Social networking sites are booming.
Many more people are creating profiles on the social networking sites. Most of the users spend a little time on the social networking sites on a daily basis to share their thoughts. This has become a trend. In the social networking sites, Facebook is more popular.
It has 1.13 billion active users and this number makes it the third-busiest site on the internet. Facebook has not achieved this success in a couple of years. It has received this popularity and success after constant effort for more than a decade.
Facebook was launched in 2004. It was started with a single server. But now it has built an extensive infrastructure to meet the growing demands of the developed technologies.
Within this long journey, it has made a strong base with gigantic data centers all over the world.
It is still growing and is trying to build new data centers in different parts of the world to make the service easily accessible.
In each of the data centers, you will find more than thousands of the computer servers. Whenever you share any information on the Facebook, the data center will collect it and distribute it to your network.
Do you want to know more about the infrastructure of the Facebook?
Do you want to know about the server farms and data centers? If yes, then go through this article. In this article, you will come to know about the internet infrastructure, data centers, environmental concerns, and server farms of Facebook.
As it has 1.13 billion active users, it needs a massive storage infrastructure to support hundreds of millions of photos that the users share on a daily basis.
Besides, it supports platform services for above million websites and hundreds of thousands of applications that use the Facebook Connect platform.
To make the process easier and accessible, the Facebook has created four data centers and also leases server space from the data centers in different locations around the world. Before making its own data centers, Facebook was dependent on the third parties for the infrastructure.
In the beginning of 2010, Facebook announced the building of its own data centers in Prineville, Oregon. It was a huge investment in the equipment and construction but it helped in the cooling infrastructure and customization of power.
Besides the Prineville, it also started building data centers in other parts of the world that include lowa, forest city, Sweden, and the North California. Now it is extending to some other parts such as the New Mexico, Clonee, Los Lunas, Texas, Ireland, and Fort Worth.
With the increasing popularity of the Facebook social ppc, the data centers requirements will be growing. The data center of the Oregon was initially decided to be built on 147,00 square feet, but then it extended to another 160,000 square feet as the second phase of the project. The total size of the campus will be 487,000 square feet.
The actual numbers of the servers are unknown. Each center has thousands of servers and these are powered by the AMD and Intel. The numbers of the servers are increasing significantly with the increasing number of the users. Currently, there are more than million servers spread in the four data centers.
The data centers demand more energy to work. As the data centers are many, they will demand more energy and money for the effective and fast work. They will need a lot of fuel and that will cause harm to the environment. These servers produce a lot of heat and they need machines for the cooling process.
For this reason, only, Facebook has received criticism from the different organizations. To improve the condition, Facebook changed its approach and has focused on the renewable energy. The new Lulea data center of Facebook is operating by the renewable energy. This is a welcome step. Besides the energy, it can also save a huge amount of the money in the long-run.
Facebook infrastructure is growing rapidly. It is creating more opportunities for the success and growth. It has launched its own telecom infrastructure project to design the telecom infrastructure. It will be a collective effort with Deutsche Telekom, Intel, SK Telecom, Globe Telecom, EE, and Nokia. You might see some more improvements in the near future.