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Timings patch by search reverse ofsett

Created 3 years agoDiff never expires

This is a debug build, skipping update check.

Open a AMD Polaris VBIOS file to see it's some detalied info as XML in this console

<ATOM_ROM_HEADER of="0x220-0x24C len=0x2C=44">

</sHeader>

</uaFirmWareSignature>

<usCRC_BlockOffset>617 = 0x269 = 0b1001101001</usCRC_BlockOffset>

<usBIOS_BootupMessageOffset>286 = 0x11E = 0b100011110</usBIOS_BootupMessageOffset>

<usPCI_InfoOffset>580 = 0x244 = 0b1001000100</usPCI_InfoOffset>

</ATOM_ROM_HEADER>

<ATOM_DATA_TABLES of="0x8C2C-0x8C76 len=0x4A=74">

</sHeader>

<StandardVESA_Timing>35958 = 0x8C76 = 0b1000110001110110</StandardVESA_Timing>

<LCD_Info>36346 = 0x8DFA = 0b1000110111111010</LCD_Info>

<SMU_Info>49784 = 0xC278 = 0b1100001001111000</SMU_Info>

<GPIO_I2C_Info>36424 = 0x8E48 = 0b1000111001001000</GPIO_I2C_Info>

<VRAM_UsageByFirmware>36644 = 0x8F24 = 0b1000111100100100</VRAM_UsageByFirmware>

<GPIO_Pin_LUT>36656 = 0x8F30 = 0b1000111100110000</GPIO_Pin_LUT>

<VESA_ToInternalModeLUT>36688 = 0x8F50 = 0b1000111101010000</VESA_ToInternalModeLUT>

<GFX_Info>36804 = 0x8FC4 = 0b1000111111000100</GFX_Info>

<PPLL_SS_Info>0</PPLL_SS_Info>

<XTMDS_Info>0</XTMDS_Info>

<MclkSS_Info>0</MclkSS_Info>

<Object_Header>37638 = 0x9306 = 0b1001001100000110</Object_Header>

<MC_InitParameter>37924 = 0x9424 = 0b1001010000100100</MC_InitParameter>

<ASIC_VDDC_Info>0</ASIC_VDDC_Info>

<ASIC_InternalSS_Info>49620 = 0xC1D4 = 0b1100000111010100</ASIC_InternalSS_Info>

<TV_VideoMode>49660 = 0xC1FC = 0b1100000111111100</TV_VideoMode>

<VRAM_Info>38774 = 0x9776 = 0b1001011101110110</VRAM_Info>

<ASIC_ProfilingInfo>49312 = 0xC0A0 = 0b1100000010100000</ASIC_ProfilingInfo>

</ATOM_DATA_TABLES>

<ATOM_POWERPLAY_TABLE of="0x8FDC-0x9029 len=0x4D=77">

</sHeader>

</ATOM_POWERPLAY_TABLE>

<ATOM_Polaris_PowerTune_Table of="0x928D-0x92C2 len=0x35=53">

<ucLiquid1_I2C_address>0</ucLiquid1_I2C_address>

<ucLiquid2_I2C_address>0</ucLiquid2_I2C_address>

<ucLiquid_I2C_Line>144 = 0x90 = 0b10010000</ucLiquid_I2C_Line>

<ucVr_I2C_address>0</ucVr_I2C_address>

<ucVr_I2C_Line>144 = 0x90 = 0b10010000</ucVr_I2C_Line>

<ucPlx_I2C_address>0</ucPlx_I2C_address>

<ucPlx_I2C_Line>144 = 0x90 = 0b10010000</ucPlx_I2C_Line>

<ucCKS_LDO_REFSEL>5 = 0x5 = 0b101</ucCKS_LDO_REFSEL>

</ATOM_Polaris_PowerTune_Table>

<ATOM_FAN_TABLE of="0x925D-0x928A len=0x2D=45">

</ATOM_FAN_TABLE>

<ATOM_MCLK_TABLE of="0x9195-0x9197 len=0x2=2">

</ATOM_MCLK_TABLE>

<ATOM_MCLK_ENTRY of="0x9197-0x91A4 len=0xD=13">

</ATOM_MCLK_ENTRY>

<ATOM_MCLK_ENTRY of="0x91A4-0x91B1 len=0xD=13">

</ATOM_MCLK_ENTRY>

<ATOM_SCLK_TABLE of="0x911B-0x911D len=0x2=2">

</ATOM_SCLK_TABLE>

<ATOM_SCLK_ENTRY of="0x911D-0x912C len=0xF=15">

</ATOM_SCLK_ENTRY>

<ATOM_SCLK_ENTRY of="0x912C-0x913B len=0xF=15">

</ATOM_SCLK_ENTRY>

<ATOM_SCLK_ENTRY of="0x913B-0x914A len=0xF=15">

</ATOM_SCLK_ENTRY>

<ATOM_SCLK_ENTRY of="0x914A-0x9159 len=0xF=15">

</ATOM_SCLK_ENTRY>

<ATOM_SCLK_ENTRY of="0x9159-0x9168 len=0xF=15">

</ATOM_SCLK_ENTRY>

<ATOM_SCLK_ENTRY of="0x9168-0x9177 len=0xF=15">

</ATOM_SCLK_ENTRY>

<ATOM_SCLK_ENTRY of="0x9177-0x9186 len=0xF=15">

</ATOM_SCLK_ENTRY>

<ATOM_SCLK_ENTRY of="0x9186-0x9195 len=0xF=15">

<usVddcOffset>65485 = 0xFFCD = 0b1111111111001101</usVddcOffset>

</ATOM_SCLK_ENTRY>

<ATOM_VOLTAGE_TABLE of="0x9067-0x9069 len=0x2=2">

</ATOM_VOLTAGE_TABLE>

<ATOM_VOLTAGE_ENTRY of="0x9069-0x9071 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x9071-0x9079 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x9079-0x9081 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x9081-0x9089 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x9089-0x9091 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x9091-0x9099 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x9099-0x90A1 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x90A1-0x90A9 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x90A9-0x90B1 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x90B1-0x90B9 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x90B9-0x90C1 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x90C1-0x90C9 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x90C9-0x90D1 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VOLTAGE_ENTRY of="0x90D1-0x90D9 len=0x8=8">

</ATOM_VOLTAGE_ENTRY>

<ATOM_VRAM_INFO of="0x9776-0x978A len=0x14=20">

</sHeader>

</ATOM_VRAM_INFO>

<ATOM_VRAM_ENTRY of="0x978A-0x97CA len=0x40=64">

<ucCDR_Bandwidth>0</ucCDR_Bandwidth>

</ATOM_VRAM_ENTRY>

<ATOM_VRAM_ENTRY of="0x97B7-0x97F7 len=0x40=64">

<ucCDR_Bandwidth>0</ucCDR_Bandwidth>

</ATOM_VRAM_ENTRY>

<ATOM_VRAM_ENTRY of="0x97F4-0x9834 len=0x40=64">

<ucCDR_Bandwidth>0</ucCDR_Bandwidth>

</ATOM_VRAM_ENTRY>

End of mem

<ATOM_VRAM_TIMING_ENTRY of="0x98C5-0x98F9 len=0x34=52">

</ATOM_VRAM_TIMING_ENTRY>

<ATOM_VRAM_TIMING_ENTRY of="0x98F9-0x992D len=0x34=52">

</ATOM_VRAM_TIMING_ENTRY>

<ATOM_VRAM_TIMING_ENTRY of="0x992D-0x9961 len=0x34=52">

</ATOM_VRAM_TIMING_ENTRY>

<ATOM_VRAM_TIMING_ENTRY of="0x9961-0x9995 len=0x34=52">

</ATOM_VRAM_TIMING_ENTRY>

<ATOM_VRAM_TIMING_ENTRY of="0x9995-0x99C9 len=0x34=52">

<LatencyString>060008000E0044FFFF00FFFFFF0000000000FFFFFF0100000000FFFFFF0200000000FFFFFF030000000000000000E11B</LatencyString>

</ATOM_VRAM_TIMING_ENTRY>

<ATOM_OBJECT_HEADER_V3 of="0x9306-0x9318 len=0x12=18">

<ATOM_VRAM_TIMING_ENTRY of="0x99C9-0x99FD len=0x34=52">

</ATOM_VRAM_TIMING_ENTRY>

<ATOM_VRAM_TIMING_ENTRY of="0x99FD-0x9A31 len=0x34=52">

</sHeader>

</ATOM_VRAM_TIMING_ENTRY>

<ATOM_VRAM_TIMING_ENTRY of="0x9A31-0x9A65 len=0x34=52">

</ATOM_VRAM_TIMING_ENTRY>

<ATOM_VRAM_TIMING_ENTRY of="0x9A65-0x9A99 len=0x34=52">

</ATOM_OBJECT_HEADER_V3>

<ATOM_DISPLAY_OBJECT_PATH_TABLE of="0x9318-0x931C len=0x4=4">

</ATOM_VRAM_TIMING_ENTRY>

<ATOM_VRAM_TIMING_ENTRY of="0x9A99-0x9ACD len=0x34=52">

</ATOM_DISPLAY_OBJECT_PATH_TABLE>

System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".

</ATOM_VRAM_TIMING_ENTRY>

в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()

<ATOM_VRAM_TIMING_ENTRY of="0x9ACD-0x9B01 len=0x34=52">

в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)

в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write4_ATOM_DISPLAY_OBJECT_PATH(String n, String ns, ATOM_DISPLAY_OBJECT_PATH o, Boolean needType)

в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write5_ATOM_DISPLAY_OBJECT_PATH(Object o)

</ATOM_VRAM_TIMING_ENTRY>

--- Конец трассировки внутреннего стека исключений ---

<ATOM_VRAM_TIMING_ENTRY of="0x9B01-0x9B35 len=0x34=52">

в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)

в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)

System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "S

</ATOM_VRAM_TIMING_ENTRY>

<ATOM_VRAM_TIMING_ENTRY of="0x9B35-0x9B69 len=0x34=52">

<ulClkRange>33594432 = 0x2009C40 = 0b1000000000100111000

Saved diffs

Original text

Open file

This is a debug build, skipping update check.
Open a AMD Polaris VBIOS file to see it's some detalied info as XML in this console
<ATOM_ROM_HEADER of="0x220-0x24C  len=0x2C=44">
  <sHeader>
    <usStructureSize>36 = 0x24 = 0b100100</usStructureSize>
    <ucTableFormatRevision>1</ucTableFormatRevision>
    <ucTableContentRevision>1</ucTableContentRevision>
  </sHeader>
  <uaFirmWareSignature>
    <char>65 = 0x41 = 0b1000001</char>
    <char>84 = 0x54 = 0b1010100</char>
    <char>79 = 0x4F = 0b1001111</char>
    <char>77 = 0x4D = 0b1001101</char>
  </uaFirmWareSignature>
  <usBiosRuntimeSegmentAddress>49152 = 0xC000 = 0b1100000000000000</usBiosRuntimeSegmentAddress>
  <usProtectedModeInfoOffset>965 = 0x3C5 = 0b1111000101</usProtectedModeInfoOffset>
  <usConfigFilenameOffset>458 = 0x1CA = 0b111001010</usConfigFilenameOffset>
  <usCRC_BlockOffset>617 = 0x269 = 0b1001101001</usCRC_BlockOffset>
  <usBIOS_BootupMessageOffset>286 = 0x11E = 0b100011110</usBIOS_BootupMessageOffset>
  <usInt10Offset>1002 = 0x3EA = 0b1111101010</usInt10Offset>
  <usPciBusDevInitCode>0</usPciBusDevInitCode>
  <usIoBaseAddress>0</usIoBaseAddress>
  <usSubsystemVendorID>4156 = 0x103C = 0b1000000111100</usSubsystemVendorID>
  <usSubsystemID>32981 = 0x80D5 = 0b1000000011010101</usSubsystemID>
  <usPCI_InfoOffset>580 = 0x244 = 0b1001000100</usPCI_InfoOffset>
  <usMasterCommandTableOffset>35718 = 0x8B86 = 0b1000101110000110</usMasterCommandTableOffset>
  <usMasterDataTableOffset>35884 = 0x8C2C = 0b1000110000101100</usMasterDataTableOffset>
  <ucExtendedFunctionCode>160 = 0xA0 = 0b10100000</ucExtendedFunctionCode>
  <ucReserved>0</ucReserved>
  <ulPSPDirTableOffset>1380533072 = 0x52494350 = 0b1010010010010010100001101010000</ulPSPDirTableOffset>
  <usDeviceID>4098 = 0x1002 = 0b1000000000010</usDeviceID>
  <usVendorID>26600 = 0x67E8 = 0b110011111101000</usVendorID>
</ATOM_ROM_HEADER>
<ATOM_DATA_TABLES of="0x8C2C-0x8C76  len=0x4A=74">
  <sHeader>
    <usStructureSize>74 = 0x4A = 0b1001010</usStructureSize>
    <ucTableFormatRevision>1</ucTableFormatRevision>
    <ucTableContentRevision>1</ucTableContentRevision>
  </sHeader>
  <UtilityPipeLine>0</UtilityPipeLine>
  <MultimediaCapabilityInfo>0</MultimediaCapabilityInfo>
  <MultimediaConfigInfo>0</MultimediaConfigInfo>
  <StandardVESA_Timing>35958 = 0x8C76 = 0b1000110001110110</StandardVESA_Timing>
  <FirmwareInfo>36186 = 0x8D5A = 0b1000110101011010</FirmwareInfo>
  <PaletteData>36294 = 0x8DC6 = 0b1000110111000110</PaletteData>
  <LCD_Info>36346 = 0x8DFA = 0b1000110111111010</LCD_Info>
  <DIGTransmitterInfo>0</DIGTransmitterInfo>
  <SMU_Info>49784 = 0xC278 = 0b1100001001111000</SMU_Info>
  <SupportedDevicesInfo>0</SupportedDevicesInfo>
  <GPIO_I2C_Info>36424 = 0x8E48 = 0b1000111001001000</GPIO_I2C_Info>
  <VRAM_UsageByFirmware>36644 = 0x8F24 = 0b1000111100100100</VRAM_UsageByFirmware>
  <GPIO_Pin_LUT>36656 = 0x8F30 = 0b1000111100110000</GPIO_Pin_LUT>
  <VESA_ToInternalModeLUT>36688 = 0x8F50 = 0b1000111101010000</VESA_ToInternalModeLUT>
  <GFX_Info>36804 = 0x8FC4 = 0b1000111111000100</GFX_Info>
  <PowerPlayInfo>36828 = 0x8FDC = 0b1000111111011100</PowerPlayInfo>
  <GPUVirtualizationInfo>0</GPUVirtualizationInfo>
  <SaveRestoreInfo>49760 = 0xC260 = 0b1100001001100000</SaveRestoreInfo>
  <PPLL_SS_Info>0</PPLL_SS_Info>
  <OemInfo>0</OemInfo>
  <XTMDS_Info>0</XTMDS_Info>
  <MclkSS_Info>0</MclkSS_Info>
  <Object_Header>37638 = 0x9306 = 0b1001001100000110</Object_Header>
  <IndirectIOAccess>38648 = 0x96F8 = 0b1001011011111000</IndirectIOAccess>
  <MC_InitParameter>37924 = 0x9424 = 0b1001010000100100</MC_InitParameter>
  <ASIC_VDDC_Info>0</ASIC_VDDC_Info>
  <ASIC_InternalSS_Info>49620 = 0xC1D4 = 0b1100000111010100</ASIC_InternalSS_Info>
  <TV_VideoMode>49660 = 0xC1FC = 0b1100000111111100</TV_VideoMode>
  <VRAM_Info>38774 = 0x9776 = 0b1001011101110110</VRAM_Info>
  <MemoryTrainingInfo>39558 = 0x9A86 = 0b1001101010000110</MemoryTrainingInfo>
  <IntegratedSystemInfo>0</IntegratedSystemInfo>
  <ASIC_ProfilingInfo>49312 = 0xC0A0 = 0b1100000010100000</ASIC_ProfilingInfo>
  <VoltageObjectInfo>49580 = 0xC1AC = 0b1100000110101100</VoltageObjectInfo>
  <PowerSourceInfo>0</PowerSourceInfo>
  <ServiceInfo>49840 = 0xC2B0 = 0b1100001010110000</ServiceInfo>
</ATOM_DATA_TABLES>
<ATOM_POWERPLAY_TABLE of="0x8FDC-0x9029  len=0x4D=77">
  <sHeader>
    <usStructureSize>810 = 0x32A = 0b1100101010</usStructureSize>
    <ucTableFormatRevision>7 = 0x7 = 0b111</ucTableFormatRevision>
    <ucTableContentRevision>1</ucTableContentRevision>
  </sHeader>
  <ucTableRevision>0</ucTableRevision>
  <usTableSize>77 = 0x4D = 0b1001101</usTableSize>
  <ulGoldenPPID>1634 = 0x662 = 0b11001100010</ulGoldenPPID>
  <ulGoldenRevision>9798 = 0x2646 = 0b10011001000110</ulGoldenRevision>
  <usFormatID>26 = 0x1A = 0b11010</usFormatID>
  <usVoltageTime>0</usVoltageTime>
  <ulPlatformCaps>33554434 = 0x2000002 = 0b10000000000000000000000010</ulPlatformCaps>
  <ulMaxODEngineClock>0</ulMaxODEngineClock>
  <ulMaxODMemoryClock>0</ulMaxODMemoryClock>
  <usPowerControlLimit>0</usPowerControlLimit>
  <usUlvVoltageOffset>35 = 0x23 = 0b100011</usUlvVoltageOffset>
  <usStateArrayOffset>77 = 0x4D = 0b1001101</usStateArrayOffset>
  <usFanTableOffset>641 = 0x281 = 0b1010000001</usFanTableOffset>
  <usThermalControllerOffset>632 = 0x278 = 0b1001111000</usThermalControllerOffset>
  <usReserv>0</usReserv>
  <usMclkDependencyTableOffset>441 = 0x1B9 = 0b110111001</usMclkDependencyTableOffset>
  <usSclkDependencyTableOffset>319 = 0x13F = 0b100111111</usSclkDependencyTableOffset>
  <usVddcLookupTableOffset>139 = 0x8B = 0b10001011</usVddcLookupTableOffset>
  <usVddgfxLookupTableOffset>253 = 0xFD = 0b11111101</usVddgfxLookupTableOffset>
  <usMMDependencyTableOffset>469 = 0x1D5 = 0b111010101</usMMDependencyTableOffset>
  <usVCEStateTableOffset>758 = 0x2F6 = 0b1011110110</usVCEStateTableOffset>
  <usPPMTableOffset>0</usPPMTableOffset>
  <usPowerTuneTableOffset>689 = 0x2B1 = 0b1010110001</usPowerTuneTableOffset>
  <usHardLimitTableOffset>742 = 0x2E6 = 0b1011100110</usHardLimitTableOffset>
  <usPCIETableOffset>784 = 0x310 = 0b1100010000</usPCIETableOffset>
  <usGPIOTableOffset>0</usGPIOTableOffset>
</ATOM_POWERPLAY_TABLE>
<ATOM_Polaris_PowerTune_Table of="0x928D-0x92C2  len=0x35=53">
  <ucRevId>4 = 0x4 = 0b100</ucRevId>
  <usTDP>35 = 0x23 = 0b100011</usTDP>
  <usConfigurableTDP>0</usConfigurableTDP>
  <usTDC>32 = 0x20 = 0b100000</usTDC>
  <usBatteryPowerLimit>35 = 0x23 = 0b100011</usBatteryPowerLimit>
  <usSmallPowerLimit>35 = 0x23 = 0b100011</usSmallPowerLimit>
  <usLowCACLeakage>0</usLowCACLeakage>
  <usHighCACLeakage>0</usHighCACLeakage>
  <usMaximumPowerDeliveryLimit>35 = 0x23 = 0b100011</usMaximumPowerDeliveryLimit>
  <usTjMax>90 = 0x5A = 0b1011010</usTjMax>
  <usPowerTuneDataSetID>0</usPowerTuneDataSetID>
  <usEDCLimit>0</usEDCLimit>
  <usSoftwareShutdownTemp>94 = 0x5E = 0b1011110</usSoftwareShutdownTemp>
  <usClockStretchAmount>2 = 0x2 = 0b10</usClockStretchAmount>
  <usTemperatureLimitHotspot>105 = 0x69 = 0b1101001</usTemperatureLimitHotspot>
  <usTemperatureLimitLiquid1>80 = 0x50 = 0b1010000</usTemperatureLimitLiquid1>
  <usTemperatureLimitLiquid2>80 = 0x50 = 0b1010000</usTemperatureLimitLiquid2>
  <usTemperatureLimitVrVddc>0</usTemperatureLimitVrVddc>
  <usTemperatureLimitVrMvdd>0</usTemperatureLimitVrMvdd>
  <usTemperatureLimitPlx>80 = 0x50 = 0b1010000</usTemperatureLimitPlx>
  <ucLiquid1_I2C_address>0</ucLiquid1_I2C_address>
  <ucLiquid2_I2C_address>0</ucLiquid2_I2C_address>
  <ucLiquid_I2C_Line>144 = 0x90 = 0b10010000</ucLiquid_I2C_Line>
  <ucVr_I2C_address>0</ucVr_I2C_address>
  <ucVr_I2C_Line>144 = 0x90 = 0b10010000</ucVr_I2C_Line>
  <ucPlx_I2C_address>0</ucPlx_I2C_address>
  <ucPlx_I2C_Line>144 = 0x90 = 0b10010000</ucPlx_I2C_Line>
  <usBoostPowerLimit>35 = 0x23 = 0b100011</usBoostPowerLimit>
  <ucCKS_LDO_REFSEL>5 = 0x5 = 0b101</ucCKS_LDO_REFSEL>
  <ucHotSpotOnly>0</ucHotSpotOnly>
  <ucReserve>0</ucReserve>
  <usReserve>0</usReserve>
</ATOM_Polaris_PowerTune_Table>
<ATOM_FAN_TABLE of="0x925D-0x928A  len=0x2D=45">
  <ucRevId>9 = 0x9 = 0b1001</ucRevId>
  <ucTHyst>3 = 0x3 = 0b11</ucTHyst>
  <usTMin>4000 = 0xFA0 = 0b111110100000</usTMin>
  <usTMed>6500 = 0x1964 = 0b1100101100100</usTMed>
  <usTHigh>8500 = 0x2134 = 0b10000100110100</usTHigh>
  <usPWMMin>2000 = 0x7D0 = 0b11111010000</usPWMMin>
  <usPWMMed>4000 = 0xFA0 = 0b111110100000</usPWMMed>
  <usPWMHigh>6000 = 0x1770 = 0b1011101110000</usPWMHigh>
  <usTMax>10900 = 0x2A94 = 0b10101010010100</usTMax>
  <ucFanControlMode>1</ucFanControlMode>
  <usFanPWMMax>100 = 0x64 = 0b1100100</usFanPWMMax>
  <usFanOutputSensitivity>4836 = 0x12E4 = 0b1001011100100</usFanOutputSensitivity>
  <usFanRPMMax>4300 = 0x10CC = 0b1000011001100</usFanRPMMax>
  <ulMinFanSCLKAcousticLimit>50000 = 0xC350 = 0b1100001101010000</ulMinFanSCLKAcousticLimit>
  <ucTargetTemperature>80 = 0x50 = 0b1010000</ucTargetTemperature>
  <ucMinimumPWMLimit>25 = 0x19 = 0b11001</ucMinimumPWMLimit>
  <usFanGainEdge>100 = 0x64 = 0b1100100</usFanGainEdge>
  <usFanGainHotspot>100 = 0x64 = 0b1100100</usFanGainHotspot>
  <usFanGainLiquid>100 = 0x64 = 0b1100100</usFanGainLiquid>
  <usFanGainVrVddc>100 = 0x64 = 0b1100100</usFanGainVrVddc>
  <usFanGainVrMvdd>100 = 0x64 = 0b1100100</usFanGainVrMvdd>
  <usFanGainPlx>100 = 0x64 = 0b1100100</usFanGainPlx>
  <usFanGainHbm>100 = 0x64 = 0b1100100</usFanGainHbm>
  <usReserved>12800 = 0x3200 = 0b11001000000000</usReserved>
</ATOM_FAN_TABLE>
<ATOM_MCLK_TABLE of="0x9195-0x9197  len=0x2=2">
  <ucRevId>0</ucRevId>
  <ucNumEntries>2 = 0x2 = 0b10</ucNumEntries>
</ATOM_MCLK_TABLE>
<ATOM_MCLK_ENTRY of="0x9197-0x91A4  len=0xD=13">
  <ucVddcInd>0</ucVddcInd>
  <usVddci>800 = 0x320 = 0b1100100000</usVddci>
  <usVddgfxOffset>0</usVddgfxOffset>
  <usMvdd>1000 = 0x3E8 = 0b1111101000</usMvdd>
  <ulMclk>30000 = 0x7530 = 0b111010100110000</ulMclk>
  <usReserved>0</usReserved>
</ATOM_MCLK_ENTRY>
<ATOM_MCLK_ENTRY of="0x91A4-0x91B1  len=0xD=13">
  <ucVddcInd>0</ucVddcInd>
  <usVddci>1000 = 0x3E8 = 0b1111101000</usVddci>
  <usVddgfxOffset>0</usVddgfxOffset>
  <usMvdd>1000 = 0x3E8 = 0b1111101000</usMvdd>
  <ulMclk>150000 = 0x249F0 = 0b100100100111110000</ulMclk>
  <usReserved>0</usReserved>
</ATOM_MCLK_ENTRY>
<ATOM_SCLK_TABLE of="0x911B-0x911D  len=0x2=2">
  <ucRevId>1</ucRevId>
  <ucNumEntries>8 = 0x8 = 0b1000</ucNumEntries>
</ATOM_SCLK_TABLE>
<ATOM_SCLK_ENTRY of="0x911D-0x912C  len=0xF=15">
  <ucVddInd>0</ucVddInd>
  <usVddcOffset>0</usVddcOffset>
  <ulSclk>21400 = 0x5398 = 0b101001110011000</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>128 = 0x80 = 0b10000000</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x912C-0x913B  len=0xF=15">
  <ucVddInd>7 = 0x7 = 0b111</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>34200 = 0x8598 = 0b1000010110011000</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>128 = 0x80 = 0b10000000</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x913B-0x914A  len=0xF=15">
  <ucVddInd>8 = 0x8 = 0b1000</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>46300 = 0xB4DC = 0b1011010011011100</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>128 = 0x80 = 0b10000000</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x914A-0x9159  len=0xF=15">
  <ucVddInd>9 = 0x9 = 0b1001</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>59400 = 0xE808 = 0b1110100000001000</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>0</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x9159-0x9168  len=0xF=15">
  <ucVddInd>10 = 0xA = 0b1010</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>72500 = 0x11B34 = 0b10001101100110100</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>0</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x9168-0x9177  len=0xF=15">
  <ucVddInd>11 = 0xB = 0b1011</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>85800 = 0x14F28 = 0b10100111100101000</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>0</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x9177-0x9186  len=0xF=15">
  <ucVddInd>12 = 0xC = 0b1100</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>97700 = 0x17DA4 = 0b10111110110100100</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>0</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x9186-0x9195  len=0xF=15">
  <ucVddInd>13 = 0xD = 0b1101</ucVddInd>
  <usVddcOffset>65485 = 0xFFCD = 0b1111111111001101</usVddcOffset>
  <ulSclk>105300 = 0x19B54 = 0b11001101101010100</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>0</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_VOLTAGE_TABLE of="0x9067-0x9069  len=0x2=2">
  <ucRevId>0</ucRevId>
  <ucNumEntries>14 = 0xE = 0b1110</ucNumEntries>
</ATOM_VOLTAGE_TABLE>
<ATOM_VOLTAGE_ENTRY of="0x9069-0x9071  len=0x8=8">
  <usVdd>750 = 0x2EE = 0b1011101110</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9071-0x9079  len=0x8=8">
  <usVdd>775 = 0x307 = 0b1100000111</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9079-0x9081  len=0x8=8">
  <usVdd>800 = 0x320 = 0b1100100000</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9081-0x9089  len=0x8=8">
  <usVdd>825 = 0x339 = 0b1100111001</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9089-0x9091  len=0x8=8">
  <usVdd>850 = 0x352 = 0b1101010010</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9091-0x9099  len=0x8=8">
  <usVdd>875 = 0x36B = 0b1101101011</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9099-0x90A1  len=0x8=8">
  <usVdd>900 = 0x384 = 0b1110000100</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90A1-0x90A9  len=0x8=8">
  <usVdd>65282 = 0xFF02 = 0b1111111100000010</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90A9-0x90B1  len=0x8=8">
  <usVdd>65283 = 0xFF03 = 0b1111111100000011</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90B1-0x90B9  len=0x8=8">
  <usVdd>65284 = 0xFF04 = 0b1111111100000100</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90B9-0x90C1  len=0x8=8">
  <usVdd>65285 = 0xFF05 = 0b1111111100000101</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90C1-0x90C9  len=0x8=8">
  <usVdd>65286 = 0xFF06 = 0b1111111100000110</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90C9-0x90D1  len=0x8=8">
  <usVdd>65287 = 0xFF07 = 0b1111111100000111</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90D1-0x90D9  len=0x8=8">
  <usVdd>65288 = 0xFF08 = 0b1111111100001000</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VRAM_INFO of="0x9776-0x978A  len=0x14=20">
  <sHeader>
    <usStructureSize>784 = 0x310 = 0b1100010000</usStructureSize>
    <ucTableFormatRevision>2 = 0x2 = 0b10</ucTableFormatRevision>
    <ucTableContentRevision>2 = 0x2 = 0b10</ucTableContentRevision>
  </sHeader>
  <usMemAdjustTblOffset>190 = 0xBE = 0b10111110</usMemAdjustTblOffset>
  <usMemClkPatchTblOffset>289 = 0x121 = 0b100100001</usMemClkPatchTblOffset>
  <usMcAdjustPerTileTblOffset>547 = 0x223 = 0b1000100011</usMcAdjustPerTileTblOffset>
  <usMcPhyInitTableOffset>661 = 0x295 = 0b1010010101</usMcPhyInitTableOffset>
  <usDramDataRemapTblOffset>593 = 0x251 = 0b1001010001</usDramDataRemapTblOffset>
  <usReserved1>0</usReserved1>
  <ucNumOfVRAMModule>3 = 0x3 = 0b11</ucNumOfVRAMModule>
  <ucMemoryClkPatchTblVer>1</ucMemoryClkPatchTblVer>
  <ucVramModuleVer>8 = 0x8 = 0b1000</ucVramModuleVer>
  <ucMcPhyTileNum>2 = 0x2 = 0b10</ucMcPhyTileNum>
</ATOM_VRAM_INFO>
<ATOM_VRAM_ENTRY of="0x978A-0x97CA  len=0x40=64">
  <ulChannelMapCfg>4146 = 0x1032 = 0b1000000110010</ulChannelMapCfg>
  <usModuleSize>45 = 0x2D = 0b101101</usModuleSize>
  <usMcRamCfg>24738 = 0x60A2 = 0b110000010100010</usMcRamCfg>
  <usEnableChannels>15 = 0xF = 0b1111</usEnableChannels>
  <ucExtMemoryID>0</ucExtMemoryID>
  <ucMemoryType>80 = 0x50 = 0b1010000</ucMemoryType>
  <ucChannelNum>2 = 0x2 = 0b10</ucChannelNum>
  <ucChannelWidth>5 = 0x5 = 0b101</ucChannelWidth>
  <ucDensity>99 = 0x63 = 0b1100011</ucDensity>
  <ucBankCol>10 = 0xA = 0b1010</ucBankCol>
  <ucMisc>4 = 0x4 = 0b100</ucMisc>
  <ucVREFI>0</ucVREFI>
  <usReserved>0</usReserved>
  <usMemorySize>4096 = 0x1000 = 0b1000000000000</usMemorySize>
  <ucMcTunningSetId>0</ucMcTunningSetId>
  <ucRowNum>11 = 0xB = 0b1011</ucRowNum>
  <usEMRS2Value>16384 = 0x4000 = 0b100000000000000</usEMRS2Value>
  <usEMRS3Value>24832 = 0x6100 = 0b110000100000000</usEMRS3Value>
  <ucMemoryVenderID>0</ucMemoryVenderID>
  <ucRefreshRateFactor>2 = 0x2 = 0b10</ucRefreshRateFactor>
  <ucFIFODepth>2 = 0x2 = 0b10</ucFIFODepth>
  <ucCDR_Bandwidth>0</ucCDR_Bandwidth>
  <ulChannelMapCfg1>0</ulChannelMapCfg1>
  <ulBankMapCfg>480306 = 0x75432 = 0b1110101010000110010</ulBankMapCfg>
  <ulReserved>0</ulReserved>
  <FullName />
</ATOM_VRAM_ENTRY>
<ATOM_VRAM_ENTRY of="0x97B7-0x97F7  len=0x40=64">
  <ulChannelMapCfg>4146 = 0x1032 = 0b1000000110010</ulChannelMapCfg>
  <usModuleSize>61 = 0x3D = 0b111101</usModuleSize>
  <usMcRamCfg>24738 = 0x60A2 = 0b110000010100010</usMcRamCfg>
  <usEnableChannels>15 = 0xF = 0b1111</usEnableChannels>
  <ucExtMemoryID>0</ucExtMemoryID>
  <ucMemoryType>80 = 0x50 = 0b1010000</ucMemoryType>
  <ucChannelNum>2 = 0x2 = 0b10</ucChannelNum>
  <ucChannelWidth>5 = 0x5 = 0b101</ucChannelWidth>
  <ucDensity>99 = 0x63 = 0b1100011</ucDensity>
  <ucBankCol>10 = 0xA = 0b1010</ucBankCol>
  <ucMisc>4 = 0x4 = 0b100</ucMisc>
  <ucVREFI>0</ucVREFI>
  <usReserved>0</usReserved>
  <usMemorySize>4096 = 0x1000 = 0b1000000000000</usMemorySize>
  <ucMcTunningSetId>0</ucMcTunningSetId>
  <ucRowNum>11 = 0xB = 0b1011</ucRowNum>
  <usEMRS2Value>16384 = 0x4000 = 0b100000000000000</usEMRS2Value>
  <usEMRS3Value>24832 = 0x6100 = 0b110000100000000</usEMRS3Value>
  <ucMemoryVenderID>33 = 0x21 = 0b100001</ucMemoryVenderID>
  <ucRefreshRateFactor>2 = 0x2 = 0b10</ucRefreshRateFactor>
  <ucFIFODepth>2 = 0x2 = 0b10</ucFIFODepth>
  <ucCDR_Bandwidth>0</ucCDR_Bandwidth>
  <ulChannelMapCfg1>0</ulChannelMapCfg1>
  <ulBankMapCfg>480306 = 0x75432 = 0b1110101010000110010</ulBankMapCfg>
  <ulReserved>0</ulReserved>
  <FullName>K4G80325FB_1_35V</FullName>
</ATOM_VRAM_ENTRY>
<ATOM_VRAM_ENTRY of="0x97F4-0x9834  len=0x40=64">
  <ulChannelMapCfg>4146 = 0x1032 = 0b1000000110010</ulChannelMapCfg>
  <usModuleSize>64 = 0x40 = 0b1000000</usModuleSize>
  <usMcRamCfg>24738 = 0x60A2 = 0b110000010100010</usMcRamCfg>
  <usEnableChannels>15 = 0xF = 0b1111</usEnableChannels>
  <ucExtMemoryID>0</ucExtMemoryID>
  <ucMemoryType>80 = 0x50 = 0b1010000</ucMemoryType>
  <ucChannelNum>2 = 0x2 = 0b10</ucChannelNum>
  <ucChannelWidth>5 = 0x5 = 0b101</ucChannelWidth>
  <ucDensity>99 = 0x63 = 0b1100011</ucDensity>
  <ucBankCol>10 = 0xA = 0b1010</ucBankCol>
  <ucMisc>4 = 0x4 = 0b100</ucMisc>
  <ucVREFI>0</ucVREFI>
  <usReserved>0</usReserved>
  <usMemorySize>4096 = 0x1000 = 0b1000000000000</usMemorySize>
  <ucMcTunningSetId>1</ucMcTunningSetId>
  <ucRowNum>11 = 0xB = 0b1011</ucRowNum>
  <usEMRS2Value>16384 = 0x4000 = 0b100000000000000</usEMRS2Value>
  <usEMRS3Value>24832 = 0x6100 = 0b110000100000000</usEMRS3Value>
  <ucMemoryVenderID>15 = 0xF = 0b1111</ucMemoryVenderID>
  <ucRefreshRateFactor>2 = 0x2 = 0b10</ucRefreshRateFactor>
  <ucFIFODepth>2 = 0x2 = 0b10</ucFIFODepth>
  <ucCDR_Bandwidth>0</ucCDR_Bandwidth>
  <ulChannelMapCfg1>0</ulChannelMapCfg1>
  <ulBankMapCfg>480306 = 0x75432 = 0b1110101010000110010</ulBankMapCfg>
  <ulReserved>0</ulReserved>
  <FullName>MT51J256M32HF_1_35V</FullName>
</ATOM_VRAM_ENTRY>
End of mem

<ATOM_VRAM_TIMING_ENTRY of="0x98C5-0x98F9  len=0x34=52">
  <ulClkRange>16812216 = 0x10088B8 = 0b1000000001000100010111000</ulClkRange>
  <LatencyString>333000000000000022CC1C006294221230570B0A114461020022620032021420AA8800A00000000006030D1026111210</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x98F9-0x992D  len=0x34=52">
  <ulClkRange>16927216 = 0x10249F0 = 0b1000000100100100111110000</ulClkRange>
  <LatencyString>555000000000000022CC1C0010E68C4AE057101636CD450A006E270113041420FA8900A0030000001A11313AA42F3718</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x992D-0x9961  len=0x34=52">
  <ulClkRange>33594432 = 0x2009C40 = 0b10000000001001110001000000</ulClkRange>
  <LatencyString>999000000000000022AA1C006094220FD0540C081544F102004261001D0314201A8980A20000000006010A0F2F0E160D</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9961-0x9995  len=0x34=52">
  <ulClkRange>33704432 = 0x20249F0 = 0b10000000100100100111110000</ulClkRange>
  <LatencyString>777000000000000022AA1C00315A6B3CA0550F15B68C350B006AE4007C041420CA8980A9020000001712262BB32B3715</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9995-0x99C9  len=0x34=52">
  <ulClkRange>0</ulClkRange>
  <LatencyString>060008000E0044FFFF00FFFFFF0000000000FFFFFF0100000000FFFFFF0200000000FFFFFF030000000000000000E11B</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_OBJECT_HEADER_V3 of="0x9306-0x9318  len=0x12=18">
  <sHeader>
    <usStructureSize>286 = 0x11E = 0b100011110</usStructureSize>
    <ucTableFormatRevision>1</ucTableFormatRevision>
    <ucTableContentRevision>3 = 0x3 = 0b11</ucTableContentRevision>
  </sHeader>
  <usDeviceSupport>650 = 0x28A = 0b1010001010</usDeviceSupport>
  <usConnectorObjectTableOffset>62 = 0x3E = 0b111110</usConnectorObjectTableOffset>
  <usRouterObjectTableOffset>0</usRouterObjectTableOffset>
  <usEncoderObjectTableOffset>206 = 0xCE = 0b11001110</usEncoderObjectTableOffset>
  <usProtectionObjectTableOffset>0</usProtectionObjectTableOffset>
  <usDisplayPathTableOffset>18 = 0x12 = 0b10010</usDisplayPathTableOffset>
  <usMiscObjectTableOffset>0</usMiscObjectTableOffset>
</ATOM_OBJECT_HEADER_V3>
<ATOM_DISPLAY_OBJECT_PATH_TABLE of="0x9318-0x931C  len=0x4=4">
  <ucNumOfDispPath>4 = 0x4 = 0b100</ucNumOfDispPath>
  <ucVersion>1</ucVersion>
  <ucPadding2>0</ucPadding2>
</ATOM_DISPLAY_OBJECT_PATH_TABLE>
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write4_ATOM_DISPLAY_OBJECT_PATH(String n, String ns, ATOM_DISPLAY_OBJECT_PATH o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write5_ATOM_DISPLAY_OBJECT_PATH(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write4_ATOM_DISPLAY_OBJECT_PATH(String n, String ns, ATOM_DISPLAY_OBJECT_PATH o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write5_ATOM_DISPLAY_OBJECT_PATH(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write4_ATOM_DISPLAY_OBJECT_PATH(String n, String ns, ATOM_DISPLAY_OBJECT_PATH o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write5_ATOM_DISPLAY_OBJECT_PATH(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write4_ATOM_DISPLAY_OBJECT_PATH(String n, String ns, ATOM_DISPLAY_OBJECT_PATH o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write5_ATOM_DISPLAY_OBJECT_PATH(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
Encoders:
<ATOM_OBJECT_TABLE of="0x93D4-0x93D8  len=0x4=4">
  <ucNumberOfObjects>4 = 0x4 = 0b100</ucNumberOfObjects>
  <ucPadding0>0</ucPadding0>
  <ucPadding1>0</ucPadding1>
  <ucPadding2>0</ucPadding2>
</ATOM_OBJECT_TABLE>
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x93FE-0x9400  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_ENCODER_CAP_RECORD_TYPE = 0x14</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9400:0F00
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x9409-0x940B  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_ENCODER_CAP_RECORD_TYPE = 0x14</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x940b:0F00
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x9414-0x9416  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_ENCODER_CAP_RECORD_TYPE = 0x14</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9416:0F00
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x941F-0x9421  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_ENCODER_CAP_RECORD_TYPE = 0x14</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9421:0F00
Connectors:
<ATOM_OBJECT_TABLE of="0x9344-0x9348  len=0x4=4">
  <ucNumberOfObjects>4 = 0x4 = 0b100</ucNumberOfObjects>
  <ucPadding0>0</ucPadding0>
  <ucPadding1>0</ucPadding1>
  <ucPadding2>0</ucPadding2>
</ATOM_OBJECT_TABLE>
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x936E-0x9370  len=0x2=2">
  <ucRecordSize>12 = 0xC = 0b1100</ucRecordSize>
  <RecordType>ATOM_CONNECTOR_DEVICE_TAG_RECORD_TYPE = 0x4</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9370:01001001000002000000
<ATOM_COMMON_RECORD_HEADER of="0x937A-0x937C  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_I2C_RECORD_TYPE = 0x1</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x937c:9300
<ATOM_COMMON_RECORD_HEADER of="0x937E-0x9380  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_HPD_INT_RECORD_TYPE = 0x2</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9380:0400
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x9389-0x938B  len=0x2=2">
  <ucRecordSize>12 = 0xC = 0b1100</ucRecordSize>
  <RecordType>ATOM_CONNECTOR_DEVICE_TAG_RECORD_TYPE = 0x4</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x938b:01001002000008000000
<ATOM_COMMON_RECORD_HEADER of="0x9395-0x9397  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_I2C_RECORD_TYPE = 0x1</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9397:9200
<ATOM_COMMON_RECORD_HEADER of="0x9399-0x939B  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_HPD_INT_RECORD_TYPE = 0x2</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x939b:0300
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x93A4-0x93A6  len=0x2=2">
  <ucRecordSize>12 = 0xC = 0b1100</ucRecordSize>
  <RecordType>ATOM_CONNECTOR_DEVICE_TAG_RECORD_TYPE = 0x4</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93a6:01002002000080000000
<ATOM_COMMON_RECORD_HEADER of="0x93B0-0x93B2  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_I2C_RECORD_TYPE = 0x1</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93b2:9000
<ATOM_COMMON_RECORD_HEADER of="0x93B4-0x93B6  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_HPD_INT_RECORD_TYPE = 0x2</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93b6:0100
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x93BF-0x93C1  len=0x2=2">
  <ucRecordSize>12 = 0xC = 0b1100</ucRecordSize>
  <RecordType>ATOM_CONNECTOR_DEVICE_TAG_RECORD_TYPE = 0x4</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93c1:01003002000000020000
<ATOM_COMMON_RECORD_HEADER of="0x93CB-0x93CD  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_I2C_RECORD_TYPE = 0x1</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93cd:9100
<ATOM_COMMON_RECORD_HEADER of="0x93CF-0x93D1  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_HPD_INT_RECORD_TYPE = 0x2</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93d1:0200
Routers:
Table not present:ATOM_OBJECT_TABLE
<ATOM_VOLTAGE_OBJECT_INFO_V3_1 of="0xC1AC-0xC1B0  len=0x4=4">
  <sHeader>
    <usStructureSize>40 = 0x28 = 0b101000</usStructureSize>
    <ucTableFormatRevision>3 = 0x3 = 0b11</ucTableFormatRevision>
    <ucTableContentRevision>1</ucTableContentRevision>
  </sHeader>
</ATOM_VOLTAGE_OBJECT_INFO_V3_1>
<atom_voltage_object_header_v4 of="0xC1B0-0xC1BC  len=0xC=12">
  <ucVoltageType>VOLTAGE_TYPE_VDDC_0x1</ucVoltageType>
  <ucVoltageMode>VOLTAGE_OBJ_SVID2_0x7</ucVoltageMode>
  <usSize>12 = 0xC = 0b1100</usSize>
</atom_voltage_object_header_v4>
<atom_voltage_object_header_v4 of="0xC1BC-0xC1C8  len=0xC=12">
  <ucVoltageType>VOLTAGE_TYPE_MVDDC_0x2</ucVoltageType>
  <ucVoltageMode>VOLTAGE_OBJ_GPIO_LUT_0x0</ucVoltageMode>
  <usSize>24 = 0x18 = 0b11000</usSize>
</atom_voltage_object_header_v4>
<ATOM_GPIO_I2C_INFO of="0x8E48-0x8E4C  len=0x4=4">
  <sHeader>
    <usStructureSize>220 = 0xDC = 0b11011100</usStructureSize>
    <ucTableFormatRevision>1</ucTableFormatRevision>
    <ucTableContentRevision>1</ucTableContentRevision>
  </sHeader>
</ATOM_GPIO_I2C_INFO>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8E4C-0x8E67  len=0x1B=27">
  <usClkMaskRegisterIndex>18536 = 0x4868 = 0b100100001101000</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18538 = 0x486A = 0b100100001101010</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18539 = 0x486B = 0b100100001101011</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18537 = 0x4869 = 0b100100001101001</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18536 = 0x4868 = 0b100100001101000</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18538 = 0x486A = 0b100100001101010</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18539 = 0x486B = 0b100100001101011</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18537 = 0x4869 = 0b100100001101001</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>144 = 0x90 = 0b10010000</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>0</bfI2C_LineMux>
    <Description>144 = 0x90 = 0b10010000</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8E67-0x8E82  len=0x1B=27">
  <usClkMaskRegisterIndex>18540 = 0x486C = 0b100100001101100</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18542 = 0x486E = 0b100100001101110</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18543 = 0x486F = 0b100100001101111</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18541 = 0x486D = 0b100100001101101</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18540 = 0x486C = 0b100100001101100</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18542 = 0x486E = 0b100100001101110</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18543 = 0x486F = 0b100100001101111</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18541 = 0x486D = 0b100100001101101</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>145 = 0x91 = 0b10010001</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>1</bfI2C_LineMux>
    <Description>145 = 0x91 = 0b10010001</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8E82-0x8E9D  len=0x1B=27">
  <usClkMaskRegisterIndex>18544 = 0x4870 = 0b100100001110000</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18546 = 0x4872 = 0b100100001110010</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18547 = 0x4873 = 0b100100001110011</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18545 = 0x4871 = 0b100100001110001</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18544 = 0x4870 = 0b100100001110000</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18546 = 0x4872 = 0b100100001110010</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18547 = 0x4873 = 0b100100001110011</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18545 = 0x4871 = 0b100100001110001</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>146 = 0x92 = 0b10010010</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>2 = 0x2 = 0b10</bfI2C_LineMux>
    <Description>146 = 0x92 = 0b10010010</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8E9D-0x8EB8  len=0x1B=27">
  <usClkMaskRegisterIndex>18548 = 0x4874 = 0b100100001110100</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18550 = 0x4876 = 0b100100001110110</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18551 = 0x4877 = 0b100100001110111</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18549 = 0x4875 = 0b100100001110101</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18548 = 0x4874 = 0b100100001110100</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18550 = 0x4876 = 0b100100001110110</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18551 = 0x4877 = 0b100100001110111</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18549 = 0x4875 = 0b100100001110101</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>147 = 0x93 = 0b10010011</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>3 = 0x3 = 0b11</bfI2C_LineMux>
    <Description>147 = 0x93 = 0b10010011</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8EB8-0x8ED3  len=0x1B=27">
  <usClkMaskRegisterIndex>18552 = 0x4878 = 0b100100001111000</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18554 = 0x487A = 0b100100001111010</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18555 = 0x487B = 0b100100001111011</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18553 = 0x4879 = 0b100100001111001</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18552 = 0x4878 = 0b100100001111000</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18554 = 0x487A = 0b100100001111010</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18555 = 0x487B = 0b100100001111011</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18553 = 0x4879 = 0b100100001111001</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>148 = 0x94 = 0b10010100</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>4 = 0x4 = 0b100</bfI2C_LineMux>
    <Description>148 = 0x94 = 0b10010100</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8ED3-0x8EEE  len=0x1B=27">
  <usClkMaskRegisterIndex>18556 = 0x487C = 0b100100001111100</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18558 = 0x487E = 0b100100001111110</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18559 = 0x487F = 0b100100001111111</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18557 = 0x487D = 0b100100001111101</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18556 = 0x487C = 0b100100001111100</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18558 = 0x487E = 0b100100001111110</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18559 = 0x487F = 0b100100001111111</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18557 = 0x487D = 0b100100001111101</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>149 = 0x95 = 0b10010101</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>5 = 0x5 = 0b101</bfI2C_LineMux>
    <Description>149 = 0x95 = 0b10010101</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8EEE-0x8F09  len=0x1B=27">
  <usClkMaskRegisterIndex>18584 = 0x4898 = 0b100100010011000</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18586 = 0x489A = 0b100100010011010</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18587 = 0x489B = 0b100100010011011</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18585 = 0x4899 = 0b100100010011001</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18584 = 0x4898 = 0b100100010011000</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18586 = 0x489A = 0b100100010011010</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18587 = 0x489B = 0b100100010011011</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18585 = 0x4899 = 0b100100010011001</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>150 = 0x96 = 0b10010110</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>6 = 0x6 = 0b110</bfI2C_LineMux>
    <Description>150 = 0x96 = 0b10010110</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>1</ucDataMaskShift>
  <ucDataEnShift>1</ucDataEnShift>
  <ucDataY_Shift>1</ucDataY_Shift>
  <ucDataA_Shift>1</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8F09-0x8F24  len=0x1B=27">
  <usClkMaskRegisterIndex>18560 = 0x4880 = 0b100100010000000</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18562 = 0x4882 = 0b100100010000010</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18563 = 0x4883 = 0b100100010000011</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18561 = 0x4881 = 0b100100010000001</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18560 = 0x4880 = 0b100100010000000</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18562 = 0x4882 = 0b100100010000010</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18563 = 0x4883 = 0b100100010000011</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18561 = 0x4881 = 0b100100010000001</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>151 = 0x97 = 0b10010111</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>7 = 0x7 = 0b111</bfI2C_LineMux>
    <Description>151 = 0x97 = 0b10010111</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>

Changed text

Open file

This is a debug build, skipping update check.
Open a AMD Polaris VBIOS file to see it's some detalied info as XML in this console
<ATOM_ROM_HEADER of="0x220-0x24C  len=0x2C=44">
  <sHeader>
    <usStructureSize>36 = 0x24 = 0b100100</usStructureSize>
    <ucTableFormatRevision>1</ucTableFormatRevision>
    <ucTableContentRevision>1</ucTableContentRevision>
  </sHeader>
  <uaFirmWareSignature>
    <char>65 = 0x41 = 0b1000001</char>
    <char>84 = 0x54 = 0b1010100</char>
    <char>79 = 0x4F = 0b1001111</char>
    <char>77 = 0x4D = 0b1001101</char>
  </uaFirmWareSignature>
  <usBiosRuntimeSegmentAddress>49152 = 0xC000 = 0b1100000000000000</usBiosRuntimeSegmentAddress>
  <usProtectedModeInfoOffset>965 = 0x3C5 = 0b1111000101</usProtectedModeInfoOffset>
  <usConfigFilenameOffset>458 = 0x1CA = 0b111001010</usConfigFilenameOffset>
  <usCRC_BlockOffset>617 = 0x269 = 0b1001101001</usCRC_BlockOffset>
  <usBIOS_BootupMessageOffset>286 = 0x11E = 0b100011110</usBIOS_BootupMessageOffset>
  <usInt10Offset>1002 = 0x3EA = 0b1111101010</usInt10Offset>
  <usPciBusDevInitCode>0</usPciBusDevInitCode>
  <usIoBaseAddress>0</usIoBaseAddress>
  <usSubsystemVendorID>4156 = 0x103C = 0b1000000111100</usSubsystemVendorID>
  <usSubsystemID>32981 = 0x80D5 = 0b1000000011010101</usSubsystemID>
  <usPCI_InfoOffset>580 = 0x244 = 0b1001000100</usPCI_InfoOffset>
  <usMasterCommandTableOffset>35718 = 0x8B86 = 0b1000101110000110</usMasterCommandTableOffset>
  <usMasterDataTableOffset>35884 = 0x8C2C = 0b1000110000101100</usMasterDataTableOffset>
  <ucExtendedFunctionCode>160 = 0xA0 = 0b10100000</ucExtendedFunctionCode>
  <ucReserved>0</ucReserved>
  <ulPSPDirTableOffset>1380533072 = 0x52494350 = 0b1010010010010010100001101010000</ulPSPDirTableOffset>
  <usDeviceID>4098 = 0x1002 = 0b1000000000010</usDeviceID>
  <usVendorID>26600 = 0x67E8 = 0b110011111101000</usVendorID>
</ATOM_ROM_HEADER>
<ATOM_DATA_TABLES of="0x8C2C-0x8C76  len=0x4A=74">
  <sHeader>
    <usStructureSize>74 = 0x4A = 0b1001010</usStructureSize>
    <ucTableFormatRevision>1</ucTableFormatRevision>
    <ucTableContentRevision>1</ucTableContentRevision>
  </sHeader>
  <UtilityPipeLine>0</UtilityPipeLine>
  <MultimediaCapabilityInfo>0</MultimediaCapabilityInfo>
  <MultimediaConfigInfo>0</MultimediaConfigInfo>
  <StandardVESA_Timing>35958 = 0x8C76 = 0b1000110001110110</StandardVESA_Timing>
  <FirmwareInfo>36186 = 0x8D5A = 0b1000110101011010</FirmwareInfo>
  <PaletteData>36294 = 0x8DC6 = 0b1000110111000110</PaletteData>
  <LCD_Info>36346 = 0x8DFA = 0b1000110111111010</LCD_Info>
  <DIGTransmitterInfo>0</DIGTransmitterInfo>
  <SMU_Info>49784 = 0xC278 = 0b1100001001111000</SMU_Info>
  <SupportedDevicesInfo>0</SupportedDevicesInfo>
  <GPIO_I2C_Info>36424 = 0x8E48 = 0b1000111001001000</GPIO_I2C_Info>
  <VRAM_UsageByFirmware>36644 = 0x8F24 = 0b1000111100100100</VRAM_UsageByFirmware>
  <GPIO_Pin_LUT>36656 = 0x8F30 = 0b1000111100110000</GPIO_Pin_LUT>
  <VESA_ToInternalModeLUT>36688 = 0x8F50 = 0b1000111101010000</VESA_ToInternalModeLUT>
  <GFX_Info>36804 = 0x8FC4 = 0b1000111111000100</GFX_Info>
  <PowerPlayInfo>36828 = 0x8FDC = 0b1000111111011100</PowerPlayInfo>
  <GPUVirtualizationInfo>0</GPUVirtualizationInfo>
  <SaveRestoreInfo>49760 = 0xC260 = 0b1100001001100000</SaveRestoreInfo>
  <PPLL_SS_Info>0</PPLL_SS_Info>
  <OemInfo>0</OemInfo>
  <XTMDS_Info>0</XTMDS_Info>
  <MclkSS_Info>0</MclkSS_Info>
  <Object_Header>37638 = 0x9306 = 0b1001001100000110</Object_Header>
  <IndirectIOAccess>38648 = 0x96F8 = 0b1001011011111000</IndirectIOAccess>
  <MC_InitParameter>37924 = 0x9424 = 0b1001010000100100</MC_InitParameter>
  <ASIC_VDDC_Info>0</ASIC_VDDC_Info>
  <ASIC_InternalSS_Info>49620 = 0xC1D4 = 0b1100000111010100</ASIC_InternalSS_Info>
  <TV_VideoMode>49660 = 0xC1FC = 0b1100000111111100</TV_VideoMode>
  <VRAM_Info>38774 = 0x9776 = 0b1001011101110110</VRAM_Info>
  <MemoryTrainingInfo>39558 = 0x9A86 = 0b1001101010000110</MemoryTrainingInfo>
  <IntegratedSystemInfo>0</IntegratedSystemInfo>
  <ASIC_ProfilingInfo>49312 = 0xC0A0 = 0b1100000010100000</ASIC_ProfilingInfo>
  <VoltageObjectInfo>50412 = 0xC4EC = 0b1100010011101100</VoltageObjectInfo>
  <PowerSourceInfo>0</PowerSourceInfo>
  <ServiceInfo>49840 = 0xC2B0 = 0b1100001010110000</ServiceInfo>
</ATOM_DATA_TABLES>
<ATOM_POWERPLAY_TABLE of="0x8FDC-0x9029  len=0x4D=77">
  <sHeader>
    <usStructureSize>810 = 0x32A = 0b1100101010</usStructureSize>
    <ucTableFormatRevision>7 = 0x7 = 0b111</ucTableFormatRevision>
    <ucTableContentRevision>1</ucTableContentRevision>
  </sHeader>
  <ucTableRevision>0</ucTableRevision>
  <usTableSize>77 = 0x4D = 0b1001101</usTableSize>
  <ulGoldenPPID>1634 = 0x662 = 0b11001100010</ulGoldenPPID>
  <ulGoldenRevision>9798 = 0x2646 = 0b10011001000110</ulGoldenRevision>
  <usFormatID>26 = 0x1A = 0b11010</usFormatID>
  <usVoltageTime>0</usVoltageTime>
  <ulPlatformCaps>33554434 = 0x2000002 = 0b10000000000000000000000010</ulPlatformCaps>
  <ulMaxODEngineClock>0</ulMaxODEngineClock>
  <ulMaxODMemoryClock>0</ulMaxODMemoryClock>
  <usPowerControlLimit>0</usPowerControlLimit>
  <usUlvVoltageOffset>35 = 0x23 = 0b100011</usUlvVoltageOffset>
  <usStateArrayOffset>77 = 0x4D = 0b1001101</usStateArrayOffset>
  <usFanTableOffset>641 = 0x281 = 0b1010000001</usFanTableOffset>
  <usThermalControllerOffset>632 = 0x278 = 0b1001111000</usThermalControllerOffset>
  <usReserv>0</usReserv>
  <usMclkDependencyTableOffset>441 = 0x1B9 = 0b110111001</usMclkDependencyTableOffset>
  <usSclkDependencyTableOffset>319 = 0x13F = 0b100111111</usSclkDependencyTableOffset>
  <usVddcLookupTableOffset>139 = 0x8B = 0b10001011</usVddcLookupTableOffset>
  <usVddgfxLookupTableOffset>253 = 0xFD = 0b11111101</usVddgfxLookupTableOffset>
  <usMMDependencyTableOffset>469 = 0x1D5 = 0b111010101</usMMDependencyTableOffset>
  <usVCEStateTableOffset>758 = 0x2F6 = 0b1011110110</usVCEStateTableOffset>
  <usPPMTableOffset>0</usPPMTableOffset>
  <usPowerTuneTableOffset>689 = 0x2B1 = 0b1010110001</usPowerTuneTableOffset>
  <usHardLimitTableOffset>742 = 0x2E6 = 0b1011100110</usHardLimitTableOffset>
  <usPCIETableOffset>784 = 0x310 = 0b1100010000</usPCIETableOffset>
  <usGPIOTableOffset>0</usGPIOTableOffset>
</ATOM_POWERPLAY_TABLE>
<ATOM_Polaris_PowerTune_Table of="0x928D-0x92C2  len=0x35=53">
  <ucRevId>4 = 0x4 = 0b100</ucRevId>
  <usTDP>35 = 0x23 = 0b100011</usTDP>
  <usConfigurableTDP>0</usConfigurableTDP>
  <usTDC>32 = 0x20 = 0b100000</usTDC>
  <usBatteryPowerLimit>35 = 0x23 = 0b100011</usBatteryPowerLimit>
  <usSmallPowerLimit>35 = 0x23 = 0b100011</usSmallPowerLimit>
  <usLowCACLeakage>0</usLowCACLeakage>
  <usHighCACLeakage>0</usHighCACLeakage>
  <usMaximumPowerDeliveryLimit>35 = 0x23 = 0b100011</usMaximumPowerDeliveryLimit>
  <usTjMax>90 = 0x5A = 0b1011010</usTjMax>
  <usPowerTuneDataSetID>0</usPowerTuneDataSetID>
  <usEDCLimit>0</usEDCLimit>
  <usSoftwareShutdownTemp>94 = 0x5E = 0b1011110</usSoftwareShutdownTemp>
  <usClockStretchAmount>2 = 0x2 = 0b10</usClockStretchAmount>
  <usTemperatureLimitHotspot>105 = 0x69 = 0b1101001</usTemperatureLimitHotspot>
  <usTemperatureLimitLiquid1>80 = 0x50 = 0b1010000</usTemperatureLimitLiquid1>
  <usTemperatureLimitLiquid2>80 = 0x50 = 0b1010000</usTemperatureLimitLiquid2>
  <usTemperatureLimitVrVddc>0</usTemperatureLimitVrVddc>
  <usTemperatureLimitVrMvdd>0</usTemperatureLimitVrMvdd>
  <usTemperatureLimitPlx>80 = 0x50 = 0b1010000</usTemperatureLimitPlx>
  <ucLiquid1_I2C_address>0</ucLiquid1_I2C_address>
  <ucLiquid2_I2C_address>0</ucLiquid2_I2C_address>
  <ucLiquid_I2C_Line>144 = 0x90 = 0b10010000</ucLiquid_I2C_Line>
  <ucVr_I2C_address>0</ucVr_I2C_address>
  <ucVr_I2C_Line>144 = 0x90 = 0b10010000</ucVr_I2C_Line>
  <ucPlx_I2C_address>0</ucPlx_I2C_address>
  <ucPlx_I2C_Line>144 = 0x90 = 0b10010000</ucPlx_I2C_Line>
  <usBoostPowerLimit>35 = 0x23 = 0b100011</usBoostPowerLimit>
  <ucCKS_LDO_REFSEL>5 = 0x5 = 0b101</ucCKS_LDO_REFSEL>
  <ucHotSpotOnly>0</ucHotSpotOnly>
  <ucReserve>0</ucReserve>
  <usReserve>0</usReserve>
</ATOM_Polaris_PowerTune_Table>
<ATOM_FAN_TABLE of="0x925D-0x928A  len=0x2D=45">
  <ucRevId>9 = 0x9 = 0b1001</ucRevId>
  <ucTHyst>3 = 0x3 = 0b11</ucTHyst>
  <usTMin>4000 = 0xFA0 = 0b111110100000</usTMin>
  <usTMed>6500 = 0x1964 = 0b1100101100100</usTMed>
  <usTHigh>8500 = 0x2134 = 0b10000100110100</usTHigh>
  <usPWMMin>2000 = 0x7D0 = 0b11111010000</usPWMMin>
  <usPWMMed>4000 = 0xFA0 = 0b111110100000</usPWMMed>
  <usPWMHigh>6000 = 0x1770 = 0b1011101110000</usPWMHigh>
  <usTMax>10900 = 0x2A94 = 0b10101010010100</usTMax>
  <ucFanControlMode>1</ucFanControlMode>
  <usFanPWMMax>100 = 0x64 = 0b1100100</usFanPWMMax>
  <usFanOutputSensitivity>4836 = 0x12E4 = 0b1001011100100</usFanOutputSensitivity>
  <usFanRPMMax>4300 = 0x10CC = 0b1000011001100</usFanRPMMax>
  <ulMinFanSCLKAcousticLimit>50000 = 0xC350 = 0b1100001101010000</ulMinFanSCLKAcousticLimit>
  <ucTargetTemperature>80 = 0x50 = 0b1010000</ucTargetTemperature>
  <ucMinimumPWMLimit>25 = 0x19 = 0b11001</ucMinimumPWMLimit>
  <usFanGainEdge>100 = 0x64 = 0b1100100</usFanGainEdge>
  <usFanGainHotspot>100 = 0x64 = 0b1100100</usFanGainHotspot>
  <usFanGainLiquid>100 = 0x64 = 0b1100100</usFanGainLiquid>
  <usFanGainVrVddc>100 = 0x64 = 0b1100100</usFanGainVrVddc>
  <usFanGainVrMvdd>100 = 0x64 = 0b1100100</usFanGainVrMvdd>
  <usFanGainPlx>100 = 0x64 = 0b1100100</usFanGainPlx>
  <usFanGainHbm>100 = 0x64 = 0b1100100</usFanGainHbm>
  <usReserved>12800 = 0x3200 = 0b11001000000000</usReserved>
</ATOM_FAN_TABLE>
<ATOM_MCLK_TABLE of="0x9195-0x9197  len=0x2=2">
  <ucRevId>0</ucRevId>
  <ucNumEntries>2 = 0x2 = 0b10</ucNumEntries>
</ATOM_MCLK_TABLE>
<ATOM_MCLK_ENTRY of="0x9197-0x91A4  len=0xD=13">
  <ucVddcInd>0</ucVddcInd>
  <usVddci>800 = 0x320 = 0b1100100000</usVddci>
  <usVddgfxOffset>0</usVddgfxOffset>
  <usMvdd>1000 = 0x3E8 = 0b1111101000</usMvdd>
  <ulMclk>30000 = 0x7530 = 0b111010100110000</ulMclk>
  <usReserved>0</usReserved>
</ATOM_MCLK_ENTRY>
<ATOM_MCLK_ENTRY of="0x91A4-0x91B1  len=0xD=13">
  <ucVddcInd>0</ucVddcInd>
  <usVddci>1000 = 0x3E8 = 0b1111101000</usVddci>
  <usVddgfxOffset>0</usVddgfxOffset>
  <usMvdd>1000 = 0x3E8 = 0b1111101000</usMvdd>
  <ulMclk>150000 = 0x249F0 = 0b100100100111110000</ulMclk>
  <usReserved>0</usReserved>
</ATOM_MCLK_ENTRY>
<ATOM_SCLK_TABLE of="0x911B-0x911D  len=0x2=2">
  <ucRevId>1</ucRevId>
  <ucNumEntries>8 = 0x8 = 0b1000</ucNumEntries>
</ATOM_SCLK_TABLE>
<ATOM_SCLK_ENTRY of="0x911D-0x912C  len=0xF=15">
  <ucVddInd>0</ucVddInd>
  <usVddcOffset>0</usVddcOffset>
  <ulSclk>21400 = 0x5398 = 0b101001110011000</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>128 = 0x80 = 0b10000000</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x912C-0x913B  len=0xF=15">
  <ucVddInd>7 = 0x7 = 0b111</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>34200 = 0x8598 = 0b1000010110011000</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>128 = 0x80 = 0b10000000</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x913B-0x914A  len=0xF=15">
  <ucVddInd>8 = 0x8 = 0b1000</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>46300 = 0xB4DC = 0b1011010011011100</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>128 = 0x80 = 0b10000000</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x914A-0x9159  len=0xF=15">
  <ucVddInd>9 = 0x9 = 0b1001</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>59400 = 0xE808 = 0b1110100000001000</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>0</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x9159-0x9168  len=0xF=15">
  <ucVddInd>10 = 0xA = 0b1010</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>72500 = 0x11B34 = 0b10001101100110100</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>0</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x9168-0x9177  len=0xF=15">
  <ucVddInd>11 = 0xB = 0b1011</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>85800 = 0x14F28 = 0b10100111100101000</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>0</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x9177-0x9186  len=0xF=15">
  <ucVddInd>12 = 0xC = 0b1100</ucVddInd>
  <usVddcOffset>65510 = 0xFFE6 = 0b1111111111100110</usVddcOffset>
  <ulSclk>97700 = 0x17DA4 = 0b10111110110100100</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>0</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_SCLK_ENTRY of="0x9186-0x9195  len=0xF=15">
  <ucVddInd>13 = 0xD = 0b1101</ucVddInd>
  <usVddcOffset>65485 = 0xFFCD = 0b1111111111001101</usVddcOffset>
  <ulSclk>105300 = 0x19B54 = 0b11001101101010100</ulSclk>
  <usEdcCurrent>0</usEdcCurrent>
  <ucReliabilityTemperature>0</ucReliabilityTemperature>
  <ucCKSVOffsetandDisable>0</ucCKSVOffsetandDisable>
  <ulSclkOffset>0</ulSclkOffset>
</ATOM_SCLK_ENTRY>
<ATOM_VOLTAGE_TABLE of="0x9067-0x9069  len=0x2=2">
  <ucRevId>0</ucRevId>
  <ucNumEntries>14 = 0xE = 0b1110</ucNumEntries>
</ATOM_VOLTAGE_TABLE>
<ATOM_VOLTAGE_ENTRY of="0x9069-0x9071  len=0x8=8">
  <usVdd>750 = 0x2EE = 0b1011101110</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9071-0x9079  len=0x8=8">
  <usVdd>775 = 0x307 = 0b1100000111</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9079-0x9081  len=0x8=8">
  <usVdd>800 = 0x320 = 0b1100100000</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9081-0x9089  len=0x8=8">
  <usVdd>825 = 0x339 = 0b1100111001</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9089-0x9091  len=0x8=8">
  <usVdd>850 = 0x352 = 0b1101010010</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9091-0x9099  len=0x8=8">
  <usVdd>875 = 0x36B = 0b1101101011</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x9099-0x90A1  len=0x8=8">
  <usVdd>900 = 0x384 = 0b1110000100</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90A1-0x90A9  len=0x8=8">
  <usVdd>65282 = 0xFF02 = 0b1111111100000010</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90A9-0x90B1  len=0x8=8">
  <usVdd>65283 = 0xFF03 = 0b1111111100000011</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90B1-0x90B9  len=0x8=8">
  <usVdd>65284 = 0xFF04 = 0b1111111100000100</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90B9-0x90C1  len=0x8=8">
  <usVdd>65285 = 0xFF05 = 0b1111111100000101</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90C1-0x90C9  len=0x8=8">
  <usVdd>65286 = 0xFF06 = 0b1111111100000110</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90C9-0x90D1  len=0x8=8">
  <usVdd>65287 = 0xFF07 = 0b1111111100000111</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VOLTAGE_ENTRY of="0x90D1-0x90D9  len=0x8=8">
  <usVdd>65288 = 0xFF08 = 0b1111111100001000</usVdd>
  <usCACLow>0</usCACLow>
  <usCACMid>0</usCACMid>
  <usCACHigh>0</usCACHigh>
</ATOM_VOLTAGE_ENTRY>
<ATOM_VRAM_INFO of="0x9776-0x978A  len=0x14=20">
  <sHeader>
    <usStructureSize>784 = 0x310 = 0b1100010000</usStructureSize>
    <ucTableFormatRevision>2 = 0x2 = 0b10</ucTableFormatRevision>
    <ucTableContentRevision>2 = 0x2 = 0b10</ucTableContentRevision>
  </sHeader>
  <usMemAdjustTblOffset>190 = 0xBE = 0b10111110</usMemAdjustTblOffset>
  <usMemClkPatchTblOffset>289 = 0x121 = 0b100100001</usMemClkPatchTblOffset>
  <usMcAdjustPerTileTblOffset>547 = 0x223 = 0b1000100011</usMcAdjustPerTileTblOffset>
  <usMcPhyInitTableOffset>661 = 0x295 = 0b1010010101</usMcPhyInitTableOffset>
  <usDramDataRemapTblOffset>593 = 0x251 = 0b1001010001</usDramDataRemapTblOffset>
  <usReserved1>0</usReserved1>
  <ucNumOfVRAMModule>3 = 0x3 = 0b11</ucNumOfVRAMModule>
  <ucMemoryClkPatchTblVer>1</ucMemoryClkPatchTblVer>
  <ucVramModuleVer>8 = 0x8 = 0b1000</ucVramModuleVer>
  <ucMcPhyTileNum>2 = 0x2 = 0b10</ucMcPhyTileNum>
</ATOM_VRAM_INFO>
<ATOM_VRAM_ENTRY of="0x978A-0x97CA  len=0x40=64">
  <ulChannelMapCfg>4146 = 0x1032 = 0b1000000110010</ulChannelMapCfg>
  <usModuleSize>45 = 0x2D = 0b101101</usModuleSize>
  <usMcRamCfg>24738 = 0x60A2 = 0b110000010100010</usMcRamCfg>
  <usEnableChannels>15 = 0xF = 0b1111</usEnableChannels>
  <ucExtMemoryID>0</ucExtMemoryID>
  <ucMemoryType>80 = 0x50 = 0b1010000</ucMemoryType>
  <ucChannelNum>2 = 0x2 = 0b10</ucChannelNum>
  <ucChannelWidth>5 = 0x5 = 0b101</ucChannelWidth>
  <ucDensity>99 = 0x63 = 0b1100011</ucDensity>
  <ucBankCol>10 = 0xA = 0b1010</ucBankCol>
  <ucMisc>4 = 0x4 = 0b100</ucMisc>
  <ucVREFI>0</ucVREFI>
  <usReserved>0</usReserved>
  <usMemorySize>4096 = 0x1000 = 0b1000000000000</usMemorySize>
  <ucMcTunningSetId>0</ucMcTunningSetId>
  <ucRowNum>11 = 0xB = 0b1011</ucRowNum>
  <usEMRS2Value>16384 = 0x4000 = 0b100000000000000</usEMRS2Value>
  <usEMRS3Value>24832 = 0x6100 = 0b110000100000000</usEMRS3Value>
  <ucMemoryVenderID>0</ucMemoryVenderID>
  <ucRefreshRateFactor>2 = 0x2 = 0b10</ucRefreshRateFactor>
  <ucFIFODepth>2 = 0x2 = 0b10</ucFIFODepth>
  <ucCDR_Bandwidth>0</ucCDR_Bandwidth>
  <ulChannelMapCfg1>0</ulChannelMapCfg1>
  <ulBankMapCfg>480306 = 0x75432 = 0b1110101010000110010</ulBankMapCfg>
  <ulReserved>0</ulReserved>
  <FullName />
</ATOM_VRAM_ENTRY>
<ATOM_VRAM_ENTRY of="0x97B7-0x97F7  len=0x40=64">
  <ulChannelMapCfg>4146 = 0x1032 = 0b1000000110010</ulChannelMapCfg>
  <usModuleSize>61 = 0x3D = 0b111101</usModuleSize>
  <usMcRamCfg>24738 = 0x60A2 = 0b110000010100010</usMcRamCfg>
  <usEnableChannels>15 = 0xF = 0b1111</usEnableChannels>
  <ucExtMemoryID>0</ucExtMemoryID>
  <ucMemoryType>80 = 0x50 = 0b1010000</ucMemoryType>
  <ucChannelNum>2 = 0x2 = 0b10</ucChannelNum>
  <ucChannelWidth>5 = 0x5 = 0b101</ucChannelWidth>
  <ucDensity>99 = 0x63 = 0b1100011</ucDensity>
  <ucBankCol>10 = 0xA = 0b1010</ucBankCol>
  <ucMisc>4 = 0x4 = 0b100</ucMisc>
  <ucVREFI>0</ucVREFI>
  <usReserved>0</usReserved>
  <usMemorySize>4096 = 0x1000 = 0b1000000000000</usMemorySize>
  <ucMcTunningSetId>0</ucMcTunningSetId>
  <ucRowNum>11 = 0xB = 0b1011</ucRowNum>
  <usEMRS2Value>16384 = 0x4000 = 0b100000000000000</usEMRS2Value>
  <usEMRS3Value>24832 = 0x6100 = 0b110000100000000</usEMRS3Value>
  <ucMemoryVenderID>33 = 0x21 = 0b100001</ucMemoryVenderID>
  <ucRefreshRateFactor>2 = 0x2 = 0b10</ucRefreshRateFactor>
  <ucFIFODepth>2 = 0x2 = 0b10</ucFIFODepth>
  <ucCDR_Bandwidth>0</ucCDR_Bandwidth>
  <ulChannelMapCfg1>0</ulChannelMapCfg1>
  <ulBankMapCfg>480306 = 0x75432 = 0b1110101010000110010</ulBankMapCfg>
  <ulReserved>0</ulReserved>
  <FullName>K4G80325FB_1_35V</FullName>
</ATOM_VRAM_ENTRY>
<ATOM_VRAM_ENTRY of="0x97F4-0x9834  len=0x40=64">
  <ulChannelMapCfg>4146 = 0x1032 = 0b1000000110010</ulChannelMapCfg>
  <usModuleSize>64 = 0x40 = 0b1000000</usModuleSize>
  <usMcRamCfg>24738 = 0x60A2 = 0b110000010100010</usMcRamCfg>
  <usEnableChannels>15 = 0xF = 0b1111</usEnableChannels>
  <ucExtMemoryID>0</ucExtMemoryID>
  <ucMemoryType>80 = 0x50 = 0b1010000</ucMemoryType>
  <ucChannelNum>2 = 0x2 = 0b10</ucChannelNum>
  <ucChannelWidth>5 = 0x5 = 0b101</ucChannelWidth>
  <ucDensity>99 = 0x63 = 0b1100011</ucDensity>
  <ucBankCol>10 = 0xA = 0b1010</ucBankCol>
  <ucMisc>4 = 0x4 = 0b100</ucMisc>
  <ucVREFI>0</ucVREFI>
  <usReserved>0</usReserved>
  <usMemorySize>4096 = 0x1000 = 0b1000000000000</usMemorySize>
  <ucMcTunningSetId>1</ucMcTunningSetId>
  <ucRowNum>11 = 0xB = 0b1011</ucRowNum>
  <usEMRS2Value>16384 = 0x4000 = 0b100000000000000</usEMRS2Value>
  <usEMRS3Value>24832 = 0x6100 = 0b110000100000000</usEMRS3Value>
  <ucMemoryVenderID>15 = 0xF = 0b1111</ucMemoryVenderID>
  <ucRefreshRateFactor>2 = 0x2 = 0b10</ucRefreshRateFactor>
  <ucFIFODepth>2 = 0x2 = 0b10</ucFIFODepth>
  <ucCDR_Bandwidth>0</ucCDR_Bandwidth>
  <ulChannelMapCfg1>0</ulChannelMapCfg1>
  <ulBankMapCfg>480306 = 0x75432 = 0b1110101010000110010</ulBankMapCfg>
  <ulReserved>0</ulReserved>
  <FullName>MT51J256M32HF_1_35V</FullName>
</ATOM_VRAM_ENTRY>
End of mem

<ATOM_VRAM_TIMING_ENTRY of="0x98C5-0x98F9  len=0x34=52">
  <ulClkRange>16793416 = 0x1003F48 = 0b1000000000011111101001000</ulClkRange>
  <LatencyString>111000000000000022CC1C0061881109205708088C82100100204100210114209A8800A00000000003020708110C0D0E</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x98F9-0x992D  len=0x34=52">
  <ulClkRange>16804716 = 0x1006B6C = 0b1000000000110101101101100</ulClkRange>
  <LatencyString>333000000000000022CC1C006210120E20570A098F03E101002041002A0114209A8800A00000000005030A0C1E0F100F</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x992D-0x9961  len=0x34=52">
  <ulClkRange>16812216 = 0x10088B8 = 0b1000000001000100010111000</ulClkRange>
  <LatencyString>333000000000000022CC1C006294221230570B0A114461020022620032021420AA8800A00000000006030D1026111210</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9961-0x9995  len=0x34=52">
  <ulClkRange>16817216 = 0x1009C40 = 0b1000000001001110001000000</ulClkRange>
  <LatencyString>333000000000000022CC1C006218231440570B0B9384B102002264003A031420CA8800A00000000007030E122B131410</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9995-0x99C9  len=0x34=52">
  <ulClkRange>16837216 = 0x100EA60 = 0b1000000001110101001100000</ulClkRange>
  <LatencyString>333000000000000022CC1C008428351E60570B0D19461204002485004A061420DA8800A0000000000B05141A41181A11</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x99C9-0x99FD  len=0x34=52">
  <ulClkRange>16857216 = 0x1013880 = 0b1000000010011100010000000</ulClkRange>
  <LatencyString>333000000000000022CC1C00E7B4462890570C109F0773050046A600620914206A8900A0000000000E081B21571E2013</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x99FD-0x9A31  len=0x34=52">
  <ulClkRange>16877216 = 0x10186A0 = 0b1000000011000011010100000</ulClkRange>
  <LatencyString>333000000000000022CC1C0029415831B0570C1225C9D3060048C700720C14207A8900A000000000110A21286D232614</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9A31-0x9A65  len=0x34=52">
  <ulClkRange>16889716 = 0x101B774 = 0b1000000011011011101110100</ulClkRange>
  <LatencyString>333000000000000022CC1C006BCD6938C0570D13294AB407004AE7007A0E14207A8900A000000000140C252D7B262A15</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9A65-0x9A99  len=0x34=52">
  <ulClkRange>16902216 = 0x101E848 = 0b1000000011110100001001000</ulClkRange>
  <LatencyString>555000000000000022CC1C00ADD57A3EC0570E142ECB9408006C070103001420FA8900A003000000160E293189292F16</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9A99-0x9ACD  len=0x34=52">
  <ulClkRange>16914716 = 0x102191C = 0b1000000100001100100011100</ulClkRange>
  <LatencyString>555000000000000022CC1C00CEDD8B46D0570F15334C7509006E27010B031420FA8900A003000000180F2F38972C3417</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9ACD-0x9B01  len=0x34=52">
  <ulClkRange>16927216 = 0x10249F0 = 0b1000000100100100111110000</ulClkRange>
  <LatencyString>555000000000000022CC1C0010E68C4AE057101636CD450A006E270113041420FA8900A0030000001A11313AA42F3718</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9B01-0x9B35  len=0x34=52">
  <ulClkRange>33574432 = 0x2004E20 = 0b10000000000100111000100000</ulClkRange>
  <LatencyString>999000000000000022AA1C0060882107C0540B078F82700100426100150014201A8940A10000000003010507170A100C</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9B35-0x9B69  len=0x34=52">
  <ulClkRange>33594432 = 0x2009C40 = 0b10000000001001110001000000</ulClkRange>
  <LatencyString>999000000000000022AA1C006094220FD0540C081544F102004261001D0314201A8980A20000000006010A0F2F0E160D</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9B69-0x9B9D  len=0x34=52">
  <ulClkRange>33634432 = 0x2013880 = 0b10000000010011100010000000</ulClkRange>
  <LatencyString>999000000000000022AA1C00A5AC351F10550E0C21C7F205004482003D0914202A8900A5000000000C06141A5F182210</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9B9D-0x9BD1  len=0x34=52">
  <ulClkRange>33644432 = 0x2015F90 = 0b10000000010101111110010000</ulClkRange>
  <LatencyString>999000000000000022AA1C00E7B4462430550E0E2548B3060046A2004D0B14202A89C0A5000000000E08171D6B1C2611</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9BD1-0x9C05  len=0x34=52">
  <ulClkRange>33654432 = 0x20186A0 = 0b10000000011000011010100000</ulClkRange>
  <LatencyString>777000000000000022AA1C002939472750550D0FA68873070066A200540C1420AA8940A6000000000F0A191E771E2712</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9C05-0x9C39  len=0x34=52">
  <ulClkRange>33679432 = 0x201E848 = 0b10000000011110100001001000</ulClkRange>
  <LatencyString>777000000000000022AA1C00AD49593270550E12AE8A54090068C30064001420BA8900A802000000130E202595242F13</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9C39-0x9C6D  len=0x34=52">
  <ulClkRange>33691932 = 0x202191C = 0b10000000100001100100011100</ulClkRange>
  <LatencyString>777000000000000022AA1C00EF516A3790550F14B20B450A006AE40074021420CA89C0A80200000015102328A4283315</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9C6D-0x9CA1  len=0x34=52">
  <ulClkRange>33696932 = 0x2022CA4 = 0b10000000100010110010100100</ulClkRange>
  <LatencyString>777000000000000022AA1C0010D66A3990550F14344CA50A006AE40074031420CA8900A90200000016112429AA293515</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9CA1-0x9CD5  len=0x34=52">
  <ulClkRange>33704432 = 0x20249F0 = 0b10000000100100100111110000</ulClkRange>
  <LatencyString>777000000000000022AA1C00315A6B3CA0550F15B68C350B006AE4007C041420CA8980A9020000001712262BB32B3715</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_VRAM_TIMING_ENTRY of="0x9CD5-0x9D09  len=0x34=52">
  <ulClkRange>0</ulClkRange>
  <LatencyString>060008000E0044FFFF00FFFFFF0000000000FFFFFF0100000000FFFFFF0200000000FFFFFF030000000000000000E11B</LatencyString>
</ATOM_VRAM_TIMING_ENTRY>
<ATOM_OBJECT_HEADER_V3 of="0x9306-0x9318  len=0x12=18">
  <sHeader>
    <usStructureSize>286 = 0x11E = 0b100011110</usStructureSize>
    <ucTableFormatRevision>1</ucTableFormatRevision>
    <ucTableContentRevision>3 = 0x3 = 0b11</ucTableContentRevision>
  </sHeader>
  <usDeviceSupport>650 = 0x28A = 0b1010001010</usDeviceSupport>
  <usConnectorObjectTableOffset>62 = 0x3E = 0b111110</usConnectorObjectTableOffset>
  <usRouterObjectTableOffset>0</usRouterObjectTableOffset>
  <usEncoderObjectTableOffset>206 = 0xCE = 0b11001110</usEncoderObjectTableOffset>
  <usProtectionObjectTableOffset>0</usProtectionObjectTableOffset>
  <usDisplayPathTableOffset>18 = 0x12 = 0b10010</usDisplayPathTableOffset>
  <usMiscObjectTableOffset>0</usMiscObjectTableOffset>
</ATOM_OBJECT_HEADER_V3>
<ATOM_DISPLAY_OBJECT_PATH_TABLE of="0x9318-0x931C  len=0x4=4">
  <ucNumOfDispPath>4 = 0x4 = 0b100</ucNumOfDispPath>
  <ucVersion>1</ucVersion>
  <ucPadding2>0</ucPadding2>
</ATOM_DISPLAY_OBJECT_PATH_TABLE>
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write4_ATOM_DISPLAY_OBJECT_PATH(String n, String ns, ATOM_DISPLAY_OBJECT_PATH o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write5_ATOM_DISPLAY_OBJECT_PATH(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write4_ATOM_DISPLAY_OBJECT_PATH(String n, String ns, ATOM_DISPLAY_OBJECT_PATH o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write5_ATOM_DISPLAY_OBJECT_PATH(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write4_ATOM_DISPLAY_OBJECT_PATH(String n, String ns, ATOM_DISPLAY_OBJECT_PATH o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write5_ATOM_DISPLAY_OBJECT_PATH(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write4_ATOM_DISPLAY_OBJECT_PATH(String n, String ns, ATOM_DISPLAY_OBJECT_PATH o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_DISPLAY_OBJECT_PATH.Write5_ATOM_DISPLAY_OBJECT_PATH(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
Encoders:
<ATOM_OBJECT_TABLE of="0x93D4-0x93D8  len=0x4=4">
  <ucNumberOfObjects>4 = 0x4 = 0b100</ucNumberOfObjects>
  <ucPadding0>0</ucPadding0>
  <ucPadding1>0</ucPadding1>
  <ucPadding2>0</ucPadding2>
</ATOM_OBJECT_TABLE>
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x93FE-0x9400  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_ENCODER_CAP_RECORD_TYPE = 0x14</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9400:0F00
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x9409-0x940B  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_ENCODER_CAP_RECORD_TYPE = 0x14</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x940b:0F00
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x9414-0x9416  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_ENCODER_CAP_RECORD_TYPE = 0x14</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9416:0F00
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x941F-0x9421  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_ENCODER_CAP_RECORD_TYPE = 0x14</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9421:0F00
Connectors:
<ATOM_OBJECT_TABLE of="0x9344-0x9348  len=0x4=4">
  <ucNumberOfObjects>4 = 0x4 = 0b100</ucNumberOfObjects>
  <ucPadding0>0</ucPadding0>
  <ucPadding1>0</ucPadding1>
  <ucPadding2>0</ucPadding2>
</ATOM_OBJECT_TABLE>
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x936E-0x9370  len=0x2=2">
  <ucRecordSize>12 = 0xC = 0b1100</ucRecordSize>
  <RecordType>ATOM_CONNECTOR_DEVICE_TAG_RECORD_TYPE = 0x4</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9370:01001001000002000000
<ATOM_COMMON_RECORD_HEADER of="0x937A-0x937C  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_I2C_RECORD_TYPE = 0x1</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x937c:9300
<ATOM_COMMON_RECORD_HEADER of="0x937E-0x9380  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_HPD_INT_RECORD_TYPE = 0x2</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9380:0400
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x9389-0x938B  len=0x2=2">
  <ucRecordSize>12 = 0xC = 0b1100</ucRecordSize>
  <RecordType>ATOM_CONNECTOR_DEVICE_TAG_RECORD_TYPE = 0x4</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x938b:01001002000008000000
<ATOM_COMMON_RECORD_HEADER of="0x9395-0x9397  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_I2C_RECORD_TYPE = 0x1</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x9397:9200
<ATOM_COMMON_RECORD_HEADER of="0x9399-0x939B  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_HPD_INT_RECORD_TYPE = 0x2</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x939b:0300
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x93A4-0x93A6  len=0x2=2">
  <ucRecordSize>12 = 0xC = 0b1100</ucRecordSize>
  <RecordType>ATOM_CONNECTOR_DEVICE_TAG_RECORD_TYPE = 0x4</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93a6:01002002000080000000
<ATOM_COMMON_RECORD_HEADER of="0x93B0-0x93B2  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_I2C_RECORD_TYPE = 0x1</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93b2:9000
<ATOM_COMMON_RECORD_HEADER of="0x93B4-0x93B6  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_HPD_INT_RECORD_TYPE = 0x2</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93b6:0100
System.InvalidOperationException: Ошибка при создании документа XML. ---> System.MissingMethodException: Метод не найден: "System.String[] System.String.Split(Char, System.StringSplitOptions)".
   в PolarisBiosEditor.PolarisBiosEditor.ATOM_OBJECT_ID.get_KindInNamespace()
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write3_ATOM_OBJECT_ID(String n, String ns, ATOM_OBJECT_ID o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write4_ATOM_OBJECT(String n, String ns, ATOM_OBJECT o, Boolean needType)
   в Microsoft.Xml.Serialization.GeneratedAssembly.XmlSerializationWriterATOM_OBJECT.Write5_ATOM_OBJECT(Object o)
   --- Конец трассировки внутреннего стека исключений ---
   в System.Xml.Serialization.XmlSerializer.Serialize(XmlWriter xmlWriter, Object o, XmlSerializerNamespaces namespaces, String encodingStyle, String id)
   в PolarisBiosEditor.PolarisBiosEditor.Print(Object output, String desc_name, String desc)
<ATOM_COMMON_RECORD_HEADER of="0x93BF-0x93C1  len=0x2=2">
  <ucRecordSize>12 = 0xC = 0b1100</ucRecordSize>
  <RecordType>ATOM_CONNECTOR_DEVICE_TAG_RECORD_TYPE = 0x4</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93c1:01003002000000020000
<ATOM_COMMON_RECORD_HEADER of="0x93CB-0x93CD  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_I2C_RECORD_TYPE = 0x1</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93cd:9100
<ATOM_COMMON_RECORD_HEADER of="0x93CF-0x93D1  len=0x2=2">
  <ucRecordSize>4 = 0x4 = 0b100</ucRecordSize>
  <RecordType>ATOM_HPD_INT_RECORD_TYPE = 0x2</RecordType>
</ATOM_COMMON_RECORD_HEADER>
Extra at 0x93d1:0200
Routers:
Table not present:ATOM_OBJECT_TABLE
<ATOM_VOLTAGE_OBJECT_INFO_V3_1 of="0xC4EC-0xC4F0  len=0x4=4">
  <sHeader>
    <usStructureSize>40 = 0x28 = 0b101000</usStructureSize>
    <ucTableFormatRevision>3 = 0x3 = 0b11</ucTableFormatRevision>
    <ucTableContentRevision>1</ucTableContentRevision>
  </sHeader>
</ATOM_VOLTAGE_OBJECT_INFO_V3_1>
<atom_voltage_object_header_v4 of="0xC4F0-0xC4FC  len=0xC=12">
  <ucVoltageType>VOLTAGE_TYPE_VDDC_0x1</ucVoltageType>
  <ucVoltageMode>VOLTAGE_OBJ_SVID2_0x7</ucVoltageMode>
  <usSize>12 = 0xC = 0b1100</usSize>
</atom_voltage_object_header_v4>
<atom_voltage_object_header_v4 of="0xC4FC-0xC508  len=0xC=12">
  <ucVoltageType>VOLTAGE_TYPE_MVDDC_0x2</ucVoltageType>
  <ucVoltageMode>VOLTAGE_OBJ_GPIO_LUT_0x0</ucVoltageMode>
  <usSize>24 = 0x18 = 0b11000</usSize>
</atom_voltage_object_header_v4>
<ATOM_GPIO_I2C_INFO of="0x8E48-0x8E4C  len=0x4=4">
  <sHeader>
    <usStructureSize>220 = 0xDC = 0b11011100</usStructureSize>
    <ucTableFormatRevision>1</ucTableFormatRevision>
    <ucTableContentRevision>1</ucTableContentRevision>
  </sHeader>
</ATOM_GPIO_I2C_INFO>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8E4C-0x8E67  len=0x1B=27">
  <usClkMaskRegisterIndex>18536 = 0x4868 = 0b100100001101000</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18538 = 0x486A = 0b100100001101010</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18539 = 0x486B = 0b100100001101011</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18537 = 0x4869 = 0b100100001101001</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18536 = 0x4868 = 0b100100001101000</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18538 = 0x486A = 0b100100001101010</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18539 = 0x486B = 0b100100001101011</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18537 = 0x4869 = 0b100100001101001</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>144 = 0x90 = 0b10010000</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>0</bfI2C_LineMux>
    <Description>144 = 0x90 = 0b10010000</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8E67-0x8E82  len=0x1B=27">
  <usClkMaskRegisterIndex>18540 = 0x486C = 0b100100001101100</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18542 = 0x486E = 0b100100001101110</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18543 = 0x486F = 0b100100001101111</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18541 = 0x486D = 0b100100001101101</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18540 = 0x486C = 0b100100001101100</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18542 = 0x486E = 0b100100001101110</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18543 = 0x486F = 0b100100001101111</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18541 = 0x486D = 0b100100001101101</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>145 = 0x91 = 0b10010001</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>1</bfI2C_LineMux>
    <Description>145 = 0x91 = 0b10010001</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8E82-0x8E9D  len=0x1B=27">
  <usClkMaskRegisterIndex>18544 = 0x4870 = 0b100100001110000</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18546 = 0x4872 = 0b100100001110010</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18547 = 0x4873 = 0b100100001110011</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18545 = 0x4871 = 0b100100001110001</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18544 = 0x4870 = 0b100100001110000</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18546 = 0x4872 = 0b100100001110010</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18547 = 0x4873 = 0b100100001110011</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18545 = 0x4871 = 0b100100001110001</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>146 = 0x92 = 0b10010010</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>2 = 0x2 = 0b10</bfI2C_LineMux>
    <Description>146 = 0x92 = 0b10010010</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8E9D-0x8EB8  len=0x1B=27">
  <usClkMaskRegisterIndex>18548 = 0x4874 = 0b100100001110100</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18550 = 0x4876 = 0b100100001110110</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18551 = 0x4877 = 0b100100001110111</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18549 = 0x4875 = 0b100100001110101</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18548 = 0x4874 = 0b100100001110100</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18550 = 0x4876 = 0b100100001110110</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18551 = 0x4877 = 0b100100001110111</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18549 = 0x4875 = 0b100100001110101</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>147 = 0x93 = 0b10010011</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>3 = 0x3 = 0b11</bfI2C_LineMux>
    <Description>147 = 0x93 = 0b10010011</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8EB8-0x8ED3  len=0x1B=27">
  <usClkMaskRegisterIndex>18552 = 0x4878 = 0b100100001111000</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18554 = 0x487A = 0b100100001111010</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18555 = 0x487B = 0b100100001111011</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18553 = 0x4879 = 0b100100001111001</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18552 = 0x4878 = 0b100100001111000</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18554 = 0x487A = 0b100100001111010</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18555 = 0x487B = 0b100100001111011</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18553 = 0x4879 = 0b100100001111001</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>148 = 0x94 = 0b10010100</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>4 = 0x4 = 0b100</bfI2C_LineMux>
    <Description>148 = 0x94 = 0b10010100</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8ED3-0x8EEE  len=0x1B=27">
  <usClkMaskRegisterIndex>18556 = 0x487C = 0b100100001111100</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18558 = 0x487E = 0b100100001111110</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18559 = 0x487F = 0b100100001111111</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18557 = 0x487D = 0b100100001111101</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18556 = 0x487C = 0b100100001111100</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18558 = 0x487E = 0b100100001111110</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18559 = 0x487F = 0b100100001111111</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18557 = 0x487D = 0b100100001111101</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>149 = 0x95 = 0b10010101</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>5 = 0x5 = 0b101</bfI2C_LineMux>
    <Description>149 = 0x95 = 0b10010101</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8EEE-0x8F09  len=0x1B=27">
  <usClkMaskRegisterIndex>18584 = 0x4898 = 0b100100010011000</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18586 = 0x489A = 0b100100010011010</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18587 = 0x489B = 0b100100010011011</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18585 = 0x4899 = 0b100100010011001</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18584 = 0x4898 = 0b100100010011000</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18586 = 0x489A = 0b100100010011010</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18587 = 0x489B = 0b100100010011011</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18585 = 0x4899 = 0b100100010011001</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>150 = 0x96 = 0b10010110</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>6 = 0x6 = 0b110</bfI2C_LineMux>
    <Description>150 = 0x96 = 0b10010110</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>1</ucDataMaskShift>
  <ucDataEnShift>1</ucDataEnShift>
  <ucDataY_Shift>1</ucDataY_Shift>
  <ucDataA_Shift>1</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>
<ATOM_GPIO_I2C_ASSIGMENT of="0x8F09-0x8F24  len=0x1B=27">
  <usClkMaskRegisterIndex>18560 = 0x4880 = 0b100100010000000</usClkMaskRegisterIndex>
  <usClkEnRegisterIndex>18562 = 0x4882 = 0b100100010000010</usClkEnRegisterIndex>
  <usClkY_RegisterIndex>18563 = 0x4883 = 0b100100010000011</usClkY_RegisterIndex>
  <usClkA_RegisterIndex>18561 = 0x4881 = 0b100100010000001</usClkA_RegisterIndex>
  <usDataMaskRegisterIndex>18560 = 0x4880 = 0b100100010000000</usDataMaskRegisterIndex>
  <usDataEnRegisterIndex>18562 = 0x4882 = 0b100100010000010</usDataEnRegisterIndex>
  <usDataY_RegisterIndex>18563 = 0x4883 = 0b100100010000011</usDataY_RegisterIndex>
  <usDataA_RegisterIndex>18561 = 0x4881 = 0b100100010000001</usDataA_RegisterIndex>
  <sucI2cId>
    <gpio_id>151 = 0x97 = 0b10010111</gpio_id>
    <bfHW_Capable>true</bfHW_Capable>
    <bfHW_EngineID>1</bfHW_EngineID>
    <bfI2C_LineMux>7 = 0x7 = 0b111</bfI2C_LineMux>
    <Description>151 = 0x97 = 0b10010111</Description>
  </sucI2cId>
  <ucClkMaskShift>0</ucClkMaskShift>
  <ucClkEnShift>0</ucClkEnShift>
  <ucClkY_Shift>0</ucClkY_Shift>
  <ucClkA_Shift>0</ucClkA_Shift>
  <ucDataMaskShift>8 = 0x8 = 0b1000</ucDataMaskShift>
  <ucDataEnShift>8 = 0x8 = 0b1000</ucDataEnShift>
  <ucDataY_Shift>8 = 0x8 = 0b1000</ucDataY_Shift>
  <ucDataA_Shift>8 = 0x8 = 0b1000</ucDataA_Shift>
  <ucReserved1>0</ucReserved1>
  <ucReserved2>0</ucReserved2>
</ATOM_GPIO_I2C_ASSIGMENT>