Samsung 3.5" hard disk drives, spinpoint v40 manual Description

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DISK DRIVE OPERATION

DRDY shall be set to one.

DF (Device Fault) shall be cleared to zero.

DRQ shall be cleared to zero.

ERR shall be cleared to zero.

Description

After successful command completion, all read and write access attempts to addresses greater than specified by the successful SET MAX ADDRESS command shall be rejected with an IDNF error. IDENTIFY DEVICE response words 1, 54, 57, 60, and 61 shall reflect the maximum address set with this command.

Hosts should not issue more than one non-volatile SET MAX ADDRESS command after a power-on or hardware reset. Devices should report an IDNF error upon receiving a second non-volatile SET MAX ADDRESS command after a power-on or hardware reset.

The contents of IDENTIFY DEVICE words and the max address shall not be changed if a SET MAX ADDRESS command fails.

After a successful SET MAX ADDRESS command using a new maximum cylinder number value the content of IDENTIFY DEVICE words will abide by the following rules:

1)The content of words 3, 6, 55, and 56 are unchanged

2)The content of word 1 shall equal (the new SET MAX cylinder number + 1) or 16,383, whichever is less

3)The content of words (61:60) shall equal [(the new content of word 1 as determined by the successful SET MAX ADDRESS command) .(the content of word 3) .(the content of word 6)]

4)If the content of words (61:60) as determined by a successful SET MAX ADDRESS command is less than 16,514,064, then the content of word 54 shall be equal to [(the content of words (61:60)) ý ((the content of IDENTIFY DEVICE word 55) .(the content of word 56)] or 65,535, whichever is less

5)If the content of word (61:60) as determined by a successful SET MAX ADDRESS command is greater than 16,514,064, then word 54 shall equal the whole number result of [[(16,514,064) ý [(the content of word 55) .(the content of word 56)]] or 65,535 whichever is less) The content of words (58:57) shall be equal to [(the new content of word 54 as determined by the successful SET MAX ADDRESS command) .(the content of word 55) .(the content of word 56)]

After a successful SET MAX ADDRESS command using a new maximum LBA address the content of IDENTIFY DEVICE words will abide by the following rules:

.- The content of words (61:60) shall be equal to the new Maximum LBA address + 1.

.- If the content of words (61:60) is greater than 16,514,064 and if the device does not support CHS addressing, then the content of words 1, 3, 6, 54, 55, 56, and (58:57) shall equal zero.

If the device supports CHS addressing:

.- The content of words 3, 6, 55, and 56 are unchanged.

.- If the new content of words (61:60) is less than 16,514,064, then the content of word 1 shall be equal to [(the new content of words (61:60)) ý [(the content of word 3) .(the content of word 6)]] or 65,535, whichever is less.

.- If the new content of words (61:60) is greater than or equal to 16,514,064, then the content of word 1 shall be equal to 16,383.

.- If the new content of words (61:60) is less than 16,514,064, then the content of word 54 shall be equal to [(the new content of words (61:60)) ý [(the content of word 55) .(the content of word 56)]].

.- If the new content of words (61:60) is greater than or equal to 16,514,064, then the content of word 54 shall be equal to 16,383.

.- Words (58:57) shall be equal to [(the content of word 54) .(the content of word 55) .(the content of word 56)..

SpinPoint V40 Product Manual

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Contents Spinpoint SpinPoint V40 Product Manual Table of Contents Smart Ervo S Ystem EAD and W Rite O PerationsIrmware F Eatures Timing Programming RequirementsProtocol Overview Service and Repair Maintenance Precautions107 General InformationTable of Figures Page Scope User DefinitionManual Organization Terminology and Conventions Commands and MessagesComputer Message Format C/SReference Description Key FeaturesIntroduction Hardware Requirements Standards and RegulationsSpecifications Specification SummaryLogical Configurations Physical SpecificationsPerformance Specifications 28.71 Power RequirementsSV6003H SV6014H SV8004H Environmental SpecificationsMtbf POH Reliability SpecificationsSpace Requirements InstallationOrientation Unpacking InstructionsMounting 2Mounting Dimensions in Millimeters 3Mounting-Screw Clearance ClearanceDC Power Connector Cable ConnectorsAT-Bus Interface Connector VentilationSpinPoint V40 Product Manual Jumper Block Configurations Options for Jumper Block Configuration 7DC Power Connector and AT-Bus Interface Cable Connections Drive InstallationParameter System Startup ProcedureSystem Setup Base Casting Assembly Head / Disk Assembly HDADC Spindle Motor Assembly Disk Drive OperationExploded Mechanical View Head Stack Assembly Disk Stack AssemblyVoice Coil Motor and Actuator Latch Assemblies Air Filtration SystemAT Disk Controller Digital Signal Process and Interface ControllerDrive Electronics 2SID2001 AT Controller Block Diagram Host Interface Control Block Disk Control Block Buffer Control BlockSpinPoint V40 Product Manual Read/Write IC Power ManagementDisk ECC Control Block Frequency SynthesizerAutomatic Gain Control Time Base GeneratorAsymmetry Correction Circuitry ASC Analog Anti-Aliasing Low Pass Filter3Read/Write 88C5200 Read Channel Servo SystemRead and Write Operations Read Caching Firmware FeaturesWrite Channel Write Caching Automatic Defect Allocation Defect ManagementMulti-burst ECC Correction SmartBlank Physical Interface Signal ConventionsSignal Summary Signal Descriptions Dmarq DMA Request DMACK- DMA AcknowledgeIntrq Drive Interrupt IOCS16- Drive 16-bit I/OIordy I/O Channel Ready PDIAG- Passed DiagnosticsRESET- Drive Reset SD4 SD8 SD6 SD9 SD5SD3 SD2Drive Host DriveDIR General Logical InterfaceBit Conventions EnvironmentSpinPoint V40 Product Manual 2 I/O Register Address Command Block RegistersControl Block Registers N N N A a aAlternate Status Register 3F6h Control Block Register DescriptionsDrive Address Register 3F7h Device Control Register 3F6hFeatures Register 1F1h Command Block Register DescriptionsError Register 1F1h Data Register 1F0hSector Count Register 1F2h Command Register 1F7hCylinder High Register 1F5h Cylinder Low Register 1F4hBSY Drdy DWF DSC DRQ Corr IDX ERR Status Register 1F7hAt Command Register Descriptions Command Parameter Used SpinPoint V40 Product Manual Download Micro Code 92h Check Power Mode 98h, E5hExecute Device Diagnostics 90h Identify Device ECh Flush Cache E7hFormat Track 50h Xxxx Word Content DescriptionCapabilities Command set supported 95-128 0000h Reserved 129-159 Vendor specific 160-255 Initialize Device Parameters 91h Idle 97h,E3hIdle Immediate 95h,E1h Read Long 22hwith retry, 23h without retry Read Buffer E4hRead Multiple Command C4h Read Sectors 20hwith retry, 21hwithout retry Read Native Max Address F8hSeek 7xh Read Verify Sectors 40hwith retry, 41hwithout retryRecalibrate 1xh Mode Set Features EFhLBA InputsNormal outputs BSY Drdy DRQ ERRDescription Sleep 99h, E6h Set Multiple Mode C6hSmart B0h Smart disable operation D9hStandby 96h,E2h Smart execute off-line immediate D4h Smart enable/disable attribute autosave D2hSmart enable operations D8h Byte Descriptions Smart read data D0hOff-line data collection capability Value DefinitionSmart read log sector D5h Smart capabilitySmart return status DAh Smart save attribution value D3hStandby Immediate 94h, E0h Standby 96h, E2hWrite Buffer E8h Write DMA CAhWrite Sectors 30hwith retry, 31hwithout retry Write Multiple Command C5hSpinPoint V40 Product Manual Programming Requirements Reset ResponseError Posting BBK Command Error Register Status RegisterSleep mode Power ConditionsStandby mode Idle modeNormal mode Protocol Overview PIO Data in CommandsPIO Read Aborted Command PIO Data Out CommandsPIO Read Command PIO Write Aborted Command PIO Write CommandBSY=0 DRDY=1 BSY=1 BSY=0 DRQ=1 BSY=1 DRQ=0Non-Data Commands DMA Data Transfer Commands BSY=1 BSY=0 Aborted DMA Command Initialize DMA Reset DMA StatusBSY=0 BSY=1 Register transfers TimingDIOR-/DIOW Write PIO data transfers PIO timing parameters ModeAddr valid See note T1 t2 DIOR-/DIOW DIOR-/DIOW Multiword DMA data transferMultiword DMA timing parameters Mode Initiating an Ultra DMA data in burst Ultra DMA data transfer19Ultra DMA data burst timing requirements Ultra DMA data burst timing requirements5Sustained Ultra DMA data in burst Sustained Ultra DMA data in burst6Host pausing an Ultra DMA data in burst Host pausing an Ultra DMA data in burst7Device terminating an Ultra DMA data in burst 100 Device terminating an Ultra DMA data in burst8Host terminating an Ultra DMA data in burst Host terminating an Ultra DMA data in burst9Initiating an Ultra DMA data out burst 102 Initiating an Ultra DMA data out burst10Sustained Ultra DMA data out burst Sustained Ultra DMA data out burst11Device pausing an Ultra DMA data out burst 104 Device pausing an Ultra DMA data out burst12Host terminating an Ultra DMA data out burst Host terminating an Ultra DMA data out burst13Device terminating an Ultra DMA data out burst 106 Device terminating an Ultra DMA data out burstGeneral Information Maintenance PrecautionsService And Repair
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