How To Setup RAID 1 To Next Level Data Redundancy
Table Of Content
How To Setup RAID 1 To Next Level Data Redundancy
Have you ever thought on how to setup RAID 1? Setting up RAID 1 can be scary, but fret not! We listed all of the process you need to do in a friendly way.
Raid 1 (Redundant Array of Independent Disks) refers to mirroring. In simpler terms it writes identical data across all the stacks of disks in the raid 1 providing the vital benefits of data redundancy, resilience, and fault tolerance.
RAID 5 too offers the fault tolerance features, but instead of mirroring it uses the striping method to distribute the data across multiple storage devices.
Unlike raid 0 stripes and parity are absent with this type of raid, it is a seamless and optimized version from the other RAID levels.
Key points before configuring RAID 1
Implementing the configuration- How to set up RAID 1
Assuming if a person prefers to disconnect the array, go to the storage space you want to disconnect and click “delete”. On the other hand, if the person wishes to remove the pool, that can be done by removing all the storage spaces in the array.
How do you know if raid 1 is configured?
Once you are done with the configuration process, it is important to figure out whether it was successful to move ahead with your daily business operations.
The drives are said to be successfully configured only if they have “virtual disk” or “SCSI disk device” as their name.
The software or hardware is said to be absent or not configured in the operating system if the drives are named after the model number or the manufacturer of the hard drive.
When you reboot Windows, the best way to see the status is to check out the setup screen, which usually contains tools to gauge where the problem lies. Hence, you are a step closer to how to solve the problem.
One can use the manual for other ways to check the condition and whereabouts of the raid array in case of problems/damage depending on the type of system or computer you are using.
How do you set up raid from an existing drive?
The Windows operating system is adjustable by using the raid 1 mirroring system, which allows you to keep data from half the mirror intact while you delete the other half.
You can create data or files from the current stacks that contain data.
How to figure out that the raid drive has failed?
A lot of speculations arise when there is a sudden shutdown, making it key to understand whether the drive has failed or is it the result of some other factor. The most uncomplicated way is to unplug it one by one and try to reboot the computer.
It is still functioning well if the computer continues to boot. And if that’s not the case, the disk has failed and further one needs data recovery services to bring their files back to life. Hence, a backup from time to time is significant to prevent a sudden deletion of the relevant files.
In case of a drive failure, a BIOS system in Windows usually informs the system if something is falling apart. Besides that, using the disk utility function on the system proves to be vital to know the status of the drive.
It is possible to access the hard drives during reconstructing it, but it is recommended that the process should not be interrupted to avoid any roadblocks in the performance.
To make these strenuous tasks easier for you, it is important to reach out to professional data recovery services for professional help with an extra hand regarding data protection in raid 1.
At TTR data recovery, professional monitoring and quality RAID recovery services are what we aim for.
How to set up raid 1 for small businesses?
Small businesses usually look for a cost-effective way to not only improve their performance and speed but also data protection. A raid 1 can be the perfect solution to the needs of such enterprises.
A minimum of two drives is required for the raid 1 setup, whereas raid 5 requires a minimum of 3 disks. The number of drives combined can be further added to increase speed and efficiency in business operations. Still making it a cheaper alternative for small businesses as compared to the other options.
Mirroring has its benefits as since the same data is copied on the array if one drive fails, the other drives continue to read/ write. The Windows operating system will show an alert on the screen in case of a failure but you can continue working with the operating files, making raid 1 an optimized and uncomplicated option. In the background, the operating system will continue to boot from the other working disks and copy the data on them to ensure nothing is lost.
Since all the blocks in raid 1 are mirrored, if one drive gets corrupted, the next thing you know is data on all the drives are corrupted. The mirroring system in a raid 1 cannot be an alternative for a backup. Ultimately, a backup is crucial before setting up new disks in the Windows system.
In case a drive fails, the other drives still perform the read and write functions and business continuity is not compromised with. As soon as the new one is installed in the array, the information will be reconstructed in the raid 1 stack itself. Though large scale enterprises where roadblocks in important tasks cannot function with the time taken to swap disks.
If speed is a vital feature for your business then it is important to note that if you are using the disks of dissimilar natures to configure in the same stack, the speed of the fastest disks will be set to the speed of the slowest one, for it to complete its read and write functions which makes slower than raid 0.
The process of mirroring reduces the storage space into half, which makes setting up raid 1 more expensive than the raid 0 if additional storage space is a chief component to your business.
When a system fails, it’s obvious to lose sleep over the impermanence of your crucial business information. It is prime to make sure to use a suitable option according to your business needs.