ASCII_VPD_LX_KEYWORD LX keyword VPD data for HDAT module non-volatile CHIP_VER Enumeration indicating the chip version DD10 0x10 DD11 0x11 DD20 0x20 DD21 0x21 DD10 CHIP_VER Attribute indicating the target's chip version CHIP_VER non-volatile CREATE_DEF_PARTITION User configuration for creating default partition volatile-zeroed ENLARGED_IO_SLOT_COUNT User configuration for Enlarged IO SLot Count volatile-zeroed HUGE_PAGE_COUNT Huge Memory Page Count volatile-zeroed HUGE_PAGE_SIZE Huge Memory Page Size volatile-zeroed HW_VER Enumeration indicating the chip HW version FSP_HW_VER 0x2 BMC_HW_VER 0x3 BMC_HW_VER HW_VER Attribute indicating the target's hw version HW_VER non-volatile HYPERVISOR_IPL_DESTINATION Hypervisor IPL Destination volatile-zeroed HYPERVISOR_IPL_SIDE Platform IPL Side volatile-zeroed HYP_DISPATCH_WHEEL Hypervisor Dispatch Wheel volatile-zeroed IPL_ATTRIBUTES Assorted list of differnt IPL attributes passed via HDAT struct - 8 booleans createDefaultPartition 0b0: Dont create default partition; 0b1: Create default partition; uint8_t 1 0 clickToAcceptState 0b0: Customer has not accepted license agreement; 0b1: Customer has accepted license agreement; uint8_t 1 0 disableVirtIO 0b0: Enable Virtual IO Connections between partitions; 0b1: Disable Virtual IO Connections between partitions; uint8_t 1 0 resetPCINumbers 0b0: Do not reset PCI Numbers; 0b1: Reset PCI Numbers; uint8_t 1 0 clearHypNVRAM 0b0: Do not clear HYP NVRAM; 0b1: Clear HYP NVRAM; uint8_t 1 0 deleteHYPSELs 0b0: Do not delete SELs originating from HYP; 0b1: Delete SELs originating from HYP; uint8_t 1 0 deleteHBSELs 0b0: Do not delete SELs originating from Hostboot; 0b1: Delete SELs originating from Hostboot; uint8_t 1 0 deleteBMCSELs 0b0: Do not delete SELs originating from BMC; 0b1: Delete SELs originating from BMC; uint8_t 1 0 volatile-zeroed IPS_ENABLE Indicates if Idle Power Save is enabled. This is independent of the OPEN_POWER_PM_MODE (DPS and IPS can be enabled at the same time). Valid Values: 0 = Disabled (default), 1 = Enabled. See IPS_ENTER / IPS_EXIT attributes for IPS configuration. 0 non-volatile IPS_ENTER_TIME_SECONDS When IPS is enabled, this defines the delay time in seconds (between 10 and 600) to enter Idle Power Save. 240 non-volatile IPS_ENTER_UTILIZATION_PERCENT When IPS is enabled, this defines the utilization threshold as a percent (between 0 and 100) to enter Idle Power Save. This value should be less than IPS_EXIT_UTILIZATION_PERCENT. 8 non-volatile IPS_EXIT_TIME_SECONDS When IPS is enabled, this defines the delay time in seconds (between 10 and 600) to exit Idle Power Save. 10 non-volatile IPS_EXIT_UTILIZATION_PERCENT When IPS is enabled, this defines the utilization threshold as a percent (between 0 and 100) to exit Idle Power Save. This value should be greater than IPS_ENTER_UTILIZATION_PERCENT. 12 non-volatile LMB_SIZE Logical Memory Block Size volatile-zeroed MAX_HSL_OPTICONNECT_CONNECTIONS User configuration for max HSL Opticonnect connections volatile-zeroed OPEN_POWER_PM_MODE Power management mode the system should use. Valid values: 1 = Nominal (default), 5 = Static Power Save (percentage below nominal whose value is defined in OPEN_POWER_PM_MODE_FREQ_PERCENT), 6 = Dynamic Power Save - Favor Energy (DPS-FE), 10 = Dynamic Power Save - Favor Performance (DPS-FP), 11 = Fixed Frequency Override - (percentage above nominal whose value is defined in OPEN_POWER_PM_MODE_FREQ_PERCENT) 1 non-volatile OPEN_POWER_PM_MODE_FREQ_PERCENT Percentage from nominal that the processors should run at when OPEN_POWER_PM_MODE is set to Static Power Save or Fixed Frequency Override (ignored on all other modes). Unit is in tenths of a percent (150 = 15.0%). Static Power Save (5): percentage to decrease frequency, Fixed Frequency Override (11): percentage to increase frequency non-volatile OS_IPL_MODE Operating System IPL Mode volatile-zeroed PHYP_SYSTEM_TYPE PHYP system type value for habanero and barreleye (0x3015 and 0x3016 respectively). The value is updated in the system xml. non-volatile PRESERVE_MDC_PARTITION_VPD MFG setting to preserve MDC partition vpd volatile-zeroed PROC_HW_TOPOLOGY Hardware topology for HDAT creator:MRW consumer:HDAT firmware notes: Hardware Topology 2 Bytes Byte 1: bit 0-3: Node Id bit 4-7: Socket id inside the node bit 8-11: Proc id inside socket bit 12-15:Hub Id inside proc non-volatile ROLE Enumeration indicating the master's FSI type PRIMARY 1 BACKUP 0 PRIMARY ROLE Attribute indicating the target's role ROLE non-volatile SLCA_INDEX SLCA index for this FRU volatile-zeroed SLCA_RID SLCA RID for this FRU volatile-zeroed SW_VER Enumeration indicating the SW version FSP_SW_VER 0x1 BMC_SW_VER 0x2 BMC_SW_VER SW_VER Attribute indicating the target's software version SW_VER non-volatile SYSTEM_BRAND_NAME Brand Name of OEM systems 64 non-volatile VLAN_SWITCHES Number of VLAN Switches volatile-zeroed VTPM_ENABLED Virtual TPM Enabled volatile-zeroed