It’s hard to find someone who has minor interest in computers and their hardware that did not hear of solid-state drive (SSD). But that doesn’t mean the majority of computer users are aware of this viable alternative to the traditional mechanical hard drive, as this matter is only revealed to the ones who pursue the latest technology news or follow up a technical blog/website that enlightened them on this device.
It has been a matter of fact among everyone who has interest in the technical field that the biggest bottleneck that slows down any computer, regardless the power of its processor or graphics card, is the storage subsystem featured in the mechanical hard drive. That’s because the transfer of data between the storage subsystem and the processor is the place where slowness occur, and once this operation becomes faster, the whole system performance get optimized. There is a consensus by IT professionals on this matter, and that’s why you keep reading on their websites that an SSD is a revolutionary hardware upgrade that must be applied by everyone who needs to take their system to the next level of computing.
Solid state drives (SSD) have gained a very good reputation in the last few year since they were firstly released as they were known, and still, of their high speed and solid performance, although they suffered in their early days endurance issues, but the new modern ones have overcome that and become so durable that can even last to 10 years with intense usage. One of the segments highly developed to achieve these goods results is called: Controller, which is deemed one of the core factors that determine how good an SSD can be. Just two years ago there were only two SSD controllers to choose between: Marvell and Sandforce, but things changed over the last year since SSD manufacturers began to make their own controllers, like OCZ, Samsung, Corsair and others.
When going for shopping for a solid-state drive (SSD), one of the most cared for features in any good buy is endurance. The SSD endurance is one of the fundamental factors that determine which SSD is best and which is not good. And by the consistent advancement and development of SSD industry, and that many users are tending to switch over to this relatively- new flash-based technology, we find ourselves compelled to outline some aspects of SSD endurance to help explain this matter with simplicity to novices and anyone who wants to understand more on SSD aspects.
Pursuing the news of solid-state drives (SSD) will lead you certainly to hear something about NAND flash memory, as an SSD is basically built with it. This type of memory is what makes SSDs super fast drives in data transfer processes, and accordingly impress the users and help them optimize their applications and improve their general computing experience. But have you asked yourself why NAND flash memory only? Or is there other types of memory used for the same purpose of SSD? And if there are, in what fields are they used? Knowing the answers of these questions help enlighten you better in the space of technology especially in solid-state drives (SSD).
When you speak about performance and stability in data storage industry, solid-state drives (SSD) find their strong presence in your talk. It’s the fact that SSDs proved themselves in a very short period to be the most reliable and fastest storage media available nowadays. Just imagine how an SSD can do to your computer. The boot-up time will be cut down, applications will launch multiple times faster than traditional hard drives, and you can do more multi-tasking operations with it which was not possible in the past with the mechanical drive.