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The Information Company
Legend
Example Value
Description
DCO in Use
Yes
(ATA Devices Only) Yes, if the ATA DCO
feature set is being used to reduce the
apparent capacity of the hard disk.
AMA in Use
Yes
(ATA Devices Only) Yes, if the ATA AMA
feature set is being used to reduce the
apparent capacity of the hard disk.
Security in Use
No
(ATA Devices Only) Yes, if the ATA Security
feature set is being used to password protect
the contents of the hard disk. Note that ATA
Security locked drives cannot be used for
TD2u operations.
4.8 Disk utilities (Menu 5)
The TD2u offers several utilities to assist with the processing of drives. These utilities can
be found in Menu 5.
4.8.1 Format (Menu 5.1)
When using disk-to-file imaging, the destination drive must be formatted with a file
system that is recognizable by the TD2u. The TD2u only supports formatting drives with
the exFAT filesystem. However, the TD2u will also accept destination disks that are
formatted as FAT32. The FAT32 file size limit is 4 GB. The exFAT file size limit is 16 EB
(16,000,000 TB). When file sizes are larger than 4 GB, exFAT should be used.
From the formatting menu you can manually format either the destination disk or a USB
mass storage device attached to one of the TD2u USB ports.
1. From the Main menu, use the arrow keys to navigate to
Disk Utilities
(Menu 5) and
then to
Format
(Menu 5.1).
2. Select
Format Destination
(Menu 5.1.1) or
Format USB Accessory
(Menu 5.1.2).
3. Press the
[Start]
soft key to confirm your selection. The formatting task begins.
A
DVANCED
F
ORMAT
S
UPPORT
Traditionally, hard drives have had an internal structure built around sectors of 512 bytes.
Newer drives, especially those with capacities greater than 2 TB, feature the Advanced
Format (AF) structure that uses internal sectors of 4096 bytes. Such drives still support
I/O transfers that reference 512-sectors; internally, the drives map these references to
the internal 4096-byte physical sectors. Implicit in this mapping is the need to
accommodate writes that alter the data stored in just a portion of a physical sector. This
is accomplished by an inefficient read-modify-write cycle.