Try to remember when PCs first arrived and you had just 4K of RAM? Then the Atari 1600 arrived with 16K of RAM. The selling price tag on that thing was huge.

We have now come a long way from those early days. Nowadays your normal computer has 32 bit processors and a minimim of 128 meg of RAM as well, and that sum will barely operate anything.

Windows XP recommends that you use run the operating system with no less than 64 meg. Anybody that has attempted to work Windows XP on 64 meg of RAM appreciates that the Pc itself runs at a snails pace. It is possible to really follow the redraw rate on your own windows applications while they open up. Miserable doesn’t even commence to describe it.

Given that reality, when you then take the recommendations for running Windows Vista with 512 meg of RAM you can only imagine what the real demands will be to run the process for what would be acceptable. We’re likely discussing somewhere around one gig. Perhaps even a 2 or 4 gig dependant upon how heavy your applications are. That is a mind boggling quantity of memory space if you go back not so long ago since the late 1990s when your highest end network systems didn’t need more than 256 meg of RAM.

Even though 64 processors are slow to hit the ground operating, at some point they are going to be a requirement as 32 bit processors just won’t do the job any longer simply because 32 bit processors can’t handle in excess of 4 gig of RAM. As a matter of fact the existing Intel Pentium 4 (EM64T) and AMD Athlon 64 (AMD64) desktop computer system processors can handle 1024GB (1 Terabyte) of memory. You heard right; 1 Terabyte. It won’t before computer software companies take advantage of all that power.

Looking at today’s video games, it is painfully clear that only 1 gig storage just isn’t going to do it. In most high cost games there is a 20% increase in frames per second just going from 1gig to 2 gig of system storage.

Specialists all agree that with the rapid improvement in technology, memory requirements for computers will not stabilize until we have physically reached the point where we can no longer count that high. So in the near future, it is not inconceivable, possibly within the next 4 or 5 years, that a common system memory requirement will look some thing like this.

Windows 3000. The least amount of memory to run operating system, 10 gig. Memory to operate Windows Operate Suite XXXP, 50 gig. If running simultaneous triple bilateral supercharged processors advised memory space is 100 gig.

Although the above dramatization may perhaps sound amusing or even a little absurd, it’s probably not as far away from the realm of possibility as it sounds. If you think this is out of the realm of possiblity, then you might just want to take a look at that Atari 1600 in storage.

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