Ostrich Solutions - PC Systems
The price of a home computer these days is getting cheaper all the time, I bought my first PC for £1,000 in the early 90's, and it came with all the computing power of a toaster! For the same money today you can buy a truly impressive piece of equipment so it's no surprise that most homes now have at least one.
You can walk into just about any High Street store and pick up a respectable PC for several hundred pounds which is fine for most people. For those that are a little more discerning and would like something a bit more bespoke, buying off the shelf can be a frustrating experience. You cannot always get exactly what you want and you find you have items you don't need and what you do need is missing!
The last off the shelf PC I bought was the 'toaster' I mentioned above, since then every home system I've had I have hand built using the components I wanted, or in many cases those I could afford!
If you want something a little more personalised, I can build and supply you with a computer of any specification you desire, or that your budget will stretch to.
I only ever use high quality, branded components, such as:
- Intel & AMD Processors
- Crucial Memory
- Abit or Asus Mainboards
- Western Digital Hard Disk Drives
- Logitech peripherals
- All systems are Windows Vista compatible
The above is just a selection, if there's a specific component you desire and it's available and compatible, then I can include it.
You will never find cheap, generic parts in anything I build.
I cannot match the prices of the big suppliers, having a system built to a particular specification is not the cheapest option by any means, however for those that want to pay a little extra and get their exact requirements, we can provide a solution.
If you know exactly what you want, please email me with your requirements and I'll get back you with a price, normally within 24 hours. Alternatively I can provide you with a selection of options made from carefully selected components.
All systems guaranteed for 12 months (return to base).