Acronis true image server 7.0 Manuale Utente
General program information
Acronis True Image Server User’s Guide
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Copyright © SWsoft, 2000–2003
To use Acronis Startup Recovery Manager (it must be activated), turn on your PC
and press F11, when you see the "Press F11 for Acronis Startup Recovery Manager"
message. This will run a standalone version of Acronis True Image Server that only
slightly differs from the Windows version. For information on restoring damaged
partitions see Chapter 5.
and press F11, when you see the "Press F11 for Acronis Startup Recovery Manager"
message. This will run a standalone version of Acronis True Image Server that only
slightly differs from the Windows version. For information on restoring damaged
partitions see Chapter 5.
Be careful! Disk letters in standalone Acronis True Image Server might sometimes differ from
Windows notation.
To activate Acronis Startup Recovery Manager, click Activate Acronis Startup
Recovery Manager.
Recovery Manager.
This boot manager requires Acronis Secure Zone to work. If it's absent, secure zone
creation wizard will be run (see above). The restoration manager will be installed
during this procedure as well.
creation wizard will be run (see above). The restoration manager will be installed
during this procedure as well.
If there is Acronis Secure Zone on your PC, the boot manager will be activated
immediately.
immediately.
3.4. Incremental images
An incremental image contains only data from those hard disk parts that changed
after the previous disk image (full or incremental) was created. Thus such images
are significantly smaller and are faster to create. However, as it doesn't contain all
the necessary information about disks (partitions), it requires more than one image
for restoration, including the current incremental image and at least one previous
image or (ideally) all the previous incremental images and the initial full image. You
can't foresee the exact amount of images required for particular restoration, as it
depends on how data changed between image creations.
after the previous disk image (full or incremental) was created. Thus such images
are significantly smaller and are faster to create. However, as it doesn't contain all
the necessary information about disks (partitions), it requires more than one image
for restoration, including the current incremental image and at least one previous
image or (ideally) all the previous incremental images and the initial full image. You
can't foresee the exact amount of images required for particular restoration, as it
depends on how data changed between image creations.
Note that you can create incremental images more often, as they are far smaller
than full images and are significantly faster to create. If you create such images
often, you'll be able to restore disks (partitions) relatively easily and fast. In case of
full images this will require far more time and space (up to ten times more).
than full images and are significantly faster to create. If you create such images
often, you'll be able to restore disks (partitions) relatively easily and fast. In case of
full images this will require far more time and space (up to ten times more).
An incremental image created after a disk is defragmented might be considerably larger than
usually. This is happened because the defragmentation program changes files locations on disk
making incremental image reflect these changes.
A number of incremental images enables to restore a disk into any of states
incremental images are available for. E.g. one full image in the beginning of the
month along with daily incremental images will provide you with the same result as
daily full images. At that time and space expenses will be up to 10 times smaller
than in case of full images.
incremental images are available for. E.g. one full image in the beginning of the
month along with daily incremental images will provide you with the same result as
daily full images. At that time and space expenses will be up to 10 times smaller
than in case of full images.