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Fujitsu MBC2036RC SERIES Manuals
Manuals and User Guides for Fujitsu MBC2036RC SERIES. We have
3
Fujitsu MBC2036RC SERIES manuals available for free PDF download: Technical Manual, Product Manual, Installation Manual
Fujitsu MBC2036RC SERIES Technical Manual (439 pages)
DISK DRIVES SERIAL ATTACHED SCSI INTERFACE SPECIFICATIONS
Brand:
Fujitsu
| Category:
Storage
| Size: 4.95 MB
Table of Contents
Revision History
3
Conventions Used in this Manual
7
Table of Contents
11
CHAPTER 1 SAS Interface
25
Topologies in SAS Interface
26
Figure 1.1 SAS Drive Connection Patterns
26
SAS Layering
27
Figure 1.2 SAS Control Layers
27
Physical Links and Phys
28
Ports (Narrow Ports and Wide Ports)
28
Figure 1.3 Physical Links and Phys
28
Figure 1.4 Ports (Narrow Ports and Wide Ports)
29
SAS Devices
30
Figure 1.5 SAS Devices
30
Pathways
31
Figure 1.6 Example of Potential Pathways
31
Connections
32
Names and Identifiers
33
SAS Addresses
33
Table 1.1 SAS Address Format
33
Hashed SAS Address
34
Table 1.2 Hashed SAS Address Code Parameter
34
Phy Layer
35
8B10B Coding
35
Table 1.3 Usage of Special Characters
35
Link Reset Sequence
36
Figure 1.7 Reset-Related Terminology
36
Start Conditions of the Link Reset Sequence
37
Out of Band (OOB) Signals
37
Table 1.4 OOB Signal Timing Specifications
37
Figure 1.8 OOB Signal Transmission
38
Table 1.5 OOB Signal Transmitter Requirements
38
Table 1.6 OOB Signal Receiver Burst Time Detection Requirements
39
Table 1.7 OOB Signal Receiver Idle Time Detection Requirements
39
Table 1.8 OOB Signal Receiver Negation Time Detection Requirements
39
SAS OOB Sequency
40
Figure 1.9 OOB Signal Detection
40
Figure 1.10 SAS to SAS OOB Sequence
41
Exception Handling in the OOB Sequence
42
SAS Speed Negotiation Sequence
42
Figure 1.11 SAS Speed Negotiation Window
43
Table 1.9 SAS Speed Negotiation Sequence Timing Specifications
43
Figure 1.12 SAS Speed Negotiation Sequence (Example 1)
45
Figure 1.13 SAS Speed Negotiation Sequence (Example 2)
45
Phy Reset Sequence after Devices Are Attached
46
Figure 1.14 Phy Reset Sequence (Example)
46
When the Speed Negotiation Sequence Is Successful
47
Exception Handling in the Speed Negotiation Sequence
47
Phy Layer Dword Synchronization (DWS)
47
Link Layer
48
Primitives
48
Table 1.10 Primitives Not Specific to Type of Connection
48
Table 1.11 Primitives Used Only Inside SSP and SMP Connections
50
Primitive Sequences
51
Primitives Not Specific to Type of Connections
51
AIP (Arbitration in Progress)
51
Align
51
Table 1.12 Primitive Sequences
51
Break
52
Broadcast
52
Close
53
EOAF (End of Address Frame)
53
Error
53
Hard_Reset
53
Notify
54
Open_Accept
54
Open_Reject
54
Table 1.13 OPEN_REJECT Abandon Primitives
55
Table 1.14 OPEN_REJECT Retry Primitives
56
SOAF (Start of Address Frame)
57
Primitives Used Only Inside SSP and SMP Connections
58
ACK (Acknowledge)
58
Credit_Blocked
58
Done
58
Table 1.15 DONE Primitives
59
EOF (End of Frame)
60
NAK (Negative Acknowledgement)
60
Rrdy
60
SOF (Start of Frame)
60
Clock Skew Management
61
Idle Physical Link
61
Table 1.16 Clock Skew Management ALIGN Insertion Requirement
61
Scrambling
62
Table 1.17 Scrambling for Different Data Dword Types
62
Address Frames
63
Address Frames Overview
63
Table 1.18 Address Frame Format
63
IDENTIFY Address Frame
64
Table 1.19 IDENTIFY Address Frame Format
64
Table 1.20 DEVICE TYPE Field
64
OPEN Address Frame
66
Table 1.21 OPEN Address Frame Format
66
Table 1.22 PROTOCOL Field
66
Table 1.23 CONNECTION RATE Field
67
Table 1.24 ARBITRATION WAIT TIME Field
68
Identification and Hard Reset Sequence
69
Connections
70
Connections Overview
70
Connection Request
70
Connection Responses
71
Arbitration Fairness
71
Table 1.25 Connection Responses
71
Table 1.26 Arbitration Priority for OPEN Address Frames Passing on a Physical Link
72
Aborting a Connection Request
73
Figure 1.15 Connection Request Timeout Example
73
Table 1.27 Abort Connection Responses
73
Closing a Connection
74
Figure 1.16 Closing a Connection Example
74
Table 1.28 Close Connection Responses
74
Breaking a Connection
75
Rate Matching
75
Table 1.29 Break Connection Responses
75
SSP Link Layer
76
Table 1.30 Rate Matching ALIGN And/Or NOTIFY Insertion Requirements
76
SSP Frame Transmission and Reception
77
SSP Flow Control
77
Interlocked Frames
77
Table 1.31 SSP Frame Interlock Requirements
78
Figure 1.17 Interlocked Frames
79
Closing an SSP Connection
80
Figure 1.18 Non-Interlocked Frames with the same Tag
80
Figure 1.19 Non-Interlocked Frames with Different Tags
80
Figure 1.20 Closing an SSP Connection Example
81
Transport Layer
82
SSP Frame Format
82
Table 1.32 SSP Frame Format
82
Table 1.33 FRAME TYPE Field
83
Information Units
85
COMMAND Information Unit
85
Table 1.34 COMMAND Information Unit
85
Table 1.35 TASK ATTRIBUTE Field
86
TASK Information Unit
88
Table 1.36 TASK Information Unit
88
Table 1.37 TASK MANAGEMENT FUNCTION Field
89
XFER_RDY Information Unit
90
Table 1.38 XFER_RDY Information Unit
90
Table 1.39 an Example of Requested Offset
91
Figure 1.21 Example of XFER_RDY Frames
92
DATA Information Unit
93
Table 1.40 DATA Information Unit
93
RESPONSE Information Unit
96
Table 1.41 RESPONSE Information Unit
96
Table 1.42 DATAPRES Field
96
Table 1.43 RESPONSE DATA Field
98
Table 1.44 RESPONSE CODE Field
98
Sequences of SSP Frames
100
Figure 1.22 Example of TASK Frame
100
Figure 1.23 Example of Write Command
101
Figure 1.24 Example of Read Command
101
Exceptional Event Processing of a Drive
102
Figure 1.25 Example of the Processing Sequence for an Exceptional Event
103
Table 1.45 Exceptional Event Processing of a Drive
104
CHAPTER 2 Command Processing
107
Command Format
107
Table 2.1 6-Byte CDB Basic Format
108
Table 2.2 10-Byte CDB Basic Format
108
Table 2.3 12-Byte CDB Basic Format
109
Table 2.4 Operation Code
109
Table 2.5 Control Byte
111
Status Byte
112
Table 2.6 Status
112
Command Queuing Function
114
UNIT ATTENTION Condition
115
Generation of the UNIT ATTENTION Condition
115
Response and Release Condition at UNIT ATTENTION Condition Hold State
116
UNIT ATTENTION Condition Multiple Hold
117
Sense Data Hold State
117
Power Condition
118
LED Display
119
LED Display
120
Command Processing Exceptions
120
Overlapped Tag
120
Table 2.7 LED Display
120
Illegal LUN Specification
121
Reserved Operation Code
122
Error Recovery Processing
122
Table 2.8 Outline of Disk Drive Error Recovery Processing
122
Abort Processing
123
Table 2.9 Comparison between SAS and SCSI about Definition
123
Table 2.10 Reset Processing During Write
125
Fatal Hardware Errors
126
Data Block Addressing
126
Definition of Data Space
126
Figure 2.1 Data Space Configuration
128
Logical Block Addressing
129
CHAPTER 3 Data Buffer Management
131
Data Buffer
131
Data Buffer Configuration and Basic Operation
131
Figure 3.1 Data Buffer Configuration (in the Case of 8 Cache Segments)
132
Look-Ahead Cache Feature
134
Caching Operation
134
Caching Parameters
137
Look-Ahead Operation, Look-Ahead Volume
137
CHAPTER 4 Command Specifications
139
Control/Sense Commands
139
Test Unit Ready (00)
139
Inquiry (12)
140
Table 4.1 Standard INQUIRY Data
142
Table 4.2 VERSION Field
143
Table 4.3 Command Queuing
145
Table 4.4 Version Descriptor
146
Table 4.5 Command Support Data
147
Table 4.6 Support
148
Table 4.7 VPD Information
149
Table 4.8 VPD Information: VPD Identifier List
149
Table 4.9 VPD Information: Device Serial no
150
Table 4.10 VPD Information: Device Unique Information
151
Read Capacity (25)
155
Table 4.11 READ CAPACITY Data
156
Mode Select (15)
157
Figure 4.1 MODE SELECT Parameter Structure
159
Table 4.12 MODE SELECT Command (Group 0) Parameter Configuration
161
Table 4.13 MODE SELECT Parameters
165
Mode Select Extended (55)
167
Mode Sense (1A)
170
Table 4.15 Mode
171
Table 4.16 MODE SENSE Data Type Specifications
172
Table 4.17 MODE SENSE Command (Group 0) Parameter Configuration
174
Mode Sense Extended (5A)
178
Rezero Unit (01)
181
Start/Stop Unit (1B)
182
Reserve (16)
184
Reserve Extended (56)
186
Release (17)
187
Release Extended (57)
188
Request Sense (03)
189
Log Select (4C)
191
Table 4.19 PC (Page Control)
192
Table 4.20 LOG SELECT Command Parameter Configuration
192
Table 4.21 Page Code
193
Table 4.22 Log Parameter
194
Log Sense (4D)
196
Table 4.23 "Page Code" Assignment for the Log
197
Persistent Reserve in (5E)
198
Table 4.24 PERSISTENT RESERVE in Service Actions
199
Table 4.25 PERSISTENT RESERVE in Parameter Data for READ KEYS
200
Table 4.26 PERSISTENT RESERVE in Parameter Data for READ RESERVATIONS
201
Table 4.27 Format of Reservation Descriptors
202
Table 4.28 Persistent Reservations Scope
203
Table 4.29 Persistent Reservations Type Codes
204
Persistent Reserve out (5F)
205
Table 4.30 PERSISTENT RESERVE out Service Action Codes
207
Table 4.31 PERSISTENT RESERVE out Parameter List
208
Table 4.32 PERSISTENT RESERVE out Service Action and Valid Parameters
210
Report Luns (A0)
211
Table 4.33 REPORT LUNS Parameter Data
212
Report Device Identifier (A3)
213
Table 4.34 REPORT DEVICE IDENTIFIER Parameter Data
214
Set Device Identifier (A4)
215
Table 4.35 SET DEVICE IDENTIFIER Parameter Data
216
Data Access Commands
217
Read (08)
217
Read Extended (28)
219
Write (0A)
220
Write Extended (2A)
222
Write and Verify (2E)
223
Verify (2F)
224
Seek (0B)
225
Seek Extended (2B)
226
Synchronize Cache (35)
227
Format Commands
228
Format Unit (04)
228
Table 4.36 Defect List Format
230
Table 4.37 FORMAT UNIT Command Parameter List Configuration
231
Table 4.38 Defect Descriptor: Byte Distance from Index Format
234
Table 4.39 Defect Descriptor: Physical Sector Address Format
235
Table 4.40 FORMAT UNIT Command Defect Processing
237
Reassign Blocks (07)
239
Table 4.41 REASSIGN BLOCK Command: Defect Data List Configuration
240
Figure 4.2 Correction of the Defect Descriptor
242
Read Defect Data (37)
243
Table 4.42 Defect Data Type
243
Table 4.43 Defect Data Format
244
Table 4.44 READ DEFECT DATA Command: Defect Data Configuration
244
Table 4.45 Defect Data Conditions
246
Read Defect Data (B7)
248
Table 4.46 READ DEFECT DATA Command (B7): Defect Data Configuration
249
Maintenance, Diagnostic Commands
250
Send Diagnostic (1D)
250
Table 4.47 Self-Diagnosis Test
251
Table 4.48 Error Recovery Control Flags During the Self-Diagnosis Test
252
Table 4.49 SEND DIAGNOSTIC Command: Parameter List Configuration
254
Table 4.50 Page Code
254
Table 4.51 SEND DIAGNOSTIC Parameters: Page Code List
255
Table 4.52 SEND DIAGNOSTIC Parameters: PHY Test Function
256
Table 4.53 SEND DIAGNOSTIC Parameters: Logical/Physical Address Conversion
259
Table 4.54 Specifying Address Format
259
Table 4.55 SELF-TEST
261
Receive Diagnostic Results (1C)
262
Table 4.57 RECEIVE DIAGNOSTIC RESULTS Response Data: Page Code List
264
Table 4.59 Address Format
266
Write Buffer (3B)
267
Table 4.60 WRITE BUFFER Transfer Mode
268
Table 4.61 WRITE BUFFER Command: Buffer Data (Mode = 000, 001)
269
Read Buffer (3C)
274
Table 4.62 READ BUFFER Transfer Mode
274
Table 4.63 READ BUFFER Command: Buffer Data (Mode = 0000, 0001)
275
Table 4.64 READ BUFFER Command: Buffer Descriptor
277
Table 4.65 READ BUFFER Command: Echo Buffer Descriptor
278
Read Long (3E)
279
Write Long (3F)
281
Write same (41)
283
CHAPTER 5 Parameter Data Format
285
Mode Parameters
285
Read/Write Error Recovery Parameters (Page Code = 1)
286
Table 5.1 MODE SELECT Parameters: Read/Write Error Recovery Parameters
286
Table 5.2 Combinations of Error Recovery Flags
290
Disconnect/Reconnect Parameters (Page Code = 2)
291
Table 5.3 MODE SELECT Parameters: Disconnect/Reconnect Parameters
291
Format Parameters (Page Code = 3)
293
Table 5.4 MODE SELECT Parameters: Format Parameters
293
Table 5.5 Details of Parameters on MODE SELECT Parameter
297
Drive Parameters (Page Code = 4)
298
Table 5.6 MODE SELECT Parameters: Drive Parameters
298
Verify Error Recovery Parameters (Page Code = 7)
300
Table 5.7 MODE SELECT Parameters: Verify Error Recovery Parameters
300
Caching Parameters (Page Code = 8)
302
Table 5.8 MODE SELECT Parameters: Caching Parameters
302
Control Mode Parameters (Page Code = 0A)
308
Table 5.9 MODE SELECT Parameters: Control Mode Parameters
308
Notch Parameters (Page Code = 0C)
312
Table 5.10 MODE SELECT Parameters: Notch Parameters
312
Port Control Parameter (Page Code = 19)
314
Table 5.11 Port Control Parameter: Page 0 Format (Short Page Format)
315
Table 5.12 Port Control Parameter: Sub Page Format (Long Format)
316
Table 5.13 SAS Phy Mode Descriptor Format
317
Power Condition Parameter (Page Code = 1A)
320
Table 5.14 Power Condition Parameter: Page 0 Format (Short Page Format)
320
Informational Exceptions Control Page (Page Code = 1C)
321
Table 5.15 MODE SELECT Parameters: Informational Exception Control
321
Table 5.16 MRIE
324
Table 5.17 Interval Timer
325
Background Control Mode Parameter (Page Code = 1C/Subpage = 01)
326
Table 5.18 MODE SELECT Parameters: Background Control Mode Parameter
326
Additional Error Recovery Parameters (Page Code = 21)
329
Table 5.19 MODE SELECT Parameters: Additional Error Recovery Parameters
329
Table 5.20 Mode Parameter Default Values
330
Log Parameters
331
Table 5.21 Log Parameter Format
331
Support Log Page (X'00')
333
Table 5.22 Support Log Page (X'00')
333
Buffer Overrun/Underrun Page (X'01')
334
Table 5.23 Buffer Overrun/Underrun Page (X'01')
334
Write Error Count Page (X'02')
335
Table 5.24 Write Error Count Page (X'02')
335
Table 5.27 Total Write Errors Posted (Page 02, Code 0002)
337
Table 5.28 Total Recoverable Write Errors Posted to INIT (Page 02, Code 0003)
337
Table 5.29 Total Write Bytes Processed (Page 02, Code 0005)
338
Table 5.30 Total Unrecoverable Write Errors Posted to INIT (Page 02, Code 0006)
338
Read Error Count Page (X'03')
339
Table 5.31 Read Error Count Page (X'03')
339
Table 5.32 Read Errors Recovered Without Delays (Page 03, Code 0000)
339
Table 5.33 Read Errors Recovered with Possible Delays (Page 03, Code 0001)
340
Table 5.34 Total Read Errors Posted (Page 03, Code 0002)
340
Table 5.35 Total Recoverable Read Errors Posted to INIT (Page 03, Code 0003)
341
Table 5.36 Total Read Bytes Processed (Page 03, Code 0005)
341
Verify Error Count Page (X'05')
342
Table 5.37 Total Unrecoverable Read Errors Posted to INIT (Page 03, Code 0006)
342
Table 5.38 Verify Error Count Page (X'05')
342
Table 5.39 Verify Errors Recovered Without Delays (Page 05, Code 0000)
343
Table 5.40 Verify Errors Recovered with Possible Delays (Page 05, Code 0001)
343
Table 5.41 Total Verify Errors Posted (Page 05, Code 0002)
344
Table 5.42 Total Recoverable Verify Errors Posted to INIT (Page 05, Code 0003)
344
Table 5.43 Total Verify Bytes Processed (Page 05, Code 0005)
345
Table 5.44 Total Unrecoverable Verify Errors Posted to INIT
345
Non-Medium Error Count Page (X'06')
346
Temperature Page (X'0D')
346
Table 5.45 Non-Medium Error Count Page (X'06')
346
Table 5.46 Temperature Page (X'0D')
346
Table 5.47 Temperature (Page 0D, Code 0000)
347
Table 5.48 Reference Temperature (Page 0D, Code 0001)
347
Start-Stop Cycle Counter Page (X'0E')
348
Table 5.49 Start-Stop Cycle Counter Page (X'0E')
348
Table 5.50 Date of Manufacture (Page 0E, Code 0001)
348
Table 5.51 Accounting Date (Page 0E, Code 0002)
349
Table 5.52 Specified Cycle Count over Device Lifetime (Page 0E, Code 0003)
349
Table 5.53 Start-Stop Cycle Counter (Page 0E, Code 0004)
350
Application Client Page (X'0F')
351
Table 5.54 Application Client Page (X'0F')
351
Self-Test Result Page (X'10')
352
Table 5.56 Self-Test Result Page (X'10')
352
Table 5.57 Self-Test Result Parameter Data (Page 10, Code 0001-0014)
352
Table 5.58 Self-Test Results Values
353
Background Medium Scan Page (X'15')
354
Table 5.59 Background Medium Scan Page (X'15')
354
Table 5.60 Background Medium Scan Status Parameter
354
Table 5.61 BMS Status
355
Table 5.62 Background Medium Scan Parameter
356
Table 5.63 Reassign Status
356
Protocol Specific Port Log Page (X'18')
357
Table 5.64 Protocol Specific Port Log Page Format
357
Table 5.65 Log Parameter Format
358
SMART Status Page (X'2F')
361
SMART Data Page (X'38')
361
Table 5.66 SMART Status Page (X'2F')
361
Table 5.67 SMART Data Page (X'38')
361
CHAPTER 6 Sense Data and Error Recovery Methods
363
Sense Data
363
Sense Data Format
363
Table 6.1 Sense Data Format
364
Sense Data Basic Information
365
Table 6.2 Sense Key Inherent Information
367
Table 6.3 Sense Key
368
Table 6.4 Additional Sense Code and Additional Sense Code Qualifier
369
Sense Data Additional Information
375
INIT Error Recovery Methods (Recommended)
376
Termination Status Analysis and Error Recovery Methods
376
Figure 6.1 Analysis of the Termination Status
376
Sense Data Analysis and Error Recovery Methods
378
Table 6.5 Sense Data Error Classification
379
Table 6.6 Error Recovery Processing Procedures
382
Error Logging
386
Disk Drive Error Recovery Processing
386
Error States and Retry Processing Procedures
386
Auto Alternate Block Allocation Processing
388
Error Recovery Processing Control
390
Table 6.7 Disk Drive Errors and Number of Retries
391
CHAPTER 7 Disk Media Management
393
Defect Management
393
Disk Media Initialization
396
Initialization During Installation
396
Re-Initialization
397
Alternate Block Allocation Processing
399
Background Media Scan (BMS)
400
Overview
400
Background Media Scan
400
Background Media Scan (BMS) Mode
400
Pre-Scan Mode
400
Write Command Operation During a Pre-Scan
401
Conditions for Operation
401
Mode Page
402
Table 7.1 Mode Page 0X1C Subpage 0X01 (Background Control Mode Page)
402
Background Media Scan Log Page
404
Table 7.2 Background Media Scan Log Page Format
404
Table 7.3 BMS Status Parameter Format
405
Table 7.4 Medium Scan Parameter Format
406
Drive Self-Test (DST)
408
Overview
408
Self-Test Modes
409
Foreground Mode
409
Background Mode
410
Matters that Are Common to both Modes
411
Short Self-Test
411
Extended Self-Test
411
Test Segments
411
SMART (Self-Monitoring Analysis and Reporting Technology)
414
Overview
414
Data Analysis
415
Failure Prediction Method
416
Table 7.5 SMART ASC/ASCQ
416
Table 7.6 SMART Thresholds
419
Reporting Function
420
Glossary
421
Acronyms and Abbreviations
423
Index
425
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Fujitsu MBC2036RC SERIES Product Manual (98 pages)
2.5-inch type hard disk drives with an embedded Serial Attached SCSI (SAS)
Brand:
Fujitsu
| Category:
Storage
| Size: 3.95 MB
Table of Contents
Chapter 1 General Description
5
Chapter 2 Specifications
5
Chapter 4 Installation Requirements
5
Chapter 7 Error Analysis
5
Important Alert Items
7
Table of Contents
11
CHAPTER 1 General Description
17
Standard Features
17
1.2 Hardware Structure
21
System Configuration
22
Figure 1.1 Example of SAS System Configuration (Dual Port Internal Cabled Environment)
22
Figure 1.2 Example of SAS System Configuration (Dual Port Internal Backplane Environment)
22
CHAPTER 2 Specifications
25
Hardware Specifications
25
Model Name and Order Number
25
Table 2.1 Model Names and Order Numbers
25
Function Specifications
26
Table 2.2 Function Specifications
26
Environmental Specifications
28
Table 2.3 Environmental/Power Requirements
28
Error Rate
29
Reliability
29
CHAPTER 3 Data Format
31
Data Space
31
Cylinder Configuration
31
Figure 3.1 Cylinder Configuration
32
Alternate Spare Area
34
Figure 3.2 Spare Area in Cell
34
Figure 3.3 Alternate Cylinder
34
Track Format
35
Figure 3.4 Track Format
35
Sector Format
36
Figure 3.5 Track Skew/Head Skew
36
Figure 3.6 Sector Format
36
Format Capacity
38
Logical Data Block Addressing
38
Table 3.1 Format Capacity
38
Defect Management
40
Defect List
40
Alternate Block Allocation
40
Figure 3.7 Alternate Block Allocation by FORMAT UNIT Command
41
Figure 3.8 Alternate Block Allocation by REASSIGN BLOCKS
42
Command
42
CHAPTER 4 Installation Requirements
45
Mounting Requirements
45
Dimensions
45
Figure 4.1 Dimensions
45
Mounting Orientations
46
Figure 4.2 HDD Orientations
46
Notes on Mounting
47
Figure 4.3 Mounting Frame Structure Example
47
Figure 4.4 Vent Hole Location
48
Figure 4.5 Surface Temperature Measurement Points
49
Table 4.1 Surface Temperature Check Point and Maximum Temperature
49
Power Supply Requirements
50
Figure 4.6 Current Waveform (Spin-Up)
50
Figure 4.7 Current Waveform (Max Seek)
51
Connection Requirements
52
Connector Location
52
Figure 4.8 AC Noise Filter (Recommended)
52
Figure 4.9 Connector Location
52
Interface Connector
53
Figure 4.10 SAS Plug Connector Overview
53
Table 4.2 Interface Connector (SAS Plug) Signal Allocation:cn1
54
Ready LED Output Signal
55
Connector Requirements
55
Figure 4.11 Recommended External Circuit for Ready LED Output
55
Table 4.3 Recommended Connectors
55
CHAPTER 5 Installation
57
Notes on Handling Hdds
57
Checking Operation after Installation and Preparing the Hdds
57
Setting
59
Port Address
59
Mounting Hdds
59
Mounting Procedures
59
Checking Operation after Installation and Preparing the Hdds for Use
60
Checking Initial Operation
60
Formatting
61
Setting Parameters
63
Dismounting Hdds
66
CHAPTER 6 Diagnostics and Maintenance
67
Diagnostics
67
Self-Diagnostics
67
Table 6.1 Self-Diagnostic Functions
67
Test Programs
70
6.2 Maintenance
71
Precautions
71
Maintenance Requirements
72
Maintenance Levels
73
Tools and Test Equipment
73
Tests
74
Figure 6.1 Test Flowchart
74
Operation Check
75
Initial Seek Operation Check
75
Operation Test
75
Diagnostic Test
75
Troubleshooting
76
Outline of Troubleshooting Procedures
76
Troubleshooting with HDD Replacement in the Field
76
Table 6.2 System-Level Field Troubleshooting
77
Troubleshooting at the Repair Site
78
Table 6.3 HDD Troubleshooting
78
Troubleshooting with Parts Replacement in the Factory
79
Finding Possibly Faulty Parts
79
Packaging
80
Bag Packaging
80
Figure 6.2 Bag Packaging
80
Box Packaging
81
Figure 6.3 Box Packaging
81
Figure 6.4 Fraction Packaging
82
CHAPTER 7 Error Analysis
83
Sense Data Collection
83
Sense Data
83
Sense Data Format
83
Figure 7.1 Sense Data Format
84
Sense Data Analysis
85
Error Information Indicated with Sense Data
85
Table 7.1 Definition of Sense Data
85
Sense Data (3-0C-03), (4-32-01), (4-40-XX), (4-C4-XX), and (4-44-XX)
86
Sense Data (1-1X-XX), (3-1X-XX) and (E-1D-00): Disk Read Error
86
Sense Data (5-2X-XX), (B-47-XX), (B-4B-XX) and (B-4E-00): Interface Error
86
Glossary
87
Abbreviation
89
Index
91
Fujitsu MBC2036RC SERIES Installation Manual (1 page)
Fujitsu Computer Drive User Manual
Brand:
Fujitsu
| Category:
Storage
| Size: 0.07 MB
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