WEBCAST:
This brief video offers key insight to help you select the server-class uninterruptible power supply (UPS) that meets your short- and long-term business needs.
WHITE PAPER:
In this APC whitepaper, alternatives for providing electrical power to high density racks in data centers and network rooms are explained and compared as well as defined guidelines for rack power systems that can reliably deliver power to high density loads while adapting to changing needs.
EGUIDE:
This expert resource provides energy-saving tips on how to sidestep server failure and keep your data center online. Also discover strategies and best practices for achieving optimal cooling for high-density racks.
WEBCAST:
This on-demand video case study explains how Sicoob, Brazil's largest cooperative credit system, achieved high performance and scalability by investing in the right server platform, allowing the company to accommodate business growth.
ASSESSMENT TOOL:
Which director draws less power, the Brocade 48000 or the Cisco MDS 9513? Calculate environmental characteristics (AC power draw, heat generated), as well as port and bandwidth performance for the directors based on the number of blades present
WHITE PAPER:
This solution brief details the benefits of HP 3PAR F-Class Storage Systems. Some of these are 50% fewer arrays that reduce capacity, power, cooling, and floor space by up to 75%. HP 3PAR F-Class Storage Systems can also reduce storage administration time by 90%. Read this document for more.
WHITE PAPER:
This paper explains why a move to a DC-based architecture is unwarranted on the basis of efficiency by comparing the most efficient DC and AC power distribution methods.
WHITE PAPER:
This paper describes issues of high processor and server density within existing data center infrastructures. It identifies methods to optimize the effectiveness of power and cooling resources in facilities that are deploying high-density equipment...
WHITE PAPER:
With technology infiltrating every aspect of healthcare, traditional approaches to power protection no longer suffice. This paper introduces a new hospital power protection model that leverages technologies and best practices forged in the data center.
