Not in Windows 10/11. You can still “eject” if it makes you feel better, but it’s basically redundant. They reworked the support for removable media so they are always ready to remove except during active read/write operations.
Read/write operations can happen in the background at any moment as long as the drive is mounted, so that’s not terribly comforting.
Anyway, Windows has always avoided deferring writes on removable media, for as long as it’s been capable of deferring writes at all. That’s not new in Windows 10.
Linux has a mount option, sync, to do the same thing. Dunno if any desktop environments actually use it, but they could. Besides being slower, though, it has the downside of causing more write operations (since they can’t be batched together into fewer, larger writes), so flash drives will wear out faster. I imagine Windows’ behavior has the same problem, although with Windows users accustomed to pulling out their drives without unmounting, I suppose that’s the lesser of two evils.
Not in Windows 10/11. You can still “eject” if it makes you feel better, but it’s basically redundant. They reworked the support for removable media so they are always ready to remove except during active read/write operations.
Read/write operations can happen in the background at any moment as long as the drive is mounted, so that’s not terribly comforting.
Anyway, Windows has always avoided deferring writes on removable media, for as long as it’s been capable of deferring writes at all. That’s not new in Windows 10.
Linux has a mount option,
sync, to do the same thing. Dunno if any desktop environments actually use it, but they could. Besides being slower, though, it has the downside of causing more write operations (since they can’t be batched together into fewer, larger writes), so flash drives will wear out faster. I imagine Windows’ behavior has the same problem, although with Windows users accustomed to pulling out their drives without unmounting, I suppose that’s the lesser of two evils.