Adding a solid state hard drive is one of the beefiest upgrades you can give a laptop or desktop. And while solid state drives still haven’t seen their primetime with PC and laptop users, their price has dropped immensely, and to a point where those who have been interested in upgrading have the perfect excuse to invest.
These tiny 2.5 inch drives are easy to install in most laptop cases, and can easily be adapted to a 3.5 inch desktop drive bay as well. Installing one in your machine means reduced power consumption, better read/write speeds, a lighter and cooler machine, plus ever-important stability.
It is important to note all the different benefits that come from SSDs, as you can’t simply choose a drive by whichever has the fastest sequential read/write speed. In terms of speed, it is better to go by random read/write speeds anyway since that is a more realistic use, but each drive has its strengths and weaknesses.
That said, we’ve picked out five top drives that bring very few weaknesses to the table, while offering top performance and enterprise features at consumer prices. Check it out below.
While the indisputable performance champion of the consumer SSD universe is the Samsung Pro, it is its little brother, the Samsung 850 EVO, that is garnered as the best value in an SSD. If budget is not an obstacle, the Pro is an easy pick for any type of machine, but most users will get more value out of the 850 EVO, a cheaper drive which has most of the same features.
For one, the 850 EVO shares its light and compact 7 mm form factor with its Pro counterpart, meaning it will easily fit into most all notebook cases as an upgrade. Both also come with Samsung’s Magician Utility, which will clone your old drive with ease.
Both drives also have AES 256-bit hardware encryption, which is the level of encryption required for information systems of banks and hospitals. Hardware encryption is invaluable when up against spyware, as it protects against malicious code and brute force attacks.
The big appeal of Samsung SSDs, though, is their innovative 3D V-NAND technology (vertical NAND), which increases drive longevity and write speed. Samsung employs a 3D memory configuration, meaning that rather than line their NAND flash memory cells flat along the surface of a silicon wafer in a typical manner, they stack them into 32 layers atop one another.
Again, this mechanically translates to a faster and more durable drive. Drives 250 GB and smaller are rated for a total 75 TB written before they crash, and those larger are rated for up to 150 TB. Both of these are numbers that will never be breached by 99% of SSD users, and one that stacks up well against the competition.
Samsung’s 3D V-NAND drives also consume about half the power of 2D NAND drives, meaning they can improve laptop battery life further than other SSDs, which according to Samsung can be by up to 50 minutes.
This technology does not sacrifice performance either, as the 850 EVO sports an impressive 550 MB/s sequential read speed, and 520 MB/s sequential write speed. Its random read speed is 100,000 IOps (in/outs per second) and its random write speed is 90,000 IOps.
These speeds are only enhanced when enabling Samsung’s RAPID mode, which utilizes unused PC memory (DRAM) as a high-speed cache for improve performance. The drive’s automatically enabled TurboWrite also gives a remarkable boost beyond the capabilities of Samsung’s previous 840 EVO.
Short of missing an included spacer or mounting bracket, there is not much more you can ask for out of the 850 EVO. Is it the cheapest SSD out there? No. Is it an incredible bargain for top performance? Hell yes.
The Crucial MX200, successor to the wildly popular MX100, marks an upgrade across the board for Crucial SSDs. This 7 mm drive comes included with a 9.5 mm adapter bracket to fit in the place of a slim laptop HDD, and more importantly, several enterprise-grade data security features.
To start, the MX200 has one of the highest endurance ratings on this list, which means power users will be able to perform data-intensive tasks like video editing or data swapping without worry. Crucial’s 250 GB, 500 GB and 1 TB capacities have respective endurance ratings of 80 TB, 160 TB and 320 TB of data in one lifespan.
This longer life expectancy is good enough to offset our disappointment in the MX200’s measly 3 year warranty, but it is a shame considering that if Crucial supported a longer warranty on this product, it would be one of the most solid purchases in data storage.
The drive offers further fail-safing in their RAIN technology, which protects user data at the component level. RAIN disperses data on multiple storage components within the drive, making for a safe copy if one component fails.
Adaptive Thermal Protection technology is also utilized to automatically control storage component activity based on how much usage the drive is undergoing. This keeps the drive from overheating by only ramping the drive up to maximum power when needed.
The MX200 tops everything off with Power Loss Protection as well, which preserves user data if power is lost. But considering the high energy efficiency from SSD drives, losing power is expected to happen less often.
In terms of performance, the MX200 achieves a sequential read speed of 555 MB/s and a sequential write speed of 500 MB/s – fairly high. For random data access, the MX200 also impresses with a read/write speeds up to 100,000/87,000 IOps.
These high read/write speeds can be accredited to the drive’s Dynamic Write Acceleration, which allows it to switch between SLC (single-level cell) and MLC (multi-layer cell) modes depending how much data is streaming and where it is.
Crucial’s MX200, again, gives us just about anything we could ask for. The drive and the limited version of Acronis backup software that’s included make for a great deal for those looking for maximum performance and features.
The Transcend SSD370, while definitely on the budget end of the SSD spectrum, proves with that it can compete with other top drives’ impressive specs.
This 2.5 inch drive makes for an easy upgrade, as it includes a 3.5 inch mounting kit, which would be used for upgrading a desktop. Nevertheless, the drive will be an easy fit into a laptop at 7 mm thick, and it includes a cloning application in its included SSD Scope Utility.
The SSD370’s performance does not earn top numbers, but is still plenty fast with a max sequential read speed of 570MB/s, and a max sequential write speed of 470MB/s. Its random read/write speed are notably lower than other models at 75,000 IOps, but this is still leagues faster than an average HDD, which would perform in the neighborhood of 170 IOps.
The SSD370 also promises decent longevity with its built-in wear-leveling and its Error Correction Code (ECC), both of which help keep the drive working reliably. While this is another drive that is hampered with a small 3 year warranty, its endurance measured in TBW scores quite well.
The 128 GB version can write 150 TB; the 256 GB version can write 280 TB; the 512 GB version can write 550 TB; and the 1 TB version can write 1180 GB. That means for each drive, one would have to fill it over 1,000 times to exhaust its writing capability.
This alone would make the Transcend a more durable drive than the MX200, but the SSD370 loses points for not supporting certain encryption types out of the box. Its customized firmware does allow for encryption, however.
This drive also supports SATA Device Sleep Mode, an ultra-low power state that preserves battery life further. Given that all of these features come in at a price tag lower than the Samsung 850 EVO, this is a serious contender for anyone looking to make an awesomely budget PC upgrade.