October 28, 2015
Dell's blockbuster EMC acquisition would leave overlapping storage products -- especially in the midrange array space, with EMC's VNX and Dell's SC/PS Series.
September 30, 2015
Philadelphia Mixing Solutions ditched four isolated SANs to deploy two hybrid NexGen arrays, with 32 TB of capacity apiece for primary storage and DR.
September 21, 2015
After starting with a system aimed at high-end enterprises, startup Infinidat adds a midrange InfiniBox F2000, plus NAS support for unified storage.
September 17, 2015
ScaleIO Node models will bundle software-defined storage with EMC-branded commodity servers and Arista network switches.
SAN Get Started
Bring yourself up to speed with our introductory content
Software-defined storage vendors are lining up to offer SDS options, but varied descriptions of the technology can result in confusion. Continue Reading
Choosing the right disks for your Exchange 2013 setup is a battle between cost and performance. How do you decide what's more important? Continue Reading
The SMB protocol allows admins to achieve high availability, reduce operational costs and migrate virtual machines faster. Continue Reading
Evaluate SAN Vendors & Products
Weigh the pros and cons of technologies, products and projects you are considering.
Expert Jacob Gsoedl drills into eight top-tier enterprise SAN products and how each one performs in seven technical areas. Detailed charts make the information easy to digest. Continue Reading
Discover the benefits of using a network-attached storage device, how it differs from SAN and DAS technology, and how a NAS device might fit into your enterprise's storage plan. Continue Reading
The XtremIO storage array from EMC is an all-flash system that offers scalability and high performance. Continue Reading
Learn to apply best practices and optimize your operations.
Historically, Fibre Channel technology has been a top choice for enterprises in need of a high-speed interconnect for SANs. With the introduction of iSCSI storage, however, the landscape shifted. Ethernet networking gained acceptance for block storage and became popular for file, and later cloud-based, object storage. It costs less, requires no dedicated switching and special training, and offers adequate performance for most business applications. But don't sound the death knell for Fibre Channel technology; market research indicates widespread use and a slow decline.
Most storage vendors today offer object-based storage, and interest in these systems is high. Object storage offers massive scalability, potentially better data management with extended metadata, cloud storage integration via support for RESTful APIs and lower overall storage costs. The trick, of course, is integrating object and all of its capabilities into environments still dominated by SAN, NAS, and applications that continue to expect file or block storage interfaces. But, it's being done.
Big data, Hadoop, MapReduce, data warehousing, business intelligence… All of these analytics applications place new demands on storage systems and often require new or modified storage structures. The special requirements of these analytics-on-a-massive-scale apps, and how to effectively manage their supporting storage infrastructures, are detailed in this issue of Storage magazine.Continue Reading
Disk-based backups present different security risks than backup tapes. Protection methods can vary widely depending upon storage architecture. Continue Reading
As virtualization extends its reach beyond the server, software-defined storage is being included in strategies for future-proofing an infrastructure. Continue Reading
Problem Solve SAN Issues
We’ve gathered up expert advice and tips from professionals like you so that the answers you need are always available.
Should data center managers pine for the good old days of direct-attached storage? Or is adding a little flash the way to counter-act the fundamental storage changes wrought by virtualization? Continue Reading
As with any product still in its infancy, an exact definition for virtual machine-aware storage can be difficult to nail down. In simple terms, VM-aware storage is an appliance that vendors build specifically with virtual machines in mind in order to cut back on some of the most pertinent issues in virtual environments: complexity, difficult management and lagging performance.
Using VM-aware storage typically means there's no need to configure logical unit numbers and volumes, and because VMs are directly associated with the storage they reside on, priority can be given to more demanding apps and VMs can be granularly managed. This guide will walk you through what products classify as VM-aware storage, how they are implemented in virtual environments and what benefits they can bring to storage and virtualization administrators so you can make an informed decision about whether they're the right choice.Continue Reading
For 12 years, Storage magazine has presented its roster of new data storage trends that are ready to have an impact in data centers. We’ll tell you why VMware VVOLs, all-flash arrays, cloud disaster recovery, flash caching, server SANs and hybrid arrays should be on your short list for storage technology refreshes.
Admins struggled with backing up virtual machines (VMs), until vendors responded with updated suites and new backup apps especially for VMs. But there were more basic issues with supporting virtual environments with traditional SAN and NAS systems. A handful of startups stepped up with arrays that shed the paradigms of the past in favor of a hypervisor-centric approach. Find out what life after LUNs is all about.
Our ninth annual Quality Awards survey for tape libraries reveals our readers' choices for the midrange and enterprise libraries that stand out in their environments.Continue Reading