WHITE PAPER:
This resource provides a list of benefits of a high performance flash storage system. It also explains which situations it makes sense for organizations to implement flash storage.
WHITE PAPER:
Access this white paper to gain insight on automated tiered storage solution, and Data Progression offered by Dell Compellent storage systems. Learn about recommended best practices to implement Oracle databases with Dell Compellent Data Progression and learn how users can leverage Data Progression to optimize Oracle database performance.
WHITE PAPER:
In this app infrastructure white paper, learn how your data platform can better support the management of social, mobile, and big data apps, while simultaneously addressing your end users' demands.
WHITE PAPER:
Check out this resource to explore how combining two storage tiering technologies can help you reduce costs through self-optimized use of storage tiers, eliminate manual data classification, achieve space efficiency through thin provisioning and much more. Read on to learn more.
WHITE PAPER:
This brief white paper explains how the IBM Storwize family for cloud computing meets all of your storage needs as you continue to migrate into the mobile world.
WHITE PAPER:
Access this white paper now to see how the IBM Storwize family can invigorate your mobile efforts by virtualizing and compressing your storage and providing greatly improved time to market for new products.
WHITE PAPER:
Check out this ESG Report for a hands-on introduction to a hybrid solid-state storage solution designed to deliver fast performance for mixed-application workloads in both consolidated and virtual server environments. Read on to learn about the features of this technology, and to discover how it stacked up against ESG's lab testing.
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This resource outlines a virtualization technology to optimize storage on Windows Server 2008 Hyper-V environments offering capacity and efficiency benefits for your VM workloads.
WHITE PAPER:
This paper focuses on enterprise data center NAS environments and examines three significant contributors to storage efficiency in more detail.