If you have a large cache already on the drive (the "130 GB hold") and cannot lose it, you cannot simply format. Windows allows conversion from FAT/exFAT to NTFS without losing data.
kill -STOP <PID>
Do not use drag-and-drop to transfer data. This forces a file-by-file update, destroying the existing cache. Step 4: Finalizing and Verification prepare exfat ntfs drives 130 hold to keep existing cache
parted -s $dev mklabel gpt parted -s $dev mkpart primary 2048s 100%
Note: If you want to disable caching (write-through), you would use the sync flag. There is no standard flag "130". If you have a large cache already on
Note: With this policy enabled, you must always use the "Safely Remove Hardware" icon before disconnecting the drive. Method 2: Command-Line Preparation (Diskpart)
Remember the golden rule of cache management: Whether you use the .cache hold command in a debugger or the "Write-cache flushing" policy in Device Manager, the goal is the same—telling Windows to leave your 130 GB of existing data untouched while using the drive for active processing. By following the steps outlined above, you can ensure your drive is formatted correctly and configured to retain your vital cache without losing a single byte. This forces a file-by-file update, destroying the existing
When a system warns you to "prepare exFAT/NTFS drives" and mentions a "130 hold", it is usually referring to (holding 130 GB). This is common in caching utilities (such as PrimoCache or Intel Cache Acceleration) or P2P clients that use the drive as a buffer.