What is RAID Support on Motherboard? Types & Connectivity

RAID stands for Redundant Array of Independent Disks, a great technology that supports data storage on multiple drives. There can be hard drives or solid-state drives. Moreover, it has various labels, and all are not set to provide you with redundancy. It is not a kind of backup but gives immense support to the user. If a hard drive fails, you can still enjoy data processing by having multiple devices on board. What is RAID support on motherboard? I have discussed this query from all corners. 

The RAID support helps you achieve redundancy and takes your performance to the next level. It doesn’t allow malfunctions to play havoc with the data; you get max cover against data loss. It came on the market back in 1988 to save money by submitting the performance you achieve through high-performance disk drives. There are various versions of RAID support, and to find them all, let’s read the full article.

Frequent Terms Used in RAID Support

Frequent Terms Used in RAID Support

You need to understand some terms before you dig out the RAID support. The understanding of the terms will help you know the RAID support in a better way. Let’s have a look at the data below.

  • Mirroring:- It tells that how the same data is mirrored on multiple disks
  • Striping:- It is about how multiple disks clench data and split it
  • Parity:- It is about the mathematical rebuilding of data on multiple disks

So, these are the most commonly used terms in RAID support, and if you have understood them all with this brief narration, I hope you’ll find the information below easy to understand.

What is RAID Configuration?

RAID support meaning is all about creating a pool of memory backups. Undoubtedly, it is a great helping jam to storage memory, and it enhances the efficiency of drives. It creates a collection of storage drives and a single workstation to provide your PC with a powerful memory backup. It is fruitful in case of loss of a drive, and memory backup doesn’t go out of order. 

What is RAID Configuration?

Often, users prefer to avail of a single drive with high storage capacity, but sometimes you may have to take help from other drives. And that is the point where RAID support comes in and makes a move. I hope you are aware of what is RAID support on motherboard now; to know the types of RAID support and much more about the topic, let’s follow the flow of the words down below.

What is RAID Storage?

RAID storage is a virtualized technology that helps you get the max memory support on board. It improves efficiency, performance, data redundancy, and more in your PC. It enables you to store the same data in multiple places to get you a backup in case of data loss at one point. If you wonder what is RAID in computers or on the motherboard, it has the same meaning. 

When you know whether your PC offers RAID support, you first need to learn how to connect the power supply to the motherboard. Once done with it, you can quickly gauge the situation by following the types below and relevant ways forward. 

Types of RAID Supports

You will find different sources claiming other counts of RAID types on the internet. However, I’ll talk about the suitable types; you will certainly get an entire cover in these 8 types.

Types of RAID Supports

RAID 0:

RAID 0 consists of striped disks and the data it holds with two or more disks at once. It has a large size and furnishes fast speed. Unfortunately, it doesn’t submit redundancy, and in case of any failure of a drive, it leads to array failure. So, it is how RAID 0 works. The speed of RAID 0 has a high advantage over various other RAID supports.

RAID 1:

It has mirrored disks, and two or more disks are good enough to hold comparable data. In case of failure of a single drive, there is no loss of data you will have to face. However, the size and speed are not that big, and you will get this equation with limited lines. In data loss, a single drive can help you recover it quickly. Overall, it is excellent RAID support, except it’s the slowest speed and smallest size because of disk size.

RAID 3:

There is a combo of parity and stripped disks that you get along with RAID 3. There are also two or more drives that help you store the data. Furthermore, you get a dedicated drive for parity calculations and storage. The speed of RAID 3 is good enough to deal with sequential operations.

However, if you give it multiple commands, the RAID 3 is not so good at simultaneously making it up with numerous controls. A single drive failure will help you rebuild the most data quickly. I hope you must be enjoying your quest to know; what is RAID support on motherboard, and its functionality.

RAID 5:

There is also a combo of distributed parity and striped disks, and you get at least three or more disks to split the data. There is redundancy with excellent margins, it offers the fastest speed, and the size is good enough to deal with multiple commands simultaneously. You can rebuild the single drive failure super quickly. The size with redundancy is an excellent combo you enjoy with the RAID 5. So, it was all about the RAID 5 motherboard. 

RAID 10:

There are one or more stripped disks and a mirrored subset. The collection of four or more disks is responsible for storing data. Moreover, the speed is higher, and the size is impressively large. And it offers more redundancy than RAID 0 offers. The drive in the mirror can fail, and the other is parity you get with the RAID 10. 

Big RAID:

There is a different mechanism of Big RAID support. It writes the data on a single drive until it gets full, and once it is done, it forwards the data to the next drive, and it goes on the same pattern. There is a large array with no redundancy. It has multiple drives on board but uses them all one after the other for the job.

JBOD:

It consists of a collection of disks, and the operating system is independent in choosing the drives for writing the data. There are different modes of RAID software it uses, and if you look at its hardware RAID support, it has significant advantages. It provides enhanced performance and increases efficiency. 

 Clone RAID:

Last but not least, the clone RAID support offers two data storage drives; if the primary array fails, one drive helps you rebuild the function. There is also a spare drive, and the user cannot access it; one drive is more than sufficient to recover data. The configuration of motherboard goes well with this RAID support.

I hope you got the answer to what is RAID support on motherboard. And all about its functionality, types, and performance distribution. RAID connectivity manager the most, and you need to get the proper RAID support on board for efficient and clear results. However, if we look at the technical details, we find that RAID 0 is the best RAID motherboard.

Gigabyte RAID Support Motherboard

There is an option for the users to build RAID support with Gigabyte. The RAID system for PC is not compulsory but is very helpful and makes things easier in the processing. It helps your PC to fetch information from other drives when one fails.

Conclusion
I have written this article to answer the question; what is RAID support on motherboard? RAID support helps you store the same data on multiple drives, and if one of the drives fails during processing, you can get your data back from other drives. Overall, there are suitable types of RAID support, and I have discussed them above. The most used and popular style of RAID support is the RAID 0.
Does my motherboard support RAID?

If you find a dynamic name on the drive and the same title on multiple drives, your motherboard offers RAID support. On the other hand, if your board comes with drives having the brand name only or the name of the actual hard drive manufacturer, it means your board doesn’t support RAID.

How to Setup RAID 0 in BIOS?

There is a simple three-step process to set up RAID in BIOS. All you have to do is to press F2 to enter BIOS. After that, go to configuration, and approach SATA drives, and you need to choose the chipset SATA to RAID mode. To save it well, press F10, and you have done the job well. However, the second step may vary with the type of motherboard.

Robert

Hi, I am Robert. I made myself expert in all PC components. I tested and taken reviews from users, specially Gamers to make a reliable buying guide and best product descriptions. It will help to find compatible parts and save your money on PC custom build.

We will be happy to hear your thoughts

Leave a reply

PC Custom Builder
Logo