Watch how Langan Engineering & Environmental Services was able to increase availability and reduce data center energy consumption simultaneously, with the help of Emerson Network Power. 

ISC Corp. needed a new data center that could efficiently meet current and future needs. Learn how Emerson Network Power and its Liebert power and cooling technologies helped to realize that goal. 

Data center infrastructure management (DCIM) can provide accurate, real-time information and help planning and management in the data center. Access this white paper to learn how your organization can benefit from the right DCIM tools and optimize efficiency and capacity in your IT environment. 

This paper, with embedded links and videos, will highlight the most essential points IT and facility managers need to know when evaluating the benefits and costs associated with powering and cooling their hospital's network closets. 

 Network closets in the healthcare setting are housing more powerful and critical equipment as hospitals and ambulatory offices rely on these spaces to support an increasing number of business-critical applications such as electronic medical records (EMRs), wireless communications and digital imaging. 

Many IT professionals are finding that dedicated precision cooling is the right solution to provide the ideal environment for sensitive electronics. Read this paper to learn why precision cooling is the optimal choice for keeping data centers cool in the most cost-effective way.  

In 2002, Emerson Network Power's Liebert XD family was the industry's first row-based cooling system. Now, we have taken more than 40 years of engineering experience and the most advanced technologies to design the Liebert CRV row-based precision cooling system. Learn the flexibility, TCO and availability benefits of their latest cooling solution. 

Today’s data center manager must maintain or improve availability in increasingly dense computing environments while reducing costs and increasing efficiency. Discover four distinct opportunities throughout the lifecycle of the data center to achieve efficiencies, boost availability and prepare for the future. 

Today's IT, facilities and data center managers face the daunting challenge of maintaining a high availability data center while simultaneously increasing energy efficiency. Learn how Transformer-based UPS designs are proven topologies for achieving high efficiency without compromising availability in large enterprise data center applications. 

This paper reviews the challenges of measuring data center energy efficiency and proposes a solution: a new metric called CUPS, or Compute Units per Second, that allows data center managers to calculate data center efficiency.