Format version = 0x0002
Версия controller firmware = 08.F1D
Версия servo firmware = 02.D4
Версия overley firmware = 08.F1D
Версия surface format = L3.201
Версия read channel firmware = 0128016S
Количество пластин = 1
Количество физических головок = 2
Количество используемых головок = 2
Карта используемых головок =  0 1
Тип накопителя = Mobile 2.5 Inch
Количество зон = 21
Количество servo wedges = 208
Количество треков в SA = 128
Обороты двигателя = 5406
Количество треков в UA = 0
Cylinder skew = 28
Head skew = 40
Cluster Skew = 68
Code Residence = 6
Тип PCBA = Entek
Тип интерфейса = Serial ATA
Установленная память = 8Mb
 
Информация о комплектующих
Controller chip Vendor = 0x0000
Controller chip rev = 0x42B1
MicroP Vendor = 0x0000
MicroP Rev = 0x42B1
Channel Chip Vendor = 0x00E6
Channel chip Rev = 0x0011
Preamp Vendor = 0x0002
Preamp Rev = 0x0001
Power IC vendor = 0x0000
Power IC Rev = 0x0000
 
Информация о ECC коррекции
No. of interleaves in OTF ECC corr = 1
Number of bytes corrected by OTF = 22
Number of bytes corrected by FW burst corr = 43
No. of ecc bytes in read/write long sector = 55
 
Информация о формате
Tracks per inch (in KTPI) = 0
Area density = 160Gb
Drive Format Type = 0
 
Код производителя пластин - W
Код производителя головок - G
 
Конфигурация накопителя
Format version = 0x0101
DCM Selection = 0x0001
cur_stroke = 0x0001
phy_heads = 0x0002
used_heads = 0x0002
cur_capacity = 0x0640
max_fmt_LBAs = 312633216 - 160Gb
target_capacity = 0x0001
max_target_LBAs = 312581807 - 160Gb
hq_capacity = 0x0001
max_HQ_LBAs = 312633216 - 160Gb
final_capacity = 0x0001
z0_dtpi = 0x00025C3F
z0_kfci = 0x00000000
cur_svo_TPI = 0x00030D40
cur_data_TPI_0 = 0x00030D40
cur_data_TPI_1 = 0x0002F4D6
cur_data_TPI_2 = 0x00000000
cur_data_TPI_3 = 0x00000000
cur_data_TPI_4 = 0x00000000
cur_data_TPI_5 = 0x00000000
cur_data_TPI_6 = 0x00000000
cur_data_TPI_7 = 0x00000000
cur_data_TPI_8 = 0x00000000
cur_data_TPI_9 = 0x00000000
cur_KFCI_0 = 0x0320
cur_KFCI_1 = 0x0320
cur_KFCI_2 = 0x0000
cur_KFCI_3 = 0x0000
cur_KFCI_4 = 0x0000
cur_KFCI_5 = 0x0000
cur_KFCI_6 = 0x0000
cur_KFCI_7 = 0x0000
cur_KFCI_8 = 0x0000
cur_KFCI_9 = 0x0000
max_LBA_for_head_0 = 156316608 - 80Gb
max_LBA_for_head_1 = 156316608 - 80Gb
max_LBA_for_head_2 = 0 - 0Gb
max_LBA_for_head_3 = 0 - 0Gb
max_LBA_for_head_4 = 0 - 0Gb
max_LBA_for_head_5 = 0 - 0Gb
max_LBA_for_head_6 = 0 - 0Gb
max_LBA_for_head_7 = 0 - 0Gb
max_LBA_for_head_8 = 0 - 0Gb
max_LBA_for_head_9 = 0 - 0Gb
max_user_cyls_for_head_0 = 0x0001DF8D
max_user_cyls_for_head_1 = 0x0001C576
max_user_cyls_for_head_2 = 0x00000000
max_user_cyls_for_head_3 = 0x00000000
max_user_cyls_for_head_4 = 0x00000000
max_user_cyls_for_head_5 = 0x00000000
max_user_cyls_for_head_6 = 0x00000000
max_user_cyls_for_head_7 = 0x00000000
max_user_cyls_for_head_8 = 0x00000000
max_user_cyls_for_head_9 = 0x00000000
max_virt_cyls_for_head_0 = 0x0001E248
max_virt_cyls_for_head_1 = 0x0001C7E2
max_virt_cyls_for_head_2 = 0x00000000
max_virt_cyls_for_head_3 = 0x00000000
max_virt_cyls_for_head_4 = 0x00000000
max_virt_cyls_for_head_5 = 0x00000000
max_virt_cyls_for_head_6 = 0x00000000
max_virt_cyls_for_head_7 = 0x00000000
max_virt_cyls_for_head_8 = 0x00000000
max_virt_cyls_for_head_9 = 0x00000000
rsvd_svo_cyls = 0x0100
rsvd_data_cyls = 0x0080
max_user_svo_cyls = 0x0001EA77
max_svo_cyls = 0x0001EE00
trks_per_clstr_svo = 0x0080
trks_per_clstr_rsvd = 0x0000
trks_per_clstr_for_head_0 = 0x0000
trks_per_clstr_for_head_1 = 0x0000
trks_per_clstr_for_head_2 = 0x0000
trks_per_clstr_for_head_3 = 0x0000
trks_per_clstr_for_head_4 = 0x0000
trks_per_clstr_for_head_5 = 0x0000
trks_per_clstr_for_head_6 = 0x0000
trks_per_clstr_for_head_7 = 0x0000
trks_per_clstr_for_head_8 = 0x0000
trks_per_clstr_for_head_9 = 0x0000
HdMap TPI = 0x21 0x40 0x00 0x00 0x00 0x00 0x00 0x00
HdMap Capacity = 0x0B 0x0B 0x00 0x00 0x00 0x00 0x00 0x00