ANALYST REPORT:
This ESG Lab report examines the economic excellence of highly scalable EqualLogic iSCSI storage solutions compared to traditional direct attached storage (DAS), Fibre Channel storage area network (FC SAN), and multi-protocol solutions (defined as systems that provide FC, iSCSI, and NAS connectivity).
PRODUCT OVERVIEW:
Deploying Dell’s enterprise solutions, including Dell|EMC CX4 Muti-Protocol SANs, 11th generation PowerEdge Virtualization Optimized Servers and Global Infrastructure Consulting Services (GICS) can help organizations confidently deploy, manage and protect your VMware vSphere 4.0 enviornment. Read this paper to learn more!
WHITE PAPER:
Maintaining peak performance while simultaneously addressing the root cause of SAN errors is challenging. This paper presents a high level summary of the most common SAN problems and explores new ways to dramatically improve application performance and availability.
WHITE PAPER:
Fibre Channel and iSCSI storage systems are not delivering the price-performance and agility at the storage layer required to keep up with the new virtualized compute layer. This paper explores a third storage networking technology, Ethernet SAN, and why you don’t have to choose between iSCSI and Fibre Channel.
WEBCAST:
This Webcast explores ways to simplify IT through the use of IP storage consolidation solutions. View this presentation to learn how you can consolidate your storage without the cost and complexity of Fibre Channel.
EZINE:
In this month's Storage Magazine Online cover story, our resident backup expert, W. Curtis Preston, shows how to test various systems against your data so you can make the right decisions. Plus, check out features on recession-proof storage tips, four-tier storage design, and Continuous Data Protection (CDP).
WHITE PAPER:
Check out this informative white paper to find out how to use your SAN to integrate Oracle VM into a multisite disaster recovery solution to combat the challenges of today's IT.
WHITE PAPER:
InfiniBand defines an industry-standard implementation of remote direct memory access, protocols and kernel bypass to minimize CPU overhead allowing computing resources to be fully used on application processing rather than network communication.
