That number was only for random write performance. And if you have an SSD that supports TCG Opal and eDrive standard (IEEE-1667) for hardware based bitlocker encrytion then there is no negative speed impact.
Random write performance is pretty huge to take a hit on. That means every time you’re writing a new file and the disk looks for a place to put data, it takes twice as long to find a spot to put it. That’s pretty huge.
True, the system partition is, but not where actual user data is. That won’t be encrypted unless the user enables FileVault, granted it does ask during initial setup if you sign in to iCloud if you do want to enable it, but it’s default is off
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https://www.tomshardware.com/news/windows-software-bitlocker-slows-performance
That number was only for random write performance. And if you have an SSD that supports TCG Opal and eDrive standard (IEEE-1667) for hardware based bitlocker encrytion then there is no negative speed impact.
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Random write performance is pretty huge to take a hit on. That means every time you’re writing a new file and the disk looks for a place to put data, it takes twice as long to find a spot to put it. That’s pretty huge.
Yeah it would only be that slow if you don’t have a CPU with AES-NI instructions (which were introduced nearly a decade and a half ago)
No desktop OS does, (Excepting the odd Linux distro I’m sure is out there), not even macOS does.
iOS/Android yes
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True, the system partition is, but not where actual user data is. That won’t be encrypted unless the user enables FileVault, granted it does ask during initial setup if you sign in to iCloud if you do want to enable it, but it’s default is off
Read the source. I just shortened it