Hitachi HCS721025CLA382 - Manual

Hitachi HCS721025CLA382

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Table of Contents:

  • Page 3 – Table of contents
  • Page 6 – List of tables
  • Page 9 – List of figures; Figure
  • Page 10 – General; Introduction; Table 1 Type and Model#
  • Page 11 – Glossary
  • Page 12 – General features
  • Page 13 – Functional specification
  • Page 14 – Fixed disk subsystem description; Control Electronics; Head disk assembly
  • Page 15 – Drive characteristics; Default logical drive parameters; Table 2 Formatted capacity
  • Page 16 – TB model
  • Page 17 – Data sheet; Table 6 Mechanical positioning performance; World Wide Name Assignment; Description of; Table 7
  • Page 18 – Drive organization; Drive Format
  • Page 19 – Performance characteristics; Command overhead; Command type; Table 8 Command overhead
  • Page 20 – Mechanical positioning; Average seek time (without command overhead, including settling); Table 9 Mechanical positioning performance
  • Page 21 – Table 10 Single Track Seek Time; Average latency; Table 11 Latency Time; Drive ready time; Table 12 Drive ready time
  • Page 22 – Operating modes; Operating mode descriptions; Table 13 Mode transition times
  • Page 23 – Defect flagging strategy; defect; skip; Figure 1 PList physical format
  • Page 24 – Hitachi hard disk drive specifications; Specification; Electrical interface; Connector location; SATA; Figure 2 Connector location (2 disk model shown); signal connector
  • Page 25 – Signal definition; Table 14 Interface connector pins and I/O signals
  • Page 26 – V PRECHARGE
  • Page 27 – Figure 3 the timing of COMRESET, COMINIT and COMWAKE; Table 15 Parameter descriptions
  • Page 28 – Environment; Temperature and humidity; Maximum temperature gradient; Table 16 Temperature and humidity
  • Page 29 – Corrosion test
  • Page 30 – DC power requirements; Table 17 Input voltage; Table 18 Power supply current of 2 Disk model
  • Page 31 – Table 19 Power supply current of 1 Disk model; Power supply generated ripple at drive power connector; Table 20 Power supply generated ripple at drive power connector
  • Page 32 – Reliability; Data integrity
  • Page 33 – Required Power-Off Sequence
  • Page 34 – Mechanical specifications; Physical dimensions
  • Page 37 – Table 21 Physical Dimensions; Hole locations; Side View; Figure 8 Mounting hole locations (all dimensions are in mm)
  • Page 38 – Connector locations; Figure 9 Connector locations
  • Page 39 – Drive mounting
  • Page 40 – Vibration and shock; Operating vibration; Table 22 Random vibration PSD profile break points (operating)
  • Page 41 – Nonoperating vibration; Random vibration; Table 23 Random vibration PSD profile break points (nonoperating); Swept sine vibration; Operating shock
  • Page 42 – Nonoperating shock; Trapezoidal shock wave; Sinusoidal shock wave; Table 24 Sinusoidal shock wave; Nonoperating Rotational shock; Table 25 Rotational Shock
  • Page 43 – Acoustics; Table 26 Sound power levels; Identification labels
  • Page 44 – Safety; The product is approved by TUV on Test requirement:
  • Page 45 – Electromagnetic compatibility; CE Mark; BSMI Mark; KC Mark
  • Page 46 – Interface Specification
  • Page 48 – Registers; Alternate Status Register; Command register; Cylinder High Register
  • Page 49 – Cylinder Low Register; Device Control Register
  • Page 50 – Drive Address Register; Device/Head Register; Table 30 Device/Head Register
  • Page 51 – Table 31 Error Register
  • Page 52 – Features Register
  • Page 53 – Table 32 Status Register
  • Page 54 – General Operation Descriptions; Reset Response; Table 33 Reset Response
  • Page 55 – Register Initialization; Table 34 Default Register Values; Table 35 Diagnostic Codes; Diagnostic and Reset considerations
  • Page 56 – Sector Addressing Mode; Logical CHS Addressing Mode
  • Page 57 – Power Management Feature; Power Mode
  • Page 58 – Interface Capability for Power Modes; Table 36 Power conditions
  • Page 59 – SMART Function; Attributes
  • Page 60 – Off-line Read Scanning
  • Page 61 – Security Mode Feature Set; Security mode; Security Level
  • Page 62 – Password; Operation example; Master Password setting
  • Page 63 – Operation from POR after User Password is set
  • Page 64 – User Password Lost; Attempt limit for SECURITY UNLOCK command
  • Page 65 – Command Table; Table 37 Command table for device lock operation -1
  • Page 66 – Table 38 Command table for device lock operation -2
  • Page 67 – Host Protected Area Feature
  • Page 68 – Security extensions
  • Page 69 – Write Cache Function
  • Page 70 – Reassign Function; Auto Reassign Function
  • Page 71 – Power-up in Standby feature set; Advanced Power Management feature set (APM)
  • Page 72 – 8-bit Address Feature Set
  • Page 73 – Streaming feature Set; Streaming commands
  • Page 74 – Streaming Logs
  • Page 75 – SATA Interface Power Management
  • Page 76 – Software Setting Preservation; COMRESET Preservation Requirements
  • Page 77 – SATA II Optional Features; Asynchronous Signal Recovery; Counter Reset Mechanisms
  • Page 78 – Counter Identifiers; Table 39 Phy Event Counter Identifiers
  • Page 79 – Counter Definitions
  • Page 80 – READ LOG EXT Log Page 11h; Table 40 READ LOG EXT Log Page 11h data structure definition
  • Page 81 – SCT Command Transport feature Set; Overview; Table 41 SCT Log Page and direction; Capability definition; Table 42 Identify Device Information Word 206
  • Page 82 – SCT Command Nesting and intermingling with Standard commands
  • Page 83 – SCT Command Protocol; Command Transport; Table 43 Output Registers of SCT Command Using SMART
  • Page 84 – Issue SCT Command Using Write Log Ext; Table 45 Input Registers of SCT Command Using Write Log Ext
  • Page 85 – Key Sector Format; Table 47 Key Sector Format
  • Page 86 – Extended Status Code; Status Code; Table 49 Extended Status Code
  • Page 87 – Data transfer; Table 50 Input Registers of SCT Data Transfer Using SMART; Read/Write SCT Data Using Read/Write Log Ext
  • Page 88 – SCT Status Request; Table 52 Intput Registers of SCT Status Request Using SMART; SCT Status Request Using Read Log Ext; Table 53 Input Registers of SCT Status Request Using Read Log Ext
  • Page 89 – Format of SCT Status Response; Byte
  • Page 90 – Vendor Specific
  • Page 91 – SCT Command Set
  • Page 94 – Table 57 Error Recovery Control command (Inputs)
  • Page 95 – Table 59 Feature Control command (Inputs)
  • Page 96 – Table 61 Feature Code List
  • Page 99 – Table 65 Data Format of HDA Absolute Temperature History Table
  • Page 100 – Command Protocol; PIO Data In commands
  • Page 101 – PIO Data Out commands
  • Page 102 – DMA Data In commands and DMA Data Out commands
  • Page 103 – Command Descriptions; Table 66 Command Set
  • Page 109 – The device
  • Page 110 – Device Configuration Restore (Subcommand C0h)
  • Page 111 – Device Configuration Freeze Lock (Subcommand C1h)
  • Page 112 – Table 73 Device Configuration Overlay Data structure
  • Page 114 – Table 75 Download Microcode Command (92h)
  • Page 116 – Diagnostic Code
  • Page 122 – Table 81 Identify Device Command (ECh)
  • Page 125 – Table 84 Identify device information --Continued—
  • Page 131 – Table 90 Identify device information --Continued—
  • Page 136 – Table 94 Initialize Device Parameters Command (91h)
  • Page 145 – Table 100 Log Address Definition
  • Page 146 – General Purpose Log Directory; Table 101 General Purpose Log Directory
  • Page 147 – Extended Comprehensive SMART Error log; Table 102 Extended Comprehensive SMART Error Log; Error log version; Error log index
  • Page 148 – Table 104 Command data structure
  • Page 149 – Table 105 Error data structure
  • Page 150 – Device error count; Extended Self-test log sector; Table 106 Extended Self-test log data structure; Self-test log data structure revision number; Self-test descriptor index
  • Page 151 – Extended Self-test log descriptor entry; Table 107 Extended Self-test log descriptor entry
  • Page 152 – Command Error; Table 108 Command Error information
  • Page 153 – Read Stream Error log; Table 109 Read Stream Error Log
  • Page 154 – Table 110 Stream Error Log entry
  • Page 155 – Write Stream Error log; Table 111 Write Stream Error Log
  • Page 156 – Streaming Performance log; ime
  • Page 157 – Table 116 Read Multiple Command (C4h)
  • Page 160 – Table 118 Read Native Max ADDRESS (F8h)
  • Page 178 – Table 127 Security Disable Password Command (F6h)
  • Page 180 – Table 129 Security Erase Prepare Command (F3h)
  • Page 181 – Table 130 Security Erase Unit Command (F4h)
  • Page 182 – Table 131 Erase Unit Information
  • Page 183 – Table 132 Security Freeze Lock Command (F5h)
  • Page 184 – Table 133 Security Set Password Command (F1h)
  • Page 185 – Table 134 Security Set Password Information
  • Page 186 – Table 135 Security Unlock Command (F2h)
  • Page 187 – Table 136 Security Unlock Information
  • Page 189 – Table 138 Sense Condition command (F0h)
  • Page 192 – Set Transfer mode
  • Page 193 – Low Power Idle mode; Set Maximum Host Interface Sector Time
  • Page 196 – Table 141 Set Max set Password; Table 142 Set Max Set Password data contents
  • Page 197 – Table 143 Set Max Lock
  • Page 204 – Table 149 SMART Function Set Command (B0h)
  • Page 205 – SMART Subcommand; SMART Read Attribute Values (Subcommand D0h)
  • Page 206 – SMART Save Attribute Values (Subcommand D3h)
  • Page 207 – Table 150 Log sector addresses; SMART Enable Operations (Subcommand D8h)
  • Page 208 – SMART Disable Operations (Subcommand D9h)
  • Page 209 – Device Attributes Data Structure; Table 151 Device Attribute Data Structure; Data Structure Revision Number
  • Page 210 – Individual Attribute Data Structure; Table 152 Individual Attribute Data Structure
  • Page 211 – Off-Line Data Collection Status
  • Page 212 – Off-Line Data Collection Capability
  • Page 213 – SMART Capability; Error Logging Capability; Self-test failure check point; Data Structure Checksum
  • Page 214 – Device Attribute Thresholds Data Structure; Table 153 Device Attribute Thresholds Data Structure; Table 154 Individual Threshold Data Structure; Attribute ID Numbers
  • Page 215 – SMART Log Directory; Table 155 SMART Log Directory
  • Page 216 – SMART summary error log sector; Table 156 SMART summary error log sector; SMART error log version
  • Page 217 – Error log data structure; Table 157 Error log data structure; Table 158 Command data structure
  • Page 218 – Table 159 Error data structure
  • Page 219 – Self-test log data structure; Table 160 Self-test log data structure
  • Page 220 – Selective self-test log data structure; Table 161 Selective self-test log data structure; Feature flags; Table 162 Selective self-test feature flags
  • Page 221 – Error Reporting; Table 163 SMART Error Codes
  • Page 236 – Table 172 Write Multiple Command (C5h)
  • Page 254 – Timings; Table 180 Timeout Values
  • Page 256 – Index
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- Hitachi hard disk drive specifications

–

1

Hitachi Global Storage Technologies

Hard Disk Drive Specification

Hitachi Deskstar 7K1000.C
Hitachi Ultrastar A7K2000
Hitachi CinemaStar 7K1000.C


3.5 inch Serial ATA hard disk drive

Revision 2.6

30. June. 2011

Models:

HDS721016CLA382
HDS721016CLA682
HDS721025CLA382
HDS721025CLA682
HDS721032CLA362
HDS721032CLA662
HDS721050CLA362
HDS721050CLA662
HDS721064CLA332
HDS721064CLA632
HDS721075CLA332
HDS721075CLA632
HDS721010CLA332
HDS721010CLA632

HUA722050CLA330/1
HUA722010CLA330/1

HCS721016CLA382
HCS721025CLA382
HCS721032CLA382
HCS721050CLA382
HCS721075CLA332
HCS721010CLA332

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Summary

Page 3 - Table of contents

- Hitachi hard disk drive specifications – 3 Table of contents 1 General ................................................................................................................................................................10 1.1 Introduction ..................................................

Page 6 - List of tables

- Hitachi hard disk drive specifications – 6 List of tables Table 1 Type and Model# ........................................................................................................................ 10 Table 2 Formatted capacity ....................................................................

Page 9 - List of figures; Figure

- Hitachi hard disk drive specifications – 9 Table 159 Error data structure ............................................................................................................ 218 Table 160 Self-test log data structure ...........................................................................

Other Hitachi Models