Home > Dedicated Servers
Yes, every server has full access.
Physically, our servers are in Ukraine. The Data Center is designed in accordance with the Tier-III standard.
Yes, you can order additional or even multiple IP addresses at any time.
You can choose a port connection of 100 Mbps, 1 Gb / s. This is more than enough for any, even the most loaded websites.
On request, 10 Gb / s or 40 Gbit / s can be connected for an additional fee, as well as aggregation.
After installing the server, we give the customer the data with full access rights, and you become the administrator of your server.
We are responsible only for hardware components of the server and the communication channels.
Yes, you can arrange this option while ordering a server or by contacting technical support by ticket.
By request, we provide IP-KVM for the initial setting (2-3 hours) for free, if necessary on a permanent basis, you pay one time for activation.
Servers with IPMI (iDRAC, iLO), where this option comes with server, it will not require additional fee.
We provide the following control panels: Plesk, DirectAdmin, cPanel, ISP Manager.
A small website can run smoothly on basic hosting for years without giving you any trouble. But as the project grows, the picture changes. Traffic builds up, new services get added, and databases start getting heavy. At some point, you simply hit a hard ceiling on resources – and that's right when the idea of a dedicated physical server comes up.
A Dedicated Server is bare metal that belongs entirely to a single client. The CPU, RAM, and storage – none of this is shared with neighboring tenants like in a virtualized environment.
Unlike a VPS, there’s no risk of someone next door suddenly hogging your resources. You get full root access and decide for yourself which OS to spin up, how to handle network routing, where to keep your databases, and how to set up security.
You don't need to buy any hardware yourself. The data center handles all the hassle with rack placement, power supply, cooling, and swapping out parts.
The main thing this setup gives you is predictability. If your app is RAM-hungry or heavily loads the CPU, it won't have to elbow its way through someone else's virtual machines.
The full power of the physical platform works strictly for your tasks. You really feel this on heavy databases, complex calculations, or when a massive spike of users hits the site all at once.
Having no neighbors on the server gets rid of sudden performance dips. That said, stability still boils down to the hardware condition itself, your software stack, and how well the overall system is configured.
The admin controls pretty much everything: from services and network rules to permissions and backups. A separate physical environment makes isolating critical nodes way easier.
But a dedicated server doesn't magically turn into an unhackable fortress on its own. Patching the system, locking down access, and patching security holes is still on you.
Depending on the platform, you can slap in extra RAM sticks, mount additional drives, or upgrade to a punchier processor altogether. Usually, this requires a quick sync with your provider and, most likely, a short maintenance window with downtime.
Not every business needs its own bare metal. For a landing page or a small blog, a VPS is more than enough. It's a completely different story for projects with constant traffic growth or specific hardware requirements.
Most often, dedicated servers are picked up for:
If your site starts crawling, that's not an immediate signal to go drop cash on a dedicated box. First, you should check for messy code, optimize database queries, and review your configs.
Moving to physical hardware makes sense when your VPS is squeezed to its limits and scaling virtual resources further just becomes ridiculously expensive. Or when you need absolute, unconditional control over the hardware platform.
You shouldn't start by chasing core counts – start with a reality check on your own project. How many resources are being eaten right now? Where are the bottlenecks? What does user growth look like?
If you run a lot of parallel tasks, look at the core count. If the speed of single operations is what breaks the bank, look for high single-core clock speeds. Pick RAM with enough headroom for your system's load, especially if you're running heavy databases.
SSDs or NVMe drives are a must where IOPS and access speeds matter. If you just need to archive terabytes of data, HDDs can sometimes end up significantly cheaper.
Check the port bandwidth, traffic limits, power redundancy, and how responsive the tech support is.
For instance, at Server.UA, you can rent a dedicated server tailored for ready-made tasks or build a custom setup completely from scratch. The hardware is housed in an Ukrainian Tier III data center with 24/7 tech support on standby.
A dedicated server gives you total freedom and guarantees that all the hardware resources are 100% yours. But it’s not a silver bullet for every problem, nor is it a direct replacement for a VPS.
If your project is small, paying extra for a dedicated rack makes zero sense. But for complex, high-load systems, it's a solid, logical step toward stability. The main thing is to pick a configuration based on actual pain points and tasks – not just buying the most expensive hardware on the price list.