Linux Dedicated Servers

A Linux Dedicated Server is a dedicated server with a Linux operating system installed. A dedicated server – a server that belongs to you, and you alone – promises high levels of performance to meet all your project demands and gives you complete control over your server infrastructure, with the Linux system coming already set up.

Since the Linux system is open source, it’s also completely customisable by you. You can decide on and install all the elements required for it to work properly. And the community behind Linux cannot be faltered, meaning it’s a very secure operating system. And, most Linux licences are open source and available for free!

We have created a wide range of online guides and knowledge base articles to provide help with your Dedicated Server – these can be found on our support site. We also offer 24/7 UK-based assistance from our team of expert technical support agents. Call our support specialists on 0333 0142 700.

Our state-of-the-art UK data centres are protected by the latest innovations in both physical and digital security, and our systems provide advanced protection against DDoS attacks.

Your choice of dedicated server operating system will most likely come down to which tools you prefer to use. For example, if you want to build websites with WordPress or you need to use advanced scripting like Ruby or Python, Linux is usually the best option. But if your project requires ASP.NET or other Microsoft-based technologies, you should probably select the Windows dedicated server.

ECC stands for error-correcting code. ECC RAM is a specialised type of memory that fixes common errors that can potentially lead to corrupted data or system crashes. This makes ECC RAM an excellent choice for servers that run business-critical applications.

Hard disk drives, or HDDs, are traditional storage devices that use spinning disks to house data. Solid-state drives, or SSDs, store data on microchips instead, so they can load that data much quicker. NVMe stands for Non-Volatile Memory Express, and is the latest, fastest technology that SSDs use to access data. If you need faster data read and write speeds, you should choose SSD storage, perhaps with NVMe for the very best performance. If, however, overall data capacity is a higher priority, a HDD server can still offer outstanding performance and value.

RAID stands for redundant array of independent disks. It's a technology that distributes data across multiple storage devices to provide improved reliability. RAID 1 is a commonly implemented RAID level that mirrors data across two separate storage drives to ensure redundancy - so if one disk fails, the data remains available. Software RAID uses the host operating system to manage the RAID process, while hardware RAID uses its own dedicated hardware.