In the event that you host your internet sites on a dedicated hosting machine, you would expect that they will perform very fast and that the access speed to them will depend solely on the Internet connection of the site visitors. However, this is not going to be the case in case the hosting server has bad network connectivity or uses a network card, which simply cannot handle high volume of traffic. If this is the situation, it'll take a very long time for your internet sites to load if a lot of people open them simultaneously or visitors may see error messages. Consequently you might lose website visitors as almost certainly many people will not return to your site in case they have experienced problems or slow loading speeds. This is the reason why you must pay attention to the network components of any new hosting machine that you acquire and not just to the main hardware like Central processing unit, Random access memory or hard disk.
Server Network Hardware in Dedicated Web Hosting
In case you get a dedicated server
via our company, you and your website visitors will enjoy great loading speeds irrespective of the script applications that you use. The state-of-the-art data center in downtown Chicago, where our hosting servers are situated, uses multi-gigabit routes from redundant providers as a failsafe against infrastructure troubles. Our grid inside the facility is constructed with the most recent generation of network hardware for maximum speed and durability - switches, routers and firewalls. All dedicated servers that we provide to our clients incorporate a gigabit network card, that's capable of handling huge inbound and outbound traffic. Just like all other hardware elements that we work with to put together each new hosting server, the card is also thoroughly tested as to ensure that we will not use a malfunctioning part that could cause problems in the future. Our hosting machines shall deliver the computing power along with the network speed for the very best possible overall performance of your site.