This page contains Storage Virtualization definition and meaning. What is Storage Virtualization? What does Storage Virtualization mean and so much more… Please use the quick menu below.
What does Storage Virtualization Mean?
Storage virtualization can be applied to any level of a SAN. The virtualization techniques can likewise be applied to various storage purposes such as physical storage, RAID classes, logical unit numbers (LUNs), LUN subdivisions, storage zones and logical volumes, etc..
Storage virtualization is the procedure of grouping the storage from multiple network storage devices in order that it appears like one storage device.
The process entails masking and abstracting the internal capabilities of a storage device in a general system, host servers along with the host program to be able to ease the program and network-independent control of storage.
- Storage apparatus
- Block aggregation coating
- File/record coating
- Application coating
A few of the benefits of storage virtualization include automated control, expansion of storage capacity time in manual supervision updates and decreased downtime.
Storage virtualization can be implemented by utilizing software programs or appliances. There are 3 reasons to implement storage virtualization:
The management of data and storage is getting increasingly difficult and time consuming. Storage virtualization will help to address this issue by swallowing time, by facilitating archiving, backup and recovery jobs.
- Increased storage control in a heterogeneous IT environment
- Better availability and estimation of time down with automated direction
- Better storage utilization
Storage virualization is also known as cloud storage.
The storage virtualization version can be divided into four Chief layers:
More Info On Storage Virtualization
Storage virtualization helps the storage administrator perform the tasks of archiving, backup, and recovery more readily — and in less time — simply by disguising the real sophistication of a storage area network (SAN). Administrators can execute virtualization or by utilizing hardware and applications hybrid appliances.
The program or device supplying storage virtualization becomes quite a common disk manager from the virtualized environment. Logical disks (vdisks) are generated by the virtualization program or device and also are merged (made visible) to the necessary server or host, thereby offering a common place or method of managing all volumes from the environment.
The most recent response to this dilemma is storage virtualization, which provides a new layer of applications and/or hardware involving storage systems and servers, so that applications need to know on which drives, walls or storage subsystems their data resides. Administrators manage dispersed storage as if it were a consolidated resource and could recognize, supply. Additionally, it increases with storage virtualization, since programs are insulated from interruptions and are not restricted to particular storage resources.
Instead, what the majority of people in the business imply by storage virtualization is a hardware or software product — on the server, about the network/fabric as a discrete machine or as a function of the variety or LAN switch — that allows the aggregation of multiple storage disc systems so that they are manageable as a single thing. This permits, by way of instance, several SAN arrays to be handled enabling them to be provisioned without regard for place of disc drives and also for accessibility between them than if they were discrete subsystems unconnected to one another.