![]() The write protection is intended to prevent this condition from actually causing data loss, e.g. ![]() This behavior is typical of flash drive controllers when they detect a problem with the underlying NAND (e.g. If the drive is read-only no matter what computer you plug it into, or you've tried the above steps to no avail, then the drive has probably experienced a fault condition, and it's generally not possible to remove write protection from a faulty flash drive. These options are of the topic "probably the drive is dead, but I want to try anyway if that's the case, and I certainly don't care about recovering my data" This can be done in Linux in two different ways. If another computer is not available, shutting the machine off, letting it cool down for a while and then retrying might solve the issueįorce the drive to ignore the issue and write to it anyway. The easiest and most reliable way to check if you are experiencing this issue is to test the drive on a different computer. Power problem on the USB used to read the drive. Typically, this can be addressed by replacing the card reader, although faulty drivers or incorrect software configuration can also cause this problem. If this mechanism isn't working as designed, a SD card can appear to be write-protected even if it is otherwise functioning normally. This means that hardware and software other than the card itself is responsible for checking the lock state of the card. The position of the write protect switch is unknown to the internal circuitry of the card. It is the responsibility of the host to protect the card. The mechanical lock switch on an SD card is not connected to its electronics: ( SD cards only) Broken or altered write-protect switch in the card slot. The registry key HKEY_LOCAL_MACHINE\System\CurrentControlSet\Control\StorageDevicePolicies should either be absent or set to 0 if it is set to 1, Windows will not allow writing to external storage devices. If you're running Windows, it's possible that your system's Group Policy may be disallowing writing to external storage devices, including USB flash drives. It's also important to eject the drive properly before removing it or at least wait until the drive has finished writing, as removal of the drive while it is writing data can cause low-level data corruption. If this addresses the problem, your drive is probably working normally. The drive might have a corrupted filesystem or other issue (possibly specific to a particular computer or OS) that can be corrected by using CHKDSK or a similar utility. If you're able to write to the drive from another computer, you might be experiencing one of the following problems:įilesystem corruption. If the drive appears to be write-protected, start by inserting the drive into another computer to isolate the cause of the issue.
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