How fast a website shall open is dependent not only on the Internet connection of the customer, but also on the online connectivity of the server in which the site is hosted and on the network infrastructure - routers, server network card, etc. Slow connection or hardware which is unable to deal with a high volume of inbound and outbound traffic could have powerful influence on the consumer experience of your site visitors and the overall performance of your site due to the fact that people will most likely see error messages that the site is not available or it will take a very long time for your content to load. In case such a thing takes place, it's unlikely that the website visitors shall revisit the site. For that reason you must always confirm the connectivity of any hosting server that you obtain and not just the main hardware components which include hard disk drive, central processing unit and physical memory.

Server Network Hardware in Dedicated Servers

In the event that you acquire a dedicated server through our company, you and your website guests shall enjoy excellent loading speeds irrespective of the script applications that you use. The state-of-the-art data center in downtown Chicago, where our servers are situated, uses multi-gigabit routes from redundant providers as a failsafe against infrastructure troubles. Our grid in the facility is built with the most current generation of network hardware for optimum speed and durability - switches, routers and firewalls. All dedicated servers which we provide to our clients incorporate a gigabit network card, which is capable of handling massive incoming and outgoing traffic. Similar to all other hardware elements which we use to put together each new hosting machine, the card is also thoroughly tested so as to make sure that we will not use a malfunctioning part which could cause problems in the future. Our hosting machines shall provide the computing power as well as the network speed for the very best possible overall performance of your internet site.