yes, the newer removable media can support ntfs permissions. Because window operating system has to be able to read the removable device. But be careful!
Yes, they do.
FAT32 is limited to 4 GB files. Files on NTFS can be up to 2 terabytes in size. Another advantage WIndows 2000 would have with NTFS is the support of file permissions. File permissions can stop different accounts from modifying files and folders that don't belong to them. FAT32 does not support file permissions, leaving users free to view,modify, or delete each other's files.
Full Control is needed to change attributes and or permissions of a NTFS folder.
NTFS : Administrators typically use NTFS permissions to assign privileges on a Windows Server 2008 file server.
"Read & Execute" would be the best method for NTFS permissions. For Share permissions it would be "Change".
NTFS supports disk quotas. The varieties of FAT do not. UDF and ISO9660 and similar removable media file systems do not support disk quotas. NFS and SMB network file systems will honor any disk quotas that their server enforces.
"Read & Execute" would be the best method for NTFS permissions. For Share permissions it would be "Change".
because NTFS file system has more benefits than other.. for example you can do some security permissions just on NTFS volumes and files system..
A. The Effective Permissions tab
Effective permission: delete
NTFS (New Technology File System) permissions are categorized into two main types: basic permissions and advanced permissions. Basic permissions include Read, Write, Read & Execute, List Folder Contents, Modify, and Full Control. Advanced permissions provide more granular control, allowing for specific actions like creating files or folders, deleting subfolders and files, and changing permissions. Overall, there are over a dozen specific permissions when considering both basic and advanced options.
There are only two command line tools for setting and viewing NTFS permissions in XP. They are CACLS.exe for "change ACLs", and XCACLS.exe for "extended ACLs".