WHITE PAPER:
This white paper talks about data center cooling and the advantages, disadvantages and applications of the 13 basic methods for heat removal.
EGUIDE:
This expert eGuide breaks down what creates high density in your data center, as well as ways to communicate effectively about the space, power and cooling that important workloads require. Also, indulge in four recommended guidelines for analyzing infrastructure capacity problems to help develop a realistic defendable estimate of future needs.
WHITE PAPER:
IBMSystemx is a portfolio of robust servers built on IBMX-Architecture's our blueprint for bringing innovation tox86systems. Innovation that helps set you apart from the competition. Learn more in this paper.
WHITE PAPER:
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. Read this report to learn how your organization can optimize data center efficiency and lower costs.
PRODUCT OVERVIEW:
Widely known as a thin storage pioneer, 3PAR® is not just a leader in thin provisioning but in overall storage efficiency—including minimizing power consumption, reducing administration time, and promoting environmental responsibility.
CASE STUDY:
Access this exclusive case study to discover how one organization in the health industry used a portable air conditioning unit to cool small server rooms to protect network devices without risking electrical damage due to water.
WHITE PAPER:
Access this white paper to uncover a simple process to implement an effective energy management program that is accurate and demands few measurements.
PRESENTATION TRANSCRIPT:
In today's current economic downturn, it's critical for IT pros to be able to do more with less without compromising quality of service. This presentation transcript will explain how to do more with your available resources to increase infrastructure efficiency.
WHITE PAPER:
This informative white paper talks about some of the trends that are increasing risk of overheating and some of the predictive models and design strategies make it possible to ensure contiuned reliable operation following a power outage.
