As a new file system developed by Apple Inc, APFS has a lot of breakthroughs compared with previous file systems (HFS, HFS+, etc.). Some key features of APFS are really attractive, like copy-on-write metadata, automatically cloning for files and directories, snapshots, space sharing among partitions, strong encryption.
In short, APFS has improved a lot on management of drive space & file security and becomes the best choice for Mac users. However, many of us are not really using APFS. Why that happens? Not because we don't care about the security of our files, but just because only on macOS 10.13 the default file system is APFS and macOS 10.13 is not the one we are using. On most other Mac Operating System, the default file system is HFS or HFS+. So just find the method to convert HFS+ to APFS, and then we can benefit from APFS - the amazing new technology!
How to convert HFS+ to APFS without losing data?
To convert a hard drive or external hard drive from HFS+ to APFS, we even needn't download any software or back up files in advance. Just finish the 3 steps below:
1. Open Disk Utility and find the drive that we want to convert to APFS.
2. Right-click the drive and choose "Convert to APFS".
3. Wait until the conversion process finishes.
It's so easy that we all can do it without any previous skills. At most of the time, this method works and we can use APFS henceforward. But it should be noted that the real conversion operation varies from situation to situation and this method may fail to work sometimes.
Generally speaking, the conversion failure is caused by unexpected power off during the conversion process, bug of the Disk Utility, file system error and bad sectors on the drive. Although that happens only in rare cases, it's still helpful to know how to avoid data loss if we fail to convert HFS+ to APFS with Disk Utility.
How to recover lost data after failing to convert HFS+ to APFS
If unfortunately we fail to convert HFS+ to APFS with Disk Utility and lose our data on the drive, we still have the chance to recover lost data.
All we need is iBoysoft Mac Data Recovery, a professional & free Mac data recovery software that can recover data from drive that failing to be converted from HFS+ to APFS, recover deleted files emptied from Mac Trash, recover data from formatted, unmountable, unreadable, inaccessible Macintosh HD, external hard drive, USB flash drive, memory card, recover deleted/lost APFS partition, recover lost data from encrypted APFS volume, etc. on macOS 10.13/10.12/10.11/10.10/10.9/10.8/10.7.
No matter the lost files are images, documents, videos or emails and no matter files are lost from HFS, HFS+, HFSX, FAT32 or exFAT drives, iBoysoft Mac Data Recovery can easily get them back.
Tutorial to recover lost data from HFS+ drive with iBoysoft Mac Data Recovery
Step 1: Download and install iBoysoft Mac Data Recovery on Mac
Step 2: Launch iBoysoft Mac Data Recovery.
Step 3: Choose the HFS drive where we have lost files, click "Next" to search for lost files.
Step 4: Preview the listed searching files, choose files we need, and click "Recover" to recover data from HFS drive on Mac.
Automatic drive mounter for Mac - iBoysoft Drive Manager
Besides iBoysoft Mac Data Recovery, iBoysoft Drive Manager, an easy-to-use software that can make our operations more convenient on Mac, is also recommended.
Many of us may have already noticed that it's quite inconvenient to use external drives and network drives on Mac. To access those drives, we need to mount, unmount and remount them over and over again, and that wastes us a lot of time.
Free download iBoysoft Drive Manager, we can manage external drives and network drives with ease. Only a single click on the menu bar, we can mount, unmount and eject external hard drive, USB flash drive, SD card, memory card, CF card, pen drive, etc. Without plugging and unplugging drives, iBoysoft Drive Manager will automatically eject external drives when the system sleeps and mount all drives when system wakes from sleep.
iBoysoft Drive Manager also supports to write to NTFS drive on Mac, that's because it can mount NTFS drives as a regular drive with read-write mode. For detailed tutorial, please refer to how to mount NTFS drive in write-read mode under Mac.
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