rules and update policies.
Know exactly what runs on the server, because you're the one who installed it.
Technical questions go to support@theclouders.com, answered by people who work with servers.
[06] / Use cases
Production sites and applications that need steady response times.
Low-jitter hosting for multiplayer and community game servers.
Build, test and staging environments with full control.
Host multiple client sites on hardware you manage end to end.
A physical server used by a single customer. Its CPU, memory, storage and network interface are not shared, and you have full administrative control of the operating system.
A VPS is a virtual machine on a host shared with other customers, managed by a hypervisor. A dedicated server is the whole physical machine, with no hypervisor and no other tenants, so its resources and performance are entirely yours.
Yes. Dedicated servers come with full root (Linux) or administrator access, so you control the software, configuration and security of the machine.
Every configuration lists its CPU, memory, storage, network port and bandwidth, IP allocation and location. Configurations are published on this page as they become available — contact sales@theclouders.com for current options.
Talk to sales@theclouders.com about your growth plans. You can add servers, or move to Enterprise, Storage or Advanced hardware as needs change.
Dedicated Servers
Tell us what you'll run on it and we'll recommend a dedicated configuration.
Sales · quotes & configurations
[08] / Related
Different workload? Compare the other three lines.
Servers for mission-critical systems, where redundant components and predictable behaviour matter more than anything else.
High-capacity machines with dense drive configurations for backups, archives, media libraries and data-heavy workloads.
High-performance hardware for compute-heavy work: high core counts, large memory footprints and fast NVMe storage.