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#41
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My recommendation based on experience: Upgrade to 2GB and disable paging altogether (set pagefile size to zero). Windows is aggressive about paging out storage that hasn't been 'recently' touched, when it doesn't really need to. |
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I did this about 2 months ago and have seen significant improvements, especially when switching applications. With a paging file, if you start up, say, MSWord and Firefox, and then use one of these exclusively for half an hour, the other one will be mostly swapped to disk. When you switch back, there's a long delay while a flurry of page faults occurs and the app is loaded back in. |
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If you can spring for the extra GB you can dispense with paging altogether. You will probably see even more significant relative improvement on a slower CPU. Ignore all pagefile tweaking advice. Leave it alone if you have a single disk. |
#42
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Terry Pinnell wrote: I just upgraded my Athlon 1800 512 MB to 1 GB. Is there any general consensus on the 'best' setting I should use for page file please? I recall a few years ago much debate/controversy over this, but wonder if a consensus has now emerged? My CPU is now slow by today's standards (runs at 1533 MHz), so I naturally want to get the most out of this extra RAM. My recommendation based on experience: Upgrade to 2GB and disable paging altogether (set pagefile size to zero). Windows is aggressive about paging out storage that hasn't been 'recently' touched, when it doesn't really need to. I did this about 2 months ago and have seen significant improvements, especially when switching applications. With a paging file, if you start up, say, MSWord and Firefox, and then use one of these exclusively for half an hour, the other one will be mostly swapped to disk. When you switch back, there's a long delay while a flurry of page faults occurs and the app is loaded back in. If you can spring for the extra GB you can dispense with paging altogether. You will probably see even more significant relative improvement on a slower CPU. |
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Note that none of this applies to Linux. Linux in contrast is frugal with paging and swaps out only when it really needs to, i.e. when the total working-set exceeds real memory size. Adding memory to a Linux system that isn't already swapping won't improve performance much. |
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