Broadly speaking, SSDs or Solid State Drives are circuit-based storage media that are built on multiple integrated memory chips without a disk. When compared with HDDs, SSD actually has the same function, it's just that SSD architecture is more reliable and more resistant to shock when invited to travel. Data stored on SSDs is also relatively safer because they are no longer stored in magnetic layers which have a less significant search index speed.
The difference between SSD and HDD
So, to be clearer about the understanding of SSD let's just look at the 7 points that distinguish between HDD and SSD.
1. Differences in terms of the way it works
The way SSD and HDD work are the most basic differences that can be found. If the HDD that we have been using utilizes a combination of mechanical and electrical systems as a supporting component of performance, the SSD is more directed to a full-electric system without any moving parts when writing or reading data. Like a word, the way SSD works is similar to the data transfer process that we usually find on microSD, RAM, or USB Flashdisk. While the way the HDD works is more like a FloppyDisk (diskette)
2. Difference in Data Read and Write Speed
Speaking of data read and write speed, Solid State Drive (SSD) is more reliable because it is able to excel up to eight times the read and write speed of the HDD. In fact, the speed sector is arguably the most crucial factor that makes users want to switch from HDD to SSD voluntarily, despite having to set aside extra budget.
3. Difference in Size and Shape
The next difference can be seen in terms of size and shape, where the HDD has dimensions larger than SSD. So, for those of you who want to have compact storage media as well as high-performance Solid State Drive (SSD) can be the right answer to accommodate your needs.
4. The Difference Between SSD and HDD In Terms of Components
Unlike the hard drive which consists of a drive motor and a rotating disk when used, the Solid State Drive (SSD) only consists of a Micro Chip, Integrated Circuit (IC), and a number of electronic components such as capacitors for storing current and voltage.
5. Difference between HDD and SSD in terms of fragmentation
Fragmentation is a term used to refer to an empty space in the storage media that is caused by data deletion or alteration. Initially, the process of filling files on the hard disk itself will automatically be neatly arranged and sequentially, but over time the arrangement of the files will become messy due to changes, and if the above conditions continue to occur as a result the HDD performance will decrease. This will never happen on a Solid State Drive (SSD) because all the data has been saved into the Flash Chip.
6. Difference in SSD and HDD Prices
Because it is still classified as a new technology, Solid State Drive (SSD) has a price tag that is more expensive than a Hard Disk Drive (HDD). The price difference between SSD and HDD is even relatively incomplete, where for the price of an SSD with a capacity of 250GB can be equivalent to the price of a HDD with a capacity of 1TB.
7. Difference between SSD and HDD from the Effects Caused
The difference in terms of the application of automatic technology provides different external effects between SSD and HDD. PC and laptop users who are powered by HDD are certainly very familiar with the noise generated from mechanical components, while laptops that already use Solid State Drive (SSD) technology are much slower and don't heat up quickly because there are no moving parts.
The use of SSD (Solid State Drive) based storage media is indeed highly recommended to support a variety of mobile activities as it is today. The reason is that our laptops and computers will have a speeding boot speed, easier access to file searches, and avoid potential loss of data due to shocks when the device is taken away