Thanks for the detailed post and images! Here's an analysis:
Observations from Your Screenshots:
- Disk Management Issues:
- The system with the new "C" drive does not seem to recognize the drives as part of an existing storage pool.
- This is a classic sign that the pool metadata isn't being read or imported correctly from the drives.
- Device Manager:
- Your drives are detected in the Device Manager, which shows that Windows can see the physical hardware.
- This suggests the problem is likely with the configuration or pool metadata in the storage space, as opposed to the drives themselves.
- Storage Pool Window:
- Windows is unable to display or connect to the storage pool on the new "C" drive setup, but it does work on the original setup. Additionally, the drives work when connected to your laptop.
- This confirms that the issue lies in the software configuration on the new install.
- Old C Drive and Laptop Behavior:
- The fact that the Pool works perfectly on the old "C" drive installation and on your laptop shows that the metadata on the drives is intact and functional. The issue seems to revolve around how the reinstalled Windows handles Storage Spaces.
Troubleshooting Suggestions:
Here are steps you can take to address the issue:
1. Ensure Pool Metadata Integrity
When moving drives, the pool metadata sometimes doesn't automatically get imported. You can attempt to force the pool to attach using PowerShell:
Code:
powershell
Get-StoragePool
Check if the pool is listed. If it isn't, try:
Code:
powershell
Get-PhysicalDisk | Where-Object MediaType -eq "Unspecified"
Reset-PhysicalDisk -FriendlyName "Your-Disk-Name"
Then attempt attaching it manually:
Code:
powershell
Import-StoragePool -FriendlyName "Your-Storage-Pool-Name"
Once imported, check:
Code:
powershell
Get-VirtualDisk
Repair-VirtualDisk -FriendlyName "Your-Virtual-Disk"
2. Upgrade Drivers
Check if all necessary drivers for your new "C" drive are fully installed and updated. Sometimes, missing chipset or USB/drive-related drivers can interfere with the detection of storage pools.
3. Backup Data
If you have critical data in the Storage Pool, back it up on another system (like your laptop, where it seems to work). This creates a safety net before deeper interventions in the configuration.
4. Delete and Recreate the Pool (As a Last Option)
If the above doesn't bring success, you might need to recreate the storage pool. Here's how you can safely do this:
- Backup the data on the pool first.
- On the new system, go to the Storage Spaces settings, delete the current unrecognized pool, and recreate it cleanly.
- Copy the backed-up data back into the pool once recreated.
5. Check for Windows Updates
Ensure that your new "C" drive installation is running all the latest feature updates for Windows. Missing updates, particularly in "Windows Server" features (which underpin Storage Spaces), can cause functional disparities.
Additional Notes:
The behavior you're experiencing suggests a mismatch or lack of synchronization in how the new "C" drive environment is reading or identifying the pool's metadata. PowerShell commands to manually reset and import should typically restore expected functionality.
Let me know if you're comfortable proceeding with PowerShell, and I can guide you in more detail!