// Supermicro Update Manager 2.4.0 (2019/12/06) // File generated at 2020-05-15_12:25:43 // Usage notes: // Please refer to SUM User's guide 'Format of the DMI information Text File' for more details. // // Notice for item value editing: // 1. Use quotation pair " " to edit string-valued items // Example: ""Supermicro"" => "Supermicro" // 2. Use $DEFAULT$ signature without quotation pair to load default string for // string-valued items // Example: $DEFAULT$ => Default string value // 3. Do not use quotation pair for non-string-valued items // 4. You can remove unnecessary DMI items so that its value will not be // changed after an update. // Ex: // [BIOS Information] // Version ... // Build Date ... // // You can remove Build Date but need to keep [BIOS Information] Version = 0001 // 2-byte hex value. Do not remove this line [BIOS Information] Version {BIVS} = "3.1" // string value Build Date {BIBD} = "06/06/2018" // string value [System] Manufacturer {SYMF} = "45Drives" // string value Product {SYPD} = "Storinator" // string value Version {SYVS} = "Q30" // string value Serial Number {SYSN} = "82582-1" // string value UUID {SYUU} = 00000000-0000-0000-0000-AC1F6B47CCB0 // 4-2-2-2-6 formatted 16-byte hex values // Bytes[ 0-3 ]: The low field of the timestamp // Bytes[ 4-5 ]: The middle field of the timestamp // Bytes[ 6-7 ]: The high field of the timestamp (multiplexed with // the version number) // Bytes[ 8-9 ]: The clock sequence (multiplexed with the variant) // Bytes[10-15]: The spatially unique node identifier // Byte Order : // UUID {00112233-4455-6677-8899-AABBCCDDEEFF} is stored as // 33 22 11 00 55 44 77 66 88 99 AA BB CC DD EE FF SKU Number {SYKN} = "Default string" // string value Family {SYFM} = "Default string" // string value [Base Board] Manufacturer {BBMF} = "Supermicro" // string value Product {BBPD} = "X10SRL-F" // string value Version {BBVS} = "1.01B" // string value Serial Number {BBSN} = "NM186S015774" // string value Asset Tag {BBAT} = "Default string" // string value [Chassis] Manufacturer {CHMF} = "45Drives" // string value Type {CHTY} = 11 // 1-byte hex value // Value : 01h ~ 1Dh // 01h: Other; 02h: Unknown; 03h: Desktop; // 04h: Low Profile Desktop; 05h: Pizza Box; 06h: Mini Tower; // 07h: Tower; 08h: Portable; 09h: LapTop; 0Ah: Notebook; // 0Bh: Hand Held; 0Ch: Docking Station; 0Dh: All in One; // 0Eh: Sub Notebook; 0Fh: Space-saving; 10h: Lunch Box; // 11h: Main Server Chassis; 12h: Expansion Chassis; // 13h: SubChassis; 14h: Bus Expansion Chassis; // 15h: Peripheral Chassis; 16h: RAID Chassis; // 17h: Rack Mount Chassis; 18h: Sealed-case PC; // 19h: Multi-system chassis; 1Ah: Compact PCI; // 1Bh: Advanced TCA; 1Ch: Blade; 1Dh: Blade Enclosure; // 1Fh: Convertible; 20h: Detachable; // 21h: IoT Gateway; 22h: Embedded PC; // 23h: Mini PC; 24h: Stick PC; Version {CHVS} = "q30-82582-1" // string value Serial Number {CHSN} = "82582-1" // string value Tag Number {CHTN} = "Ceph Storage Node" // string value OEM-Defined Value {CHOD} = 00000000 // 4-byte hex value [OEM String] OEM String 1 {OES1} = "Intel Haswell/Wellsburg/Grantley" // string value OEM string 2 {OES2} = "Supermicro motherboard-X10 Series" // string value [System Power Supply (1)] Unit Group {PS(1)UG} = 01 // 1-byte hex value // Power unit group to which this power supply is associated. // Specifying the same Power Unit Group value for more than one // System Power Supply structure indicates a redundant power supply // configuration. The field's value is 00h if the power supply is // not a member of a redundant power unit. Non-zero values imply // redundancy and that at least one other power supply will be // enumerated with the same value. Location {PS(1)LC} = "PSU1" // string value Device Name {PS(1)DN} = "To Be Filled By O.E.M." // string value Manufacturer {PS(1)MF} = "To Be Filled By O.E.M." // string value Serial Number {PS(1)SN} = "To Be Filled By O.E.M." // string value Asset Tag Number {PS(1)TN} = "To Be Filled By O.E.M." // string value Model Part Number {PS(1)PT} = "To Be Filled By O.E.M." // string value Revision Level {PS(1)RL} = "To Be Filled By O.E.M." // string value Max Power Capacity {PS(1)MC} = 8000 // 2-byte hex value // Maximum sustained power output in Watts Set to 0x8000 if unknown. Characteristics {PS(1)CR} = 1120 // 2-byte hex value // Bits[15-14]: Reserved, set to 00b; // Bits[13-10]: DMTF Power Supply Type; // 0001b: Other; 0010b: Unknown; 0011b: Linear; // 0100b: Switching; 0101b: Battery; 0110b: UPS; // 0111b: Converter; 1000b: Regulator; // Bits[ 9-7 ]: Status; // 001b: Other; 010b: Unknown; 011b: OK; // 100b: Non-critical; // 101b: Critical (power supply has failed; // and has been taken off-line.); // Bits[ 6-3 ]: DMTF Input Voltage Range Switching; // 0001b: Other; 0010b: Unknown; 0011b: Manual; // 0100b: Auto-switch; 0101b: Wide range; // 0110b: Not applicable; // Bits[ 2 ]: 1b power supply is unplugged from the wall; // Bits[ 1 ]: 1b power supply is present; // Bits[ 0 ]: 1b power supply is hot-replaceable; Input Voltage Probe Handle {PS(1)IV}= FFFF // 2-byte hex value // Handle, or instance number, of a voltage probe (Type 26) // monitoring this power supply's input voltage A value of 0xFFFF // indicates that no probe is provided. Cooling Device Handle {PS(1)CD} = FFFF // 2-byte hex value // Handle, or instance number, of a cooling device (Type 27) // associated with this power supply A value of 0xFFFF indicates // that no cooling device is provided. Input Current Probe Handle {PS(1)IC}= FFFF // 2-byte hex value // Handle, or instance number, of the electrical current probe (Type // 29) monitoring this power supply's input current A value of // 0xFFFF indicates that no current probe is provided. [System Power Supply (2)] Unit Group {PS(2)UG} = 02 // 1-byte hex value // Power unit group to which this power supply is associated. // Specifying the same Power Unit Group value for more than one // System Power Supply structure indicates a redundant power supply // configuration. The field's value is 00h if the power supply is // not a member of a redundant power unit. Non-zero values imply // redundancy and that at least one other power supply will be // enumerated with the same value. Location {PS(2)LC} = "PSU2" // string value Device Name {PS(2)DN} = "To Be Filled By O.E.M." // string value Manufacturer {PS(2)MF} = "To Be Filled By O.E.M." // string value Serial Number {PS(2)SN} = "To Be Filled By O.E.M." // string value Asset Tag Number {PS(2)TN} = "To Be Filled By O.E.M." // string value Model Part Number {PS(2)PT} = "To Be Filled By O.E.M." // string value Revision Level {PS(2)RL} = "To Be Filled By O.E.M." // string value Max Power Capacity {PS(2)MC} = 8000 // 2-byte hex value // Maximum sustained power output in Watts Set to 0x8000 if unknown. Characteristics {PS(2)CR} = 1120 // 2-byte hex value // Bits[15-14]: Reserved, set to 00b; // Bits[13-10]: DMTF Power Supply Type; // 0001b: Other; 0010b: Unknown; 0011b: Linear; // 0100b: Switching; 0101b: Battery; 0110b: UPS; // 0111b: Converter; 1000b: Regulator; // Bits[ 9-7 ]: Status; // 001b: Other; 010b: Unknown; 011b: OK; // 100b: Non-critical; // 101b: Critical (power supply has failed; // and has been taken off-line.); // Bits[ 6-3 ]: DMTF Input Voltage Range Switching; // 0001b: Other; 0010b: Unknown; 0011b: Manual; // 0100b: Auto-switch; 0101b: Wide range; // 0110b: Not applicable; // Bits[ 2 ]: 1b power supply is unplugged from the wall; // Bits[ 1 ]: 1b power supply is present; // Bits[ 0 ]: 1b power supply is hot-replaceable; Input Voltage Probe Handle {PS(2)IV}= FFFF // 2-byte hex value // Handle, or instance number, of a voltage probe (Type 26) // monitoring this power supply's input voltage A value of 0xFFFF // indicates that no probe is provided. Cooling Device Handle {PS(2)CD} = FFFF // 2-byte hex value // Handle, or instance number, of a cooling device (Type 27) // associated with this power supply A value of 0xFFFF indicates // that no cooling device is provided. Input Current Probe Handle {PS(2)IC}= FFFF // 2-byte hex value // Handle, or instance number, of the electrical current probe (Type // 29) monitoring this power supply's input current A value of // 0xFFFF indicates that no current probe is provided.