For several years, the customary storage media for both laptops and desktops has been the hard disk drive (HDD).

HDD has moving parts, great storage capacity, and are low in cost. However, their mechanical nature makes them susceptibility to heat, vibration, and mechanical failure.

The innovation of solid-state drives (SSD) as a storage device serves as a solution to a computer upgrade.

SSDs have consistent read and write speed. They store data using flash memory, making them faster in speed than the HDDs. They are also resistant to heat, wear and tear, and vibration.

Not all SSDs are made equal because they keep evolving, taking on diverse core technologies and shapes with the basic SSD being the 2.5 inch SSD.

There are wide-ranging SSDs obtainable in the market today, either the built-in or the external storage option.

In case you need to improve your computer's performance or replace an out-of-date drive, a 2.5 inch SSD is worth considering.

2.5 Inch SSD: The Basic SSD

The 2.5-inch Serial Advanced Technological Attachment (SATA) SSD is the most popular form of internal SSD you will come across.

It was one of the initial consumer-facing products of SSD technology and it remains prevalent, particularly for upgrading older computers.

While the drives microchip technology is smaller than 2.5 inches, its insertion will gauge a bit wider – 2.75 inches wide.

Making it suitable with the very similar mounting brackets in your laptop or desktop used by 2.5 inch HDDs.

That makes them the most probable option for upgrading a moving platter drive in an older computer.

SATA: The Longstanding Standard

SATA is both a connection protocol (bus type) and a physical connector (physical interface).

It was the primary interface used by consumer SSDs to connect to computer motherboards, just like the preceded hard disk drives.

SATA is still the main cable-based physical interface used by 2.5-inch SSDs.

In a perfect scenario, the maximum sequential read and write speed of a SATA interface is 600MBps but for an average top-out drive, it is 500MBps to 550MBps.

Therefore, the difference between the finest SATA drive and an average drive is somewhat small.


For years now, the price of SSDs has been reducing but are still costlier per gigabyte than HDDs. For instance, a 500GB SSD could cost nearly the same price as a 1TB HDD.

For similar storage capacity, you might end up paying a large amount for an SSD than a hard drive – and more at a greater capacity.

With an SSD, you are paying higher fees for less space but you are investing in a durable, faster, and highly efficient data storage device.

On most desktops, getting an extra HDD is cheap and easy, allows you to reinstall or update the operating system with nominal effort, and also a good upgrade if you require added storage space.

If you are building a computer system that requires speed, portability, and more, then a solid-state drive is the right option.

As the price of SSD drops, you will find fewer reasons to go for an HDD. Even at those prices, users will observe an improvement in data access, over-all system speediness, and boot-up time.

Looking to invest in a premium solid-state drive?

In case you need to get a speedy, durable, and high-capacity drive for heavy operations, 2.5 inch SSD is the key.

Kindly contact us today and you will be glad you partnered with a reputable manufacturer.