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Fujitsu MBA3147RC - Enterprise 147 GB Hard Drive manuals

MBA3147RC - Enterprise 147 GB Hard Drive first page preview

MBA3147RC - Enterprise 147 GB Hard Drive

Brand: Fujitsu | Category: Storage
MBA3147RC - Enterprise 147 GB Hard Drive first page preview

MBA3147RC - Enterprise 147 GB Hard Drive

Brand: Fujitsu | Category: Storage
Table of contents
  1. Preface
  2. Important Alert Items
  3. MANUAL ORGANIZATION
  4. Table Of Contents
  5. C141-E252
  6. Table Of Contents
  7. Table Of Contents
  8. Table Of Contents
  9. General Description
  10. Hardware Structure
  11. System Configuration
  12. Specifications
  13. Function specifications
  14. Environmental specifications
  15. Error rate
  16. Data Format
  17. Figure 3.1 Cylinder configuration
  18. Alternate spare area
  19. Track format
  20. Sector format
  21. Format capacity
  22. Figure 4.1 Dimensions
  23. Figure 4.2 HDD orientations
  24. Figure 4.3 Mounting frame structure example
  25. Figure 4.4 Limitation of side-mounting
  26. Figure 4.6 Current waveform (Spin-up)
  27. Figure 4.7 Current waveform (Max seek)
  28. Figure 4.8 AC noise filter
  29. Figure 4.10 SAS plug connector overview
  30. Table 4.2 Interface connector (SAS plug) signal allocation:CN1
  31. Figure 4.11 Recommended external circuit for Ready LED output
  32. Checking Operation after Installation and Preparing the HDDs
  33. CHAPTER 6 Diagnostics and Maintenance
  34. Test programs
  35. Maintenance
  36. Maintenance requirements
  37. Maintenance levels
  38. Tests
  39. Operation Check
  40. Troubleshooting
  41. Table 6.2 System-level field troubleshooting
  42. Troubleshooting at the repair site
  43. Troubleshooting with parts replacement in the factory
  44. Multi box packaging
  45. Figure 6.4 Fraction packaging
  46. CHAPTER 7 Error Analysis
  47. Figure 7.1 Sense data format
  48. Sense Data Analysis
  49. Sense data (3-0C-03), (4-32-01), (4-40-xx), (4-C4-xx and (4-44-xx)
  50. Glossary
  51. Abbreviation
  52. Index
MBA3147RC - Enterprise 147 GB Hard Drive first page preview

MBA3147RC - Enterprise 147 GB Hard Drive

Brand: Fujitsu | Category: Storage
Table of contents
  1. revision history
  2. conventions used in this manual
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. Table Of Contents
  7. Table Of Contents
  8. Table Of Contents
  9. Table Of Contents
  10. Table Of Contents
  11. Table Of Contents
  12. Table Of Contents
  13. Table Of Contents
  14. Table Of Contents
  15. Table Of Contents
  16. Table Of Contents
  17. CHAPTER 1 SAS Interface
  18. Topologies in SAS Interface
  19. SAS Layering
  20. Physical links and phys
  21. Figure 1.4 Ports (narrow ports and wide ports)
  22. SAS devices
  23. Pathways
  24. Connections
  25. Names and identifiers
  26. Hashed SAS address
  27. Phy layer
  28. Link reset sequence
  29. Start conditions of the link reset sequence
  30. Figure 1.8 OOB signal transmission
  31. Table 1.6 OOB signal receiver burst time detection requirements
  32. SAS OOB sequency
  33. Figure 1.10 SAS to SAS OOB sequence
  34. Exception handling in the OOB sequence
  35. Figure 1.11 SAS speed negotiation window
  36. Figure 1.12 SAS speed negotiation sequence (Example 1)
  37. Phy reset sequence after devices are attached
  38. When the speed negotiation sequence is successful
  39. Link layer
  40. Table 1.11 Primitives used only inside SSP and SMP connections
  41. Primitive sequences
  42. BREAK
  43. CLOSE
  44. NOTIFY
  45. Table 1.13 OPEN_REJECT abandon primitives
  46. Table 1.14 OPEN_REJECT retry primitives
  47. SOAF (Start of address frame)
  48. Primitives used only inside SSP and SMP connections
  49. Table 1.15 DONE primitives
  50. EOF (End of frame)
  51. Clock skew management
  52. Scrambling
  53. Address frames
  54. IDENTIFY address frame
  55. OPEN address frame
  56. Table 1.23 CONNECTION RATE field
  57. Table 1.24 ARBITRATION WAIT TIME field
  58. Identification and hard reset sequence
  59. Connections overview
  60. Connection responses
  61. Table 1.26 Arbitration priority for OPEN address frames passing on a physical link
  62. Aborting a connection request
  63. Closing a connection
  64. Breaking a connection
  65. SSP link layer
  66. SSP frame transmission and reception
  67. Table 1.31 SSP frame interlock requirements
  68. Figure 1.17 Interlocked frames
  69. Closing an SSP connection
  70. Figure 1.20 Closing an SSP connection example
  71. Transport layer
  72. Table 1.33 FRAME TYPE field
  73. Information units
  74. Table 1.35 TASK ATTRIBUTE field
  75. TASK information unit
  76. Table 1.37 TASK MANAGEMENT FUNCTION field
  77. XFER_RDY information unit
  78. Table 1.39 An example of requested offset
  79. Figure 1.21 Example of XFER_RDY frames
  80. DATA information unit
  81. RESPONSE information unit
  82. Table 1.43 RESPONSE DATA field
  83. Sequences of SSP frames
  84. Figure 1.23 Example of write command
  85. Exceptional event processing of a drive
  86. Figure 1.25 Example of the processing sequence for an exceptional event
  87. Table 1.45 Exceptional event processing of a drive
  88. CHAPTER 2 Command Processing
  89. Table 2.1 6-Byte CDB basic format
  90. Table 2.3 12-Byte CDB basic format
  91. Table 2.5 Control byte
  92. Status Byte
  93. Command Queuing Function
  94. UNIT ATTENTION Condition
  95. Response and release condition at UNIT ATTENTION condition hold state
  96. UNIT ATTENTION condition multiple hold
  97. Power Condition
  98. led display
  99. LED Display
  100. Illegal LUN specification
  101. Reserved operation code
  102. Abort processing
  103. Table 2.10 Reset processing during write
  104. Fatal hardware errors
  105. Figure 2.1 Data space configuration
  106. Logical block addressing
  107. CHAPTER 3 Data Buffer Management
  108. Figure 3.1 Data buffer configuration (in the case of 8 cache segments)
  109. Look-Ahead Cache Feature
  110. Caching parameters
  111. CHAPTER 4 Command Specifications
  112. INQUIRY (12)
  113. Table 4.1 Standard INQUIRY data
  114. Table 4.2 VERSION field
  115. Table 4.3 Command queuing
  116. Table 4.4 Version descriptor
  117. Table 4.5 Command support data
  118. Table 4.6 Support
  119. Table 4.7 VPD information
  120. Table 4.9 VPD information: device serial No
  121. Table 4.10 VPD information: device unique information
  122. READ CAPACITY (25)
  123. Table 4.11 READ CAPACITY data
  124. MODE SELECT (15)
  125. Figure 4.1 MODE SELECT parameter structure
  126. Table 4.12 MODE SELECT command (Group 0) parameter configuration
  127. Table 4.13 MODE SELECT parameters
  128. MODE SELECT EXTENDED (55)
  129. MODE SENSE (1A)
  130. Table 4.15 Mode
  131. Table 4.16 MODE SENSE data type specifications
  132. Table 4.17 MODE SENSE command (group 0) parameter configuration
  133. MODE SENSE EXTENDED (5A)
  134. REZERO UNIT (01)
  135. START/STOP UNIT (1B)
  136. RESERVE (16)
  137. RESERVE EXTENDED (56)
  138. RELEASE (17)
  139. RELEASE EXTENDED (57)
  140. REQUEST SENSE (03)
  141. LOG SELECT (4C)
  142. Table 4.19 PC (page control)
  143. Table 4.21 Page code
  144. Table 4.22 Log parameter
  145. LOG SENSE (4D)
  146. Table 4.23 "Page Code" assignment for the log
  147. PERSISTENT RESERVE IN (5E)
  148. Table 4.24 PERSISTENT RESERVE IN service actions
  149. Table 4.25 PERSISTENT RESERVE IN parameter data for READ KEYS
  150. Table 4.26 PERSISTENT RESERVE IN parameter data for READ RESERVATIONS
  151. Table 4.27 Format of reservation descriptors
  152. Table 4.28 Persistent reservations scope
  153. Table 4.29 Persistent reservations type codes
  154. PERSISTENT RESERVE OUT (5F)
  155. Table 4.30 PERSISTENT RESERVE OUT service action codes
  156. Table 4.31 PERSISTENT RESERVE OUT parameter list
  157. Table 4.32 PERSISTENT RESERVE OUT service action and valid parameters
  158. REPORT LUNS (A0)
  159. Table 4.33 REPORT LUNS parameter data
  160. REPORT DEVICE IDENTIFIER (A3)
  161. Table 4.34 REPORT DEVICE IDENTIFIER parameter data
  162. SET DEVICE IDENTIFIER (A4)
  163. Table 4.35 SET DEVICE IDENTIFIER parameter data
  164. Data Access Commands
  165. READ EXTENDED (28)
  166. WRITE (0A)
  167. WRITE EXTENDED (2A)
  168. WRITE AND VERIFY (2E)
  169. VERIFY (2F)
  170. SEEK (0B)
  171. SEEK EXTENDED (2B)
  172. SYNCHRONIZE CACHE (35)
  173. Format Commands
  174. Table 4.36 Defect list format
  175. Table 4.37 FORMAT UNIT command parameter list configuration
  176. Table 4.38 Defect descriptor: byte distance from index format
  177. Table 4.39 Defect descriptor: physical sector address format
  178. Table 4.40 FORMAT UNIT command defect processing
  179. REASSIGN BLOCKS (07)
  180. Table 4.41 REASSIGN BLOCK command: defect data list configuration
  181. Figure 4.2 Correction of the defect descriptor
  182. READ DEFECT DATA (37)
  183. Table 4.43 Defect data format
  184. Table 4.45 Defect data conditions
  185. READ DEFECT DATA (B7)
  186. Table 4.46 READ DEFECT DATA command (B7): defect data configuration
  187. Maintenance, Diagnostic Commands
  188. Table 4.47 Self-diagnosis test
  189. Table 4.48 Error recovery control flags during the self-diagnosis test
  190. Table 4.49 SEND DIAGNOSTIC command: parameter list configuration
  191. Table 4.51 SEND DIAGNOSTIC parameters: page code list
  192. Table 4.52 SEND DIAGNOSTIC parameters: PHY Test function
  193. Table 4.53 SEND DIAGNOSTIC parameters: logical/physical address conversion
  194. Table 4.55 SELF-TEST
  195. RECEIVE DIAGNOSTIC RESULTS (1C)
  196. Table 4.57 RECEIVE DIAGNOSTIC RESULTS response data: page code list
  197. Table 4.59 Address format
  198. WRITE BUFFER (3B)
  199. Table 4.60 WRITE BUFFER transfer mode
  200. Table 4.61 WRITE BUFFER command: buffer data (mode = 000, 001)
  201. READ BUFFER (3C)
  202. Table 4.63 READ BUFFER command: buffer data (mode = 0000, 0001)
  203. Table 4.64 READ BUFFER command: buffer descriptor
  204. Table 4.65 READ BUFFER command: echo buffer descriptor
  205. READ LONG (3E)
  206. WRITE LONG (3F)
  207. WRITE SAME (41)
  208. CHAPTER 5 Parameter Data Format
  209. Table 5.1 MODE SELECT parameters: read/write error recovery parameters
  210. Table 5.2 Combinations of error recovery flags
  211. Table 5.3 MODE SELECT parameters: disconnect/reconnect parameters
  212. Format Parameters (Page Code = 3)
  213. Table 5.5 Details of parameters on MODE SELECT parameter
  214. Drive Parameters (Page Code = 4)
  215. Verify Error Recovery Parameters (Page Code = 7)
  216. Caching Parameters (Page Code = 8)
  217. Control Mode Parameters (Page Code = 0A)
  218. Notch Parameters (Page Code = 0C)
  219. Port Control Parameter (Page Code = 19)
  220. Table 5.11 Port control parameter: Page 0 Format (Short Page Format)
  221. Table 5.12 Port control parameter: Sub Page Format (Long Format)
  222. Table 5.13 SAS phy mode descriptor format
  223. Power Condition Parameter (Page Code = 1A)
  224. Informational Exceptions Control Page (Page Code = 1C)
  225. Table 5.16 MRIE
  226. Table 5.17 Interval timer
  227. Background Control Mode Parameter (Page Code 1C/subpage = 01)
  228. Additional Error Recovery Parameters (Page Code = 21)
  229. Table 5.20 Mode parameter default values
  230. Log Parameters
  231. Support Log Page (X'00')
  232. Buffer Overrun/Underrun Page (X'01')
  233. Write Error Count Page (X'02')
  234. Table 5.27 Total write errors posted (page 02, code 0002)
  235. Table 5.29 Total write bytes processed (page 02, code 0005)
  236. Read Error Count Page (X'03')
  237. Table 5.33 Read errors recovered with possible delays (page 03, code 0001)
  238. Table 5.35 Total recoverable read errors posted to INIT (page 03, code 0003)
  239. Verify Error Count Page (X'05')
  240. Table 5.39 Verify errors recovered without delays (page 05, code 0000)
  241. Table 5.41 Total verify errors posted (page 05, code 0002)
  242. Table 5.43 Total verify bytes processed (page 05, code 0005)
  243. Non-Medium Error Count Page (X'06')
  244. Table 5.47 Temperature (page 0D, code 0000)
  245. Start-Stop Cycle Counter Page (X'0E')
  246. Table 5.51 Accounting date (page 0E, code 0002)
  247. Table 5.53 Start-stop cycle counter (page 0E, code 0004)
  248. Application Client Page (X'0F')
  249. Self-Test Result Page (X'10')
  250. Table 5.58 Self-test results values
  251. Background Medium Scan Page (X'15')
  252. Table 5.61 BMS status
  253. Table 5.62 Background medium scan parameter
  254. Protocol Specific Port Log Page (X'18')
  255. Table 5.65 Log parameter format
  256. SMART Status Page (X'2F')
  257. Sense Data
  258. CHAPTER 6 Sense Data and Error Recovery Methods
  259. Sense data basic information
  260. Table 6.2 Sense key inherent information
  261. Table 6.3 Sense key
  262. Table 6.4 Additional Sense Code and Additional Sense Code Qualifier
  263. Sense data additional information
  264. INIT Error Recovery Methods (Recommended)
  265. Sense data analysis and error recovery methods
  266. Table 6.5 Sense data error classification
  267. Table 6.6 Error recovery processing procedures
  268. Error logging
  269. Auto alternate block allocation processing
  270. Error recovery processing control
  271. Table 6.7 Disk drive errors and number of retries
  272. CHAPTER 7 Disk Media Management
  273. Disk Media Initialization
  274. Re-initialization
  275. Alternate Block Allocation Processing
  276. Background Media Scan (BMS)
  277. Write command operation during a Pre-Scan
  278. Mode
  279. Background Media Scan Log
  280. Table 7.3 BMS Status parameter format
  281. Table 7.4 Medium Scan parameter format
  282. Drive Self-Test (DST)
  283. Self-test modes
  284. Background mode
  285. Matters that are common to both modes
  286. SMART (Self-Monitoring Analysis and Reporting Technology)
  287. Data analysis
  288. Failure prediction method
  289. Table 7.6 SMART thresholds
  290. Reporting function
  291. Glossary
  292. Acronyms and Abbreviations
  293. Index
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