Advertisement

Follow Us

Basic & Fundamentals

Advertisement

Recent Posts

Advertisement
Advertisement

Most Read

Virtualization Basics and Fundamentals

Virtualization is the process or a technique which can create a virtual version of IT datacenter components such as Compute, storage and network etc....

AWS Certified Solutions Architect Associate (SAA02) – Free Practice Tests

This AWS practice test helps you to pass the following AWS exams and can also helps you to revise the AWS concepts if you...

Cloud Computing Basics and Fundamentals

In this first post, we learn the fundamental basics of Cloud Computing, cloud characteristics and its advantages, different cloud implementation models, major cloud services...

Network Basics and Fundamentals

A Network is basically connecting two or more devices though a wired or wireless channel to share & exchange the information electronically. These devices...

Cloud Infrastructure Performance Tuning -Basics and Fundamentals

Applications in cloud environment may need to be tuned for the performance over the time and to meet the continuous changes in the user...

Basic concepts of Cloud Configurations and Cloud Deployments

A successful cloud deployment requires proper planning and determining the right cloud configurations and then executing the plan as it is. But to create...

Security Basics and Fundamentals

Security is the important strategy which is to be planned and implemented across all infrastructure layers to secure the IT infrastructure and the information...

3.5 Overview of RAID 10 and its use cases

HomeStorage Area Networking3.5 Overview of RAID 10 and its use cases
RAID 1+0 is also known as RAID 10 (Ten) or RAID 1/0. RAID 1+0 is also called striped mirror. It is a hybrid of RAID 1 (mirror sets) and RAID 0 (stripe sets). The objective of this RAID type is to combine both striping and mirroring techniques to get both the protection and performance of RAID 0 and RAID 1.
The basic concept of RAID 1+0 is a mirrored pair, which means that data is first mirrored and then both copies of the data are striped across multiple disk drive pairs in a RAID set. 
RAID 10
When replacing a failed drive, only the mirror is rebuilt. In other words, the storage system controller uses the surviving drive in the mirrored pair for data recovery and continuous operation. 

Data from the surviving disk is copied to the replacement disk. Most data centers require data redundancy and performance from their RAID arrays. RAID 1+0 combines the performance benefits of RAID 0 with the redundancy benefits of RAID 1. It uses mirroring and striping techniques and combines their benefits. This RAID type requires an even number of disks and the minimum is four.
RAID 10 and RAID 01 are not the same, and people often get confused the two . You
always want RAID 10 rather than RAID 01. The technical difference is that RAID 01 first
creates two stripe sets and then creates a mirror between them. The major concern with
RAID 01 is that it is more prone to data loss than RAID 10.

RAID 10 Use Cases

Choose RAID 10 if the capacity overhead can be affordable which comes with RAID 1, then RAID 10 potentially offers the best mix of performance and protection available from the traditional levels. 

Advertisement

Advantages

If something goes wrong with one of the disks in a RAID 10 configuration, the rebuild time is very fast since all that is needed is copying all the data from the surviving mirror to a new drive. This can take as little as 30 minutes for drives of  1 TB.

Disadvantages

Half of the storage capacity goes to mirroring, so compared to large RAID 5  or RAID 6 arrays, this is an expensive way to have redundancy.


Go To >> Index Page
Sponsored Links

You might also like to read

9.2 Key Features of Object based Storage Systems

Object based storage is a new type of storage system designed for cloud-scale scalability. Objects are stored and retrieved from an object store through the...

1.6 Overview of Compute Server

A compute system or Server is any computing device which is the combination of hardware, firmware, and system software that runs business applications. Examples...

12.4 Introduction to Network Based Replication – Continuous data protection (CDP)

In the Network Based replication, the replication occurs at the network layer between the server and the storage systems. By offloading replication from server...

6.5 FCoE Architecture

The data in FCoE is sent through FCoE frames. An FCoE frame is an Ethernet frame that contains an FCoE Protocol Data Unit (PDU)....

12.5 Introduction to Data Migration and Disaster Recovery As a Service (DRAaS) Solutions

To meet today high demanding business challenges across 365 x 24/7 world, data must be highly available in the right place, at the right...

6.1 The need for a Converged Enhanced Ethernet (CEE) Network

In today's data center environment, we generally have at least two major networks - Ethernet network and Fibre Channel network. Ethernet is used for transferring regular management traffic...
Anil K Y Ommi
Anil K Y Ommihttps://mycloudwiki.com
Cloud Solutions Architect with more than 15 years of experience in designing & deploying application in multiple cloud platforms.

LEAVE A REPLY

Please enter your comment!
Please enter your name here

AWS Certified Solutions Architect Professional – Free Practice Tests

This AWS practice test helps you to pass the following AWS exams and can also helps you to revise the AWS concepts if you...