There is a growing move toward more normalized data center equipment and designs, especially among cloud and colocation providers and extending from core to edge.

The importance of physical security for protecting data is generally well understood, but how often does your organization assess the level of physical security for protecting data? And, are you compliant with regulations that address data security?

With 5G on the horizon, and the promise of a host of new technology applications like autonomous vehicles, consoleless gaming and instant grocery delivery, we are set to create an unprecedented amount of data that will require rethinking the way our telecommunications and data infrastructure is built and managed going forward.

This white paper discusses the facts around the various types of stainless steel used in the evaporative cooling industry.

Maintaining a safe and healthy work environment is a crucial responsibility of employers, and most companies have a health and safety policy to prevent injuries and illnesses at work.

Converting, transforming, converting, transforming – vast amounts of unused electricity simply disappear in data centers.

The next decade will continue to see growth in the number of IP-connected mobile and machine-to-machine devices, which will handle significant amounts of IP traffic. Tomorrow’s consumers will demand better online experiences and faster, smoother Wi-Fi service and application delivery from online providers.

When large inductive loads — loads consisting of large motors and/or transformers — are transferred between two live power sources, e.g., a normal source (1) and an emergency source (2), which may not be in synchronism, efforts should be made to eliminate line current transients that occur during this type of switching.

Aging power control and automation systems can carry risk, both in terms of downtime of mission-critical power systems, through reduced availability of replacement components and the knowledge to replace existing devices within.

The term Manufacturing 4.0 defines an industrial automation trend that integrates new production technologies geared towards improving work conditions, increasing productivity, and enhancing the production quality of plants.