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sources/tech/RAID/Part 1 - Introduction to RAID, Concepts of RAID and RAID Levels.md

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 Introduction to RAID, Concepts of RAID and RAID Levels – Part 1
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 RAID is a Redundant Array of Inexpensive disks, but nowadays it is called Redundant Array of Independent drives. Earlier it is used to be very costly to buy even a smaller size of disk, but nowadays we can buy a large size of disk with the same amount like before. Raid is just a collection of disks in a pool to become a logical volume.

sources/tech/RAID/Part 2 - Creating Software RAID0 (Stripe) on 'Two Devices' Using 'mdadm' Tool in Linux.md

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 Creating Software RAID0 (Stripe) on ‘Two Devices’ Using ‘mdadm’ Tool in Linux – Part 2
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 RAID is Redundant Array of Inexpensive disks, used for high availability and reliability in large scale environments, where data need to be protected than normal use. Raid is just a collection of disks in a pool to become a logical volume and contains an array. A combine drivers makes an array or called as set of (group).

sources/tech/RAID/Part 3 - Setting up RAID 1 (Mirroring) using 'Two Disks' in Linux.md

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 Setting up RAID 1 (Mirroring) using ‘Two Disks’ in Linux – Part 3
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 RAID Mirroring means an exact clone (or mirror) of the same data writing to two drives. A minimum two number of disks are more required in an array to create RAID1 and it’s useful only, when read performance or reliability is more precise than the data storage capacity.

sources/tech/RAID/Part 4 - Creating RAID 5 (Striping with Distributed Parity) in Linux.md

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 Creating RAID 5 (Striping with Distributed Parity) in Linux – Part 4
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 In RAID 5, data strips across multiple drives with distributed parity. The striping with distributed parity means it will split the parity information and stripe data over the multiple disks, which will have good data redundancy.

sources/tech/RAID/Part 5 - Setup RAID Level 6 (Striping with Double Distributed Parity) in Linux.md

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 Setup RAID Level 6 (Striping with Double Distributed Parity) in Linux – Part 5
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 RAID 6 is upgraded version of RAID 5, where it has two distributed parity which provides fault tolerance even after two drives fails. Mission critical system still operational incase of two concurrent disks failures. It’s alike RAID 5, but provides more robust, because it uses one more disk for parity.

sources/tech/RAID/Part 6 - Setting Up RAID 10 or 1+0 (Nested) in Linux.md

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 Setting Up RAID 10 or 1+0 (Nested) in Linux – Part 6
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 RAID 10 is a combine of RAID 0 and RAID 1 to form a RAID 10. To setup Raid 10, we need at least 4 number of disks. In our earlier articles, we’ve seen how to setup a RAID 0 and RAID 1 with minimum 2 number of disks.

sources/tech/RAID/Part 7 - Growing an Existing RAID Array and Removing Failed Disks in Raid.md

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 Growing an Existing RAID Array and Removing Failed Disks in Raid – Part 7
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 Every newbies will get confuse of the word array. Array is just a collection of disks. In other words, we can call array as a set or group. Just like a set of eggs containing 6 numbers. Likewise RAID Array contains number of disks, it may be 2, 4, 6, 8, 12, 16 etc. Hope now you know what Array is.