We live in an era when massive volumes of data are generated every minute, and enterprises must consider the most efficient means of accessing and processing data to satisfy ever rising demands.

Solid state drives and other forms of flash storage are becoming more popular due to their performance and capacity, but they are not all created equal.

In industrial applications, where data quality, retention, and availability are vital to completing critical tasks, deciding solely on surface criteria may not be the best path to pursue.  So, how do you pick the right storage?

In order to achieve lower total cost of ownership (TCO), industries are migrating to client- or consumer-grade SSDs as more SSDs are deployed.

When looking at the specifications, it may appear that industrial and consumer SSDs are comparable.

How well do consumer SSDs perform in industrial settings?

Let us go deeper than capacities and form factors to find a world of difference.

Consumer SSDs are commonly found in personal electronics or in the workplace, such as desktop computers, laptops, handheld and mobile devices, cameras, and game consoles.  Personal wants or tastes drive purchases, and technical support is scarce.

Industrial SSDs are used in high-performance applications such as data centers, server farms, aircraft and avionics, military applications, machine automation, medical solutions, and in-vehicle computing, where data integrity and dependability are critical.

Contacting  a good manufacturer of the product is advisable whenever you are in need of industrial solid state drive to process and access data in your establishment.

Important factors to consider

Devices in industrial applications are exposed to harsh environments, operate continuously in a wide range of extreme temperatures, perform massive workloads

In addition, they are frequently confronted with threats that could impair secure functionality.

 As a result, storage systems must be exceedingly dependable, as failure can result in data loss and lengthy downtime, both of which can have disastrous repercussions.

Let's see what makes industrial solid state drive really special.

« Market/application in mind

Industrial drives are designed to run 24 hours a day, seven days a week and can usually withstand higher temperatures and other stressors.

Where as Consumer-grade drives are expected to run for approximately 8-10 hours per day. These expectations are used to calculate lifespan and mean time between failures

« Extensive Temperature range

While consumer solid state drives are only approved for temperatures between 0 and 70 degrees Celsius.

Industrial SSD products are designed to perform consistently in temperatures ranging from -40 to 85 degrees Celsius.

Kingspec was one of the first storage companies to introduce M.2 NVMe SSDs with industrial temperature specifications.

« Protection against power outages

While consumer SSDs have some resistance to power outages, industrial SSDs go a step further, employing techniques and circuits to limit the dangers of unexpected power outages.

« Support at the hardware level, QVLs

Industrial-grade drives will be thoroughly tested and vetted, with a guarantee of compatibility with certain systems.

However, Consumer-grade drives will only work in consumer-grade computers, and they have not been tested on other platforms.

« Firmware includes features

Although, Consumer solid state drives may have smarter wear-leveling, improved error-checking, and overall'smarter' software.

 Industrial drives may also have more spare overhead capacity to handle faulty blocks. The firmware on consumer drives will be reduced down or more basic.

Get your industrial solid state drives from us

Industrial SSDs are easily compatible with a variety of device designs. As such, they are extremely popular with device designers for industrial applications.

Do reach out to us to get industrial solid state drive to increase the performance and overall efficiency of your Enterprise .