2.5 Gbit Network Connectivity in Cloud Website Hosting
You will never experience any issues with the access to any site hosted in a cloud website hosting account on our innovative cloud platform. How quickly your visitors will be able to look through the particular site shall depend completely on their Internet connection, due to the fact that the data centers where our web servers are situated offer multi-gigabit connectivity and use redundant backbone providers to secure quick and continuous access to all of the servers. The facilities also have direct optical fiber connections to a lot of large metropolitan areas in North America, Europe and Australia, so if you host your Internet sites with us, you shall enjoy a fantastic website loading speed from any location globally. We also use highly effective, high-quality network equipment to make certain that there will not be delays of any kind whenever an individual opens your website.
2.5 Gbit Network Connectivity in Semi-dedicated Hosting
The semi-dedicated hosting accounts that we offer you are created within our modern data center facility in downtown Chicago and if you want to host your sites with us, you'll be able to take full advantage of the multi-gigabit connection that our website hosting platform is using without any restrictions or speed shaping. To put it differently, your visitors will be able to look at your Internet sites as fast as their own connection allows them to. Our facility represents an excellent option to reach the vast North American market, since it provides fiber connections to both the East Coast and the West Coast. Constant access to your websites is ensured by a redundant network that manages the incoming and the outgoing site traffic as well as the connectivity between the clusters which build up our platform. In addition, the data center uses dedicated channels from several of the biggest backbone providers in the United States, so you can be certain that no infrastructural issue will ever affect the proper functioning of your websites.