An uninterrupted Power Supply (UPS) is one of the most essential components of a data center power train. UPS serves as a barrier for the most critical IT equipment. It provides electricity and power backup to load whenever it is needed.

Cloud computing and digital transformation feed the world’s rising need for processing capacity. Different concepts of sustainability are now top-of-mind concerns in data center development and operation.

Airflow management is vital for a data center’s success. Ensuring that layout facilitates better airflow are primary routes to better IT operation. The rise of high-density data centers is the renewed hurdle for IT managers to improve airflow.

Technology has altered the way people live. This has become more evident when the unprecedented Covid-19 pandemic hit the world. Students are stuck at home learning from the online classrooms.

As high compute power and high-density server racks become more commonplace, traditional air cooling methods are having trouble keeping up. Enter Liquid Cooling technologies. In this blog, we will compare these two systems side by side to demonstrate how far data center cooling technology has progressed over the years.

Rack densities are on the rise, and this will continue in the coming years. According to the Uptime Institute study, 69% of their respondents say that their average rack density increased. Space optimization, reduction of operating costs, and demand for Artificial Intelligence (AI) are all drivers of this occurrence.

Nowadays, everyone is reliant on the Internet for daily activities. From entertainment to socialization to business transactions. Almost all activities are now done online. Due to this, there is an increasing need for data centers.

Modular data centers can provide the same advantages as traditional data centers. But there are still a lot of misconceptions about them, particularly when it comes to design and installation.

Power density has been a controversial word in the data center business for a long time. It’s used to describe a data center’s capabilities. The higher the power density of a facility, the better it will be able to serve the demands of customers and end-users.

The capacity of data centers is reaching new heights. With increasing server density, heat becomes a challenge to overcome. Because of this, new cooling methods are becoming a must.