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I have just built a new PC for myself. These are the components I used:
PSU | 102.68 | Enermax Infiniti 650W PSU |
Case | 83.45 | Antec P182 |
CPU | 164.82 | Intel Core 2 Quad Q9300 2.5GHz 1333FSB 6MB L2 Cache |
Heatsink | 36.39 | Zalman CNPS9700 |
Mobo | 115.51 | Abit IP35 Pro |
RAM | 70.08 | OCZ 4GB Kit (2x2GB) 800MHz/PC2-6400 Memory |
HDD | 117.98 | WDC Raptor X 150 GB, 1.5 Gb/s, 16 MB Cache, 10,000 RPM |
Graphics | 141.34 | Nvidia GeForce 8800 GT |
Optical | 17.15 | HP Dvd940i DVD writer |
Card reader | 10.99 | XPro Black Internal 3.5" 17-in-1 Card Reader With USB2 |
Monitor | 174.00 | Samsung SM226BW |
OS | 59.87 | Microsoft Windows Vista Home Premium 64 bit - Licence and media |
1,094.26 |
An interesting (to me anyway) calculation is to devise a figure for all new PCs I deliver to clients that indicates the oomph per £. By dividing the aggregated performance metrics of each PC by the price paid for it, the last six PCs I delivered cost an average £709 and their ratios of performance to cost are 1.1, 0.7, 0.9, 1.0, 0.7, 1.0 My own new PC cost me more than average - £1,094 but my performance to cost ratio is 2.3. Meaning that by spending 50% more than average, I have a PC giving 150% more performance than average.
So my new PC goes about 2.5 times (or 3 times after over clocking) as fast as the average for relatively little increased cost. So what ? Well there are two conclusions I draw: that spending a little more gives a big payback in terms of value for money, and by having a PC that well specified, I can probably make it last two years longer than more modest machines. So the cost per year turns out to be similar - only mine goes faster than yours :-)
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