9 Features of SSD Hard Drive That Never Let Your Device Down

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When it comes to choosing a hard drive for your device, there are many options available. But if you’re looking for the most reliable and efficient hard drive, an SSD (solid-state drive) is the way to go.

An SSD hard drive offers many advantages over traditional HDD (hard disk drives), including faster data access times and lower power consumption.

Let’s take a look at nine features of an SSD that make it stand out from the competition.

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How do SSDs work?

An SSD reads and writes data to underlying interconnected flash memory chips made out of silicon. Manufacturers build SSDs by stacking chips in a grid to achieve different densities.
SSDs read and write data to an underlying set of interconnected flash memory chips. These chips use floating gate transistors (FGTs) to hold an electrical charge, which enables the SSD to store data even when it is not connected to a power source. Each FGT contains a single bit of data, designated either as a 1 for a charged cell or a 0 if the cell has no electrical charge.
Every block of data is accessible at a consistent speed. However, SSDs can only write to empty blocks. And although SSDs have tools to get around this, performance may still slow over time.

SSDs use three main types of memory: single-, multi- and triple-level cells. Single-level cells can hold one bit of data at a time — a one or zero. Single-level cells (SLCs) are the most expensive form of SSD, but are also the fastest and most durable. Multi-level cells (MLCs) can hold two bits of data per cell and have a larger amount of storage space in the same amount of physical space as a SLC. However, MLCs have slower write speeds. Triple-level cells (TLCs) can hold three bits of data in a cell. Although TLCs are cheaper, they also have slower write speeds and are less durable than other memory types. TLC-based SSDs deliver more flash capacity and are less expensive than an MLC or SLC, albeit with a higher likelihood for bit rot due to having eight states within the cell.

What are the major features of SSDs?

Several features characterize the design of an SSD. Because it has no moving parts, an SSD is not subject to the same mechanical failures that can occur in HDDs. SSDs are also quieter and consume less power. And because SSDs weigh less than hard drives, they are a good fit for laptop and mobile computing devices.
In addition, the SSD controller software includes predictive analytics that can alert a user in advance of a potential drive failure. Because flash memory is malleable, all-flash array vendors can manipulate the usable storage capacity using data reduction techniques.

Faster Data Access Times:

One of the major benefits of using an SSD hard drive for PC is that it has faster data access times than traditional HDDs. This means that your device will run quicker and smoother, as the data stored on your hard drive can be accessed more quickly.

Energy Efficiency:

There are no moving parts in an SSD drive, they use significantly less energy than a regular rotating disk hard drive. This means that if you’re using a laptop or other mobile device with an installed SSD drive, your battery life will last longer than if you had used a conventional hard drive. This makes it ideal for people who need their devices to stay powered-on for long periods of time without having to recharge frequently.


SSDs are also much faster than traditional hard drives. Traditional spinning disk drives take time to spin up before they reach optimal speeds; but with an SSD, there are no spinning disks so you won’t experience any lag time when launching applications or loading webpages on your device. In addition, because there are no moving parts involved in reading data from the drive, accessing data is much faster than with a traditional hard drive.


Unlike HDDs, which are made up of moving parts such as spinning disks and motors, an SSD desktop has no moving parts and is therefore much more durable in terms of shock resistance and vibration tolerance. This means that it’s well suited for use in devices that experience frequent movement or vibration such as laptops or tablets.

Slim Design:

SSD drives come in slim designs that allow them to fit into tight spaces inside of laptops and other devices where space is at a premium—unlike bulky traditional spinning disk drives which require more room to accommodate their larger form factor and mechanical components. This gives manufacturers more options when designing products and allows them to create thinner and lighter laptops that still offer plenty of storage capacity thanks to the smaller size of the installed SSDs compared to traditional hard drives.

Low Noise Output:

Because there are no spinning disks involved in reading or writing data on an SSD drive, they produce virtually zero noise when in operation—unlike conventional spinning disk drives which emit loud whirring noises due to their mechanical components. This makes them great for use in quiet environments where audible noise may be distracting.

Lower Temperature Generated:

As mentioned before, one advantage of using an SSD is that they generate less heat compared to traditional HDDs due to their lack of physical components – meaning they don’t require cooling fans or other temperature regulation methods which can increase operating costs over time!

Improved Security:

Since an SSD has no moving parts, there is no risk of data being lost due to physical damage caused by normal wear and tear or accidental dropping/knocking over of the device containing the hard drive – making them ideal for storing important confidential information securely!

Enhanced Performance:

Finally, since an SSD has no moving parts it provides improved performance when compared with traditional HDDs – allowing your device to access data quickly and efficiently with minimal wait times!


SSDs offer many benefits over traditional rotating disk hard drives including durability, speed, energy efficiency, low noise output and slim design options—allowing users to get the most out of their devices without sacrificing performance or storage capacity.

So if you’re looking for a reliable upgrade that won’t let you down then investing in an SSD for Desktop could be just what you need!


By Travis Mann

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