Home » Hitachi Manuals » Hard Drives » Hitachi HUS151473VL3800 » Manual Viewer

Hitachi HUS151473VL3800 Specifications - Page 162

Parameter data for Read Keys

UPC - 102645854861

View all Hitachi HUS151473VL3800 manuals

Add to My Manuals
Save this manual to your list of manuals

Page 162 highlights

17.12.2 Parameter data for Read Keys Table 96: PERSISTENT RESERVE IN, parameter data for Read Keys Bit Byte 7 6 5 4 3 2 1 0 (MSB) 0-3 Generation (LSB) (MSB) 4-7 (MSB) 8-15 Additional length (n-7) First reservation key (LSB) (LSB) (n-7) n (MSB) : Last reservation key (LSB) Generation is a counter that increments when PERSISTENT RESERVE OUT command with "Register" or "Preempt and Clear" completes successfully. Generation is set to 0 as part of the power on reset process and hard reset process. The Generation field contains a 32-bit counter that the Target shall increment every time a PERSISTENT RESERVE OUT command requests a Register, a Clear, a Preempt, or a Preempt and Abort service action. The counter shall not be incremented by a PERSISTENT RESERVE IN command, by a PERSISTENT RESERVE OUT command that performs a Reserve or Release service action, or by a PERSISTENT RESERVE OUT command that is not performed due to an error or reservation conflict. Regardless of the APTPL value the generation value shall be set to 0 as part of the power on reset process. The Additional Length field contains a count of the number of bytes in the reservation key list. If the allocation length specified by the PERSISTENT RESERVE IN command is not sufficient to contain the entire parameter list, then only the bytes from 0 to the maximum allowed allocation length shall be sent to the Initiator. The incremental remaining bytes shall be truncated, although the Additional Length field shall still contain the actual number of bytes in the reservation key list without consideration of any truncation resulting from an insufficient allocation length. This shall not be considered an error. The Reservation Key list contains the 8-byte reservation keys for all Initiators that have registered through all ports with the Target. Hitachi Confidential Hitachi Ultrastar 15K147 SCSI Hard Disk Drive Specification 144

Section	Page
1.0 General	19
1.1 Introduction	19
1.2 Glossary	19
1.3 Caution	19
2.0 Outline of the drive	21
3.0 Fixed-disk Subsystem Description	23
3.1 Control Electronics	23
3.2 Head Disk Assembly	23
3.3 Actuator	23
4.0 Drive characteristics	25
4.1 Formatted capacity	25
4.2 Data sheet	25
4.3 Inquiry information	26
4.3.1 Product ID	26
4.3.2 Worldwide ID - Block assignment	27
4.4 Cylinder allocation	28
4.5 Performance characteristics	28
4.5.1 Mechanical positioning	29
4.5.2 Drive ready time	31
4.5.3 Spindle stop time	31
4.5.4 Data transfer speed	31
4.5.5 Buffering operation (read ahead/write cache)	32
4.5.6 Throughput	32
5.0 Data Integrity	35
5.1 Equipment Status	35
5.2 Error Recovery Procedure	35
6.0 Physical format	37
6.1 Shipped format (Plist)	37
6.2 Reassigned format (Glist)	37
7.0 Electrical interface specification	39
7.1 Power connector	39
7.2 SCSI bus connector	40
7.2.1 SCSI signal connector (68-pin model)	40
7.2.2 SCSI signal connector (80-pin SCA-2 model)	41
7.3 SCSI cable	42
7.4 SCSI bus terminator	42
7.5 Hot plug/unplug	42
7.6 SCSI bus electrical characteristics	42
7.7 Auxiliary connector on 68-pin model	43
7.8 Option jumper block	44
7.9 Jumper signal Description on 80 pin Jumper Block	45
7.9.1 Disable Auto Spin (position 1-2)	45
7.9.2 Auto Spin Delay and Delay Spin 12 / 6 (position 3-4)	45
7.9.3 Force Single Ended Mode (position 7-8)	45
7.9.4 Reserved (position 9-10)	45
7.9.5 LED Driver Out (position 11-12)	46
7.9.6 Positions #13-14	46
7.10 Jumper signal Description on 68 pin Jumper Block	47
7.10.1 LED Driver Out (position 1-2)	47
7.10.2 Enable Termination Power (positions 3-4)	47
7.10.3 Force Single Ended Mode (position 5-6)	47
7.10.4 Positions #7-8 to #13-14: Device ID	47
7.11 Jumper Signal Description on 68 pin Jumper Block (J6)	48
7.11.1 Disable Auto Spin (position 1-2)	48
7.11.2 Auto Spin Delay and Delay Spin 12 / 6 (position 3-4 and 5-6)	48
7.11.3 Disable Parity (position 7-8)	48
7.11.4 Disable Unit Attention (position 11-12)	48
7.11.5 Reserved (positions 9-10 and 13-14)	48
8.0 Environment	49
8.1 Temperature and humidity	49
8.2 Storage requirements	50
8.2.1 Packaging	50
8.2.2 Storage time	50
8.3 Corrosion test	50
8.4 Cooling requirements	51
9.0 DC power requirements	53
9.1 Power supply current, average, and peak	54
9.2 Ripple voltage	56
9.3 Power consumption efficiency index	57
10.0 Reliability	59
10.1 Start/stop cycles	59
10.2 Data reliability	59
10.3 Seek errors	59
10.4 Failure prediction (PFA/S.M.A.R.T)	59
10.5 Preventive maintenance	59
10.6 Temperature warning	59
11.0 Mechanical specifications	61
11.1 Outline	61
11.2 Mechanical dimensions	62
11.3 Interface connector	63
11.3.1 68 and 80 pin connectors	63
11.4 Mounting positions and tappings	64
11.5 Drive mounting	66
11.6 Heads unload and actuator lock	66
11.7 Breather hole	66
12.0 Vibration and shock	67
12.1 Operating vibration	67
12.1.1 Random vibration	67
12.1.2 Swept sine vibration	67
12.2 Non-operating vibration	67
12.2.1 Random vibration	67
12.2.2 Swept sine vibration	67
12.3 Operating shock	67
12.4 Non-operating shock	68
12.4.1 Half sinewave shock pulse	68
12.4.2 Rotational shock	68
13.0 Acoustics	69
13.1 Sound power levels	69
14.0 Identification	71
14.1 Labels	71
15.0 Standards	73
15.1 UL and CSA standard conformity	73
15.2 European standards compliance	73
15.3 German safety mark	73
15.4 Flammability	73
15.5 Corporate Standards Compliance	73
16.0 Electromagnetic Compatibility	75
17.0 SCSI Command Set	77
17.1 SCSI Control Byte	79
17.2 Abbreviations	79
17.3 Byte ordering conventions	79
17.4 FORMAT UNIT (04)	80
17.4.1 Defect list	82
17.4.2 Defect Descriptor	83
17.5 INQUIRY (12)	86
17.5.1 Inquiry Data	87
17.6 LOG SELECT (4C)	96
17.7 LOG SENSE (4D)	99
17.7.1 Log Page parameters	100
17.7.2 Log Sense Page 0	101
17.7.3 Log Sense Page 2	102
17.7.4 Log Sense Page 3	104
17.7.5 Log Sense Page 5	106
17.7.6 Log Sense Page 6	108
17.7.7 Log Sense Page D	109
17.7.8 Log Sense Page E	110
17.7.9 Log Sense Page F	111
17.7.10 Log Sense Page 10	112
17.7.11 Log Sense Page 2F	115
17.7.12 Log Sense Page 30	116
17.7.13 Log Sense Page 37	119
17.8 MODE SELECT (15)	121
17.9 MODE SELECT (55)	122
17.10 MODE SENSE (1A)	123
17.10.1 Mode Parameter List	125
17.10.2 Mode Page 00 (Vendor Unique Parameters)	129
17.10.3 Mode Page 01 (Read/Write Error Recovery Parameters)	132
17.10.4 Mode Page 02 (Disconnect/Reconnect Parameters)	137
17.10.5 Mode Page 03 (Format Device Parameters)	139
17.10.6 Mode Page 04 (Rigid Disk Drive Geometry Parameters)	141
17.10.7 Mode Page 07 (Verify Error Recovery Parameters)	142
17.10.8 Mode Page 08 (Caching Parameters)	143
17.10.9 Mode Page 0A (Control Mode Page Parameters)	146
17.10.10 Mode Page 0C (Notch Parameters)	148
17.10.11 Mode page 19 (Port Control Parameters)	150
17.10.12 Mode Page 1A (Power Control)	156
17.10.13 Mode Page 1C (Informational Exceptions Control)	157
17.11 MODE SENSE (5A)	159
17.12 PERSISTENT RESERVE IN (5E)	161
17.12.1 Service Action	161
17.12.2 Parameter data for Read Keys	162
17.12.3 Parameter Data for Read Reservations	163
17.13 PERSISTENT RESERVE OUT (5F)	165
17.13.1 Service Action	166
17.13.2 Scope	169
17.13.3 Type	169
17.13.4 Parameter list	171
17.13.5 Summary	171
17.14 PRE-FETCH (34)	173
17.15 READ (6) - (08)	174
17.16 READ (10) - (28)	175
17.17 READ BUFFER (3C)	176
17.17.1 Combined Header And Data (Mode 00000b)	177
17.17.2 Read Data (Mode 00010b)	177
17.17.3 Descriptor (Mode 00011b)	178
17.17.4 Read Data from Echo Buffer (Mode 01010b)	179
17.17.5 Echo Buffer Descriptor (Mode 01011b)	179
17.17.6 Enable Expander Communications Protocol and Echo Buffer (Mode 11010b)	179
17.18 READ CAPACITY (25)	180
17.19 READ DEFECT DATA (37)	182
17.19.1 Defect List Header	184
17.19.2 Defect List Descriptor	184
17.19.3 Bytes from Index Format (100b)	185
17.19.4 Physical Sector Format (101b)	185
17.20 READ DEFECT DATA (B7)	186
17.20.1 Defect List Header	186
17.20.2 Defect List Descriptor	187
17.20.3 Bytes from Index Format (100b)	187
17.20.4 Physical Sector Format (101b)	187
17.21 READ LONG (3E)	188
17.22 REASSIGN BLOCKS (07)	189
17.23 RECEIVE DIAGNOSTICS RESULTS (1C)	191
17.23.1 Receive Diagnostic Results Page 0	191
17.23.2 Receive Diagnostic Results Page 40	192
17.24 RELEASE (17)	193
17.25 RELEASE (57)	194
17.26 REPORT DEVICE IDENTIFIER (A3)	195
17.27 REPORT LUNS (A0)	197
17.28 REQUEST SENSE (03)	198
17.29 RESERVE (16)	199
17.30 RESERVE (56)	200
17.31 REZERO UNIT (01)	201
17.32 SEEK (6) - (0B)	202
17.33 SEEK (10) - (2B)	203
17.34 SEND DIAGNOSTIC (1D)	204
17.34.1 Send Diagnostic Page 0	206
17.34.2 Send Diagnostic Page 40	206
17.35 SET DEVICE IDENTIFIER (A4)	208
17.36 START STOP UNIT (1B)	209
17.37 SYNCHRONIZE CACHE (35)	210
17.38 TEST UNIT READY (00)	211
17.39 VERIFY (2F)	212
17.40 VERIFY (16) - (8F)	213
17.41 WRITE (6) - (0A)	214
17.42 WRITE (10) - (2A)	215
17.43 WRITE AND VERIFY (16) - (8E)	216
17.44 WRITE AND VERIFY (2E)	217
17.45 WRITE BUFFER (3B)	218
17.45.1 Combined Header And Data (Mode 00000b)	219
17.45.2 Write Data (Mode 00010b)	219
17.45.3 Download Microcode (Mode 00100b)	220
17.45.4 Download Microcode and Save (Mode 00101b) -Single Binary File	220
17.45.5 Download Microprocessor Microcode and Save (Mode 00111b) - Multiple Binary Files	221
17.45.6 Write Data to Echo Buffer (Mode 01010b)	221
17.45.7 Enable Expander Communications Protocol (Mode 11010b)	221
17.46 WRITE LONG (3F)	222
17.47 WRITE SAME (41)	223
17.48 WRITE SAME (16) - (93)	224
18.0 SCSI Status Byte	225
19.0 SCSI message system	227
19.1 Supported messages	228
19.1.1 Task Complete (00)	228
19.1.2 Synchronous Data Transfer Request (01, 03, 01h)	229
19.1.3 Wide Data Transfer Request (01, 02, 03h)	233
19.1.4 Parallel Protocol Request (01, 06, 04h)	235
19.1.5 Save Data Pointer (02)	237
19.1.6 Restore Pointers (03)	237
19.1.7 Disconnect (04)	238
19.1.8 Initiator Detected Error (05)	238
19.1.9 Abort Task Set (06)	238
19.1.10 Message Reject (07)	238
19.1.11 No Operation (08)	238
19.1.12 Message Parity Error (09)	239
19.1.13 Linked Task Complete (0A)	239
19.1.14 Linked Task Complete With Flag (0B)	239
19.1.15 Target Reset (0C)	239
19.1.16 Abort Task (0D)	239
19.1.17 Clear Task Set (0E)	239
19.1.18 Logical Unit Reset (17)	239
19.1.19 Queue Tag messages (20H, 21H, 22H)	240
19.1.20 Ignore Wide Residue	240
19.1.21 Identify (80 - FF)	241
19.2 Supported message functions	242
19.3 Attention condition	243
20.0 Additional information	245
20.1 SCSI Protocol	245
20.1.1 Priority of SCSI Status Byte Reporting	245
20.1.2 Invalid LUN in Identify Message	245
20.1.3 Incorrect Initiator Connection	246
20.1.4 Command Processing During Execution of Active I/O Process	246
20.1.5 Unit Attention Condition	248
20.1.6 Command processing during startup and format operations	249
20.1.7 Internal Error Condition	249
20.1.8 Deferred Error Condition	249
20.1.9 Degraded Mode	250
20.1.10 Command Processing while Reserved	257
20.2 Priority Commands	257
20.3 Command Queuing	258
20.3.1 Queue Depth	258
20.3.2 Tagged Queuing	258
20.3.3 Untagged Queuing	258
20.3.4 Command Queuing Rule	258
20.3.5 Queue Full Status	258
20.3.6 Device Behavior on Command Queuing	258
20.4 Command Reordering	259
20.5 Concurrent I/O Process	259
20.6 Write Cache	259
20.7 Automatic Rewrite/Reallocate	260
20.8 Segmented Caching	262
20.8.1 Overview	262
20.8.2 Read Ahead	262
20.9 Multiple Initiator Systems	262
20.9.1 Sense Data	262
20.9.2 Mode Pages	262
20.10 Reselection Time-out	262
20.11 Single Initiator Selection	262
20.12 Non-arbitrating systems	262
20.13 Selection without ATN	263
20.14 Multiple Initiator Environment	263
20.14.1 Initiator Sense Data	263
20.14.2 Initiator Mode Select/Mode Sense Parameters	263
20.14.3 Initiator Data Transfer Mode Parameter	263
20.15 Contingent Allegiance Condition	263
20.16 Reset	263
20.16.1 Reset Sources	264
20.16.2 Reset Actions	264
20.17 Diagnostics	264
20.17.1 Power on Diagnostics	264
20.17.2 Self-test via SEND DIAGNOSTIC Command	265
20.18 Idle Time Function	268
20.19 Command Time out Limits	268
20.19.1 Reassignment Time	268
20.19.2 Format Time	268
20.19.3 Start/Unit Stop Time	268
20.19.4 Medium Access Command Time	269
20.19.5 Time-out Limits for Other Commands	269
20.20 Recommended Initiator ERP	270
20.20.1 Drive Service Strategy	270
20.20.2 Recommendations for System Error Log	271
20.20.3 Data Recovery Procedure	271
20.20.4 Nondata Error Recovery Procedure	273
21.0 SCSI Sense Data	279
21.1 SCSI Sense Data Format	279
21.2 Sense Data Description	280
21.2.1 Valid (Bit 7 of byte 0)	280
21.2.2 Error Code (Bit 6 - 0 of byte 0)	280
21.2.3 ILI: Incorrect Length Indicator (Bit 5 of byte 2)	280
21.2.4 Sense Key (Bit 3 - 0 of byte 2)	281
21.2.5 Information Bytes (Byte 3 through 6)	282
21.2.6 Additional Sense Length (Byte 7)	282
21.2.7 Command Specific Information (Byte 8 through 11)	282
21.2.8 Additional Sense Code/Qualifier (Byte 12 and 13)	283
21.2.9 RU: Field Replaceable Unit (Byte 14)	299
21.2.10 Sense Key Specific (Byte 15 through 17)	299
21.2.11 Reserved (Byte 18 through 19)	301
21.2.12 Vendor unique error information (Byte 20 through 23)	301
21.2.13 Physical Error Record (Byte 24 thru 29)	301
21.2.14 Reserved (Byte 30 through 31)	301

Match case Limit results 1 per page

Hitachi Ultrastar 15K147 SCSI Hard Disk Drive Specification

144

Hitachi Confidential

17.12.2

Parameter data for Read Keys

Table 96: PERSISTENT RESERVE IN, parameter data for Read Keys

Generation

is a counter that increments when PERSISTENT RESERVE OUT command with “Register” or “Preempt and

Clear” completes successfully. Generation is set to 0 as part of the power on reset process and hard reset process.

The

Generation

field contains a 32-bit counter that the Target shall increment every time a PERSISTENT RESERVE OUT

command requests a Register, a Clear, a Preempt, or a Preempt and Abort service action. The counter shall not be incremented

by a PERSISTENT RESERVE IN command, by a PERSISTENT RESERVE OUT command that performs a Reserve or

Release service action, or by a PERSISTENT RESERVE OUT command that is not performed due to an error or reservation

conflict. Regardless of the APTPL value the generation value shall be set to 0 as part of the power on reset process.

The

Additional Length

field contains a count of the number of bytes in the reservation key list. If the allocation length speci-

fied by the PERSISTENT RESERVE IN command is not sufficient to contain the entire parameter list, then only the bytes

from 0 to the maximum allowed allocation length shall be sent to the Initiator. The incremental remaining bytes shall be trun-

cated, although the Additional Length field shall still contain the actual number of bytes in the reservation key list without con-

sideration of any truncation resulting from an insufficient allocation length. This shall not be considered an error.

The

Reservation Key

list contains the 8-byte reservation keys for all Initiators that have registered through all ports with the

Target.

Byte

Bit

0-3

(MSB)

Generation

(LSB)

4-7

(MSB)

Additional length (n-7)

(LSB)

8-15

(MSB)

First reservation key

(LSB)

(n-7)

(MSB)

Last reservation key

(LSB)