This paper describes the principles for achieving power and cooling capacity management. 

Read this white paper to learn how the right power monitoring system can protect your organization's data and applications while optimizing the power delivery infrastructure for efficiency and lower cost. 

Using the five step process outlined in this white paper, we were able to eliminate more than 2,000 servers from our own IT infrastructure, saving an estimated $10 million dollars in data center costs. 

Thanks to VMware, North Shore Medical Center provides better support for physicians and healthcare professionals while improving data center management with Advanced Micro Devices processor-based solutions. 

Learn how streamlining the AP process can help your company gain control over its invoice management. With the electronic workflow, invoices don’t get lost avoiding late fees. 

Managing desktop environments across the enterprise can be challenging for many organizations. Virtualization of desktop systems is an increasingly popular solution, but requires scalability and balanced design for successful implementation. This white paper discusses the use of Sun Fire X4450 servers as a virtual desktop infrastructure platform. 

The Intel Xeon processor 5500 series with Intel® Intelligent Power Technology, delivers up to 50 percent lower idle power. By replacing aging single-core processor-based servers with new, more energy-efficient servers, you can gain capacity to grow and to increase IT performance using fewer servers. 

Employing UltraSPARC® T2 Plus processors - an evolution of the industry's first massively threaded systems on a Chip (SoC) - the Sun SPARC® Enterprise T5440 server offers breakthrough performance and energy efficiency to drive Web 2.0 infrastructure and address other demanding datacenter challenges. 

Specifying data center density has yet to conform to an established standard within the industry. This paper describes the science and practical application of an improved method for the specification of power and cooling infrastructure for data centers. 

The current state of the datacenter, demands a transformation that helps in improving space utilization and lowering power consumption while still providing the scale and availability the business requires. Today, lowering the energy and administration/management costs are two key focus areas of datacenter managers in the Asia/Pacific region. 

This paper discusses some of the new approaches to power distribution including modular distribution and overhead power busway, and shows their advantages when compared to the legacy approach. 

In this paper, you'll learn why high-efficiency AC will likely emerge as the dominant choice for data center power distribution. Topics covered include a review of the characteristics of AC & DC distribution, A mathematical model of the efficiency of two different AC distribution systems, and Why many of the DC benefits are unfounded.