Talk:Virtual memory: Difference between revisions
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imported>Pat Palmer (comment on swap file distribution on Windows) |
imported>Pat Palmer (another comment on swap files that may not belong in the article itself) |
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==swap file distribution across disks== | ==swap file distribution across disks== | ||
I don't think RAID is required to distribute a Windows paging file across two disks, only a second available disk (partition) is required, whether RAID or not.[[User:Pat Palmer|Pat Palmer]] 10:14, 19 January 2008 (CST) | I don't think RAID is required to distribute a Windows paging file across two disks, only a second available disk (partition) is required, whether RAID or not.[[User:Pat Palmer|Pat Palmer]] 10:14, 19 January 2008 (CST) | ||
:Another odd phenomenon: if the swap file is moved entirely to a second drive, say D:, a Windows machine may well boot up faster. I ''think'' that happens because the loading of boot programs from the primary partition (C: drive) can then go on in parallel with the loading of running program parts into the page file (D: drive), so overall, everything gets ready quicker. This is the kind of crap I learned from doing a lot of system administration and spending too many hours of my life watching Windows reboot (smile). It's typically 3 minutes per reboot (still) on practically any machine, because even though machines got faster, the amount of stuff that wants to load itself on startup has gotten correspondingly greater.[[User:Pat Palmer|Pat Palmer]] 10:19, 19 January 2008 (CST) | |||
Revision as of 10:19, 19 January 2008
swap file distribution across disks
I don't think RAID is required to distribute a Windows paging file across two disks, only a second available disk (partition) is required, whether RAID or not.Pat Palmer 10:14, 19 January 2008 (CST)
- Another odd phenomenon: if the swap file is moved entirely to a second drive, say D:, a Windows machine may well boot up faster. I think that happens because the loading of boot programs from the primary partition (C: drive) can then go on in parallel with the loading of running program parts into the page file (D: drive), so overall, everything gets ready quicker. This is the kind of crap I learned from doing a lot of system administration and spending too many hours of my life watching Windows reboot (smile). It's typically 3 minutes per reboot (still) on practically any machine, because even though machines got faster, the amount of stuff that wants to load itself on startup has gotten correspondingly greater.Pat Palmer 10:19, 19 January 2008 (CST)