Disk Management - Linux Training in Chandigarh

What is Disk Management?

Disk Management is an expansion of the Microsoft Management 
Console that allows complete authority of the disk-based hardware
 recognized by Windows. Disk Management is used to manage the
 drives installed in a computer for example hard disk drives 
(internal and external), optical disk drives, and flash drives. It can be 
used to separate drives, format drives, assign drive letters, and many 
more.Disk Management is sometimes spelling incorrectly as Disc 
Management .Disk Management  is an part of Linux training in 
Chandigarh. Also, even though they might sound relevant , Disk 
Management is not similar as Device Manager.

How to Open Disk Management

The most common way to access Disk Management is via the 
Computer Management services.Disk Management can also 
begin by shoot diskmgmt.msc via the Command Prompt or additional 
command line interface in Windows operating system. Let's have a 
look on the opening Disk Management From the Command Prompt .

How to Use Disk Management

Disk Management has two main sections - a top and a bottom:

• The top section of Disk Management contains a list of all the 

divisions, formatted or not, that Windows recognizes.

• The bottom section of Disk Management contains a graphical 
  image of the physical drives installed in the computer.

Performing positive actions on the drives separation make them available
 or unavailable to Windows and construct them to be used by Windows
 in positive ways.

Here are some common things that you can do in Disk Management:

• Division a Drive
• Format a Drive
• Change a Drive's Letter
• Shorten a Partition
• Delete a Partition
• Change a Drive's File System

Two types of Disk :- Basic Disk and Dynamic Disk

Basic Disks

Basic disks are the storage types generally used with Windows. The 

 basic disk refers to a disk that maintains parts, like primary parts and 

logical drives, and these in are normally scheduled with a file 

system to become a amount for file storage. Basic disks provide a 

simple depot solution that can contain a useful array of changing 

storage requirement scheme.

The following operations can be performed only on basic disks:

• Create and delete essential and extended partitions.

• Create and delete logical drives within an lengthy partition.

• Format a division and mark it as active.

  

   

 

 

 

 

Dynamic Disks

Dynamic disks provide quality that basic disks do not have  such  

ability to create volumes that span multiple disks and the ability to

 create fault permissive  volumes. Dynamic disks action more 

reliable  volume management because they use a database

 to record data about dynamic volumes from the disk Dynamic

 disks are a different  form of volume management that allows 

volumes to have non adjoining duration on one or more physical 

disks. Dynamic disks and volumes depend on the

 Logical Disk Manager and Virtual Disk Service and their associated 

quality. These features enable you to perform tasks such as modify 

basic disks into dynamic disks, and creating fault permissive volumes.

Types of Volumes for Dynamic Disks

When you are working with a volume on a Dynamic Disk, you can 
choose to extend or span that volume across different drives, in 
server editions you can even use RAID 5. There’s also not a real 
check on the number of volumes we have, although it would not 
 make  sense to have a large number of them. Here we have
 types of  Dynamic Disk learn more about that 
with Linux Training in Chandigarh.

The types of volumes to create Dynamic Disk:

• Simple Volume – this is a regular “division”. If the disk type is 

normal, this creates an actual partition.

• Striped Volume – data is striped across different hard drives 

so that every other segment of data is alternate between the drives

 for outside performance.There is no repetition.

• Spanned Volume – Data stuff up on one drive and then 

stuffing up the next drive as it gets more full. Two or more drives are

 normally taped together to make a larger disk.

• Mirrored Volume – for home users, this is the only form of 

repetition that you will get with software options. Read performance

 should be rapid , but write performance will possibly be slightly slower,

 since Windows has to write to both drives for everything.

• RAID5 Volume – only works on server parts, but it can stripe

 across 3 or more hard drives and include a parity stripe to prevent 

data loss if a drive was to fail.

 

These above points are based on Disk Management  which is 
used in Linux Operating System and learn more about Linux
 from Linux Training in Chandigarh.