User's Manual
Table Of Contents
- 1 Introduction
- 1.1 What is Acronis® True Image™?
- 1.2 New in this version
- 1.3 Backups created in Acronis True Image 2020 or later
- 1.4 System requirements and supported media
- 1.5 Installing Acronis True Image 2021
- 1.6 Activating Acronis True Image 2021
- 1.7 Trial version information
- 1.8 Upgrading Acronis True Image 2021
- 1.9 Technical Support
- 2 Getting started
- 3 Basic concepts
- 3.1 Basic concepts
- 3.2 The difference between file backups and disk/partition images
- 3.3 Full, incremental and differential backups
- 3.4 Deciding where to store your backups
- 3.5 Using Acronis Nonstop Backup
- 3.6 Backup file naming
- 3.7 Integration with Windows
- 3.8 Wizards
- 3.9 FAQ about backup, recovery and cloning
- 4 Backing up data
- 4.1 Backing up disks and partitions
- 4.2 Backing up files and folders
- 4.3 Backing up mobile devices
- 4.4 Backing up Office 365 data
- 4.5 Backup options
- 4.5.1 Scheduling
- 4.5.2 Backup schemes
- 4.5.3 Notifications for backup operation
- 4.5.4 Excluding items from backup
- 4.5.5 Image creation mode
- 4.5.6 Backup protection
- 4.5.7 Pre/Post commands for backup
- 4.5.8 Backup splitting
- 4.5.9 Backup validation option
- 4.5.10 Backup reserve copy
- 4.5.11 Removable media settings
- 4.5.12 Error handling
- 4.5.13 File-level security settings for backup
- 4.5.14 Computer shutdown
- 4.5.15 Online backup protection
- 4.5.16 Performance of backup operation
- 4.5.17 Selecting a data center for backup
- 4.5.18 Laptop power settings
- 4.5.19 Wi-Fi networks for backup to Acronis Cloud
- 4.6 Operations with backups
- 4.6.1 Backup operations menu
- 4.6.2 Backup activity and statistics
- 4.6.3 Sorting backups in the list
- 4.6.4 Replicating backups to Acronis Cloud
- 4.6.5 Validating backups
- 4.6.6 Backup to various places
- 4.6.7 Adding an existing backup to the list
- 4.6.8 Notarized backup
- 4.6.9 Cleaning up backups, backup versions, and replicas
- 4.6.10 Cleaning up space on Acronis Cloud
- 4.6.11 Removing data from Acronis Cloud
- 5 Recovering data
- 5.1 Recovering disks and partitions
- 5.2 Recovering files and folders
- 5.3 Searching backup content
- 5.4 Recovering Office 365 data
- 5.5 Recovery options
- 6 Archiving data
- 7 Sharing data
- 8 Protecting family data
- 9 Antivirus and antimalware protection
- 10 Vulnerability assessment
- 11 Synchronizing data
- 12 Disk cloning and migration
- 13 Tools
- 13.1 Acronis Media Builder
- 13.2 Making sure that your bootable media can be used when needed
- 13.3 Acronis Startup Recovery Manager
- 13.4 Try&Decide
- 13.5 Acronis Secure Zone
- 13.6 Adding a new hard disk
- 13.7 Security and Privacy Tools
- 13.8 Mounting an image
- 13.9 Unmounting an image
- 13.10 Working with .vhd(x) files
- 13.11 Importing and exporting backup settings
- 13.12 Acronis Universal Restore
- 14 Troubleshooting
- 15 Glossary of Terms
- Acronis Active Protection
- Acronis Drive
- Acronis Notary
- Acronis Secure Zone
- Acronis Startup Recovery Manager
- Archive
- Archiving operation
- Backup
- Backup operation
- Backup settings
- Backup version
- Backup version chain
- Bootable media
- Data synchronization
- Differential backup
- Differential backup version
- Disk backup (Image)
- Full backup
- Full backup version
- Image
- Incremental backup
- Incremental backup version
- Mobile backup
- Nonstop backup
- Nonstop protection
- Notarization
- Notarized backup
- Notarized file
- Online backup
- Recovery
- Suspicious process
- Sync
- Validation
- Version of synced file
98 Copyright © Acronis International GmbH, 2003-2020
Basic volume or disk.
The target volume remains basic.
Bare-metal recovery.
When performing a so called "bare-metal recovery" of dynamic volumes to a new unformatted
disk, the recovered volumes become basic. If you want the recovered volumes to remain
dynamic, the target disks should be prepared as dynamic (partitioned and formatted). This can
be done using third-party tools, for example, Windows Disk Management snap-in.
Recovery of basic volumes and disks
When recovering a basic volume to an unallocated space of the dynamic group, the recovered
volume becomes dynamic.
When recovering a basic disk to a dynamic disk of a dynamic group consisting of two disks, the
recovered disk remains basic. The dynamic disk to which the recovery is performed becomes
"missing" and a spanned/striped dynamic volume on the second disk becomes "failed".
Partition style after recovery
The target disk's partition style depends on whether your computer supports UEFI and on whether
your system is BIOS-booted or UEFI-booted. See the following table:
My system is BIOS-booted (Windows or
Acronis Bootable Media)
My system is UEFI-booted (Windows or
Acronis Bootable Media)
My source disk is MBR
and my OS does not
support UEFI
The operation will not affect neither
partition layout nor bootability of
the disk: partition style will remain
MBR, the destination disk will be
bootable in BIOS.
After operation completion, the
partition style will be converted to
GPT style, but the operating system
will fail booting from UEFI, since your
operating system does not support it.
My source disk is MBR
and my OS supports UEFI
The operation will not affect neither
partition layout nor bootability of
the disk: partition style will remain
MBR, the destination disk will be
bootable in BIOS.
The destination partition will be
converted to GPT style that will make
the destination disk bootable in UEFI.
See Example of recovery to UEFI
system (p. 98).
My source disk is GPT
and my OS supports UEFI
After operation completion, the
partition style will remain GPT, the
system will fail booting on BIOS,
because your operating system
cannot support booting from GPT on
BIOS.
After operation completion, the
partition style will remain GPT, the
operating system will be bootable on
UEFI.
Example of recovery procedure
See Example of recovery to a UEFI system (p. 98).
5.1.3.1 Example of recovery to a UEFI system
Here is an example for transferring a system with the following conditions:
The source disk is MBR and the OS supports UEFI.
The target system is UEFI-booted.
Your old and new hard drives work in the same controller mode (for example, IDE or AHCI).