You've requested...

Share this with your colleagues:

Study: SSD-powered deduplication for multiple locales in action

If a new window did not open, click here to view this asset.

Download this next:

Flash performance on VDI, SQL Server, big data revealed

95% of other media companies’ “expert flash guides” that comes across your inbox in 2017 will simply tell you flash boosts performance.

What they almost never tell you is, void of all hyperbole, what exactly happens after leaving an all-disk environment? How exactly flash manipulates an organization’s data reduction efforts (hint: sometimes it doesn’t)? What exactly happens to an organization’s specific workloads after adopting flash?

This report does all that, and more. Download now if you’re tired of being told how flash is universally great, when what you really need to know is exact data and outcomes gathered from over 1000 real users eager to share exactly what happened after implementing flash.

These are also closely related to: ""

  • Which way is SSD tech heading tomorrow?

    All-flash arrays have come into their own as a viable storage option for many businesses, but like any part of business, the key to getting ahead isn’t in adopting what’s popular now, but in figuring out what will be the disruptive technology in the future.

    Go inside this expert-guide to learn how to effectively price all-flash offerings to decide if and how you can put them to work for your business. Then, learn how those on the cutting-edge of the flash market are putting their arrays to work reducing I/O latencies.

    Finally, discover the 2 data reduction strategies that many flash vendors put to work in their systems.

  • Access your three-phase AFA implementation guide here

    Virtually all the major storage vendors are producing all-flash arrays (AFAs), and customers are buying them in record numbers. But what differentiates specifically AFA vendors from the rest of the pack, and do their offerings really stand out?

    Our experts from compiled this guide to determining the most suitable AFA vendor for your enterprise—ensuring you choose one that not only provides snapshots and thin provisioning, but also active-active controllers and replication, QoS, performance analytics, and integration to other data storage platforms.

    Read on to fully understand the differences between all-flash storage array vendors in the cases of apps for all-flash, storage virtualization, and more. You’ll also gain access to instruction for a three-phase AFA implementation. 

Find more content like what you just read:

  • Which all-flash product works for you?

    In this guide, the products of both old and new all-flash vendors are discussed and reviewed.


  • Ask us if all-flash arrays are right for you!

    Use this expert-guide to figure out if your workloads are right for flash storage, as well as explore 5 additional factors to consider before adopting a flash solution.


  • AFAs ensure storage is an infrastructure bottleneck no more

    Storage needs are ever increasing—and data volumes constantly expanding. How are today's systems accommodating these capacity demands? In this buyer's guide, Computer Weekly experts look at the evolution of storage systems and how they meet processing demands, the continuing role of all-flash arrays, and how to buy the best storage investment.


  • All-flash data center for tier 0/1 workloads: Evaluating AFAs

    Here, the Taneja Group deconstructs one of the leading AFAs on the market— HPE 3PAR StoreServ. Read on to delve into its features, and you'll also learn how this AFA promises to accelerate the final wave of the much-anticipated all-flash data center for tier 0/1 workloads.


  • Tech off: Hybrid vs. all-flash array storage

    Cost-effective and able to boost performance of variable workloads, hybrid flash arrays remain the most popular option for solid state storage deployment. However, demand for all-flash array is rising but how is it different from hybrid flash arrays? Access this ebook and find out key differences and steps for finding the right array for you.


  • NVMe over Ethernet (NoE) vs. traditional all-flash arrays

    By downloading this paper, you'll learn about a fully networked, scalable NVMe over Ethernet architecture—ADS1000—that dismantles the inefficiencies associated with traditional SAN dual-controller architecture. Read on to compare these SSDs with other all-flash arrays, as well.


  • 4 features flash offers your virtual data center for DB acceleration

    Download this white paper to learn four ways Tegile IntelliFlash differs from Pure Storage FlashArray//m in meeting the needs of your data center. Learn how to differentiate these offers in their protocol to accelerate any workload, capacity to maximize data center savings, cost-effective replication, and more.


  • New Flash Technology: Data Placement Automated Based on Hot Data

    NetApp recently launched the FAS2220, a new entry-level storage system, and Flash Pools, a caching method for RAID groups which combine solid-state drives and hard drives. Check out this expert tip guide to learn the details and the projected competitors of this product.


  • Your all-flash vendor matchup: Nimble Storage vs. Tegile

    Flash is transforming the data center – 57% of enterprises are already using some degree of flash to speed up multiple apps. With numerous vendors offering all-flash and hybrid arrays, it can be hard to see the subtle difference between products. Download now to differentiate the unique offerings from two vendors: Tegile and Nimble Storage.


  • On-premise flash storage vs. public cloud: Battle of the value props

    With the latest advancements in flash storage, it is become much more economical to deploy. This paper compares the costs of an organization growing its storage consumption on the Amazon EBS Cloud vs. a leased Tegile IntelliFlash™ HD storage array.


  • Essentiallash-centric architecture vendor matchup

    Flash has been creating disruptive change in the data center and the storage industry. As the flash market matures, it is difficult to know which vendor is going to best suit your business needs. Access this white paper to learn what to look for in a flash-centric storage solution and see two vendors compared.


  • Before investing in flash, consider 8 critical questions

    If you're looking to boost performance of business critical apps and consolidate virtual servers, flash may be the way to go. But with a multitude of vendors offering flash, where should you start? Check out this easy-to-read guide and find 8 key considerations and questions to ask yourself before investing in flash.


  • Grill your SSD vendor with these 23 questions

    If you're looking to boost performance of business critical apps and consolidate virtual servers, flash may be the way to go. But with a multitude of vendors offering flash, where should you start? Check out this easy-to-read guide and find 8 key considerations and questions to ask yourself before investing in flash.


  • Ground up vs. purpose built hybrid storage: Determining use cases

    Download this resource to dive into four advantages ground up flash array designs have over purpose-built hybrid SSD. In it, you'll compare these architectures based on their ability to perform in-line deduplication, block level compression, and more—and see which proves the better business value.


  • Storage Buyer's Checklist: Solid-State Storage Arrays

    In this expert Essential Guide, check out solid-state storage array options, purchasing considerations and access a buyer's feature checklist. Make a better decision today!


  • NetApp AFF vs. Dell EMC XtremIO: A flash architecture comparison

    Discover a five-criterion comparison of two popular all-flash solutions: NetApp AFF and the latest iteration of Dell EMC's flash-based XtremIO, X2. To determine which system works best for your organization, you'll see how each stands up to QoS, app and cloud integration, and more.


  • Lab analysts deconstruct a simpler hybrid SSD array

    In this ESG Lab research report, learn about an innovative hybrid flash array that delivers on both performance and affordability. Read on to discover how you can get autonomous tiering with high performance, 8 800GH SSD drives and 16 2TB SATA drives, and more inside.


  • All NVMe SSD: Conquering the server sprawl associated with scale-out

    In this data sheet, you'll access the technical features and ADS-N8101 compute node specifications for a purpose-built, all NVMe SSD appliance: the ADS1000. Download now to learn how it enables queries on years of data with NVMe networking and controller-less ADS architecture, and more.