What Is The Difference Between Striped And Spanned Volumes??

In computer storage, users have various options to enhance their data storage capabilities. Two common techniques are to create striped volumes or spanned volumes. Although both have a similar outcome of increasing storage capacity, the underlying methods are different.

Striped volumes, also known as RAID 0, allows users to group two or more hard drives to form a larger disk. The data is divided among the drives, thus simultaneously reading or writing to multiple disks at once. This technique offers improved read/write speeds but has no redundancy. In contrast, spanned volumes combine two or more hard drives and merge them into a single logical drive to expand storage capacity. Unlike RAID 0, data is not stripped across multiple disks, but is instead written sequentially, in which data is written to the first disk, then the next, and so on. Although the procedure offers greater storage capacity, if one disk fails, the entire volume can be lost.

What is the Difference Between Striped and Spanned Volumes?

Striped and spanned volumes are two different methods of combining multiple hard drives into one logical unit. Here’s how they differ:

Striped Volumes:

– Also known as RAID 0
– Data is spread evenly across all drives in the array
– Improves read/write performance but does not provide fault tolerance
– If one drive fails, all of the data in the array is lost
– Useful for high-performance applications that require fast data transfer speeds

Spanned Volumes:

– The data on the first disk is filled up before spilling over to the second disk
– Can use disks of different sizes
– Does not improve performance, but provides fault tolerance
– If one drive fails, only the data on that drive is lost
– Useful for creating large volumes with more storage capacity than a single disk can provide

In summary, striped volumes improve performance but have no fault tolerance, while spanned volumes provide fault tolerance but do not improve performance. The choice between them depends on what you need – speed or more storage capacity with redundancy.


1. What is a striped volume?
A striped volume is a logical volume that spreads data across multiple physical disks and improves the performance of read and write operations.

2. What is a spanned volume?
A spanned volume is a logical volume that combines multiple physical disks into one large volume and allows users to store more data than a single drive can hold.

3. What is the main difference between striped and spanned volumes?
The main difference between striped and spanned volumes is that striped volume writes data across multiple disks at the same time, improving performance, while spanned volume writes data one disk at a time.

4. Can I mix striped and spanned volumes?
Yes, it is possible to mix striped and spanned volumes. However, it is important to note that they have different performance characteristics and may have different data recovery processes.

5. Which volume type is more suitable for my needs – striped or spanned?
Choosing between striped or spanned volumes is dependent on your specific use case and needs. For example, if you need high read and write performance and do not require fault tolerance, striped volumes may be suitable. If you need to store large amounts of data and require fault tolerance, spanned volumes may be more appropriate. It is recommended to consult with a professional or do research before making a decision.


In conclusion, understanding the differences between striped and spanned volumes can greatly impact your data storage decisions. With striped volumes, you gain enhanced performance but at a higher risk for data loss. In contrast, spanned volumes offer increased storage capacity but are susceptible to failure if just one drive fails. Ultimately, choosing between striped and spanned volumes depends on your specific data storage needs and risk tolerance. By weighing the pros and cons of each, you can make an informed decision that will ensure the safety and durability of your valuable data.

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