Essential Guide

Evaluate Weigh the pros and cons of technologies, products and projects you are considering.

What data storage virtualization looks like today

Data storage virtualization comes in many different forms today -- most of which give administrators features beyond simply aggregating capacity.


Today's storage virtualization looks very different than it used to.

Storage virtualization aggregates capacity in a given environment under a software layer, which allows capacity to be centrally managed and often provides additional storage features. Storage virtualization isn't new -- vendors such as DataCore with SANsymphony, IBM with its SAN Volume Controller (now rebranded as IBM Spectrum) and Hitachi Data Systems with its arrays have been aggregating capacity for years. But some analysts and IT professionals would argue that the types of data storage virtualization currently available do more than simply pool capacity.

Two examples are software-defined storage -- a technology based on storage virtualization, but that often gives storage other value-added features -- and hyper-converged storage. While the main allure of hyper-convergence is easy deployment and management because components are shipped preconfigured, data storage virtualization is at work inside many systems. A final example is vSphere Virtual Volumes, a young technology that allows administrators to reserve capacity with specified performance and a feature set to which virtual machines (VMs) can be automatically provisioned.

This guide offers an in-depth look at some of the newest types of storage virtualization and their benefits, and will help you to determine whether these technologies are right for your environment.

1Getting started-

The data storage virtualization low-down

Storage virtualization can take different forms, but, at a basic level, its function is to abstract capacity from underlying hardware. There are several advantages to using the technology. First, aggregating capacity means better use can be made of available space. Second, performance can be drastically improved. Additionally, data storage virtualization can allow for more flexible disaster recovery.


Virtualization unlocks the benefits of pooled data storage capacity

At the most basic level, all types of storage virtualization aggregate hardware storage capacity to allow administrators to reduce overhead and improve management. Continue Reading


Examining the performance benefit of virtualized storage

Expert Jon Toigo explains why data storage virtualization is a good place to start if you're looking to boost performance in your environment. Continue Reading


How storage virtualization improves DR

Virtualizing storage means disaster recovery features can be extended to all the capacity in an environment. Continue Reading


Five ways to virtualize your storage

From the array to the operating system, data storage virtualization can be achieved at several different layers in the data center. Continue Reading


Keep these tips in mind when virtualizing your storage

It's likely that organizations looking to virtualize storage are already working with virtualized environments. Learn how to avoid conflicts with multiple virtualization layers. Continue Reading

2SDS aggregation-

The software-defined storage approach

From VMware VSAN to DataCore SANsymphony, many vendors offer what they label software-defined storage (SDS) products. The problem: The definition of software-defined storage isn't so cut and dry. What we do know is that most SDS products use software to pool capacity and to surface the underlying features of storage arrays. To many analysts, that's one of the most popular types of storage virtualization today.


Examining the differences between SDS and data storage virtualization

Storage virtualization and software-defined storage can both pool capacity, but SDS may be able to add more value to your environment. Continue Reading


Software-defined storage gains traction

A survey shows that more than 40% of respondents virtualize at least some of their storage, but the rest express some concerns. Continue Reading


Software-defined storage was born out of virtualization

Software-defined storage may be a new term for some IT professionals, but its roots are in early storage virtualization products that aggregated heterogeneous hardware. Continue Reading


More storage vendors move to integrate software

Expert Andrew Reichman outlines three main ways software-defined storage is being integrated into today's data centers. Continue Reading


How to implement software-defined storage

Learn how to work with the data storage virtualization layer in a software-defined environment to best realize performance, data protection and capacity improvements. Continue Reading


Hyper-converged infrastructure and virtualization

Hyper-converged systems package storage, compute, networking and virtualization in one box. Many IT professionals look at hyper-convergence as a way to ease deployment and management in their data centers. But hyper-converged systems are based on the same abstraction as storage virtualization -- the software is abstracted from the hardware to allow for the ease of management and provisioning that users enjoy.


How storage vendors paved the way for hyper-convergence

According to analyst George Crump, data storage virtualization vendors were the first to use technology that is the basis for hyper-converged systems today. Continue Reading


What hyper-converged infrastructure really is

Hyper-convergence means that storage, virtualization, networking and compute can be sold in one unit with software providing an overall management layer. Continue Reading


Hyper-converged storage improves performance

The integration of components within a hyper-converged infrastructure brings storage and management closer together than with traditional arrays. Continue Reading


Converging storage and virtualization draws benefits

Hyper-converged systems offer administrators speedy deployment, centralized management and a way to save on operational costs. Continue Reading


Determining if hyper-converged virtualization is right

Learn the pros and cons to consider before searching for a hyper-converged infrastructure platform. Continue Reading


Virtual Volumes as a form of virtualization

Virtual Volumes (VVOLs) are a vSphere 6 feature many observers consider one of the newest types of data storage virtualization technology. VVOLs allow capacity to be aggregated into what can be thought of as containers to which VMs can be matched based on the amount of capacity and performance they need. By doing so, virtual volumes have created a much more efficient way to provision storage in virtual environments.


Understanding the basics of VMware's VVOLs

VVOLs allow administrators to set policies that precisely match VMs to the performance and features they require. Continue Reading


Four ways Virtual Volumes can benefit your environment

In addition to enhanced performance, VVOLs can expose applications to shared storage features that they may not have had access to. Continue Reading


What to know about VMware Virtual Volumes

Analyst Arun Taneja explains how VVOLs work alongside other vSphere features, and why further development is still needed. Continue Reading


Q&A: How do VVOLs affect VM management?

PernixData's CTO explains that while VVOLs can give applications the resources they need in the long run, administrators need to have a plan before provisioning their first virtual volume. Continue Reading


VVOLs raise the effectiveness of traditional storage hardware

In the wake of the era of hyper-converged storage, Virtual Volumes could bring the focus back to traditional arrays by generating additional virtualization capabilities. Continue Reading

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