The conventional HDD has been the primary storage for PCs for a while now. However, SSDs have gradually been turning the tables to become a superior choice and for a good reason. They boost your PC’s speed, are more reliable and energy efficient than their counterparts.
You’ve been considering an upgrade to SSD for a while now. But do you know what you should look for when shopping for an SSD? If your answer is no, please stick around because not all SSDs are similar or will suit your needs.
6 Tips You Need To Consider Before Buying an SSD
Smaller SSDs are best utilized as “boot drives.” Your SSD’s performance is pegged to its storage space limit. For instance, a 120-256 GB SSD limits its performance to enhanced boot, browsing and software speeds. For gamers, a 512GB SSD is recommended while a 1 TB serves 4K movies lovers and AAA games softwares.
Your operating system is stored on a boot drive. Despite the rest of your tech requirements, installing Windows on an SSD would speed up your PC’s boot time. You can also add some frequently used software and games to it.
One other main criterion for choosing an SSD is affordability. The cost of SSDs does, however, change frequently.
Regardless of the existence of large storage SSDs, anything costing more than 3 TB is typically out of most people’s pricing range.
- SSD Type
SSDs are mainly manufactured in three forms. These types of SSDs include the 2.5”, 3.5”, M.2, mSATA.
- 2.5” – This is a popular SATA SSD choice.they are similar in shape and size to conventional HDDs and are compatible with PCs that have a 2.5” HDD and a spare SATA connector.
- M.2 form – These SSDs are shaped like a stick of a Ram although smaller. Compared to NVMe SSDs, these upgrade cards are quite expensive but extremely quick. Their storage capacities range upto 2, 4 and 8 GB.
Most NVMe SSDs won’t be considerably faster than the more affordable SATA variants if your everyday chores include web browsing, office programs, or even gaming.
You would be better off upgrading to an NVMe SSD if your daily duties involve larger workloads like massive file transfers, advanced video or photo editing, transcoding, or compression/decompression.
- Power Consumption
You probably don’t care how much power you’re using if you’re a desktop user. However, if you desire an all-day battery life, drive efficiency is more crucial than speed for owners of laptops and convertible tablets.
You can considerably extend your unplugged run time by selecting an incredibly efficient drive such. Additionally, because there are more NAND packages on larger drives to write your data on, greater capacity models can consume more power than smaller drives.
Additionally, SSDs with TRIM support optimize the drive’s performance by regularly cleaning deleted files.
Manufacturers describe the SSD performance in terms of sequential read and write speeds, which are typically up to 500MB/s for reading and somewhat slower for writing. You can verify your SSD performance with reliable tools.
In essence, this is how quickly it reads and writes data. Games and programs load more quickly with a high read speed, and uncompressing files is easier with a high write speed.
The manufacturer’s estimate of the product’s mean time between failures (MTBF) is calculated by dividing the total number of running hours supplied by the quantity of failed units. Though it is never a guarantee that a product will last that long, a long MTBF is always a valuable signal.
If you’ve read to this end, you now have the knowledge to narrow down on your ideal SSD choice. Do not forget other factors such as warranty, support, brand and error code correction.