WHITE PAPER:
This comprehensive white paper explores how the IBM XIV system's unique architecture and approach to storage enable it to accomplish a better bottom line for you and your business.
WHITE PAPER:
In this resource, you will gain insight into an entry level disk storage system designed with sophisticated capabilities that offer efficiency and flexibility through built-in thin provisioning and non-disruptive migration of data from existing storage.
WHITE PAPER:
This guide provides an overview of the specific reasons customers choose to deploy Microsoft applications with VMware vSphere Essentials on EMC's VNXe storage solution.
WHITE PAPER:
This paper looks at how these features relate to recovery service levels and how they can be deployed to help ensure that backup storage is used cost-effectively while still maintaining appropriate levels of
recoverability.
WHITE PAPER:
Desktop virtualization is bringing a new approach to enterprise-wide desktop deployments aimed at providing a better end user and administrator experience than physical desktop deployments, by lowering acquisition and management cost, and offering a highly scalable, easy to deploy and fully protected desktop environment.
WHITE PAPER:
In this white paper, you will gain insight on how storage resource management (SRM) application has been evolving over the years to address the challenges expressed by IBMs storage productivity center administrators who are tasked with managing growth, complexity, and storage environments in the most cost effective way possible.
WHITE PAPER:
Improve RAID performance, lower the likelihood of critical drive failure and rebuild faster. Read this white paper and learn how to develop a truly Automated Tiered Storage Solution.
WHITE PAPER:
Within any business, a number of applications exist that are critical to the success of the business. As a result, these applications and the systems they run on require a higher level of availability. The trade off with increasing application availability is an additional cost in terms of redundant hardware and complexity.
