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Fujitsu MHT2060BH, MHT2040BH, MHT2080BH manual Identify Device X’EC’

Models: MHT2080BH MHT2060BH MHT2040BH

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5.3 Host Commands

(28) IDENTIFY DEVICE (X’EC’)

The host system issues the IDENTIFY DEVICE command to read parameter information from the device. When it receives the command, the device prepares the parameter information to be sent to the host. Next, the device sends the PIO Setup FIS to the host, then sends the parameter information including a 512-byte date. Table 5.24 shows the values of the parameter words and the meaning in the buffer.

•Error reporting conditions

(1)A SATA communication error occurred (ST = 51h, ER = 0Ch).

At command issuance (Shadow Block Registers setting contents)

CM	1	1	1	0	1	1	0	0

DH	x	x	x	x			xx

CH					xx
CL					xx
SN					xx
SC					xx
FR					xx

At command completion (Shadow Block Registers contents to be read)

ST				Status information

DH	x	x	x		x		xx

CH					xx
CL					xx
SN					xx
SC					xx
ER				Error information

C141-E203-01EN

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Fujitsu MHT2060BH, MHT2040BH, MHT2080BH manual Identify Device X’EC’

Contents

Disk Drives Product Manual MHT2080BH, MHT2060BH, MHT2040BHHandling of This Manual For Safe OperationRevision History This page is intentionally left blank Overview of Manual PrefaceConventions for Alert Messages Operating EnvironmentConventions Liability Exception This page is intentionally left blank Important Alert Messages Important Alert ItemsThis page is intentionally left blank MHT2040BH Disk Drives Maintenance Manual Manual OrganizationMHT2040BH Disk Drives Product Manual This page is intentionally left blank Contents Theory of Device Operation Installation ConditionsInterface 102 Operations GL-1 Acronyms and Abbreviations AB-1IN-1 Figures IllustrationsResponse to power-on when the host is powered Tables Recommended connector specifications for the host systemRelationship between combination of Identifier and Security Device Overview Features Functions and performanceAdaptability Interface MHT2080BH MHT2060BH MHT2040BH Device SpecificationsSpecifications summary Specifications 1/2Examples of model names and product numbers Specifications 2/2Model and product number MHT2080BHPower Requirements Input VoltageRipple Current and power dissipation Current Requirements and Power DissipationEnvironmental specifications Environmental SpecificationsCurrent fluctuation Typ. at +5 V when power is turned on Power on/off sequenceShock and Vibration Acoustic noise specificationShock and vibration specification Acoustic NoiseMean time between failures Mtbf Service lifeData assurance in the event of power failure ReliabilityMedia Defects Error RateUnrecoverable read error Positioning errorAdvanced Power Management Advanced power management Interface Power Management IPM Host-initiated Interface Power Management HipmDevice-initiated Interface Power Management Dipm Interface power management This page is intentionally left blank Device Configuration Device Configuration Read/write circuit System ConfigurationSata interface Drive connectionThis page is intentionally left blank Installation Conditions Dimensions DimensionsMounting Integration Guidance C141-E144Orientation Frame Limitation of mountingPCA Location of breather Ambient temperature Handling cautions Service areaESD Sumitomo 3MHios Connections with Host System Device connectorConnector specifications for host system Signal segment and power supply segmentRecommended connector specifications for the host system Sata interface cable connection This page is intentionally left blank Theory of Device Operation Spindle OutlineSubassemblies DiskSpindle motor driver circuit Circuit ConfigurationAir filter Servo circuitPower Supply Configuration PCA Power-on operation sequence Power-on SequenceSelf-calibration Self-calibration contentsExecution timing of self-calibration Command processing during self-calibrationRLL code Meeprml Read/write CircuitRead/write preamplifier PreAMP Write circuitRead circuit AGC circuitProgrammable filter circuit Viterbi detection circuit Digital PLL circuitFIR circuit D converter circuitServo Control Servo control circuitMicroprocessor unit MPU Spindle motor control circuit Power amplifierServo burst capture circuit A converter DACOuter guard band OGB Data-surface servo formatInner guard band IGB Data areaPhysical sector servo configuration on disk surface Servo frame format Track-following operation Actuator motor controlOperation to move the head to the reference cylinder Seek operationStart mode Acceleration modeSpindle motor control Stable rotation mode This page is intentionally left blank Interface Physical Interface Interface signalsComreset / Cominit Comwake5VDC/GND Out of band signaling Signal interface regulationPrimitives descriptions Physical Layer Electrical Requirements 1/2 Electrical specificationsCOMRESET/C Physical Layer Electrical Requirements 2/2Ominit Connector pinouts Connector pinoutsLogical Interface Conceptual diagram of communication layersTransport layer Communication layersPhysical layer Link layerShadow Block Register Outline of the Shadow Block RegisterRegister Host to Device FIS layout Outline of the frame information structure FISFIS types Register Host to DeviceDMA Active Device to Host Register Device to HostTAG DMA Setup Device to Host or Host to Device BidirectionalBist combinations Bist Active BidirectionalData FIS Bidirectional layout Data Host to Device or Device to Host BidirectionalError Field Shadow block registersUNC Cylinder Low Field exp Features Field expSector Count Field exp Sector Number Field expHS3 Cylinder High Field expDevice/Head Field HS3 HS2 HS1 HS0Bit 7 Busy BSY bit Bit Device Write Fault DF bitBit Error ERR bit Status fieldEStatus Field Command FieldBit 2 Software Reset Srst Device Control FieldHost Commands Command code and parametersCommand code and parameters 1/3 Command code and parameters 2/3 Command code and parameters 3/3 Command descriptions Recalibrate X’10’ to X’1F’ Error reporting conditionsRead Sectors X’20’ or X’21’ LBA LBA LSBRead Long X’22’ or X’23’ Write Sectors X’30’ or X’31’ 00 *1 Error information Write Long X’32’ or X’33’ Cylinder No. LSB Write Verify X’3C’ Host Commands Read Verify Sectors X’40’ or X’41’ Host Commands Seek X’70’ to X’7F’ Diagnostic code Execute Device Diagnostic X’90’Initialize Device Parameters X’91’ Operation of Download Microcode Download Microcode X’92’Error reporting conditions Standby Immediate X’94’ or X’E0’ Idle Immediate X’95’ or X’E1’ Standby X’96’ or X’E2’ Idle X’97’ or X’E3’ Host Commands ’FF’ Check Power Mode X’98’ or X’E5’Sleep X’99’ or X’E6’ ComresetSmart X’B0’ Features Field values subcommands and functions 1/3 Smart Read LOG Features Field values subcommands and functions 2/3Smart Enable Operations Smart Disable OperationsFeatures Field values subcommands and functions 3/3 ’DB’ Smart ENABLE/DISABLE Auto OFF-LINESmart Return Status Key C2h 11 Format of guarantee failure threshold value data 10 Format of device attribute value data1FF Attribute ID Data format version numberRaw attribute value Status FlagCurrent attribute value Attribute value for the worst case so far12 Off-line data collection status Self-test execution status13 Self-test execution status 16 Drive error logging capability 14 Off-line data collection capability15 Failure prediction capability flag 17 Log Directory Data Format Guarantee failure thresholdSmart error logging Checksum18 Data format of Smart Summary Error Log 1/2 Total number of drive errors 18 Data format of Smart Summary Error Log 2/2Command data structure Error data structureSmart Self-Test 19 Data format of Smart Comprehensive Error LogSelf-test index 20 Smart self-test log data format1FC Self-test number21 Selective self-test log data structure Test SpanCurrent LBA under test Selective Self-test pending time min Feature Flags22 Selective self-test feature flags Current Span under testDevice Configuration Identify Device Configuration XB1Device Configuration Restore Device Configuration FreezeDevice Configuration Freeze Lock Features Field = C1h Device Configuration Restore Features Field = C0hDevice Configuration SET Features Field = C3h Device Configuration Identify Features Field = C2hWord Value Content 23 Device Configuration Identify data structureRead Multiple X’C4’ Execution example of Read Multiple command LBA LSB Write Multiple X’C5’ At command issuance Shadow Block Registers setting contents SET Multiple Mode X’C6’ Host Commands Read DMA X’C8’ or X’C9’ LBA Write DMA X’CA’ or X’CB’ Host Commands Read Buffer X’E4’ Flush Cache X’E7’ Write Buffer X’E8’ Identify Device X’EC’ Identify Device DMA X’EE’ ’3FFF’ 24 Information to be read by Identify Device command 1/324 Information to be read by Identify Device command 2/3 24 Information to be read by Identify Device command 3/3 Interface Bit 0 Reserved C141-E203-01EN FIS Host Commands Word Bit Bit 0 1 = Supports the Mode C141-E203-01EN Interface 25 Features field values and settable modes 1/2 SET Features X’EF’25 Features field values and settable modes 2/2 Data Transfer Mode Advanced Power Management APM Automatic Acoustic Management AAM Serial ATA Functions26 Contents of Security SET Password data Error reporting conditions When the master password is selected When the user password is selectedSecurity UNLOCKX’F2’ Host Commands Security Erase Prepare X’F3’ Security Erase Unit X’F4’ Security Freeze Lock X’F5’ Error reporting conditions 28 Contents of security password Error reporting conditions Lbalsb Read Native MAX Address X’F8’SET MAX Address SET MAX X’F9’SET MAX SET Password Features Field = 01h Password information SET MAX Lock Features Field = 02h SET MAX Unlock Features Field = 03h SET MAX Freeze Lock Features Field = 04h Read Sector S EXT X’24’ Description CL EXPSN EXP Read DMA EXT X’25’ Description Read Native MAX Address EXT X’27’ Read Multiple EXT X’29’ Read LOG EXT X2F CL EXP SN EXP 30 Tag field information 29 Data format of Read Log Ext log page 10hWrite Sector S EXT X’34’ Description Write DMA EXT X’35’ Description SET MAX Address EXT X’37’ SET MAX LBA Write Multiple EXT X’39’ Write LOG EXT X3F Error information 132 C141-E203-01EN Read Verify Sector S EXT X’42’ Flush Cache EXT X’EA’ Write Multiple FUA EXT XCE Write DMA FUA EXT X3D Read FP DMA Queued Write FP DMA Queued Sfrw Sfrr Error posting31 Command code and parameters 1/2 Command Name31 Command code and parameters 2/2 Command Protocol Non-data command protocolExecute Device Diagnostic Initialize Device Parameters Host PIO data-in command protocol Piosu Data PIO data-out command protocolPiosu 12 PIO data-out command protocolRead DMA EXT Identfy DMA DMA data-in command protocolWrite DMA EXT FUA EXT DMA data-out command protocolRead FP DMA Queued Write FP DMA Queued Native Command Queuing protocol15 Read FP DMA Queued command protocol 16 Write FP DMA Queued command protocol 17 Power-on sequence Power-on and Comreset18 Comreset sequence Operations Response to power-on Reset and DiagnosisReset and Diagnosis Response to Comreset Response to ComresetResponse to a software reset Response to a software resetActive idle mode Power SavePower save mode Active modeSleep mode Standby modePower commands Interface Power Save Power save mode of the interfacePartial mode Slumber mode Read-ahead Cache Data buffer structure8MB buffer Commands that are targets of caching Caching operationData that is a target of caching Invalidating caching-target data Miss-hit Using the read segment bufferFull hit Sequential hitHAP end location of the previous read command Partial hit Invalidation of cached data Command that are targets of cachingWrite Cache Cache operationEnabling and disabling Status report in the event of an errorComreset and software reset response Cashing function when power supply is turned onThis page is intentionally left blank Glossary Positioning Power save modeRotational delay PIO Programmed input-outputAcronyms and Abbreviations This page is intentionally left blank Index Block diagramIndex Device-initiated interface power Frame information structure FIS Moving head to reference cylinder .4-13 RLL algorithm run length limited Read Native MAX AddressSensing and compensating for IN-8 C141-E203-01EN Comment Form Disk Drives Product ManualJapan This page is intentionally left blank C141-E203-01EN This page is intentionally left blank