May 22nd, 2019, 6:09
May 22nd, 2019, 14:09
May 22nd, 2019, 18:26
labtech wrote:Frank, many times you waste your time criticizing things and facts when it is unnecessary.
May 22nd, 2019, 19:02
fzabkar wrote:labtech wrote:Frank, many times you waste your time criticizing things and facts when it is unnecessary.
Moreover, it would appear that you departed from the standard procedure of cloning the drives and then decrypting the clones, presumably because no advanced data recovery tool can do this. Am I correct?
fzabkar wrote:BTW, does PC3K correctly report the helium level (SMART attribute 22/0x16)?
May 22nd, 2019, 19:21
May 23rd, 2019, 5:05
May 23rd, 2019, 10:44
May 23rd, 2019, 10:55
fzabkar wrote:michael chiklis wrote:DR-Kiev wrote:There is a great chance it is spindel stuck issue
If pcb works good, in case of spindle stuck, should i be able to listen a bip sound with a hear next to the drive?
Could it be that a stuck spindle is the reason that the motor controller failed?
May 23rd, 2019, 11:52
May 23rd, 2019, 17:25
May 23rd, 2019, 19:29
michael chiklis wrote:I did backup patient ROM
Parsing ROM CP table ...
Name Offset Size (bytes) ID unknown Checksum
table/hdr table / hdr tabl/hdr
---------- ------ ------------- --------- -------- --------
STRT 0 5000 0080 00000020
GNRC 5000 1000 0081 00000020
CODF CODF 6000 B7000 B63CC 0082 0082 0000001E AA55AA55 OK
.EPOS .... BD000 1000 0085 00000001
FSVG FSVG BE000 C000 A0F0 0086 0086 00000020 AA55AA55 OK
HIN1 HIN1 CA000 1000 1000 0099 0099 00000020 AA55AA55 OK
HIN2 HIN2 CB000 1000 1000 009A 009A 00000020 AA55AA55 OK
FERP FERP CC000 2000 12EC 009B 009B 00000020 AA55AA55 OK
FSVS FSVS CE000 7000 6460 0087 0087 00000020 AA55AA55 OK
MINQ MINQ D5000 200 148 0083 0083 00000020 AA55AA55 OK
FCHN FCHN D5200 2900 2900 0084 0084 00000023 AA55AA55 OK
FAEP FAEP D7B00 F00 F00 0088 0088 00000021 AA55AA55 OK
FIMG FIMG D8A00 1C00 1C00 0089 0089 00000022 AA55AA55 OK
FLOG FLOG DA600 300 214 008B 008B 00000020 AA55AA55 OK
FCOD FCOD DA900 300 138 008C 008C 00000023 AA55AA55 OK
FINQ FINQ DAC00 C00 AB0 008E 008E 00000020 AA55AA55 OK
FDFT FDFT DB800 C00 C00 008F 008F 00000020 AA55AA55 OK
FCHG FCHG DC400 C00 C00 0090 0090 00000020 AA55AA55 OK
PRSV PRSV DD000 600 568 0091 0091 00000020 AA55AA55 OK
VOPT VOPT DD600 500 500 0093 0093 00000021 AA55AA55 OK
.GNRC CMDT DDB00 800 7C8 0094 0094 00000020 AA55AA55 OK
CHDF CHDF DE300 800 1A8 0096 0096 00000021 AA55AA55 OK
EINQ EINQ DEB00 100 88 0097 0097 00000020 AA55AA55 OK
.FSEC GNRC DEC00 100 100 0098 0098 00000020 AA55AA55 OK
FCRD FCRD DED00 100 100 008A 008A 00000020 AA55AA55 OK
GNRC GNRC DEE00 300 300 008D 008D 00000020 AA55AA55 OK
GNRC GNRC DF100 100 100 009D 009D 00000001 AA55AA55 OK
GNRC GNRC DF200 100 100 009E 009E 00000001 AA55AA55 OK
GNRC GNRC DF300 100 100 009F 009F 00000001 AA55AA55 OK
GNRC GNRC DF400 C00 C00 0092 0092 00000020 AA55AA55 OK
.EPOD .... E0000 2000 0095 00000001
GNRC GNRC E2000 E000 E000 00A0 00A0 00000001 AA55AA55 OK
FLLG FLLG F0000 1000 DD0 009C 009C 00000022 AA55AA55 OK
GNRC GNRC F1000 F000 F000 00A1 00A1 00000001 AA55AA55 OK
Total CP count = 34
Parsing FSVG adaptives ...
Size Checksum
Name Offset (bytes) Unknown expected actual
---- ------ ----- -------- -----------------
SHD0 1E0 300C 00000000 75839576 75839576 OK
SHC0 31EC 3E00 00000000 5727446D 5727446D OK
OVLY 6FEC 800 00000000 8EAA7CAF 8EAA7CAF OK
HARM 77EC 1B0 00000000 428B624F 428B624F OK
LINK 799C 274 00000000 0F69D295 0F69D295 OK
WCSC 7C10 1000 00000000 5ECF4AC2 5ECF4AC2 OK
FSPN 8C10 39C 00000000 8E419E84 8E419E84 OK
AFC 8FAC 240 00000000 4224646E 4224646E OK
WCSD 91EC 6CC 00000000 B07F85C9 B07F85C9 OK
FLTG 98B8 800 00000000 6ECD71D9 6ECD71D9 OK
RIWI A0B8 38 00000000 459F3CC0 459F3CC0 OK
Total FSVG adaptives = 11
Parsing FSVS adaptives ...
Size Checksum
Name Offset (bytes) Unknown expected actual
---- ------ ----- -------- -----------------
CYL 244 84 00000000 55A4A589 41CD67FD
KT 2C8 6C 00000000 858C1108 24C9994D exp + act = 0xAA55AA55
TPCR 334 AC 00000000 00010100 000F1E5C
MFGF 3E0 8 00000000 AA54D654 0000D401 exp + act = 0xAA55AA55
PES 3E8 8C4 00000000 15AACF6B EA66B095
RWGP CAC 74 00000000 FC5D6984 FB536FD0
RW32 D20 3F4 00000000 0B30A378 8A528A9C
RWTC 1114 158 00000000 FFFECF2D FFFECF2D OK
SWTG 126C 150C 00000000 0FC064E0 0C556696
WIND 2778 18 00000000 00000001 D7F025B1
RRO2 2790 1C14 00000000 30221A11 32AE7A3E
ACDC 43A4 1C8 00000000 00000000 00000000 OK
MACT 456C 2A8 00000000 401D8A95 1FAC1D96
MAFF 4814 104 00000000 4900E2E6 4900E2E6 OK
RRDC 4918 1340 00000000 00000000 00000000 OK
FLTS 5C58 808 00000000 7BF81C00 7BF81C00 OK
Total FSVS adaptives = 16
Parsing CODF CP ...
Offset Size Checksum
(bytes) expected / actual unknown1 unknown2
-------- -------- -------- -------- -------- --------
168 1BC4 753E6916 753E6916 OK 00025D88 00000000
1D2C 13014 007E150E 007E150E OK 00000000 00000000
14D40 9F9BC 16C28619 16C28619 OK 00280000 00000000
B46FC 180 AFE13AA0 AFE13AA0 OK 00108B00 00000000
B487C 1B50 537CBC92 537CBC92 OK 006B4000 00000000
Total CODF segments = 5
Parsing ROM resident CP table in CP 0x81 ...
Total ROM resident CPs in table = 34
96-bit hash offset
-------- -------- -------- --------
013028C2 0A3D0D4A 0CD065E6 0
FFFFFFFF FFFFFFFF FFFFFFFF 5000
13D30BAB 2E05DC23 EC8237D3 6000
B1566E63 0CD04043 BD862E20 BD000
C9A700D2 744CEDFA A62ADB07 BE000
8D13C720 6C9C74B3 769C0D86 CA000
186715B5 0939A70D 350FB8E1 CB000
2B53D282 C9840985 269C270A CC000
FF7DF4C6 1AB6B56E 9DFC5C77 CE000
6B8A99B7 5596836C 924C5264 D5000
59DC5706 656835A6 9B806F23 D5200
F4DE79D8 5C732533 43F642C4 D7B00
A0A0C002 3ED7A263 32DDE7C6 D8A00
7276BFC2 80C599E8 D73A3383 DA600
10E78D4C C17EE205 D2FF131A DA900
B5CF6FA7 19E2EA03 2A9B2C2B DAC00
6D7DE0CA 46C0FA16 F17B1DF1 DB800
8FAE122F 06B8F4EB 5EF83DA1 DC400
1C0B77C9 DD949C22 C40EEE5E DD000
E64CBC05 123C783B 54F796A1 DD600
8F622568 84CFE3CD D2F07DDE DDB00
789C4B3F 202ECD04 7D279092 DE300
21BCD412 C3F7033B EBC2C18A DEB00
B3C7C8C8 E6FD6158 716BBDC9 DEC00
EE698C8E 9B2322A8 67811847 DED00
9DBDAE85 0F770665 B69BBC53 DEE00
34798481 E29CBF4C F2B42F9E DF100
86DF33FD 3696F070 9418D7DC DF200
6235A9FB E0093344 A66D8EE8 DF300
5DA2A927 D1556E46 A8A6CDC8 DF400
7B47E63C 6DA22892 B3982199 E0000
B1701444 10E212CB 85C2ECE6 E2000
59BE66E7 2E1B1312 302C1C8A F0000
91136E7E C998661F 7CDBC20A F1000
May 23rd, 2019, 20:25
May 23rd, 2019, 20:54
May 24th, 2019, 11:07
May 24th, 2019, 17:15
May 24th, 2019, 18:03
michael chiklis wrote:Standing on what Victoria smart is showing, the drive seem to be fine but i haven't found yet a tool which is able to show me sectors on UA.
MRT ---> failed
R-Studio ---> failed
WinHex ---> failed
Victoria ---> failed
I don't know yet if is normal behaving like that when this encrypted type of hdd are attached direcly to sata port, the drive came here with his WD enclosure attached to sata/usb controller which has ASM1151W mcu.
May 24th, 2019, 18:18
May 24th, 2019, 19:33
May 24th, 2019, 19:59
michael chiklis wrote:Probably after i'll remount the drive to his usb controller i will be able to access to data, but first i've to find out if controller and power supply are ok. I don't want donor pcb get killed.
May 24th, 2019, 20:02
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