This means that every stripe on every disk will have to be read and overwritten, So a volume with added disk should look like this: In Striped / RAID-5 Volumes, data is written in stripes across disks, like this: Notes about adding disk to a RAID-5 array: To extend the filesystem (to include the newly unallocated space at the end of the volume after extending the volume / adding disk) use the 'extend filesystem' operation. Whenever you use the 'extend volume' or 'add disk' operations in Dynamic Disk Partitioner, you are extending the volume, the filesystem remains unchanged. Note about the difference between volume size and file system size: There are no official specifications for the NTFS file system. The structure has been reverse engineered ( ) and while I believe most of the information is accurate, there are some unknowns. There are no official specifications for the LDM database. I take no responsibility for any data loss that may occur. The software may contain bugs and/or limitations that may result in data loss, backup your critical data before using it. Note 3: In some cases Windows Vista will detect some disks as 'foreign' after taking the disks back online, import the disks and refresh the view (F5) to bring the array back to health. Note 2: The on-disk data-structures are identical from Windows 2000 to Windows Server 2016. Note 1: Windows Vista introduced direct disk access limitations, but a disk can still be directly accessed when taken offline. Windows 2000 / Windows XP / Server 2003 / Windows Vista / Windows 7 / Server 2008 *for example, you can connect disks with RAID-5 volume to a computer running Windows XP (which does not support RAID-5 volumes), and copy files from the volume using this program.
The program was designed to withstand a power failure, and can resume the 'move' and 'add disk' operations after a power failure without data loss.
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