Cloud computing has paved the way for major changes in datacenter design. It has given it more flexibility in delivering resources and deploying certain applications. Because cloud computing has given businesses the power to interconnect several data centers together, it made the sharing of applications and data between organizations easier.
Although the actual physical building is still relevant and the servers will need to be managed, data center dynamics are slowly changing. The challenge that data center architects have to face nowadays is to map out infrastructures that would be beneficial towards cloud computing. When a data center architect plans the datacenter design, he considers the following factors:
Power consumption and availability
Cloud computing has slowly changed data center architecture in general. Below are some aspects of data center design that have changed throughout the years to make way for cloud computing.
Cooling and Power Consumption
With datacenter design, the most important aspect that architects have to consider is air flow management. Currently, most data centers are tapping into hydro-electric power technology in order to maximize their power usage effectiveness.
Because more and more businesses are growing dependent on Internet cloud data centers, architects must ensure that their data center can handle the increased demand. Cloud computing, in general, changed several aspects in data center dynamics like hardware support, virtualization values and densities. Because cloud computing involves multi-tenant platforms and converged systems, cooling and power demands have increased and a data center should be able to keep up with that.
Understanding of Applications Deployed
Cloud data centers do not necessarily have the same workloads and applications that normal data centers have. Nowadays, data center architects and all personnel related to the data center must not only concentrate on the infrastructure but the applications they host. They need to have a basic understanding of what applications are hosted on their data center. This does not mean they need to gain expert knowledge on these applications and workloads. By understanding the type of workloads and application they host, it will be easier for the architects to calibrate the data center to be more efficient towards their specific workload.
Uptimes and Disaster Recovery
Cloud computing has not only increased the demand and reliance on data centers, it has also sped up the process of application deployment.
Cloud networks have made sharing of information and applications over long distances at the least amount of time possible, and your current data center design should be able to keep up with it.
Today’s data center is more automated and intelligent, which is both a boon and a bane for architects. This means that everything runs smoothly even without human interference. However, fully automated workloads mean that when disaster strikes, the whole system is affected. Data center design must not only take efficiency into consideration, but it must also make room for hasty disaster recovery and downtime management.
The demand for cloud data centers is increasing and experts predict that in the coming years, most businesses will be largely dependent on these data centers for their applications. It is now more important than ever to re-calibrate data center dynamics to cater to cloud computing. For more information about data center design, you can visit. http://www.datacenterjournal.com/