» Ремонт накопителей Seagate. Часть 6

GennadyIS, ну сам диск так не думает ) он выдал 41Кб текста:

Код: T>V4
Alt Defect List
Num Entries = 0615 Checksum = BC71
Hd 0 Offset Hd 1 Offset
0004D.0.2E3 8500 Bbm
0004D.0.30F 84FB Bbm
00051.0.330 04F7 Alt
00051.0.331 84F9 Bbm
00087.0.415 04F4 Alt
00087.0.416 0800 Alt
00087.0.417 04ED Alt
00087.0.419 07FE Alt
04158.0.0C1 0000 Alt
04159.0.0C1 0001 Alt
03E29.1.0A7 0002 Alt
03E2C.1.0A7 0003 Alt
03E31.1.0A7 0004 Alt
03E37.1.0A7 0005 Alt
03E90.1.0A7 0006 Alt
03E92.1.0A7 0007 Alt
03E94.1.0A7 0008 Alt
03E95.1.0A7 0009 Alt
03E9C.1.0A7 000A Alt
03E9F.1.0A7 000B Alt
03EA2.1.0A7 000C Alt
03EA3.1.0A7 000D Alt
03EA5.1.0A7 000E Alt
03EA7.1.0A7 000F Alt
03EB2.1.0A7 0010 Alt

А что вы мне глист показываете? Это лист накопленных дефектов по головам в процессе эксплуатации. Для начала верните винт на интерфейс T>N50,,22 и изучайте матчасть.


Добавлено:

Цитата:

он выдал 41Кб текста:

- похоже винту точно каюк. Впрочем 1557 дефектов может и скроет.

GennadyIS
Цитата:

изучайте матчасть.

Спасибо. больше глупых вопросов не задаю, пока не подтяну матчасть Внушили надежду.

Посоветуйте что почитать по данной теме? на сколько я понял есть несколько ревизий (Сигейт чистый и новая ревизия баракуда, там команды другие). Где то можно добыть сервисных инструкций от дисков?

Цитата:

похоже винту точно каюк. Впрочем 1557 дефектов может и скроет

Ну или пикеры занизить. Потеряет ёмкость немного ж, но поживёт чуть дольше ж.

GennadyIS
Подскажите, пожалуйста, где мой перелопаченный диск хранит копии некоторых ключей AT Stuff'a? К примеру, значение ключа 001a после перезагрузки всегда возвращается на 2020, а его очень хотелось бы изменить. Ключи 0017, 0018 и 0019 уже нашел, они сидят в app.bin, а с этим вот все никак.

Цитата:

Сигейт чистый и новая ревизия баракуда, там команды другие

Может имеется ввиду "классика" и F-серии, т.е. разные архитектуры, а не "ревизии" ?

Michael99

Цитата:

Может имеется ввиду "классика" и F-серии, т.е. разные архитектуры, а не "ревизии"

Возможно. путаюсь в терминах ) у меня есть еще 500Г винт, там на многие команды он говорил "устарела. нажмите то то". гугление навело на сайт, где описы как раз разные архитектуры. Дело было в 3 ночи.

Что почитать посоветуете? где достать толковый мануал, а не просто "введите команду. ждите"?
хочется понимать какая команда что делает. (можно англ даташит или сервисный мануал)

Цитата:

где достать толковый мануал

Ну разве что у самого производителя.
Или приобрести РС3к, к нему ж есть мануалы по разным сериям/семействам, а главное - много средств для ремонтов HDD.
Для F-серий например, в сети проскакивало F3 SerialPort Diagnostics.
Да и для "класссик"-серий практически всё расписано на куче форумов.
Только неясно зачем вам даташит. Чтоб разбираться со схемотехникой на платах ?
А те сервис-мануалы что открыто выложены - не содержат принципов/команд технологического свойства, простым юзерам как бы не положено заглядывать в СА винтов.
Какому производителю понравятся кучи поломатых юзерами винтов, а затем их потоковый возврат по гарантиям.

Цитата:

Только неясно зачем вам даташит. Чтоб разбираться со схемотехникой на платах

Слово "даташит" лишнее. не знаю как назвать эту инструкцию. в данном контексте это сисноним "сервис-мануалы". даташитов на чипы мне конечно не нужны. туда я лезть не собираюсь.

dinnnngo

Цитата:

Ключи 0017, 0018 и 0019 уже нашел, они сидят в app.bin, а с этим вот все никак.

ИМХО, там же, следом за ними. Из PDF:

Код: 23-26 - Firmware revision (8 ASCII character string,padded with blanks to end of string)

Всем доброго.
Есть seagate momentus ST9160310AS sata 160, запароленный, стандартные мастер пароли не подходят, я правильно понимаю что без терминала ловить нечего? т.е. mhdd, victoria и т.п. не помогут?

Нужен небольшой совет, что бы не добить винт (если не уже).
Меняю серийник, вроде проблемы с сертификатом исчезают. но он не грузится: ERR A2
Из чего я делаю выводы что сертификат я пока не потер. Как его стянуть, и что еще нужно заранее сохранить что бы потом смело экспериментировать с диском?
(продолжаю читать эту ветку с части 1, но руки так и чешутся что то ввести. хочу подстраховаться что бы не отстрелить себе ногу)

Код: Reset
4096k x 16 DRAM
NHAWK - 1_Disk S-LE 11-14-07_16:30

Buzz HM SFI
!
(P)SATA Reset
Not Interface Age!
INVALID Cert Disk Code - ROM Resident Revision Required: AAZ140
Command Inactive - No VALID Cert Code Detected
T>

T>;
Age=00 Type=00 MxCyl=00000 MxHd=0 MxSct=000 BSz=008M TCode=00000000 ThermFlts=0000

T>%
:0000000000000000 AX`' ""12EE7-13064
SRAM Ovly = AT

T>#
Enter Drive S/N 9RA6VBQ3
Enter Packwriter S/N 9CY132-310
T>^T

Reset
4096k x 16 DRAM
NHAWK - 1_Disk S-LE 11-14-07_16:30

Buzz HM SFI
!
ERR A2: Boot Adapts

F>
F>R1
F>R2
Code - 43 Track 12F0B.0.1AA Sns 1AA
F>R4
F>j
(P)SATA Reset
Not Interface Age!
INVALID Cert Disk Code - ROM Resident Revision Required: AAZ140
Command Inactive - No VALID Cert Code Detected

T>/1
1>B1
buffer 0001 comparing to 0001 RD:04AD:10:00 WR:04BD:10:00
Addr 0 1 2 3 4 5 6 7 8 9 A B C D E F 10 1 2 3 4 5 6 7 8 9 A B C D E F
000200 ECF4ECF5 ECF7DAC0 A6FFDAC4 46077011 2D16F6F1 00B5C024 5C94F2F5 02B5F2F7
000220 1CFFDAC0 38FEDAC4 C8068A73 0810F2F1 02B5E092 6C128A73 0220DAC4 6002DAC4
000240 C806FCF7 FCF5FCF4 DB00FFFF FFFFFFFF FFFFFFFF FFFFFFFF FFFFFFFF FFFFFFFF
000260 BE88F6F1 502FE689 C400CC03 9B00FFFF BE889A73 0D10E6F4 1B00E041 D700C000
000280 B841E6F4 78A5E061 D700C000 B841CC00 E6890000 B748B7B7 BFFFBFFF 9B00FFFF
0002A0 53466C61 73682055 6E737570 706F7274 656406FF D82F02D0 2C00D62F 0D442D00
0002C0 4E2D0073 2C00E688 0000A55A A5A5E60C 0300E60D 3D8BD180 E6EE0002 F68ED0F1
0002E0 D180E6EA 0402E608 00F6E600 9F00E601 5E00E602 5F00E603 0300E023 F7F6D82F
000300 CC09E60B 36FAE60A 1EF9E609 36FAE6E0 00F0E6E1 0000D180 E6E10000 E6E2FFFF
000320 E6E37BD7 D180E6E3 0000E6F0 5308F6F0 00EEE6F0 3300F6F0 12EEE6F0 B828F6F0
000340 10EEE6F0 3300F6F0 1AEEE6F0 F828F6F0 18EEE6F0 C327F6F0 1EEEE6F0 3300F6F0
000360 2AEEE6F0 F828F6F0 28EEE6F0 0710F6F0 2EEEE6F0 1100F6F0 32EEE6F0 DC28F6F0
000380 30EEE6F0 0025F6F0 36EEE65A 2601E6D8 D188E65B 5C01E6B6 0000E6B7 0C00E6B8
0003A0 0000D180 E6CE9500 B54AB5B5 E6F1FEFD E6F01CFF C810B2F1 1CFF3DFC E60836FA
0003C0 CC004689 C4002D33 E6F070D7 DAC4D605 DAC4B604 F6F4CAFB F6F40EFE F2061CFF
0003E0 E6F40002 4B44F2F4 0EFE2841 F6F4D62C E6F2C000 E6F300FD E6F17E01 E084E6F5
000400 000BDAC4 5604DAC4 8209E6F2 C000E6F3 80B7E6F1 C022E084 E6F580BA DAC45604
1>x
Command Inactive - No VALID Cert Code Detected
1>r
cmd 58, params 0032 0000 0000 0428 3B60 0428 0000 0000 000A B001 0032 (мой CERT тут)
cmd 58, params 0032 0000 0000 0428 3B60 0428 0000 0000 000A B001 0032 (PCF)
INVALID Cert Disk Code - ROM Resident Revision Required: AAZ140
Code - 70 Track FFFFF(12F4D).0.1A8 Sns FFF Rty 027F.FF.80FF Rtf 1800 LBA 000010A0
1>N5
DiskAccess ReadSector EC=47 at ffffffff.00.0000
DiskAccess ReadSector EC=47 at ffffffff.00.0000
1>N8
Hours - LBA - KBA R-Theta-Z ErrCode Temp Type
DiskAccess ReadSector EC=43 at ffffffff.00.0000
DiskAccess ReadSector EC=47 at ffffffff.00.0000
T>;
Age=60 Type=00 MxCyl=00000 MxHd=0 MxSct=A18 BSz=008M TCode=00000000 ThermFlts=0000

Цитата:

но руки так и чешутся что то ввести. хочу подстраховаться что бы не отстрелить себе ногу)

Таким макаром не только ногу, - голову прострелить можно...

Добавлено:
Прекратите бездумно тыкать в клавиатуру,^Z , T>N50,,22 делали после

Цитата:

Reset
4096k x 16 DRAM
NHAWK - 1_Disk    S-LE   11-14-07_16:30
 
Buzz HM SFI
!
(P)SATA Reset
Not Interface Age!

?

Добавлено:

Цитата:

1>r
cmd  58,  params  0032 0000 0000 0428 3B60 0428 0000 0000 000A B001 0032  (мой CERT тут)

-Да ну?
Цитата:

cmd  58,  params  0032 0000 0000 0428 3B60 0428 0000 0000 000A B001 0032  (PCF)

- о как оказывается

GennadyIS
Цитата:

^Z , T>N50,,22 делали?

Да

Код: Reset
4096k x 16 DRAM
NHAWK - 1_Disk S-LE 11-14-07_16:30
HM SFI
!
(P)SATA Reset
Not Interface Age!
INVALID Cert Disk Code - ROM Resident Revision Required: AAZ140
Command Inactive - No VALID Cert Code Detected

T>
>
T>Age=00 Type=00 MxCyl=00000 MxHd=0 MxSct=000 BSz=008M TCode=00000000 ThermFlts=0000

T>N50,,22
Wrong data format. Write Adaptives rejected
Code - FD Track FFFFF(12F4D).0.1A8 Sns FFF Rty 027F.FF.80FF Rtf 1800 LBA 00000850
T>
T>eset
4096k x 16 DRAM
NHAWK - 1_Disk S-LE 11-14-07_16:30

Buzz HM SFI
!
(P)SATA Reset
Not Interface Age!
INVALID Cert Disk Code - ROM Resident Revision Required: AAZ140
Command Inactive - No VALID Cert Code Detected

:0000000000000000 AX`' ""12EE7-13064
SRAM Ovly = AT

T>#
Enter Drive S/N 9RA6VBQ3
Enter Packwriter S/N 9CY132-310
T>Age=00 Type=00 MxCyl=00000 MxHd=0 MxSct=000 BSz=008M TCode=00000000 ThermFlts=0000

T>N50,,22
Wrong data format. Write Adaptives rejected
Code - FD Track FFFFF(12F4D).0.1A8 Sns FFF Rty 027F.FF.80FF Rtf 1800 LBA 00000850
T>
T>eset
4096k x 16 DRAM
NHAWK - 1_Disk S-LE 11-14-07_16:30

Buzz HM SFI
!
(P)SATA Reset
Not Interface Age!
INVALID Cert Disk Code - ROM Resident Revision Required: AAZ140
Command Inactive - No VALID Cert Code Detected

Цитата:

Failed sys sect. write!

Цитата:

ERR A2: Boot Adapts

Цитата:

Write Adaptives rejected

Похоже уже и служебку не удастся считать, тогда только искать подходящий комплект и запускать N2 из памяти.

Добавлено:
http://files.hddguru.com/download/PC-3000%20Support/Firmware/Seagate/NHawk/

enigmen
правильно понимаете
в шапке есть упоминание про скрипт
Dis74
что бы не бездумно посылать команды
почитайте если ранее не читали
Терминал Seagate: поболтаем? или Краткий экскурс в терминальные команды накопителей Seagate ......в шапке

считать всё апп/серт/вендор/таблицы вендора
скрипты и как читать есть в теме, в крайнем случае на хддгуру есть

SRUTSSSSSSSS80

Цитата:

в шапке

Прочитал. А та кже нашел и изучил "F3 Serial Port Diagnostics" (постоянно туда заглядываю). Но без закрепления материала тяжело (по этому и ввожу все подряд. на мой взгляд безопасное. посмотреть смарт, логи и состояние)

Цитата:

считать всё апп/серт/вендор/таблицы вендора

Как это сделать?

Цитата:

скрипты и как читать есть в теме

Вот ее изучение я и занимаюсь сейчас. Читаю с части 1. но постоянно чешутся руки что от попробовать.
по этому прошу помогите мне сохранить сейчас самое необходимое, скажите что нужно сделать (я бездумно сделаю), и потом со спокойной душей буду ковырять дальше изучая тему и пробуя все подряд
st_mem_win скачал. но там есть
SEND_FILE/2048/cert.bin/<0/<280 (что в моем понимании послать диску, те затереть существующий. опасно). в что же время есть
W_SECTORS/E834/0/210/0/240/CERT.BIN/0/1 (явная запись, опять, на диск, те затереть).

GennadyIS
спс. тоже изучу.

GennadyIS


Цитата:

23-26   - Firmware revision (8 ASCII character string,padded with blanks to end of string)

Да, я тоже уже глянул в документацию на IOCTL, потому и начал копаться в стаффе. Ведь по команде IDENTIFY PACKET DEVICE он почти целиком в неизменном виде посылается хосту.


Цитата:

Попробуйте свою f/w прописать непосредственно  в АПП и загрузить.  

Я так и делаю. 6 символов остаются, восьмой всегда два пробела. Ну неужели они выгравированы на блинах?


Цитата:

Просканировал NHAWK f/w 3.AAD  ( все служебные треки ) поиском по "3.AAD"
Нашлось только в Аппе и вендоре:
Апп  - код  33 2E 41 41 44 20 20
VND - код  33 2E 41 41 44 20

Простите, что вынудил заниматься этим. Вы абсолютно правы, код фирмвари зашит в вендоре и аппе, но проявляется после заливки аппа, причем с еще несколькими 2020 в разных местах. Так что это либо апп, либо флешка. Но флешку для прошивания надо всякий раз выпаивать.

Dis74
шапка время от времени правиться.

Цитата:

Но флешку для прошивания надо всякий раз выпаивать.

Прищепку купите...

Спасибо за столь мудрый совет.

[more] у меня огромное количество ошибок CRC
надо править FID 093 а как? весь поиск и форум прочитал научите
винт семейства F3

[/more]

Добавлено:
[more]
ASCII Diag mode
F3 T>F
F

RWErrorRecovery Mode Page
RWErrorRecovery Group
Byte:009A: RWRecoveryFlags = D1
Byte:009A: Bit:0, DISABLE_CORRECTION = 1
Byte:009A: Bit:1, DISABLE_TRANSFER_ON_ERROR = 0
Byte:009A: Bit:2, POST_ERROR = 0
Byte:009A: Bit:3, ENABLE_EARLY_RECOVERY = 0
Byte:009A: Bit:4, READ_CONTINUOUS = 1
Byte:009A: Bit:5, TRANSFER_BLOCK = 0
Byte:009A: Bit:6, READ_SPARING_ENABLED = 1
Byte:009A: Bit:7, WRITE_SPARING_ENABLED = 1
Byte:009B: ReadRetries = 10
Byte:009C: CorrectionSpan = FF
Byte:009D: HeadOffset = 00
Byte:009E: DataStrobeOffset = 00
Byte:00A0: WriteRetries = 05
Byte:00A2: RecoveryLimitMSB = FF
Byte:00A3: RecoveryLimitLSB = FF
FormatParameters Mode Page
FormatParameters Group
Byte:00A6: TracksPerZoneMSB = 00
Byte:00A7: TracksPerZoneLSB = 01
Byte:00A8: AltSectorsPerZoneMSB = 00
Byte:00A9: AltSectorsPerZoneLSB = 00
Byte:00AA: AltTracksPerZoneMSB = 00
Byte:00AB: AltTracksPerZoneLSB = 00
Byte:00AC: AltTracksPerVolumeMSB = 00
Byte:00AD: AltTracksPerVolumeLSB = 02
Byte:00AE: SectorsPerTrackMSB = 00
Byte:00AF: SectorsPerTrackLSB = 03
Byte:00B0: BytesPerSectorMSB = 02
Byte:00B1: BytesPerSectorLSB = 00
Byte:00B2: InterleaveMSB = 00
Byte:00B3: InterleaveLSB = 01
Byte:00B4: TrackSkewMSB = 00
Byte:00B5: TrackSkewLSB = 00
Byte:00B6: CylinderSkewMSB = 00
Byte:00B7: CylinderSkewLSB = 00
Byte:00B8: FormatFlags = 40
DriveGeometry Mode Page
DriveGeometry Group
Byte:00BE: CylindersMSB = 00
Byte:00BF: CylindersMDB = 00
Byte:00C0: CylindersLSB = 04
Byte:00C1: Heads = 04
Byte:00C2: WritePrecompMSB = 00
Byte:00C3: WritePrecompMDB = 00
Byte:00C4: WritePrecompLSB = 00
Byte:00C5: ReducedCurrentMSB = 00
Byte:00C6: ReducedCurrentMDB = 00
Byte:00C7: ReducedCurrentLSB = 00
Byte:00C8: StepRateMSB = 00
Byte:00C9: StepRateLSB = 00
Byte:00CA: LandingZoneMSB = 00
Byte:00CB: LandingZoneMDB = 00
Byte:00CC: LandingZoneLSB = 00
Byte:00CD: PositionLocking = 00
Byte:00CE: RotationalOffset = 00
Byte:00D0: RotationRateMSB = 15
Byte:00D1: RotationRateLSB = 18
VerifyError Mode Page
VerifyError Group
Byte:00D6: VerifyRecoveryFlags = 00
Byte:00D6: Bit:0, VE_DISABLE_CORRECTION = 0
Byte:00D6: Bit:1, VE_DISABLE_TRANSFER_ON_ERROR = 0
Byte:00D6: Bit:2, VE_POST_ERROR = 0
Byte:00D6: Bit:3, VE_ENABLE_EARLY_RECOVERY = 0
Byte:00D7: VerifyRetryCount = 10
Byte:00D8: VerifyCorrectionSpan = FF
Byte:00DE: VerifyTimeLimitMSB = FF
Byte:00DF: VerifyTimeLimitLSB = FF
CacheControl Mode Page
CacheControl Group
Byte:00E2: CacheFlags = 94
Byte:00E2: Bit:0, READ_CACHING_DISABLED_ON_POWER_UP = 0
Byte:00E2: Bit:1, MULTIPLICATION_FACTOR = 0
Byte:00E2: Bit:2, WRITE_CACHING_ENABLED_ON_POWER_UP = 1
Byte:00E2: Bit:4, DISCONTINUITY = 1
Byte:00E2: Bit:5, CACHING_ANALYSIS_PERMITTED = 0
Byte:00E2: Bit:6, ABORT_PREFETCH = 0
Byte:00E2: Bit:7, DISABLE_ADAPTIVE_READ_AHEAD = 1
Byte:00E3: RetentionPriority = 00
Byte:00E4: DisablePrefetchLengthMSB = FF
Byte:00E5: DisablePrefetchLengthLSB = FF
Byte:00E6: MinPrefetchMSB = 00
Byte:00E7: MinPrefetchLSB = 00
Byte:00E8: MaxPrefetchMSB = FF
Byte:00E9: MaxPrefetchLSB = FF
Byte:00EA: MaxPrefetchCeilingMSB = FF
Byte:00EB: MaxPrefetchCeilingLSB = FF
Byte:00EC: SpecialCacheFlags = A0
Byte:00EC: Bit:5, READ_LOOKAHEAD_DISABLED_ON_POWER_UP = 1
Byte:00EC: Bit:7, FORCE_SEQUENTIAL_WRITE = 1
Byte:00ED: CacheSegmentNum = 20
Byte:00EE: CacheSegSizeMSB = 00
Byte:00EF: CacheSegSizeLSB = 00
Byte:00F1: NonCacheSegSizeMSB = 00
Byte:00F2: NonCacheSegSizeMDB = 00
Byte:00F3: NonCacheSegSizeLSB = 00
ControlMode Mode Page
ControlMode Group
Byte:00F6: LogFlags = 02
Byte:00F7: QueueFlags = 00
Byte:00F8: AllegianceFlags = 00
Byte:00FA: RAERHoldOffMSB = 00
Byte:00FB: RAERHoldOffLSB = 00
Byte:00FC: BusyTimeoutMSB = 00
Byte:00FD: BusyTimeoutLSB = 00
Byte:00FE: ExtendedDstestTimeMSB = 00
Byte:00FF: ExtendedDstestTimeLSB = 00
PowerCondition Mode Page
PowerCondition Group
Byte:0103: PowerFlags = 02
Byte:0103: Bit:0, STANDBY = 0
Byte:0103: Bit:1, IDLE = 1
Byte:0104: IdleTimerMSB = 00
Byte:0105: IdleTimerNMSB = 00
Byte:0106: IdleTimerNLSB = 00
Byte:0107: IdleTimerLSB = 05
Byte:0108: StandbyTimerMSB = 00
Byte:0109: StandbyTimerNMSB = 00
Byte:010A: StandbyTimerNLSB = 00
Byte:010B: StandbyTimerLSB = 04
BackgroundMediaScan Mode Page
BGMS Group
Byte:010F: BGMSBusIdleIn100ms = 00
Byte:0110: OtherScanFlags = 00
Byte:0110: Bit:0, IRAW_ENABLE = 0
Byte:0110: Bit:1, IRAW_DISABLE_REASSIGNMENTS = 0
Byte:0111: IRAWWriteCachePercentage = 00
Byte:0112: IRAWDelayInMilliSecs = 00
Byte:0113: IRAWMaxQDepth = 00
Byte:0114: BGMSFlags = 00
Byte:0114: Bit:1, BGMS_DISABLE_DATA_REFRESH = 0
Byte:0114: Bit:2, BGMS_DISABLE_TEMPERATURE_LIMITATION = 0
Byte:0115: BGMSECCTLevel = 08
Byte:011C: ReadAfterWriteControl = 31
Byte:011C: Bit:0, MP_RAW_ENABLE_BIT = 1
Byte:011C: Bit:1, MP_RAW_TRIP_1ST_N_WRITES = 0
Byte:011C: Bit:2, MP_RAW_FORCE_RAW_MODE = 0
Byte:011C: Bit:3, MP_RAW_UDS_DEBUG_MODE = 0
Byte:011C: Bit:4, MP_RAW_DISABLE_AR_ON_GOOD_READ = 1
Byte:011C: Bit:5, MP_RAW_DISABLE_SOFT_AR = 1
Byte:011C: Bit:6, MP_RAW_DISABLE_SERIAL_DEBUG_MSG = 0
Byte:011D: NWritesAfterSWDFail = 08
Byte:011E: NWritesAfterRAWFail = 08
Byte:011F: NWritesAfterIRAWFail = 08
Byte:0120: N1stWrites = 00
Byte:0121: RAWOnColdThreshold = 0A
Byte:0122: RAWOnHotThreshold = 3A
Byte:0123: RAWATAMode = 02
Byte:0124: RAWVerifyNSectors = 00 10 00 00
Byte:0128: RAWVerifyNSectorsATAMode3 = 00 00
Byte:012A: NWritesAfterSWDSumFail = 08
Byte:012C: SWDControl = 00
Byte:012C: Bit:0, MP_SWD_ENABLE_BIT = 0
Byte:012C: Bit:1, MP_SWD_DONT_REPORT_BIT = 0
Byte:012C: Bit:2, MP_SWD_DEBUG_MODE_BIT = 0
Byte:012D: SWDDvgasEventsBeforeFail = 00
Byte:012E: SWDRvgasEventsBeforeFail = 00
Byte:012F: SWDFvgasEventsBeforeFail = 00
Byte:0130: SWDSumOfEventsBeforeFail = 00
Byte:0134: DOSOughtToScanThreshold = 04
Byte:0135: DOSNeedToScanThreshold = 04
Byte:0136: DOSNeedToGraceMilliseconds = 13 88
Byte:0138: DOSNeedToRegraceMilliseconds = 03 E8
Byte:013A: DOSNeedToMinimumScanMilliseconds = 00 C8
Byte:013C: RAWOnForNPowerCycles = 00 00
Byte:013E: RAWOnForNHours = 00 00
Byte:0140: RAWOnForNSpinups = 00 00
UnifiedDebugGeneral Mode Page
UDSGeneral Group
Byte:0146: Revision = 00
Byte:0147: GlobalTraceTriggerFlags = 70
Byte:0147: Bit:3, UDS_GEN_SVIN_BIT = 0
Byte:0147: Bit:4, UDS_GEN_SVEN_BIT = 1
Byte:0147: Bit:5, UDS_GEN_GTGE_BIT = 1
Byte:0147: Bit:6, UDS_GEN_TREN_BIT = 1
Byte:0147: Bit:7, UDS_GEN_TGTD_BIT = 0
Byte:0148: MethodParameterFlags = 00
Byte:0148: Bit:7, UDS_CLR = 0
Byte:014C: DetailedExternalTriggerFlags = 00
Byte:014E: ErrorTypeMSB = 00
Byte:014F: ErrorTypeLSB = 00
Byte:0150: ErrorLBABigEndian = 00 00 00 00 00 00 00 00
''
Byte:015C: AutomaticTraceSaveFlags = 80
Byte:015C: Bit:5, UDS_GEN_INTR_BIT = 0
Byte:015C: Bit:6, UDS_GEN_DTFS_BIT = 0
Byte:015C: Bit:7, UDS_GEN_TSEN_BIT = 1
Byte:015E: MSBAutomaticTraceSaveIntervalInMinutes = 00
Byte:015F: LSBAutomaticTraceSaveIntervalInMinutes = 78
Byte:0160: MSBMinimumIdleTimeBeforeAutoTraceSaveInMilliseconds = 00
Byte:0161: LSBMinimumIdleTimeBeforeAutoTraceSaveInMilliseconds = C8
Byte:0162: TimestampFormatIdentifierMSB = 00
Byte:0163: TimestampFormatIdentifierLSB = 00
Byte:0164: CustomerSystemTimeInCustUniqueFormat = 00 00 00 00 00 00 00 00
''
DriveNativeInfo Mode Page
DriveNativeInfo Group
Byte:0186: PartNumber = 30 32 37 4A 4A 30 44 54 58
'027JJ0DTX'
Byte:018F: PartNumberWhitespacePad = 20 20 20 20 20 20 20 00
' '
Byte:0197: PartNumberPad = 00
Byte:0198: ProcessControlVersion = 00 00
Byte:019A: CongenConfigurationState = 02
Byte:019B: WrittenCount = 18
Byte:019C: InternalSeagateModelNumber =
53 54 39 35 30 30 33 32 35 41 53 20 20 20 20 20
20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20
20 20 20 20 20 20 20 20
'ST9500325AS '
Byte:01C4: BuildFlags = 00 00
Byte:01C4: Bit:0, QNR_SUPPORTED = 0
Byte:01C6: RealTimeUpdatedFlags = 08 00
Byte:01C6: Bit:3, CONGEN_READ_FROM_MEDIA = 1
UDSFastTraceClassesLevels Mode Page
UDSFastTrace Group
Byte:01CC: Revision = 00
Byte:01CD: FastTraceLevels_0 = 11
Byte:01CE: FastTraceLevels_1 = 11
Byte:01CF: FastTraceLevels_2 = 11
Byte:01D0: FastTraceLevels_3 = 11
Byte:01D1: FastTraceLevels_4 = 11
Byte:01D2: FastTraceLevels_5 = 11
Byte:01D3: FastTraceLevels_6 = 11
Byte:01D4: FastTraceLevels_7 = 12
Byte:01D5: FastTraceLevels_8 = 11
Byte:01D6: FastTraceLevels_9 = 11
Byte:01D7: FastTraceLevels_10 = 11
Byte:01D8: FastTraceLevels_11 = 11
Byte:01D9: FastTraceLevels_12 = 11
Byte:01DA: FastTraceLevels_13 = 11
Byte:01DB: FastTraceLevels_14 = 11
Byte:01DC: FastTraceLevels_15 = 11
Byte:01DD: FastTraceLevels_16 = 11
Byte:01DE: FastTraceLevels_17 = 11
Byte:01DF: FastTraceLevels_18 = 11
Byte:01E0: FastTraceLevels_19 = 11
Byte:01E1: FastTraceLevels_20 = 11
Byte:01E2: FastTraceLevels_21 = 11
Byte:01E3: FastTraceLevels_22 = 11
Byte:01E4: FastTraceLevels_23 = 11
Byte:01E5: FastTraceLevels_24 = 11
Byte:01E6: FastTraceLevels_25 = 11
Byte:01E7: FastTraceLevels_26 = 11
Byte:01E8: FastTraceLevels_27 = 11
Byte:01E9: FastTraceLevels_28 = 11
Byte:01EA: FastTraceLevels_29 = 11
Byte:01EB: FastTraceLevels_30 = 11
Byte:01EC: FastTraceLevels_31 = 10
UDSTriggerControl Mode Page
UDSTrigger Group
Byte:01F4: Revision = 00
Byte:01F8: TriggerControlFlags1_0 = 00
Byte:01FC: TriggerCaptureFlags1_0 = 00
Byte:01FD: TriggerCaptureFlags2_0 = 00
Byte:01FE: SpecialTriggerCaptureFlags_0 = 00
Byte:0200: TriggerResponseFlags1_0 = 00
Byte:0201: TriggerResponseFlags2_0 = 00
Byte:0202: SpecialTriggerResponseFlags_0 = 00
Byte:0204: TriggerControlFlags1_1 = 00
Byte:0208: TriggerCaptureFlags1_1 = 00
Byte:0209: TriggerCaptureFlags2_1 = 00
Byte:020A: SpecialTriggerCaptureFlags_1 = 00
Byte:020C: TriggerResponseFlags1_1 = 00
Byte:020D: TriggerResponseFlags2_1 = 00
Byte:020E: SpecialTriggerResponseFlags_1 = 00
Byte:0210: TriggerControlFlags1_2 = 80
Byte:0214: TriggerCaptureFlags1_2 = F2
Byte:0215: TriggerCaptureFlags2_2 = E8
Byte:0216: SpecialTriggerCaptureFlags_2 = 80
Byte:0218: TriggerResponseFlags1_2 = 00
Byte:0219: TriggerResponseFlags2_2 = A0
Byte:021A: SpecialTriggerResponseFlags_2 = 80
Byte:021C: TriggerControlFlags1_3 = 80
Byte:0220: TriggerCaptureFlags1_3 = F2
Byte:0221: TriggerCaptureFlags2_3 = E8
Byte:0222: SpecialTriggerCaptureFlags_3 = 80
Byte:0224: TriggerResponseFlags1_3 = 00
Byte:0225: TriggerResponseFlags2_3 = A0
Byte:0226: SpecialTriggerResponseFlags_3 = 80
Byte:0228: TriggerControlFlags1_4 = 80
Byte:022C: TriggerCaptureFlags1_4 = F2
Byte:022D: TriggerCaptureFlags2_4 = E8
Byte:022E: SpecialTriggerCaptureFlags_4 = 80
Byte:0230: TriggerResponseFlags1_4 = 02
Byte:0231: TriggerResponseFlags2_4 = A0
Byte:0232: SpecialTriggerResponseFlags_4 = 80
Byte:0234: TriggerControlFlags1_5 = 80
Byte:0238: TriggerCaptureFlags1_5 = F2
Byte:0239: TriggerCaptureFlags2_5 = E8
Byte:023A: SpecialTriggerCaptureFlags_5 = 80
Byte:023C: TriggerResponseFlags1_5 = 00
Byte:023D: TriggerResponseFlags2_5 = A0
Byte:023E: SpecialTriggerResponseFlags_5 = 80
Byte:0240: TriggerControlFlags1_6 = 80
Byte:0244: TriggerCaptureFlags1_6 = 71
Byte:0245: TriggerCaptureFlags2_6 = 00
Byte:0246: SpecialTriggerCaptureFlags_6 = 80
Byte:0248: TriggerResponseFlags1_6 = 00
Byte:0249: TriggerResponseFlags2_6 = A0
Byte:024A: SpecialTriggerResponseFlags_6 = 80
Byte:024C: TriggerControlFlags1_7 = 80
Byte:0250: TriggerCaptureFlags1_7 = 71
Byte:0251: TriggerCaptureFlags2_7 = C8
Byte:0252: SpecialTriggerCaptureFlags_7 = 80
Byte:0254: TriggerResponseFlags1_7 = 00
Byte:0255: TriggerResponseFlags2_7 = A0
Byte:0256: SpecialTriggerResponseFlags_7 = 80
Byte:0258: TriggerControlFlags1_8 = 80
Byte:025C: TriggerCaptureFlags1_8 = F2
Byte:025D: TriggerCaptureFlags2_8 = E8
Byte:025E: SpecialTriggerCaptureFlags_8 = 80
Byte:0260: TriggerResponseFlags1_8 = 00
Byte:0261: TriggerResponseFlags2_8 = A0
Byte:0262: SpecialTriggerResponseFlags_8 = 80
Byte:0264: TriggerControlFlags1_9 = 80
Byte:0268: TriggerCaptureFlags1_9 = F2
Byte:0269: TriggerCaptureFlags2_9 = E8
Byte:026A: SpecialTriggerCaptureFlags_9 = 80
Byte:026C: TriggerResponseFlags1_9 = 00
Byte:026D: TriggerResponseFlags2_9 = A0
Byte:026E: SpecialTriggerResponseFlags_9 = 80
Byte:0270: TriggerControlFlags1_10 = 00
Byte:0274: TriggerCaptureFlags1_10 = 11
Byte:0275: TriggerCaptureFlags2_10 = C8
Byte:0276: SpecialTriggerCaptureFlags_10 = 80
Byte:0278: TriggerResponseFlags1_10 = 00
Byte:0279: TriggerResponseFlags2_10 = A0
Byte:027A: SpecialTriggerResponseFlags_10 = 80
Byte:027C: TriggerControlFlags1_11 = 80
Byte:0280: TriggerCaptureFlags1_11 = F2
Byte:0281: TriggerCaptureFlags2_11 = E8
Byte:0282: SpecialTriggerCaptureFlags_11 = 80
Byte:0284: TriggerResponseFlags1_11 = 00
Byte:0285: TriggerResponseFlags2_11 = A0
Byte:0286: SpecialTriggerResponseFlags_11 = 80
Byte:0288: TriggerControlFlags1_12 = 80
Byte:028C: TriggerCaptureFlags1_12 = F2
Byte:028D: TriggerCaptureFlags2_12 = E8
Byte:028E: SpecialTriggerCaptureFlags_12 = 80
Byte:0290: TriggerResponseFlags1_12 = 00
Byte:0291: TriggerResponseFlags2_12 = A0
Byte:0292: SpecialTriggerResponseFlags_12 = 80
Byte:0294: TriggerControlFlags1_13 = 00
Byte:0298: TriggerCaptureFlags1_13 = 00
Byte:0299: TriggerCaptureFlags2_13 = 00
Byte:029A: SpecialTriggerCaptureFlags_13 = 00
Byte:029C: TriggerResponseFlags1_13 = 00
Byte:029D: TriggerResponseFlags2_13 = 00
Byte:029E: SpecialTriggerResponseFlags_13 = 00
Byte:02A0: TriggerControlFlags1_14 = 80
Byte:02A4: TriggerCaptureFlags1_14 = F2
Byte:02A5: TriggerCaptureFlags2_14 = E8
Byte:02A6: SpecialTriggerCaptureFlags_14 = 80
Byte:02A8: TriggerResponseFlags1_14 = 00
Byte:02A9: TriggerResponseFlags2_14 = A0
Byte:02AA: SpecialTriggerResponseFlags_14 = 80
Byte:02AC: TriggerControlFlags1_15 = 80
Byte:02B0: TriggerCaptureFlags1_15 = 71
Byte:02B1: TriggerCaptureFlags2_15 = C8
Byte:02B2: SpecialTriggerCaptureFlags_15 = 80
Byte:02B4: TriggerResponseFlags1_15 = 00
Byte:02B5: TriggerResponseFlags2_15 = A0
Byte:02B6: SpecialTriggerResponseFlags_15 = 80
Byte:02B8: TriggerControlFlags1_16 = 00
Byte:02BC: TriggerCaptureFlags1_16 = F2
Byte:02BD: TriggerCaptureFlags2_16 = C8
Byte:02BE: SpecialTriggerCaptureFlags_16 = 80
Byte:02C0: TriggerResponseFlags1_16 = 00
Byte:02C1: TriggerResponseFlags2_16 = A0
Byte:02C2: SpecialTriggerResponseFlags_16 = 80
Byte:02C4: TriggerControlFlags1_17 = 00
Byte:02C8: TriggerCaptureFlags1_17 = 00
Byte:02C9: TriggerCaptureFlags2_17 = 00
Byte:02CA: SpecialTriggerCaptureFlags_17 = 00
Byte:02CC: TriggerResponseFlags1_17 = 00
Byte:02CD: TriggerResponseFlags2_17 = 00
Byte:02CE: SpecialTriggerResponseFlags_17 = 00
Byte:02D0: TriggerControlFlags1_18 = 80
Byte:02D4: TriggerCaptureFlags1_18 = 71
Byte:02D5: TriggerCaptureFlags2_18 = C8
Byte:02D6: SpecialTriggerCaptureFlags_18 = 80
Byte:02D8: TriggerResponseFlags1_18 = 00
Byte:02D9: TriggerResponseFlags2_18 = A0
Byte:02DA: SpecialTriggerResponseFlags_18 = 80
Byte:02DC: TriggerControlFlags1_19 = 00
Byte:02E0: TriggerCaptureFlags1_19 = 00
Byte:02E1: TriggerCaptureFlags2_19 = 00
Byte:02E2: SpecialTriggerCaptureFlags_19 = 00
Byte:02E4: TriggerResponseFlags1_19 = 00
Byte:02E5: TriggerResponseFlags2_19 = 00
Byte:02E6: SpecialTriggerResponseFlags_19 = 00
Byte:02E8: TriggerControlFlags1_20 = 00
Byte:02EC: TriggerCaptureFlags1_20 = 00
Byte:02ED: TriggerCaptureFlags2_20 = 00
Byte:02EE: SpecialTriggerCaptureFlags_20 = 00
Byte:02F0: TriggerResponseFlags1_20 = 00
Byte:02F1: TriggerResponseFlags2_20 = 00
Byte:02F2: SpecialTriggerResponseFlags_20 = 00
Byte:02F4: TriggerControlFlags1_21 = 00
Byte:02F8: TriggerCaptureFlags1_21 = 00
Byte:02F9: TriggerCaptureFlags2_21 = 00
Byte:02FA: SpecialTriggerCaptureFlags_21 = 00
Byte:02FC: TriggerResponseFlags1_21 = 00
Byte:02FD: TriggerResponseFlags2_21 = 00
Byte:02FE: SpecialTriggerResponseFlags_21 = 00
UDSTraceBufferConfig Mode Page
UDSBuffer Group
Byte:0304: Revision = 00
Byte:0308: MinimumAllocationInTraceBlocksMSB_0 = 00
Byte:0309: MinimumAllocationInTraceBlocksLSB_0 = 05
Byte:030A: TraceBufferControlFlags1_0 = 80
Byte:030C: MinimumAllocationInTraceBlocksMSB_1 = 00
Byte:030D: MinimumAllocationInTraceBlocksLSB_1 = 00
Byte:030E: TraceBufferControlFlags1_1 = 00
Byte:0310: MinimumAllocationInTraceBlocksMSB_2 = 00
Byte:0311: MinimumAllocationInTraceBlocksLSB_2 = 00
Byte:0312: TraceBufferControlFlags1_2 = 00
Byte:0314: MinimumAllocationInTraceBlocksMSB_3 = 00
Byte:0315: MinimumAllocationInTraceBlocksLSB_3 = 00
Byte:0316: TraceBufferControlFlags1_3 = 00
Byte:0318: MinimumAllocationInTraceBlocksMSB_4 = 00
Byte:0319: MinimumAllocationInTraceBlocksLSB_4 = 00
Byte:031A: TraceBufferControlFlags1_4 = 00
Byte:031C: MinimumAllocationInTraceBlocksMSB_5 = 00
Byte:031D: MinimumAllocationInTraceBlocksLSB_5 = 00
Byte:031E: TraceBufferControlFlags1_5 = 00
Byte:0320: MinimumAllocationInTraceBlocksMSB_6 = 00
Byte:0321: MinimumAllocationInTraceBlocksLSB_6 = 00
Byte:0322: TraceBufferControlFlags1_6 = 00
Byte:0324: MinimumAllocationInTraceBlocksMSB_7 = 00
Byte:0325: MinimumAllocationInTraceBlocksLSB_7 = 00
Byte:0326: TraceBufferControlFlags1_7 = 00
Byte:0328: MinimumAllocationInTraceBlocksMSB_8 = 00
Byte:0329: MinimumAllocationInTraceBlocksLSB_8 = 00
Byte:032A: TraceBufferControlFlags1_8 = 00
Byte:032C: MinimumAllocationInTraceBlocksMSB_9 = 00
Byte:032D: MinimumAllocationInTraceBlocksLSB_9 = 00
Byte:032E: TraceBufferControlFlags1_9 = 00
Byte:0330: MinimumAllocationInTraceBlocksMSB_10 = 00
Byte:0331: MinimumAllocationInTraceBlocksLSB_10 = 00
Byte:0332: TraceBufferControlFlags1_10 = 00
Byte:0334: MinimumAllocationInTraceBlocksMSB_11 = 00
Byte:0335: MinimumAllocationInTraceBlocksLSB_11 = 00
Byte:0336: TraceBufferControlFlags1_11 = 00
Byte:0338: MinimumAllocationInTraceBlocksMSB_12 = 00
Byte:0339: MinimumAllocationInTraceBlocksLSB_12 = 00
Byte:033A: TraceBufferControlFlags1_12 = 00
Byte:033C: MinimumAllocationInTraceBlocksMSB_13 = 00
Byte:033D: MinimumAllocationInTraceBlocksLSB_13 = 00
Byte:033E: TraceBufferControlFlags1_13 = 00
Byte:0340: MinimumAllocationInTraceBlocksMSB_14 = 00
Byte:0341: MinimumAllocationInTraceBlocksLSB_14 = 00
Byte:0342: TraceBufferControlFlags1_14 = 00
Byte:0344: MinimumAllocationInTraceBlocksMSB_15 = 00
Byte:0345: MinimumAllocationInTraceBlocksLSB_15 = 00
Byte:0346: TraceBufferControlFlags1_15 = 00
Byte:0348: MinimumAllocationInTraceBlocksMSB_16 = 00
Byte:0349: MinimumAllocationInTraceBlocksLSB_16 = 00
Byte:034A: TraceBufferControlFlags1_16 = 00
Byte:034C: MinimumAllocationInTraceBlocksMSB_17 = 00
Byte:034D: MinimumAllocationInTraceBlocksLSB_17 = 00
Byte:034E: TraceBufferControlFlags1_17 = 00
Byte:0350: MinimumAllocationInTraceBlocksMSB_18 = 00
Byte:0351: MinimumAllocationInTraceBlocksLSB_18 = 00
Byte:0352: TraceBufferControlFlags1_18 = 00
Byte:0354: MinimumAllocationInTraceBlocksMSB_19 = 00
Byte:0355: MinimumAllocationInTraceBlocksLSB_19 = 00
Byte:0356: TraceBufferControlFlags1_19 = 00
Byte:0358: MinimumAllocationInTraceBlocksMSB_20 = 00
Byte:0359: MinimumAllocationInTraceBlocksLSB_20 = 00
Byte:035A: TraceBufferControlFlags1_20 = 00
Byte:035C: MinimumAllocationInTraceBlocksMSB_21 = 00
Byte:035D: MinimumAllocationInTraceBlocksLSB_21 = 00
Byte:035E: TraceBufferControlFlags1_21 = 00
Byte:0360: MinimumAllocationInTraceBlocksMSB_22 = 00
Byte:0361: MinimumAllocationInTraceBlocksLSB_22 = 00
Byte:0362: TraceBufferControlFlags1_22 = 00
Byte:0364: MinimumAllocationInTraceBlocksMSB_23 = 00
Byte:0365: MinimumAllocationInTraceBlocksLSB_23 = 00
Byte:0366: TraceBufferControlFlags1_23 = 00
Byte:0368: MinimumAllocationInTraceBlocksMSB_24 = 00
Byte:0369: MinimumAllocationInTraceBlocksLSB_24 = 00
Byte:036A: TraceBufferControlFlags1_24 = 00
Byte:036C: MinimumAllocationInTraceBlocksMSB_25 = 00
Byte:036D: MinimumAllocationInTraceBlocksLSB_25 = 00
Byte:036E: TraceBufferControlFlags1_25 = 00
Byte:0370: MinimumAllocationInTraceBlocksMSB_26 = 00
Byte:0371: MinimumAllocationInTraceBlocksLSB_26 = 00
Byte:0372: TraceBufferControlFlags1_26 = 00
Byte:0374: MinimumAllocationInTraceBlocksMSB_27 = 00
Byte:0375: MinimumAllocationInTraceBlocksLSB_27 = 00
Byte:0376: TraceBufferControlFlags1_27 = 00
Byte:0378: MinimumAllocationInTraceBlocksMSB_28 = 00
Byte:0379: MinimumAllocationInTraceBlocksLSB_28 = 00
Byte:037A: TraceBufferControlFlags1_28 = 00
Byte:037C: MinimumAllocationInTraceBlocksMSB_29 = 00
Byte:037D: MinimumAllocationInTraceBlocksLSB_29 = 00
Byte:037E: TraceBufferControlFlags1_29 = 00
Byte:0380: MinimumAllocationInTraceBlocksMSB_30 = 00
Byte:0381: MinimumAllocationInTraceBlocksLSB_30 = 00
Byte:0382: TraceBufferControlFlags1_30 = 00
Byte:0384: MinimumAllocationInTraceBlocksMSB_31 = 00
Byte:0385: MinimumAllocationInTraceBlocksLSB_31 = 00
Byte:0386: TraceBufferControlFlags1_31 = 00
Byte:0388: MinimumAllocationInTraceBlocksMSB_32 = 00
Byte:0389: MinimumAllocationInTraceBlocksLSB_32 = 00
Byte:038A: TraceBufferControlFlags1_32 = 00
Byte:038C: MinimumAllocationInTraceBlocksMSB_33 = 00
Byte:038D: MinimumAllocationInTraceBlocksLSB_33 = 00
Byte:038E: TraceBufferControlFlags1_33 = 00
Byte:0390: MinimumAllocationInTraceBlocksMSB_34 = 00
Byte:0391: MinimumAllocationInTraceBlocksLSB_34 = 00
Byte:0392: TraceBufferControlFlags1_34 = 00
Byte:0394: MinimumAllocationInTraceBlocksMSB_35 = 00
Byte:0395: MinimumAllocationInTraceBlocksLSB_35 = 00
Byte:0396: TraceBufferControlFlags1_35 = 00
Byte:0398: MinimumAllocationInTraceBlocksMSB_36 = 00
Byte:0399: MinimumAllocationInTraceBlocksLSB_36 = 00
Byte:039A: TraceBufferControlFlags1_36 = 00
Byte:039C: MinimumAllocationInTraceBlocksMSB_37 = 00
Byte:039D: MinimumAllocationInTraceBlocksLSB_37 = 00
Byte:039E: TraceBufferControlFlags1_37 = 00
Byte:03A0: MinimumAllocationInTraceBlocksMSB_38 = 00
Byte:03A1: MinimumAllocationInTraceBlocksLSB_38 = 00
Byte:03A2: TraceBufferControlFlags1_38 = 00
Byte:03A4: MinimumAllocationInTraceBlocksMSB_39 = 00
Byte:03A5: MinimumAllocationInTraceBlocksLSB_39 = 00
Byte:03A6: TraceBufferControlFlags1_39 = 00
Byte:03A8: MinimumAllocationInTraceBlocksMSB_40 = 00
Byte:03A9: MinimumAllocationInTraceBlocksLSB_40 = 00
Byte:03AA: TraceBufferControlFlags1_40 = 00
Byte:03AC: MinimumAllocationInTraceBlocksMSB_41 = 00
Byte:03AD: MinimumAllocationInTraceBlocksLSB_41 = 00
Byte:03AE: TraceBufferControlFlags1_41 = 00
Byte:03B0: MinimumAllocationInTraceBlocksMSB_42 = 00
Byte:03B1: MinimumAllocationInTraceBlocksLSB_42 = 00
Byte:03B2: TraceBufferControlFlags1_42 = 00
Byte:03B4: MinimumAllocationInTraceBlocksMSB_43 = 00
Byte:03B5: MinimumAllocationInTraceBlocksLSB_43 = 00
Byte:03B6: TraceBufferControlFlags1_43 = 00
Byte:03B8: MinimumAllocationInTraceBlocksMSB_44 = 00
Byte:03B9: MinimumAllocationInTraceBlocksLSB_44 = 00
Byte:03BA: TraceBufferControlFlags1_44 = 00
Byte:03BC: MinimumAllocationInTraceBlocksMSB_45 = 00
Byte:03BD: MinimumAllocationInTraceBlocksLSB_45 = 00
Byte:03BE: TraceBufferControlFlags1_45 = 00
Byte:03C0: MinimumAllocationInTraceBlocksMSB_46 = 00
Byte:03C1: MinimumAllocationInTraceBlocksLSB_46 = 00
Byte:03C2: TraceBufferControlFlags1_46 = 00
Byte:03C4: MinimumAllocationInTraceBlocksMSB_47 = 00
Byte:03C5: MinimumAllocationInTraceBlocksLSB_47 = 00
Byte:03C6: TraceBufferControlFlags1_47 = 00
Byte:03C8: MinimumAllocationInTraceBlocksMSB_48 = 00
Byte:03C9: MinimumAllocationInTraceBlocksLSB_48 = 00
Byte:03CA: TraceBufferControlFlags1_48 = 00
Byte:03CC: MinimumAllocationInTraceBlocksMSB_49 = 00
Byte:03CD: MinimumAllocationInTraceBlocksLSB_49 = 00
Byte:03CE: TraceBufferControlFlags1_49 = 00
Byte:03D0: MinimumAllocationInTraceBlocksMSB_50 = 00
Byte:03D1: MinimumAllocationInTraceBlocksLSB_50 = 00
Byte:03D2: TraceBufferControlFlags1_50 = 00
Byte:03D4: MinimumAllocationInTraceBlocksMSB_51 = 00
Byte:03D5: MinimumAllocationInTraceBlocksLSB_51 = 00
Byte:03D6: TraceBufferControlFlags1_51 = 00
Byte:03D8: MinimumAllocationInTraceBlocksMSB_52 = 00
Byte:03D9: MinimumAllocationInTraceBlocksLSB_52 = 00
Byte:03DA: TraceBufferControlFlags1_52 = 00
Byte:03DC: MinimumAllocationInTraceBlocksMSB_53 = 00
Byte:03DD: MinimumAllocationInTraceBlocksLSB_53 = 00
Byte:03DE: TraceBufferControlFlags1_53 = 00
Byte:03E0: MinimumAllocationInTraceBlocksMSB_54 = 00
Byte:03E1: MinimumAllocationInTraceBlocksLSB_54 = 00
Byte:03E2: TraceBufferControlFlags1_54 = 00
Byte:03E4: MinimumAllocationInTraceBlocksMSB_55 = 00
Byte:03E5: MinimumAllocationInTraceBlocksLSB_55 = 00
Byte:03E6: TraceBufferControlFlags1_55 = 00
Byte:03E8: MinimumAllocationInTraceBlocksMSB_56 = 00
Byte:03E9: MinimumAllocationInTraceBlocksLSB_56 = 00
Byte:03EA: TraceBufferControlFlags1_56 = 00
Byte:03EC: MinimumAllocationInTraceBlocksMSB_57 = 00
Byte:03ED: MinimumAllocationInTraceBlocksLSB_57 = 00
Byte:03EE: TraceBufferControlFlags1_57 = 00
Byte:03F0: MinimumAllocationInTraceBlocksMSB_58 = 00
Byte:03F1: MinimumAllocationInTraceBlocksLSB_58 = 00
Byte:03F2: TraceBufferControlFlags1_58 = 00
Byte:03F4: MinimumAllocationInTraceBlocksMSB_59 = 00
Byte:03F5: MinimumAllocationInTraceBlocksLSB_59 = 00
Byte:03F6: TraceBufferControlFlags1_59 = 00
Byte:03F8: MinimumAllocationInTraceBlocksMSB_60 = 00
Byte:03F9: MinimumAllocationInTraceBlocksLSB_60 = 00
Byte:03FA: TraceBufferControlFlags1_60 = 00
Byte:03FC: MinimumAllocationInTraceBlocksMSB_61 = 00
Byte:03FD: MinimumAllocationInTraceBlocksLSB_61 = 00
Byte:03FE: TraceBufferControlFlags1_61 = 00
Byte:0400: MinimumAllocationInTraceBlocksMSB_62 = 00
Byte:0401: MinimumAllocationInTraceBlocksLSB_62 = 00
Byte:0402: TraceBufferControlFlags1_62 = 00
Byte:0404: MinimumAllocationInTraceBlocksMSB_63 = 00
Byte:0405: MinimumAllocationInTraceBlocksLSB_63 = 00
Byte:0406: TraceBufferControlFlags1_63 = 00
Byte:0408: MinimumAllocationInTraceBlocksMSB_64 = 00
Byte:0409: MinimumAllocationInTraceBlocksLSB_64 = 00
Byte:040A: TraceBufferControlFlags1_64 = 00
Byte:040C: MinimumAllocationInTraceBlocksMSB_65 = 00
Byte:040D: MinimumAllocationInTraceBlocksLSB_65 = 00
Byte:040E: TraceBufferControlFlags1_65 = 00
Byte:0410: MinimumAllocationInTraceBlocksMSB_66 = 00
Byte:0411: MinimumAllocationInTraceBlocksLSB_66 = 00
Byte:0412: TraceBufferControlFlags1_66 = 00
Byte:0414: MinimumAllocationInTraceBlocksMSB_67 = 00
Byte:0415: MinimumAllocationInTraceBlocksLSB_67 = 00
Byte:0416: TraceBufferControlFlags1_67 = 00
Byte:0418: MinimumAllocationInTraceBlocksMSB_68 = 00
Byte:0419: MinimumAllocationInTraceBlocksLSB_68 = 00
Byte:041A: TraceBufferControlFlags1_68 = 00
Byte:041C: MinimumAllocationInTraceBlocksMSB_69 = 00
Byte:041D: MinimumAllocationInTraceBlocksLSB_69 = 00
Byte:041E: TraceBufferControlFlags1_69 = 00
Byte:0420: MinimumAllocationInTraceBlocksMSB_70 = 00
Byte:0421: MinimumAllocationInTraceBlocksLSB_70 = 00
Byte:0422: TraceBufferControlFlags1_70 = 00
Byte:0424: MinimumAllocationInTraceBlocksMSB_71 = 00
Byte:0425: MinimumAllocationInTraceBlocksLSB_71 = 00
Byte:0426: TraceBufferControlFlags1_71 = 00
Byte:0428: MinimumAllocationInTraceBlocksMSB_72 = 00
Byte:0429: MinimumAllocationInTraceBlocksLSB_72 = 00
Byte:042A: TraceBufferControlFlags1_72 = 00
Byte:042C: MinimumAllocationInTraceBlocksMSB_73 = 00
Byte:042D: MinimumAllocationInTraceBlocksLSB_73 = 00
Byte:042E: TraceBufferControlFlags1_73 = 00
Byte:0430: MinimumAllocationInTraceBlocksMSB_74 = 00
Byte:0431: MinimumAllocationInTraceBlocksLSB_74 = 00
Byte:0432: TraceBufferControlFlags1_74 = 00
Byte:0434: MinimumAllocationInTraceBlocksMSB_75 = 00
Byte:0435: MinimumAllocationInTraceBlocksLSB_75 = 00
Byte:0436: TraceBufferControlFlags1_75 = 00
Byte:0438: MinimumAllocationInTraceBlocksMSB_76 = 00
Byte:0439: MinimumAllocationInTraceBlocksLSB_76 = 00
Byte:043A: TraceBufferControlFlags1_76 = 00
Congen Mode Page
Congen Group
Byte:0440: NumDefaultATCyls = FF 3F
Byte:0442: NumDefaultATHeads = 10 00
Byte:0444: NumDefaultATSectors = 3F 00
Byte:0446: NumECCBytesForLongCmds = 04 00
Byte:0448: MaximumMultipleSize = 10
Byte:0449: LogicalSectorAlignment = 00
Byte:044A: PIOModeTiming = 00 02
Byte:044C: DMAModeTiming = 00 02
Byte:044E: NumCurrentATCyls = FF 3F
Byte:0450: NumCurrentATHeads = 10 00
Byte:0452: NumCurrentATSectors = 3F 00
Byte:0454: CurrentMultipleSize = 10 01
Byte:0456: MultiwordDMAModesSupported = 07
Byte:0456: Bit:0, MULTIWORD_DMA_MODE_0_SUPPORTED = 1
Byte:0456: Bit:1, MULTIWORD_DMA_MODE_1_SUPPORTED = 1
Byte:0456: Bit:2, MULTIWORD_DMA_MODE_2_SUPPORTED = 1
Byte:0457: UltraDMAModesSupported = 3F
Byte:0457: Bit:0, ULTRA_DMA_MODE0_SUPPORTED = 1
Byte:0457: Bit:1, ULTRA_DMA_MODE1_AND_BELOW_SUPPORTED = 1
Byte:0457: Bit:2, ULTRA_DMA_MODE2_AND_BELOW_SUPPORTED = 1
Byte:0457: Bit:3, ULTRA_DMA_MODE3_AND_BELOW_SUPPORTED = 1
Byte:0457: Bit:4, ULTRA_DMA_MODE4_AND_BELOW_SUPPORTED = 1
Byte:0457: Bit:5, ULTRA_DMA_MODE5_AND_BELOW_SUPPORTED = 1
Byte:0457: Bit:6, ULTRA_DMA_MODE6_AND_BELOW_SUPPORTED = 0
Byte:0458: AdvancedPIOModesSupported = 03 00
Byte:0458: Bit:0, PIO_MODE_3_SUPPORTED = 1
Byte:0458: Bit:1, PIO_MODE_4_SUPPORTED = 1
Byte:045A: MinimumMultiwordDMACycleTime = 78 00
Byte:045C: RecommendedMultiwordDMACycleTime = 78 00
Byte:045E: MinimumPIOTimeWithoutFlowControl = 78 00
Byte:0460: MinimumPIOTimeWithFlowControl = 78 00
Byte:0462: QDepth = 1F 00
Byte:0464: SATACapabilities = 0E 0D
Byte:0465: Bit:0, SATA_NCQ_SUPPORTED = 1
Byte:0465: Bit:1, HOST_INITIATED_PHY_POWER_MANAGEMENT_SUPPORTED = 0
Byte:0465: Bit:2, SATA_PHY_EVENT_COUNTERS_SUPPORTED = 1
Byte:0465: Bit:3, UNLOAD_WHILE_NCQ_CMDS_OUTSTANDING_SUPPORTED = 1
Byte:0465: Bit:4, NCQ_PRIORITY_SUPPORTED = 0
Byte:0468: SATAFeaturesSupported = 4C 00
Byte:0468: Bit:2, DMA_AUTOACTIVATE_SUPPORTED = 1
Byte:0468: Bit:3, DEVICE_INITIATED_POWER_MANAGEMENT_SUPPORTED = 1
Byte:0468: Bit:6, PRESERVE_SETTINGS_ON_COMRESET_SUPPORTED = 1
Byte:046A: SATAFeaturesEnabled = 40 00
Byte:046A: Bit:2, DMA_AUTOACTIVATE_ENABLED = 0
Byte:046A: Bit:3, DEVICE_INITIATED_POWER_MANAGEMENT_ENABLED = 0
Byte:046A: Bit:6, PRESERVE_SETTINGS_ON_COMRESET_ENABLED = 1
Byte:046C: MajorVersionNumber = F8 01
Byte:046C: Bit:1, ATAPI_1_SUPPORTED = 0
Byte:046C: Bit:2, ATAPI_2_SUPPORTED = 0
Byte:046C: Bit:3, ATAPI_3_SUPPORTED = 1
Byte:046C: Bit:4, ATAPI_4_SUPPORTED = 1
Byte:046C: Bit:5, ATAPI_5_SUPPORTED = 1
Byte:046C: Bit:6, ATAPI_6_SUPPORTED = 1
Byte:046C: Bit:7, ATAPI_7_SUPPORTED = 1
Byte:046D: Bit:0, ATAPI_8_ACS_SUPPORTED = 1
Byte:046E: MinorVersionNumber = 29 00
Byte:0470: CommandSetSupported = 6A 30
Byte:0470: Bit:0, SMART_SUPPORTED = 0
Byte:0470: Bit:1, SECURITY_MODE_FEATURE_SET_SUPPORTED = 1
Byte:0470: Bit:5, WRITE_CACHE_SUPPORTED = 1
Byte:0470: Bit:6, READ_LOOKAHEAD_SUPPORTED = 1
Byte:0471: Bit:2, HOST_PROTECTED_AREA_SUPPORTED = 0
Byte:0471: Bit:4, WRITE_BUFFER_CMD_SUPPORTED = 1
Byte:0471: Bit:5, READ_BUFFER_CMD_SUPPORTED = 1
Byte:0471: Bit:6, NOP_CMD_SUPPORTED = 0
Byte:0472: CommandSetsSupported = 09 7C
Byte:0472: Bit:1, READ_WRITE_DMA_QUEUED_SUPPORTED = 0
Byte:0472: Bit:3, ADVANCED_POWER_MANAGEMENT_SUPPORTED = 1
Byte:0472: Bit:5, POWER_UP_IN_STANDBY_SUPPORTED = 0
Byte:0472: Bit:6, SET_FEATURES_SPINUP_REQUIRED_SUPPORTED = 0
Byte:0473: Bit:0, SET_MAX_SECURITY_EXTENSION_SUPPORTED = 0
Byte:0473: Bit:1, AUTO_ACOUSTIC_MANAGEMENT_SUPPORTED = 0
Byte:0473: Bit:2, FOURTYEIGHT_BIT_SUPPORTED = 1
Byte:0473: Bit:3, DCO_COMMAND_SETS_SUPPORTED = 1
Byte:0473: Bit:4, FLUSH_CACHE_SUPPORTED = 1
Byte:0473: Bit:5, FLUSH_CACHE_EXT_SUPPORTED = 1
Byte:0474: CommandSetSupportedExtension = 21 61
Byte:0474: Bit:0, SMART_ERROR_LOGGING_SUPPORTED = 1
Byte:0474: Bit:1, SMART_SELF_TEST_SUPPORTED = 0
Byte:0474: Bit:2, MEDIA_SERIALNUMBER_SUPPORTED = 0
Byte:0474: Bit:4, STREAMING_FEATURE_SET_SUPPORTED = 0
Byte:0474: Bit:6, FUA_WRITE_EXT_COMMANDS_SUPPORTED = 0
Byte:0474: Bit:7, FUA_WRITE_QUEUED_EXT_COMMANDS_SUPPORTED = 0
Byte:0475: Bit:0, SIXTYFOUR_BIT_WWN_SUPPORTED = 1
Byte:0475: Bit:3, AV_LITE_SUPPORTED = 0
Byte:0475: Bit:4, AV_LITE_RC_WC_SUPPORTED = 0
Byte:0475: Bit:5, IDLE_IMMEDIATE_UNLOAD_SUPPORTED = 1
Byte:0476: CommandSetEnabled = 28 30
Byte:0476: Bit:0, SMART_ENABLED = 0
Byte:0476: Bit:1, SECURITY_MODE_FEATURE_SET_ENABLED = 0
Byte:0476: Bit:5, WRITE_CACHE_ENABLED = 1
Byte:0476: Bit:6, READ_LOOKAHEAD_ENABLED = 0
Byte:0477: Bit:2, HOST_PROTECTED_AREA_ENABLED = 0
Byte:0478: CommandSetsEnabled = 09 BC
Byte:0478: Bit:3, ADVANCED_POWER_MANAGEMENT_ENABLED = 1
Byte:0478: Bit:5, POWER_UP_IN_STANDBY_ENABLED = 0
Byte:0478: Bit:6, SET_FEATURES_SPINUP_REQUIRED_ENABLED = 0
Byte:0478: Bit:7, ADDRESS_OFFSET_RESERVED_AREA_BOOT = 0
Byte:0479: Bit:0, SET_MAX_SECURITY_EXTENSION_ENABLED = 0
Byte:0479: Bit:1, AUTO_ACOUSTIC_MANAGEMENT_ENABLED = 0
Byte:047A: CommandSetEnabledExtension = 21 61
Byte:047A: Bit:2, MEDIA_SERIALNUMBER_IS_VALID = 0
Byte:047B: Bit:3, AV_LITE_ENABLED = 0
Byte:047B: Bit:4, AV_LITE_RC_WC_ENABLED = 0
Byte:047C: FreeFallSensitivity = 00 00
Byte:047E: CurrentAPMValue = 80 80
Byte:0480: MasterPasswordRevisionCode = FE FF
Byte:0482: AcousticLevel = 00 00
Byte:0484: StreamMinRequestSize = 00 00
Byte:0486: StreamXferTimeDMA = 00 00
Byte:0488: StreamAccessLatency = 00 00
Byte:048A: StreamPerformanceGranularity = 00 00 00 00
Byte:048E: StreamXferTimePIO = 00 00
Byte:0490: Max512ByteUnitsPerDownloadMicrocode = 80 00
Byte:0492: PhysicalLogicalSectorSize = 00 00
Byte:0492: Bit:0, TWO_X_LOG_SECTORS_PER_PHY_SECTOR_B0 = 0
Byte:0492: Bit:1, TWO_X_LOG_SECTORS_PER_PHY_SECTOR_B1 = 0
Byte:0492: Bit:2, TWO_X_LOG_SECTORS_PER_PHY_SECTOR_B2 = 0
Byte:0492: Bit:3, TWO_X_LOG_SECTORS_PER_PHY_SECTOR_B3 = 0
Byte:0493: Bit:4, DEV_LOG_SEC_LEN_GREATER_THAN_256W = 0
Byte:0493: Bit:5, DEV_HAS_MUL_LOG_SECTORS_PER_PHY_SECTOR = 0
Byte:0494: AVLiteWorstCaseTimer = 00 00
Byte:0496: WordsPerLogicalSector = 00 01 00 00
Byte:049A: ATACommandSetSupportedExt2 = 0C 40
Byte:049A: Bit:1, WRITE_READ_VERIFY_SUPPORTED = 0
Byte:049A: Bit:2, WRITE_UNCORRECTABLE_SUPPORTED = 1
Byte:049A: Bit:3, READ_AND_WRITE_DMA_EXP_GPL_COMMANDS_SUPPORTED = 1
Byte:049A: Bit:5, FREEFALL_SENSOR_SUPPORTED = 0
Byte:049C: ATACommandSetEnabledExt2 = 08 40
Byte:049C: Bit:1, WRITE_READ_VERIFY_ENABLED = 0
Byte:049C: Bit:3, READ_AND_WRITE_DMA_EXP_GPL_COMMANDS_ENABLED = 1
Byte:049C: Bit:5, FREEFALL_SENSOR_ENABLED_BY_DEFAULT = 0
Byte:049E: ATATransportMajorRevisionNumber = 08 10
Byte:04A0: ATATransportMinorRevisionNumber = 00 00
Byte:04A2: ATSMARTDefaultFlags = 01 00
Byte:04A2: Bit:0, SMARTDEFAULTON = 1
Byte:04A4: ATSMARTConfig =
0F 00 06 00 02 00 00 00 33 00 00 00 33 00 24 00
0F 00 1E 00 32 00 00 00 13 00 61 00 33 00 14 00
32 00 00 00 3A 00 00 00 22 00 2D 00 32 00 00 00
32 00 00 00 32 00 00 00 22 00 00 00 1A 00 00 00
12 00 00 00 10 00 00 00 3E 00 00 00 33 00 61 00
32 00 00 00 33 00 24 00 00 00 00 00 00 00 00 00
00 00 00 00 32 00 00 00 32 00 00 00 00 00 00 00
00 00 00 00 00 00 00 00
Byte:04A4: SMART1Status = 0F 00
Byte:04A6: SMART1Threshold = 06
Byte:04A8: SMART2Status = 02 00
Byte:04AA: SMART2Threshold = 00
Byte:04AC: SMART3Status = 33 00
Byte:04AE: SMART3Threshold = 00
Byte:04B0: SMART4Status = 33 00
Byte:04B2: SMART4Threshold = 24
Byte:04B4: SMART5Status = 0F 00
Byte:04B6: SMART5Threshold = 1E
Byte:04B8: SMART6Status = 32 00
Byte:04BA: SMART6Threshold = 00
Byte:04BC: SMART7Status = 13 00
Byte:04BE: SMART7Threshold = 61
Byte:04C0: SMART8Status = 33 00
Byte:04C2: SMART8Threshold = 14
Byte:04C4: SMART9Status = 32 00
Byte:04C6: SMART9Threshold = 00
Byte:04C8: SMART10Status = 3A 00
Byte:04CA: SMART10Threshold = 00
Byte:04CC: SMART11Status = 22 00
Byte:04CE: SMART11Threshold = 2D
Byte:04D0: SMART12Status = 32 00
Byte:04D2: SMART12Threshold = 00
Byte:04D4: SMART13Status = 32 00
Byte:04D6: SMART13Threshold = 00
Byte:04D8: SMART14Status = 32 00
Byte:04DA: SMART14Threshold = 00
Byte:04DC: SMART15Status = 22 00
Byte:04DE: SMART15Threshold = 00
Byte:04E0: SMART16Status = 1A 00
Byte:04E2: SMART16Threshold = 00
Byte:04E4: SMART17Status = 12 00
Byte:04E6: SMART17Threshold = 00
Byte:04E8: SMART18Status = 10 00
Byte:04EA: SMART18Threshold = 00
Byte:04EC: SMART19Status = 3E 00
Byte:04EE: SMART19Threshold = 00
Byte:04F0: SMART20Status = 33 00
Byte:04F2: SMART20Threshold = 61
Byte:04F4: SMART21Status = 32 00
Byte:04F6: SMART21Threshold = 00
Byte:04F8: SMART22Status = 33 00
Byte:04FA: SMART22Threshold = 24
Byte:04FC: SMART23Status = 00 00
Byte:04FE: SMART23Threshold = 00
Byte:0500: SMART24Status = 00 00
Byte:0502: SMART24Threshold = 00
Byte:0504: SMART25Status = 00 00
Byte:0506: SMART25Threshold = 00
Byte:0508: SMART26Status = 32 00
Byte:050A: SMART26Threshold = 00
Byte:050C: SMART27Status = 32 00
Byte:050E: SMART27Threshold = 00
Byte:0510: SMART28Status = 00 00
Byte:0512: SMART28Threshold = 00
Byte:0514: SMART29Status = 00 00
Byte:0516: SMART29Threshold = 00
Byte:0518: SMART30Status = 00 00
Byte:051A: SMART30Threshold = 00
Byte:051E: SCTCommandSetSupported = 3F 10
Byte:051E: Bit:0, SCT_SUPPORTED_COMMAND_SET = 1
Byte:051E: Bit:1, SCT_SUPPORTED_LONG_SECTOR_ACCESS = 1
Byte:051E: Bit:2, SCT_SUPPORTED_LBA_SEGMENT_ACCESS = 1
Byte:051E: Bit:3, SCT_SUPPORTED_ERROR_RECOVERY_CONTROL = 1
Byte:051E: Bit:4, SCT_SUPPORTED_FEATURES_CONTROL = 1
Byte:051E: Bit:5, SCT_SUPPORTED_DATA_TABLE = 1
Byte:0520: SCTFanControlMaxOperatingTemp = 00
Byte:0521: SCTFanControlOverRangeTemp = 00
Byte:0522: SCTFanControlUnderRangeTemp = 00
Byte:0523: SCTFanControlMinOperatingTemp = 00
Byte:0524: SCTVendorFlags = 07 00
Byte:0524: Bit:0, SCT_VENDORFLAGS_SEATOOLS = 1
Byte:0524: Bit:1, SCT_VENDORFLAGS_WRITE_SAME = 1
Byte:0524: Bit:2, SCT_VENDORFLAGS_CORRECTABLE_BIT = 1
Byte:0525: Bit:7, SCT_VENDORFLAGS_DEBUG_MODE = 0
Byte:0526: SCTTimerReadDefault = 00 00
Byte:0528: SCTTimerWriteDefault = 00 00
Byte:052A: SCTTenMsecCount = 00
Byte:052B: SCTPerformanceFlags = 00
Byte:052C: SCTTempDataTableSize = 80 00
Byte:052E: SCTSamplingPeriod = 01 00
Byte:0530: SCTInterval = 01 00
Byte:0532: ATAPadSlewRate = 00
Byte:0533: ATAIORDYPadControl = 00
Byte:0534: PreampHotTweak = 00
Byte:0535: PreampColdTweak = 00
Byte:0536: LubeMitigationRetries = 00 00
Byte:0538: LengthOfWriteSpaceToFlush = 00 00
Byte:053A: LengthOfWriteCommandToTriggerFlush = 00 00
Byte:053C: NDSLBAThresholdA = 00 00
Byte:053E: NDSLBAThresholdB = 00 00
Byte:0540: NDSPartitionDependencies = 00 00
Byte:0542: NDSODOffsetConfig = 00
Byte:0543: NDSIDOffsetConfig = 00
Byte:0544: APMTimer1mSec = FF 00
Byte:0546: APMTimer2mSec = 28 23
Byte:0548: APMStandByTimer = 20 00
Byte:054A: APMTimerForDither = 2C 01
Byte:054C: ReadDelayMinimum = 00
Byte:054D: WriteDelayMinimum = 00
Byte:054E: WriteDelayIncremental = 00
Byte:054F: ReadDelayIncremental = 00
Byte:0550: FeatureFlags = 9C A2 10 08
Byte:0550: Bit:0, WRITE_CONFIG_DATA_TO_FLASH = 0 1
Byte:0550: Bit:1, SPINUP_WRITE_FAULT_THRESHOLDS_ENABLED = 0
Byte:0550: Bit:2, IOEDC_CHECK_ENABLED = 1
Byte:0550: Bit:3, IOEDC_ERROR_ENABLED = 1
Byte:0550: Bit:4, DOWNLOAD_MICROCODE_FUTURE_USE_ONLY = 1
Byte:0550: Bit:5, SUPPRESS_SERIAL_PORT_PRINTS = 0
Byte:0550: Bit:6, DRQ_CLEAR_ON_PIO_READ_ERR_SUPPORTED = 0
Byte:0550: Bit:7, OFFLINE_SEEK_AWAY = 1
Byte:0551: Bit:0, DELAY_SLEEP_STANDBY_CMDCOMPLETE = 0
Byte:0551: Bit:1, IDLE_IMMEDIATE_UNLOAD_EMERGENCY = 1
Byte:0551: Bit:2, ENABLE_ALLOW_RAW_ERROR_RATE_UPDATE = 0
Byte:0551: Bit:3, OP_SHOCK_DETECTION_ENABLED = 0
Byte:0551: Bit:4, LOG99_CONTROL = 0
Byte:0551: Bit:5, READ_WRITE_LONG_EXTENDED_ENABLED = 1
Byte:0551: Bit:6, WRITE_REORDERING_DISABLED = 0
Byte:0551: Bit:7, ALLOW_AAM_FEATURE_SET = 1
Byte:0552: Bit:0, DATA_LOG_ENABLED = 0
Byte:0552: Bit:1, HOST_STREAM_RECORD_FIRST_ERROR_BLOCK = 0
Byte:0552: Bit:2, SAVE_ATA_COMMAND_HISTORY_TO_DISC = 0
Byte:0552: Bit:3, EIB_ON_POWERUP = 0
Byte:0552: Bit:4, LEFT_JUSTIFY_SERIAL_NUMBER = 1
Byte:0552: Bit:5, SUN_MICRO_MODEL_NUMBER_UPDATE = 0
Byte:0552: Bit:6, REVERTING_TO_POWER_ON_DEFAULTS_SUPPORTED = 0
Byte:0552: Bit:7, RIGHT_JUSTIFY_FIRMWARE_REVISION = 0
Byte:0553: Bit:0, SEGMENT_INITIALIZED = 0
Byte:0553: Bit:1, DISPLAY_SMART_COMMANDS_ON_SERIAL_PORT_ENABLED = 0 1
Byte:0553: Bit:2, DISABLE_SMART_AUTO_UPDATES = 0
Byte:0553: Bit:3, DISABLE_LEGACY_READ_WRITE_LONG = 1
Byte:0553: Bit:4, VERSION_ENFORCEMENT_SUPPORTED = 0
Byte:0553: Bit:5, ENABLE_MICKEY_CERT = 0
Byte:0553: Bit:6, RETAIN_AMPS_VALUE_ON_DOWNLOAD = 0
Byte:0554: PerformanceFlags = 00 3C
Byte:0554: Bit:0, REDUCED_RAW_TRANSITION_FLUSH = 0
Byte:0554: Bit:1, REDUCED_AV_RETRIES = 0
Byte:0554: Bit:4, VJIT_DISABLED = 0
Byte:0554: Bit:5, ZERO_LATENCY_RD_ENABLED = 0
Byte:0555: Bit:0, DAR_ENABLED = 0
Byte:0555: Bit:1, OFFLINE_SPARING_ENABLED = 0
Byte:0555: Bit:2, JIT3 = 1
Byte:0555: Bit:3, JIT2 = 1
Byte:0555: Bit:4, JIT1 = 1
Byte:0555: Bit:5, JIT0 = 1
Byte:0555: Bit:6, DISABLE_IDLE_ACTIVITY = 0
Byte:0555: Bit:7, ENABLE_SELF_SEEK = 0
Byte:0556: AggressivelyScanThisManyTimes = 00 00
Byte:0558: LongSeekEventTime = FF FF
Byte:055A: SleepStandbyDelay = 00 00
Byte:055C: CustomerUniques = 00 00 00 00
Byte:0560: CustomerType = 00 00 00 00
Byte:0564: AdditionalSATAFeatureConfig = 03 00 00 00
Byte:0564: Bit:0, SATA_FORCE_EARLY_STATUS = 1
Byte:0564: Bit:1, SATA_EARLY_STATUS_FORCE_COMRESET = 1
Byte:0564: Bit:2, SATA_INTRACOMMAND_PHY_MANAGEMENT_ENABLED = 0
Byte:0564: Bit:3, SATA_ENABLE_PHY_PM_CALIBRATION = 0
Byte:0564: Bit:4, SATA_ENABLE_SPI_VIS_MODE = 0
Byte:0564: Bit:5, SATA_ENABLE_RERR_TESTING = 0
Byte:0564: Bit:6, SATA_ENABLE_SSC = 0
Byte:0564: Bit:7, SATA_EYE_DIAGRAM_TEST = 0
Byte:0565: Bit:0, SATA_DISABLE_PRIMITIVE_SCRAMBLING = 0
Byte:0565: Bit:1, SATA_ULTRA_AGGRESSIVE_INTER_COMMAND_PHY_SUPPORTED = 0
Byte:0565: Bit:2, SATA_ULTRA_AGGRESSIVE_INTRA_COMMAND_PHY_SUPPORTED = 0
Byte:0568: FactoryODScanMBytes = 00 00
Byte:056A: FactoryIDScanMBytes = 00 00
Byte:056C: MaxDSTSelfTestTime = DB 11
Byte:056E: DSTShortTestTimeLimit = 78 00
Byte:0570: BootFlagsForROM = 02 00
Byte:0570: Bit:0, BOOT_FLAG_POWER_ON_IN_STANDBY = 0
Byte:0570: Bit:1, BOOT_FLAG_PARTIAL_OOB = 1
Byte:0570: Bit:2, USE_SMALL_ID_FORMAT = 0
Byte:0570: Bit:3, LOW_CURRENT_SPINUP = 0
Byte:0572: LastCongenWriteCaller = 00 00
Byte:0574: HostStreamJumpSizeInSectors = 00 00
Byte:0576: HostStreamTotalJumpSteps = 00
Byte:0577: SerialDebugLevel = 01
Byte:0578: DefaultStandbyTimer = 00
Byte:0579: ATAInterSectorTime = 08
Byte:057A: StandbyDelayBeforePostingStatus = 01 00
Byte:057C: StandbyPostingStatusFlags = 06 00
Byte:057C: Bit:0, ENABLE_WAIT_FOR_DRIVE_SPINDOWN_BEFORE_POSTING_STATUS_AFTER_STANDBY = 0
Byte:057C: Bit:1, ENABLE_HEADS_ON_RAMP_BEFORE_POSTING_STATUS_AFTER_STANDBY = 1
Byte:057C: Bit:2, ENABLE_DELAY_BEFORE_POSTING_STATUS_AFTER_STANDBY = 1
Byte:057F: LTTCPowerOnHours = 0A
Byte:0580: DebugAddress0 = 00 00 00 00
Byte:0584: DebugValue0 = 00 00 00 00
Byte:0588: DebugAddress1 = 00 00 00 00
Byte:058C: DebugValue1 = 00 00 00 00
Byte:0590: MaxDSTUnrecoverableFailures = 00 00
Byte:0592: Bit:0, EIB_WRT_MSG_ENABLE = 0
Byte:0592: Bit:1, EIB_SWD_MSG_ENABLE = 0
Byte:0592: Bit:2, EIB_SIM_MSG_ENABLE = 0
Byte:0592: Bit:3, EIB_DEBUG_MSG_ENABLE = 0
Byte:0593: Expansion =
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00
''
F3 T> [/more]

Добавлено:
[more] [/more]

Добавлено:
ErrCode 43110081

Добавлено:
у меня огромное количество ошибок CRC
надо править FID 093 а как? весь поиск и форум прочитал научите
винт семейства F3

Цитата:

Прищепку купите...

Точно, а то забываю всё про неё

что будет после FORMAT SA

moto261
винт уйдет в бизи и ничего вы с ним потом не сделаете

Доброй ночи, подскажите понимающие люди.
Попал в руки винчестер Seagate SV35 2000Gb, SATA, 3.5"
смарт следующий http://imageshack.com/i/pcdyvi1sj предыдущий владелец ремапил все подряд, софт бэды в том числе. Скажите, есть возможность их "вычеркнуть" из списка, и исправить? заодно и поправив смарт ? не очень привлекателен....

Turkish88

Цитата:

и ничего вы с ним потом не сделаете

Ну почему-же... При наличии бэкапа служебки, прямых рук и знания как всем этим воспользоваться можно вернуть тело к жизни.

Цитата:

владелец ремапил все подряд, софт бэды в том числе.

Владелец не может ремапить. Замещением сбойных секторов занимается программа диска. Если бы ошибки были софтовые, то в процессе "ремапа" они бы не переназначали.
Если же очень хочется почистить, то команда для этого есть в этой теме. И не только в ней.

Цитата:

Владелец не может ремапить

Владелец - да, если он будет использовать кувалду и пассатижи. Но никто не запрещает делать небольшой ремонт с ремапом, зацикливая скан винта с включенным ремапом.
Саму операцию ремапа ес-нно сделает микропрограмма винта, но можно ж ей помочь именно онлайновой дефектоскопией, а не дожидаться отработки внутреннего селфа в оффлайне.

Цитата:

есть возможность их  "вычеркнуть" из  списка, и исправить? заодно и поправив смарт ?

Пересчёт с переносом и СМАРТ сам поправится немного. Но винт это не вылечит.
Так что стоит после переноса переформатить винт правильными командами (не одной зачастую ж).
Выходит что убрать из СМАРТа некрасивые записи - несложно, сделать реально рабочий винт - гораздо сложнее ж.

Цитата:

Выходит что убрать из СМАРТа некрасивые записи - несложно, сделать реально рабочий винт - гораздо сложнее ж.

Это и интересует.