Best value SSD Upgrades in Brighton and Hove

Using only high quality drives we will install and setup retaining all your data and return to you transformed! 

All work comes with a 12 month guarantee and unlimited support 

Drives come with manufacturers 5 year warrenty 

Don't think that's your old Mac is too old to invest in. An SSD will make it feel like a new machine combined with system update it will transform performance.

Machines dating back to 2008 can benefit from this upgrade and be completely transformed.  

Call Clive now to arrange 07812 990026

Storage vs. memory 

In a nutshell, storage is where the information (such as Word documents, photos, movie clips, programs, and so on) is stored. In a computer, the whole operating system itself, such as Windows 7 or Mac OS, is also stored on the internal storage device.

Storage is nonvolatile, meaning that the information is still there when the host device (a computer, for example) is turned off and becomes ready again when the device is turned back on. It's like a book or a paper notebook that's always there, ready for you to read or write on.

System memory, on the other hand, is where information is being processed and manipulated. Data in the system memory is volatile, meaning when the computer is turned off, it's gone; the memory becomes blank as if nothing had been there before. It's somewhat like the short-term memory part of your brain, where images or ideas are being formed and processed when you read a book--those that disappear the moment you stop reading.

There's a strong relationship between system memory and storage. The Word document that you're working on, for example, is in the computer's memory. When you save it, a copy of it now resides on the computer's storage (the hard drive). When you close Microsoft Word completely, the document now only resides on the hard drive (storage) and no longer in the memory, until you open it again.

All this means, you generally never experience storage. Everything, including the operating system, that's presented to you on a computer's screen or via the speakers actually take place in the system memory. Before it gets there, however, it needs to be loaded from the computer's storage device into the system memory. So the larger and faster system memory the computer is equipped with, the more quickly the information becomes ready and the more you can do with a computer at a time (multitasking).

Of course, memory is just one of many factors that decide a computer's performance. Another factor is the storage itself, which mostly likely is either a hard drive (aka, hard disk) or a solid-state drive.

Hard drive vs. solid-state drive

A modern hard drive is very different from earlier generations, which dated back to the late 1950s. However, essentially, the basics remain the same. It's a box that contains a few magnetic disks (known as platters) attached to a spindle, very similar to a spindle of blank CDs or DVDs. Each of the platters has a reading/writing head hovering on top. As the spindle spins, the head moves in and out to write or read data to and from any part of the platter, on tiny information-recording unit called "data track." This type of access to information is called "random access," as opposed to the inefficient "sequential access" found in the old and obsolete types of storage, such as tape.

While the concept is rather simple, the inside of a modern hard drive is a world of advanced nanotechnology. This is because as hard drives' storage capacities increase while their physical sizes remain the same, the density of information written on the platters becomes so great that if we use measurement units, such as foot or inch, to talk about certain parts of a hard drive, we'll have to deal with decimal numbers of unimaginable proportions. Instead, we need to use nanometers. One nanometer equals 1 billionth of a meter (a meter is about 3.3 feet for those of you in the nonmetric countries).

An SSD, on the other hand, has no moving parts. Similar to system memory, SSDs are microchips designed to store information. However, these are nonvolatile memory chips that can retain information the way hard drives do.


On the outside, a standard SSD looks just like a regular 2.5-inch hard drive and it also works in any applications where hard drives are used. The fact that it has no moving parts means that an SSD is much more efficient in terms of energy usage, more durable, quiet, and much faster than a hard drive. In our testing, the SATA 3 Seagate Barracuda XT, one of the fastest consumer-grade hard drives, offered real-world copy speeds of around 115MBps, while the OCZ Vertex 3 easily offers around 260MBps.

For this reason, a computer that uses an SSD as the main storage device boots and shuts down very fast and can resume from sleep mode instantly. Software applications, including heavy ones like a 3D game or video-editing application, also take significantly less time to start and operate, compared with when the computer uses a hard drive as the main storage.