O
Olivier Marquet
Can someone tell me whether I should use NTFS, FAT or FAT32 when formatting
my Readyboost USB drive?
Thanks in advance.
my Readyboost USB drive?
Thanks in advance.
Olivier Marquet said:Can someone tell me whether I should use NTFS, FAT or FAT32 when
formatting my Readyboost USB drive?
FAT32. I disagree with those who said NTFS. I read somewhere that FAT32
requires less disk reads and writes than NTFS, meaning that your flash
drive will last longer.
Gazwad said:Ken Gardner <[email protected]>, the wobbly-vagrant and jazzy
hip-hitter who likes merciless zipper surfing with moray eels, and
whose
partner is a cab-moll with a nauseating hey nonny nonny, wrote in
LOL
NTFS
Saws are too hard to use.--------------- ---- --- -- - - - -
Michal Kawecki said:
Ken Gardner said:Michal Kawecki said:[...]FAT32. I disagree with those who said NTFS. I read somewhere that
FAT32 requires less disk reads and writes than NTFS, meaning that
your flash drive will last longer.
http://www.uwe-sieber.de/usbstick_e.html
http://www2b.abc.net.au/science/techtalk/newposts/423/topic423591.shtm
I didn't find those specific sites, but I found others like it. But
doesn't Vista encrypt the contents of the ReadyBoost cache?
If so, isn't NTFS better suited for it despite the shorter shelf life?
[Note: not that I am going to change to NTFS solely for this reason --
the ability to encrypt the cache file alone is not enough reason for
me to switch the flash drive to NTFS.]
If a wear-levelling mechanism is poorly implemented then flash memory
will be quickly wear-out, because NTFS make write operations even when
you only read files. But I think in case of ReadyBoost pagefile it's not
very important; it's a single file only, and it's accessed by system
differently than normal files (by direct addressing 4 kB chunks).
Saws are too hard to use.--------------- ---- --- -- - - - -
Windows shell/user) said:I can't see how wear-levelling can work when the entire capacity of
the device is in use...
cquirke (MVP Windows shell/user) said:I can't see how wear-levelling can work when the entire capacity of
the device is in use...