Storage arrays are devices that manage the storage and retrieval of data in a computer system. They provide high-speed access to large amounts of data and allow for quick recovery from failures. Storage arrays can be used to store a variety of data types, including documents, images, video, and audio.

How to Choose the Right Storage Array?

When it comes to choosing the right storage array, there are a few key factors to keep in mind. The first is capacity. How much data do you need to store? Once you have a good understanding of your capacity needs, you can start looking at different options.

Do you need ultra-fast access to your data or can you tolerate a little bit of latency? This will help narrow down your choices. If latency is not a concern, then SAS and SATA drives may be good enough. But if every millisecond counts, then SSDs are the way to go.

Another important consideration is connectivity. What kind of host interface does your server have?

Top storage and disk arrays 

Here is a list of the best storage and disk arrays to choose from this year for your business. 

1.  IBM FlashSystem

It is a line of all-flash storage arrays designed to deliver high performance and low latency for business-critical applications. The arrays are available in both monolithic and modular form factors and offer a variety of data services, including inline deduplication, compression, and encryption.

FlashSystem arrays are built on IBM’s General Parallel File System (GPFS) software, which provides clustered file system support for high throughput, low latency access to data. GPFS can scale to thousands of nodes and petabytes of capacity, making it well suited for large deployments.

2.  Synology DiskStation and FlashStation

Synology DiskStation and FlashStation are two separate lines of network-attached storage (NAS) devices from Synology. The DiskStation line is geared towards home users and small businesses, while the FlashStation line is aimed at larger businesses.

Both lines come in a variety of configurations, with varying amounts of storage space, CPU power, and other features. They can be used to store data both locally on the device itself, or remotely on a separate server or computer. They can also be used as back-ups, file servers, media servers, or for any other task that requires a large amount of storage space.

3.  Pure Storage FlashArray™

It is a high-performance storage array that offers exceptional speeds and reliability. It is designed for use in demanding enterprise environments and can provide nearly instantaneous data access while supporting heavy workloads. Pure Storage FlashArray™ is also an energy-efficient storage solution, which can help reduce operating costs.

4.  HPE Nimble

HPE Nimble is a type of storage area network (SAN) that helps organisations manage and store data more effectively. It uses a simple, yet powerful, approach to data management that provides users with greater flexibility and control over their data while reducing costs. HPE Nimble also offers robust security features and disaster recovery capabilities, making it an ideal storage solution for businesses of all sizes.

5.  Dell EMC PowerScale

It is a “scale-out” storage architecture that was created to increase performance and capacity as needed. It does this by adding more nodes (or “slices”) to the cluster, which then work together to provide more performance and capacity.

The advantage of using a scale-out storage architecture is that you can easily add more nodes (or “slices”) to the cluster as needed, without having to take downtime or re-configure your system. This makes it ideal for businesses that are expecting their storage needs to grow over time.

6.  Pure Storage FlashBlade

It is a high-performance, flash-based storage system designed for data-intensive applications. It offers several key advantages over traditional storage systems, including higher capacity, higher performance, and lower power consumption. Pure Storage FlashBlade also includes advanced features such as deduplication and compression, which can further improve performance and reduce storage costs.

7.  NetApp All-Flash FAS 

NetApp All-Flash FAS is a storage platform that uses flash-based storage to improve performance and density over traditional spinning disk storage arrays.

It offers a number of advantages over traditional storage arrays, including increased performance, decreased power consumption, and increased density. NetApp also offers a variety of features and functionality that are designed to make managing flash-based storage arrays easier for administrators.

How can we help?

There are a number of steps that our RAID data recovery experts take to prevent data loss from the RAID system. First, we make sure that the physical storage devices within the RAID system are all working properly and are not damaged in any way. We then check the integrity of the data stored on those devices to make sure that it has not been corrupted in any way. 

Finally, we create regular backups of the data stored on the RAID system so that if any data is lost, we can quickly and easily restore it. By taking these precautions, we can greatly reduce the risk of data loss occurring in a RAID system and provide you with tips for protecting files in the Synology NAS System.