When you’re looking for solutions for your website, chances are you’ll have a few options available when it comes to the servers you use as a platform. Although most people recognise the need for high-quality hosting services, they may find what is available confusing, with one of the main decisions being between shared hosting, virtual private servers (VPSs) or dedicated servers.
While shared and virtual solutions may be adequate for smaller users and those with less demanding requirements, if you really want to take full control over your web server, a dedicated solution is the best way to go. In fact, technology news provider Sys-con.com highlighted three key reasons why you should choose a dedicated server over a VPS alternative.
If you opt for a solution from SnelServer.com, you’ll be able to build your own dedicated server to your exact requirements. This means you can choose exactly how much memory and storage capacity you need, as well as the number and size of the processors.
This gives you the freedom to ensure you get a solution that meets your unique power requirements, without you having to pay extra for capacity you don’t need. It also means you can scale up your system as and when you require without having to miss a beat.
Unlike shared hosting services, the entirety of your dedicated server’s capacity and bandwidth is allocated to your own services, so you’ll never have to worry about high traffic from other users affecting your website.
Similarly, not having to share services means you’re able to get the peace of mind that your data is secure and private, something that could be crucial in the current environment. As Sys-con.com’s article explained: “In a world full of frights and perils, Windows dedicated Servers and Linux dedicated servers provide the end user with security and lots of resources.” These are just three of the great reasons for opting for a dedicated server in order to give the control and security desired by businesses today, so why not see what SnelServer.com can offer your organisation.