7 Reasons Why You Need to Upgrade to SSD
If your old laptop or PC is beginning to slow down, you may want to think twice before looking for a replacement. Research shows that 75% of Brits prefer to throw away their electronics rather than repair them, but did you know that a vast majority of electric-related issues could be fixed and avoided?
One of the best solutions to repairing an old PC or laptop is to upgrade individual components, such as storage. In fact, in recent years, a new PC storage system has revolutionised the traditional hard disk drive (HDD): the solid state drive (SSD).
Here are 7 reasons why upgrading from a HDD to SSD will significantly improve your PC or laptop’s efficiency.
- Much Cooler
Unlike the traditional HDD, the SSD operates without any moving parts, and in fact operated using flash memory, meaning no heat is generated while they operate. When you run several programs at the same time, this decreases or even eliminates the chance of the machine overheating.
- Super Discreet
Also owing to the lack of moving parts, a computer becomes much quieter once an SSD is installed. Although the computer’s fans will still be in operation and you’re able to hear them, the cool SSD system reduced the chance of that happening. So you can enjoy using your machine with no clicking, no vibrations, and no whirring like the old HDD.
- More Durable
Although statistics show that a tiny number of SSDs fail every four years, it has been agreed that HDDs have much higher rates of failure over shorter amounts of time. Due to operating with moving parts, the average lifespan of a HDD is around 25% shorter than that of an SSD.
On average, a HDD will function for 1.5 million hours before failure, whereas the newer SSD have averaged around 2 million hours of functionality before failure. Naturally, as a result, SSDs are the more dependable choice when choosing storage solutions for all of your irreplaceable digital data.
- Higher Speed
Typically, the aim of updating a system or part is to improve speed. A solid-state drive (SSD) can achieve speeds approximately 2,000 times faster than a conventional hard disk drive (HDD). The typical consumer would find general machine use much more comfortable as a result of this. SSDs are a must-have if you’re doing a lot of video editing or making music.
Hard drives need to warm up before they can function properly, with boot time averaging around 30-40 seconds, compared to the trivial 10-13 seconds it takes for a device using SSD storage to boot. Being at least three times faster than its older counterpart isn’t the only thing that gives the SSD a speed advantage.
In particular, SSDs can read and write data at a quicker rate, allowing for much faster uploads and downloads. While hard drives read and write at a rate of 50-120MB per second, studies have found that the reading and writing speed of SSD drives to be at least 200MB per second, and certain types of SSDs such as PCIs, can read and write at up to a staggering 2000MB/s. Additionally, the file opening speed of a solid-state drive is also around 30% faster than that of a hard drive. As a consequence, there are more operations and the system is more effective overall.
- Much Tougher
As we have seen from all the previous points, the SSD’s effectiveness is aided by the absence of moving components. An SSD would not have the same problems as standard HDDs, i.e. do not have the moving components that could then break or falter. This significantly lowers the risk of failure.
There is a substantial difference in the way hard drives and SSDs are made. Essentially, hard drives are small spinning disks that store data using code in the magnetic coating. Conversely, SSDs utilise flash memory, making them ideal storage solutions for PCs and laptops.
- No Match for Magnets
Anyone who has watched a movie scene about a tech heist will be familiar with the technique of putting a magnet over a computer. This isn’t just Hollywood magic; the fact is that since HDDs store data using magnetism, a powerful magnet could be used to potentially corrupt data. This is not a problem for SSDs, as no magnetism is involved within their components.
- Require Less Power
For internal circuits, SSDs only need electricity, while HDDs need to spin more than one plate. When compared to an HDD, this saves a significant amount of energy. As a result, SSD is the more environmentally friendly choice.
According to tests, HDDs use about 50% more power than SSDs, reducing battery life and can energy bills. Furthermore, SSDs generate cooler devices, which is beneficial in conditions where heat affects machinery efficiency.
The HDD consumes more power than an SSD due to all of the parts used to spin the platters.
Ready to make the switch?
If you want to update your machine without having to buy a new one, an SSD upgrade is the way to go. This will renew your computer’s efficiency back to brand new. To explore your options, contact our professional team today and we will advise regarding our expert services.
Benefits to SSD upgrades