WHITE PAPER:
SAS technology has been proven to be the most versatile storage solution in data transfer and high performance. Read this white paper to learn about a solution that renders the necessary performance needed for your client's expanding market requirements.
PRODUCT OVERVIEW:
Dell NX4 offers a variety of advanced features that can help organizations achieve storage efficiency and lower TCO, including data deduplication that can reduce required storage capacity and an open API that works with third-party policy engines to enable tiered storage access.
WHITE PAPER:
This paper describes how IT organizations can leverage the benefits of this SAN director to maximize performance, flexibility, and data availability in mission-critical environments.
WHITE PAPER:
This paper demonstrates Dell best practices for implementing iSCSI boot from SAN with Dell EqualLogic storage arrays and the 12th generation (12G) PowerEdge servers running Windows Server 2012.
WHITE PAPER:
To supplement the growth in iSCSI SANs, Dell has introduced an iSCSI-to-SAS bridge card for the TL-series of tape libraries. This allows a customer to directly attach a tape backup target to their iSCSI 1Gb Ethernet SAN with little to no degradation in transfer speed. This white paper explores
this setup and configuration.
PRESENTATION TRANSCRIPT:
This Presentation Transcript breaks down the truth about clustered storage and answers some of the most important questions surrounding the subject. Find out more today.
EGUIDE:
This year marks the 10th anniversary of iSCSI SANs! Check out this expert E-Guide to learn why iSCSI SAN performance remains strong after 10 years, and why iSCSI SAN is cheaper and less complicated than Fibre Channel.
WHITE PAPER:
This paper is for IT organizations and service providers who are interested in building loud data centers. Read this paper to learn the complete architectural details with step-by-step instructions to set up and evaluate the two most common block-level storage protocols, FCoE and iSCSI, run over 10 GbE from end-to-end.
