RAID 0 SSD - Everything you need to know

You can RAID 0 your storage system with SSDs by distributing the separated data between two SSDs or more. Also referred to as data striping.
Can you run SSD in RAID | TTR Data Recovery

You can RAID 0 your storage system with SSDs by distributing the separated data between two SSDs or more. This gives you a wide range of options to ensure better performance in your computer’s data loading activities.

Raid 0, also referred to as data striping, has been understood to be a system by which data can be quickly recovered. This is done by separating data into different blocks and distributing these blocks into various means of storage.

These means of storage can either be hard disk drives (HDD) or Solid State Drives (SSD).

However, defining RAID 0 is not enough to fully understand the subject matter. To adequately understand this topic, we need to answer a few questions.

Primarily, what is SSD RAID?

SSD RAID is a process of using the RAID array configuration to prevent loss of data and ensure better performance by spreading the divided data into a single or numerous solid-state media (SSDs).

SSD RAID has been put to use since the world turned from the usage of hard disk drives to the use of the more sophisticated solid-state drives (SSDs). This means that one of the primary purposes of an SSD raid is to prevent the loss of files in the event of storage system failure.

To face the subject matter:

It is the process of distributing separated data blocks onto multiple solid-state drives (SSD) for easy recovery.

While Raid 0 array configuration is an old technique, it works perfectly well in speeding up the performance of your solid-state storage drives. Data can be stripped and transferred into two SSD or more.

What are the Benefits of using RAID 0 with your SSD?

What are the Benefits of using RAID 0 with your SSD | TTR Data Recovery

One significant advantage of using RAID 0 SSD storage system is the boost to its performance. Once you carry out this process, you need to wait for faster drive technologies like the SATA Express drive or NVMe.

One may decide to test this theory. Try running an SSD from a known manufacturer say, Intel. You would see the rate at which your storage drive is spinning. This ecstatic feeling derived from speed experienced will convince you.

You should know, however, that SSD RAID runs faster than that of HDD. The reason is simple. The mechanical setup of the conventional hard disk drive cannot support the large bandwidth associated with a RAID system.

Another significant advantage that comes with using two or more SSDs in a RAID is the availability of redundant data, as you may know, that the RAID configuration process utilizes spare space in its setup. These extra spaces are used to ensure data redundancy.

The 2 main disadvantages of running SSD Raid 0:

  1. One, the primary setback with this SSD RAID 0 is that it comes with the highest risk of data loss. Because it divides the file sectors onto multiple devices, if one fails, the whole system will fail and you will experience total data loss. Even though you believe your information is safe, you will need to use a backup in conjunction with the two ssd or more that make up your RAID.
  2. And two, the cost of setup is related to the cost of the storage media. There is a high price associated with the use of solid-state drives. While they usually offer better performance and last longer than hard disk drives, the cost of replacing even one SSD is high.

Frequently asked questions about RAID 0

Frequently Asked Questions about RAID | TTR Data Recovery

Should I run SSD in RAID?

There are many reasons why you should run SSDs in a RAID array. Traditionally, one of the principal uses to which RAID array configuration has been put over time has been to introduce a better work performance of your storage systems. This is true for both HDDs and SSDs.


Running SSD in RAID particularly prevents the loss of your files in the event of storage failure. These two points are the primary reasons why you should consider the use of SSD RAID.

Can I RAID 0 a single solid-state drive?

The simplest answer is no, you should not set up a RAID on one solid-state drive, or any type of hard drives. It is possible to configure a software RAID on one drive, but there is absolutely no reason for this. You can only run a RAID 0 process with two or more solid-state drives or hard disk drives to accomplish the purpose of actually using a RAID, which is to increase performance and speed.

For those seeking to RAID 0 their SSD in their computer for gaming purposes, using a single drive would only slow down their system, not speed it up. To increase game loading time, setting up this RAID array with two or more drives in raid would be better.

How fast is RAID 0 compared to using a single SSD?

This type of RAID array has a faster speed performance than any individual HDD or SSD RAID. Using two SSD RAID increases its performance better than using two HDDs. You could even use both types of devices in the same RAID array, but just note that the HDD would slow down the entire system, so it’s better to use all SSDs instead.

Placing one SSD in with other HDDs won’t increase the speed.

In summary, setting up an RAID 0 SSD configuration is a technique that helps to speed up the performance of your system, giving you a better user experience.

If you need an expert to recover all your data, our RAID drive recovery engineers are always one call away!

Tommy Kh | Ttr Data Recovery

About the Author
Tommy Khamoushi, Data Recovery Expert

Tommy Khamoushi is an IACRB-certified Data Recovery Engineer and a Certified Forensic Computer Investigator. He has more than 20 years of experience in data recovery including providing technical support for the House of Representatives.

Tommy leads a team of data recovery engineers and experts at TTR Data Recovery to recover highly sensitive data for government agencies like the National Aeronautics and Space Administration (NASA) and enterprise businesses using advanced and proprietary techniques and processes.

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