EGUIDE:
If you're a small to medium-sized business, you need your storage platform to be manageable by a small IT staff and fit within your budget. This expert E-Guide provides a detailed tutorial to help you navigate the virtual storage marketplace and select the best architecture for you.
CASE STUDY:
Utrecht University's Biomolecular Mass Spectrometry and Proteomics Group needed to process and safeguard data. Learn how the department worked with Dell to deploy an object-based, clustered storage platform for better data management.
EGUIDE:
Access this e-guide for an expert examination of flash for individual servers, solutions that aggregate flash across servers, and flash for shared storage systems. Discover what these options can do for you.
EGUIDE:
Sometimes, the latest and greatest just isn't. Access this e-guide to determine if the bare necessities are all you need when it comes to all-flash storage arrays.
EZINE:
In the September 2013 issue of Storage magazine, our experts share tips for choosing a VM backup app in today's market, reveal the results of our eighth Quality Awards for midrange arrays and much more!
EGUIDE:
Use this guide as a means to building your all-flash array business case by characterizing your apps and their requirements. Inside, you'll learn how to construct your AFA case, while reviewing five factors to consider before making your purchase.
PRESENTATION TRANSCRIPT:
Take a minute to glance over this two-page presentation transcript to learn about scale-out storage. Let Evaluator Group Senior Strategist Randy Kerns walk you through the benefits of scale-out and the differences between scale-out block and file storage, and get a glimpse into the vendors in both spaces.
EGUIDE:
This expert E-Guide explores key considerations for integrating solid state storage into a server, and answers frequently asked questions about solid state. Read now to learn more.
EGUIDE:
Check out this expert E-Guide to discover how you can better-analyze your storage infrastructure and drive costs down without compromising performance.
