WHITE PAPER:
This paper examines the issues of backup and recovery in VMware virtual server environments, and outlines the key features of HP Data Protector.
WHITE PAPER:
In this white paper learn how sequential performance provides customers with improved data transfer rates for applications such as data warehousing, streaming video, high-performance technical computing, and backups and restores.
WHITE PAPER:
This paper looks at the components of a data protection system based on NetBackup and outlines a number of different configurations and solutions aimed at both reducing the risk of failure within a particular site and recovering from the loss of the site.
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.
WHITE PAPER:
This paper will introduce the concept of Adaptable System Recovery (ASR) that makes it possible to easily adapt a system backup to fit new hardware by enabling a means for reconfiguring drivers.
WHITE PAPER:
Server virtualization provides liquidity to IT by delivering improved hardware utilization, physical server consolidation, increased availability and lower data center operating costs.
WHITE PAPER:
Read this white paper for an analysis of early testing for Intel vPro processor technology in IT departments. See real-world examples of how Intel vPro technology improves security due to the hardware based capabilities not possible with software a...
WHITE PAPER:
This paper discusses in detail the sizing features implemented in Dell Exchange 2007 Advisor Tool and deployment guidance for three reference architectures of small, medium and large Exchange environments.
WHITE PAPER:
Upgrades help businesses to maintain a competitive edge in the market. Yet, upgrades pose their own set of challenges. This white paper lists the best practices that should be followed when upgrading to achieve maximum reliability.
