It's about time I have updated my ZFS and windows media file system, I store my media files on Window 11 25H2 and created the first pool in windows 10 on windows 10 pro for workstations using ReFS, I have updated and installed Windows 11 25H2 and updated the storage spaces pool and is working fine.
I access my media via the windows 11 PC via SMB and backup the media on a server with OmniOS installed, can't remember the version as I haven't updated or upgraded for a while.
I have run out of space on my windows 11 PC currently using 5 drives on parity (WD 14TB drives), I have purchased 5 x 28tb Seagate recertified enterprise drives to replace the current WD 14tb drives, I have only got enough space for 5 drives in the windows 11 PC, that's why I am replacing the drives and not adding to them.
I will purchase another identical WD 14tb drive to add to ZFS OmniOS pool currently running Raidz2, 6 x 14tb drives currently and will add another 6, 5 that have been used in the Windows 11 PC.
writing this will get me some help in hopefully prioritising what I need to do to achieve the above.
1) Ensure the backup on the ZFS pool is up to date.
2) format the 5 WD drives used in the Windows ReFS storage spaces system to (FAT, FAT2, NTFS or not bother?).
3) Remove the 5 WD drives from the Windows PC and set aside.
4) Install the five Seagate 28tb drives to replace the WD 14tb drives.
5) Create ReFS storage pool and tweak for performance (I may create another post to get some help when I get to this stage).
6) Re-install the media files from the backup OmniOS server.
7) Test the Windows re-installed media files.
8) Export the ZFS pool on the server.
9) Update OmniOS and Napp_it to the latest, not sure yet how to do this, or maybe I need a full re-install, hopefully not as I will have to start from scratch?
10) Import the ZFS pool.
11) Install the 5 + 1 new x 14tb WD drives in the server.
12) Format the 6 WD drives and add to the storage ZFS pool.
13) Test the ZFS pool working OK and tweak Napp_it for 10gbe performance, although I can't remember how to do that? currently the Windows PC and server are connected via two intel's 540 T2 10gbe network adaptors.
Thank you for all your help, guidance and comments!
I access my media via the windows 11 PC via SMB and backup the media on a server with OmniOS installed, can't remember the version as I haven't updated or upgraded for a while.
I have run out of space on my windows 11 PC currently using 5 drives on parity (WD 14TB drives), I have purchased 5 x 28tb Seagate recertified enterprise drives to replace the current WD 14tb drives, I have only got enough space for 5 drives in the windows 11 PC, that's why I am replacing the drives and not adding to them.
I will purchase another identical WD 14tb drive to add to ZFS OmniOS pool currently running Raidz2, 6 x 14tb drives currently and will add another 6, 5 that have been used in the Windows 11 PC.
writing this will get me some help in hopefully prioritising what I need to do to achieve the above.
1) Ensure the backup on the ZFS pool is up to date.
2) format the 5 WD drives used in the Windows ReFS storage spaces system to (FAT, FAT2, NTFS or not bother?).
3) Remove the 5 WD drives from the Windows PC and set aside.
4) Install the five Seagate 28tb drives to replace the WD 14tb drives.
5) Create ReFS storage pool and tweak for performance (I may create another post to get some help when I get to this stage).
6) Re-install the media files from the backup OmniOS server.
7) Test the Windows re-installed media files.
8) Export the ZFS pool on the server.
9) Update OmniOS and Napp_it to the latest, not sure yet how to do this, or maybe I need a full re-install, hopefully not as I will have to start from scratch?
10) Import the ZFS pool.
11) Install the 5 + 1 new x 14tb WD drives in the server.
12) Format the 6 WD drives and add to the storage ZFS pool.
13) Test the ZFS pool working OK and tweak Napp_it for 10gbe performance, although I can't remember how to do that? currently the Windows PC and server are connected via two intel's 540 T2 10gbe network adaptors.
Thank you for all your help, guidance and comments!