BACKGROUND IMAGE: iSTOCK/GETTY IMAGES

Storage

Managing and protecting all enterprise data

In This Issue

luchschen_shutter - Fotolia

Evaluate

Solid-state flash storage now a mainstream choice

The preferred method of adding solid-state tech to environments is via hybrid arrays that mix a small amount of flash with ample hard disk capacity.

Rich Castagna

Vice President of Editorial
Published: 01 Dec 2014

Of the nearly 1,500 respondents in our most recent survey, more than half said their companies use some form of...

Step 2 of 2:

You forgot to provide an Email Address.

This email address doesn’t appear to be valid.

This email address is already registered. Please login.

You have exceeded the maximum character limit.

Please provide a Corporate E-mail Address.
- I agree to TechTarget’s Terms of Use, Privacy Policy, and the transfer of my information to the United States for processing to provide me with relevant information as described in our Privacy Policy.
Please check the box if you want to proceed.
- I agree to my information being processed by TechTarget and its Partners to contact me via phone, email, or other means regarding information relevant to my professional interests. I may unsubscribe at any time.
Please check the box if you want to proceed.

flash storage, an indication of just how entrenched this new technology has become in enterprise data centers.

Overwhelmingly, the preferred method of adding solid-state tech to storage environments is via hybrid arrays that typically mix a relatively small amount of flash with ample hard disk capacity. Nearly two-thirds have taken the hybrid route, with 40% implementing solid-state flash storage in servers and another 30% going full-out with all-flash arrays. That latter number is impressive given the short time all-flash arrays have been on the market and their still-premium price tags.

Solid-state storage has been touted for adding much-needed performance to mission-critical apps and virtual server and desktop environments, and our survey responses bear both of those use cases out. Forty-eight percent of survey takers use solid-state storage to boost database apps, and another 52% plan to add flash in support of those applications. Twenty-six percent use flash for their online transaction processing systems. For virtualization projects, 35% have flash in the mix for their virtual servers, and 21% use it to bolster their virtual desktop infrastructures.

Not surprisingly, the most cited reason (51%) for adding solid-state storage was the need for better performance for existing applications. Various types of virtualization issues dominate the rest of the list, but 25% said they purchased flash storage to ensure that new applications have sufficient available performance.

When users evaluate specific solid-state storage products, their top consideration is -- once again -- performance. Given that performance is flash's chief advantage over spinning disk technology, that's hardly an earthshaking revelation. What may be surprising is the second-most-mentioned shopping concern -- compatibility; apparently, the need for speed must be satisfied, but not at the expense of a kludgy or difficult implementation.

Perhaps the most telling stats gleaned from our survey are related not to how widely flash is used, but how much is installed. Our flash users reported an average installation of 83 TB -- a staggering number considering the cost of flash, its newness and how little is often needed to produce a positive effect.