The SMS_Processor class is a client Windows Management Instrumentation (WMI) class, in Configuration Manager, that represents a device that can interpret a sequence of instructions on a computer that is running a Windows operating system. On a multiprocessor computer, one SMS_Processor object exists for each processor.

The following syntax is simplified from Managed Object Format (MOF) code and includes all inherited properties.

Class SMS_Processor 
{
	UInt16 AddressWidth;
	UInt16 Architecture;
	UInt16 Availability;
	UInt16 BrandID;
	String Caption;
	UInt32 ConfigManagerErrorCode;
	Boolean ConfigManagerUserConfig;
	String CPUHash;
	String CPUKey;
	UInt16 CpuStatus;
	UInt16 CreationClassName;
	UInt32 CurrentClockSpeed;
	UInt16 CurrentVoltage;
	UInt16 DataWidth;
	String Description;
	String DeviceID;
	Boolean ErrorCleared;
	String ErrorDescription;
	UInt32 ExtClock;
	UInt16 Family;
	DateTime InstallDate;
	Boolean Is64Bit;
	Boolean IsHyperthreadCapable;
	Boolean IsHyperthreadEnabled;
	Boolean IsMobile;
	Boolean IsMulticore;
	UInt32 L2CacheSize;
	UInt32 L2CacheSpeed;
	UInt32 LastErrorCode;
	UInt16 Level;
	UInt16 LoadPercentage;
	String Manufacturer;
	UInt32 MaxClockSpeed;
	String Name;
	UInt32 NormSpeed;
	String OtherFamilyDescription;
	UInt32 PCache;
	String PNPDeviceID;
	UInt16 PowerManagementCapabilities[];
	Boolean PowerManagementSupported;
	String ProcessorId;
	UInt16 ProcessorType;
	UInt16 Revision;
	String Role;
	String SocketDesignation;
	String Status;
	UInt16 StatusInfo;
	String Stepping;
	String SystemName;
	String UniqueId;
	UInt16 UpgradeMethod;
	String Version;
	UInt32 VoltageCaps;
};

Methods

The SMS_Processor class does not define any methods.

Properties

AddressWidth

Data type: UInt16Access type: Read-onlyQualifiers: NoneProcessor address width, in bits, that represents the size of a pointer type on the processor. On a 32-bit processor, the value is 32. On a 64-bit processor, the value is 64.
Architecture

Data type: UInt16Access type: Read-onlyQualifiers: NoneProcessor architecture used by the platform. Possible values are:

0 (0x0)

x86

1 (0x1)

MIPS

2 (0x2)

Alpha

3 (0x3)

PowerPC

6 (0x6)

Intel Itanium Processor Family (IPF)

9 (0x9)

x64
Availability

Data type: UInt16Access type: Read-onlyQualifiers: NoneAvailability and status of the device. Possible values are:

1 (0x1)

Other

2 (0x2)

Unknown

3 (0x3)

Running or Full Power

4 (0x4)

Warning

5 (0x5)

In Test

6 (0x6)

Not Applicable

7 (0x7)

Power Off

8 (0x8)

Off Line

9 (0x9)

Off Duty

10 (0xA)

Degraded

11 (0xB)

Not Installed

12 (0xC)

Install Error

13 (0xD)

Power Save - Unknown. The device is known to be in a power save state, but its exact status is unknown.

14 (0xE)

Power Save - Low Power Mode. The device is in a power save state, but it is still functioning, and might exhibit decreased performance.

15 (0xF)

Power Save - Standby. The device is not functioning, but it can be brought to full power quickly.

16 (0x10)

Power Cycle

17 (0x11)

Power Save - Warning. The device is in a warning state, though also in a power save state.
BrandID

Data type: UInt16Access type: Read-onlyQualifiers: NoneProcessor architecture-specific brand identification information.
Caption

Data type: StringAccess type: Read-onlyQualifiers: NoneShort description of an object. The caption consists of a one-line string.
ConfigManagerErrorCode

Data type: UInt32Access type: Read-onlyQualifiers: NoneWindows API Configuration Manager error code. Possible values are:

0 (0x0)

Device is working properly.

1 (0x1)

Device is not configured correctly.

2 (0x2)

Windows cannot load the driver for this device.

3 (0x3)

Driver for this device might be corrupted or the system might be low on memory or other resources.

4 (0x4)

Device is not working properly. One of its drivers or the registry might be corrupted.

5 (0x5)

Driver for the device requires a resource that Windows cannot manage.

6 (0x6)

Boot configuration for the device conflicts with other devices.

7 (0x7)

Cannot filter.

8 (0x8)

Driver loader for the device is missing.

9 (0x9)

Device is not working properly. The controlling firmware is incorrectly reporting the resources for the device.

10 (0xA)

Device cannot start.

11 (0xB)

Device failed.

12 (0xC)

Device cannot find enough free resources to use.

13 (0xD)

Windows cannot verify the device resources.

14 (0xE)

Device cannot work properly until the computer is restarted.

15 (0xF)

Device is not working properly due to a possible re-enumeration problem.

16 (0x10)

Windows cannot identify all of the resources that the device uses.

17 (0x11)

Device is requesting an unknown resource type.

18 (0x12)

Device drivers must be reinstalled.

19 (0x13)

Failure using the VxD loader.

20 (0x14)

Registry might be corrupted.

21 (0x15)

System failure. If changing the device driver is ineffective, see the hardware documentation. Windows is removing the device.

22 (0x16)

Device is disabled.

23 (0x17)

System failure. If changing the device driver is ineffective, see the hardware documentation.

24 (0x18)

Device is not present, not working properly, or does not have all of its drivers installed.

25 (0x19)

Windows is still setting up the device.

26 (0x1A)

Windows is still setting up the device.

27 (0x1B)

Device does not have valid log configuration.

28 (0x1C)

Device drivers are not installed.

29 (0x1D)

Device is disabled. The device firmware did not provide the required resources.

30 (0x1E)

Device is using an IRQ resource that another device is using.

31 (0x1F)

Device is not working properly. Windows cannot load the required device drivers.
ConfigManagerUserConfig

Data type: BooleanAccess type: Read-onlyQualifiers: Nonetrue if the device is using a configuration that the user defines.
CPUHash

Data type: StringAccess type: Read-onlyQualifiers: NoneA unique 128-bit signature that is derived from a combination of the Manufacturer, BrandID, PCache, NormSpeed, IsMobile, and Name properties.
CPUKey

Data type: StringAccess type: Read-onlyQualifiers: NoneKey for the CPU associated with the processor.
CpuStatus

Data type: UInt16Access type: Read-onlyQualifiers: NoneCurrent status of the processor. Possible values are listed below. Status changes indicate processor usage, but not the physical condition of the processor.

0 (0x0)

Unknown

1 (0x1)

CPU Enabled

2 (0x2)

CPU Disabled by User via BIOS Setup

3 (0x3)

CPU Disabled by BIOS (POST Error)

4 (0x4)

CPU Is Idle

5 (0x5)

Reserved

6 (0x6)

Reserved

7 (0x7)

Other
CreationClassName

Data type: UInt16Access type: Read-onlyQualifiers: NoneThe creation class name.
CurrentClockSpeed

Data type: UInt32Access type: Read-onlyQualifiers: NoneCurrent speed of the processor, in megahertz.
CurrentVoltage

Data type: UInt16Access type: Read-onlyQualifiers: NoneVoltage of the processor. If the eighth bit is set, bits 0-6 contain the voltage multiplied by 10. If the eighth bit is not set, the bit setting in the VoltageCaps property represents the voltage value. The CurrentVoltage property is only set when SMBIOS designates a voltage value.Example: Value for a processor voltage of 1.8 volts is 0x12 (1.8 x 10).
DataWidth

Data type: UInt16Access type: Read-onlyQualifiers: NoneProcessor data width, in bits.
Description

Data type: StringAccess type: Read-onlyQualifiers: NoneDescription of the processor.
DeviceID

Data type: StringAccess type: Read-onlyQualifiers: [key]Unique ID of the processor.
ErrorCleared

Data type: BooleanAccess type: Read-onlyQualifiers: Nonetrue if the error reported in the LastErrorCode property is cleared.
ErrorDescription

Data type: StringAccess type: Read-onlyQualifiers: NoneAdditional information about the error that is recorded in the LastErrorCode property and information about corrective actions that can be taken.
ExtClock

Data type: UInt32Access type: Read-onlyQualifiers: NoneExternal clock frequency, in megahertz. If the frequency is unknown, set this property to null.
Family

Data type: UInt16Access type: Read-onlyQualifiers: NoneProcessor family type. Possible values are:

1 (0x1)

Other

2 (0x2)

Unknown

3 (0x3)

8086

4 (0x4)

80286

5 (0x5)

Intel386 Processor

6 (0x6)

Intel486 Processor

7 (0x7)

8087

8 (0x8)

80287

9 (0x9)

80387

10 (0xA)

80487

11 (0xB)

Pentium Brand

12 (0xC)

Pentium Pro

13 (0xD)

Pentium II

14 (0xE)

Pentium Processor with MMX Technology

15 (0xF)

Celeron

16 (0x10)

Pentium II Xeon

17 (0x11)

Pentium III

18 (0x12)

M1 Family

19 (0x13)

M2 Family

20 (0x14)

AMD Duron Processor Family

21 (0x15)

K5 Family

22 (0x16)

K6 Family

23 (0x17)

K6-2

24 (0x18)

K6-3

25 (0x19)

AMD Athlon Processor Family

26 (0x1A)

AMD2900 Family

27 (0x1B)

K6-2+

32 (0x20)

Power PC Family

33 (0x21)

Power PC 601

34 (0x22)

Power PC 603

35 (0x23)

Power PC 603+

36 (0x24)

Power PC 604

37 (0x25)

Power PC 620

38 (0x26)

Power PC X704

39 (0x27)

Power PC 750

48 (0x30)

Alpha Family

49 (0x31)

Alpha 21064

50 (0x32)

Alpha 21066

51 (0x33)

Alpha 21164

52 (0x34)

Alpha 21164PC

53 (0x35)

Alpha 21164a

54 (0x36)

Alpha 21264

55 (0x37)

Alpha 21364

64 (0x40)

MIPS Family

65 (0x41)

MIPS R4000

66 (0x42)

MIPS R4200

67 (0x43)

MIPS R4400

68 (0x44)

MIPS R4600

69 (0x45)

MIPS R10000

80 (0x50)

SPARC Family

81 (0x51)

SuperSPARC

82 (0x52)

microSPARC II

83 (0x53)

microSPARC IIep

84 (0x54)

UltraSPARC

85 (0x55)

UltraSPARC II

86 (0x56)

UltraSPARC IIi

87 (0x57)

UltraSPARC III

88 (0x58)

UltraSPARC IIIi

96 (0x60)

68040

97 (0x61)

68xxx Family

98 (0x62)

68000

99 (0x63)

68010

100 (0x64)

68020

101 (0x65)

68030

112 (0x70)

Hobbit Family

120 (0x78)

Crusoe TM5000 Family

121 (0x79)

Crusoe TM3000 Family

122 (0x7A)

Efficeon TM8000 Family

128 (0x80)

Weitek

130 (0x82)

Itanium Processor

131 (0x83)

AMD Athlon 64 Processor Family

132 (0x84)

AMD Opteron Processor Family

144 (0x90)

PA-RISC Family

145 (0x91)

PA-RISC 8500

146 (0x92)

PA-RISC 8000

147 (0x93)

PA-RISC 7300LC

148 (0x94)

PA-RISC 7200

149 (0x95)

PA-RISC 7100LC

150 (0x96)

PA-RISC 7100

160 (0xA0)

V30 Family

176 (0xB0)

Pentium III Xeon Processor

177 (0xB1)

Pentium III Processor with Intel SpeedStep Technology

178 (0xB2)

Pentium 4

179 (0xB3)

Intel Xeon

180 (0xB4)

AS400 Family

181 (0xB5)

Intel Xeon Processor MP

182 (0xB6)

AMD Athlon XP Family

183 (0xB7)

AMD Athlon MP Family

184 (0xB8)

Intel Itanium 2

185 (0xB9)

Intel Pentium M Processor

190 (0xBE)

K7

200 (0xC8)

IBM390 Family

201 (0xC9)

G4

202 (0xCA)

G5

203 (0xCB)

G6

204 (0xCC)

z/Architecture Base

250 (0xFA)

i860

251 (0xFB)

i960

260 (0x104)

SH-3

261 (0x105)

SH-4

280 (0x118)

ARM

281 (0x119)

StrongARM

300 (0x12C)

6x86

301 (0x12D)

MediaGX

302 (0x12E)

MII

320 (0x140)

WinChip

350 (0x15E)

DSP

500 (0x1F4)

Video Processor
InstallDate

Data type: DateTimeAccess type: Read-onlyQualifiers: NoneDate and time when the processor was installed. A value for this property is not required.
Is64Bit

Data type: BooleanAccess type: Read-onlyQualifiers: NoneA non-zero value if the CPU is 64-bit. Otherwise, this property is set to zero.
IsHyperthreadCapable

Data type: BooleanAccess type: Read-onlyQualifiers: NoneA non-zero value if processor supports hyperthreading. Otherwise, this property is set to zero.
IsHyperthreadEnabled

Data type: BooleanAccess type: Read-onlyQualifiers: NoneA non-zero value if hyperthreading is enabled. Otherwise, this property is set to zero.
IsMobile

Data type: BooleanAccess type: Read-onlyQualifiers: Nonetrue if the computer is a mobile device.
IsMulticore

Data type: BooleanAccess type: Read-onlyQualifiers: Nonetrue if the computer has more than one core.
L2CacheSize

Data type: UInt32Access type: Read-onlyQualifiers: NoneSize of the level 2 processor cache. A level 2 cache is an external memory area that has a faster access time than the main RAM.
L2CacheSpeed

Data type: UInt32Access type: Read-onlyQualifiers: NoneClock speed of the level 2 processor cache.
LastErrorCode

Data type: UInt32Access type: Read-onlyQualifiers: NoneLast error code reported by the logical device.
Level

Data type: UInt16Access type: Read-onlyQualifiers: NoneLevel definition for the processor. The value depends on processor architecture.
LoadPercentage

Data type: UInt16Access type: Read-onlyQualifiers: NoneLoad capacity for the processor, averaged to the last second. Processor loading refers to the total computing burden for a processor at one time.
Manufacturer

Data type: StringAccess type: Read-onlyQualifiers: NoneName of the processor manufacturer, for example, "A. Datum Corporation".
MaxClockSpeed

Data type: UInt32Access type: Read-onlyQualifiers: NoneMaximum speed of the processor, in megahertz.
Name

Data type: StringAccess type: Read-onlyQualifiers: NoneLabel by which the processor is known. When this name indicates a subclass, it can be overridden to be a key property.
NormSpeed

Data type: UInt32Access type: Read-onlyQualifiers: NoneThe normalized processor speed, in megahertz.
OtherFamilyDescription

Data type: StringAccess type: Read-onlyQualifiers: NoneProcessor family type. This property is used when the Family property is set to "Other". For other settings of the Family property, set this string to null.
PCache

Data type: UInt32Access type: Read-onlyQualifiers: NoneProcessor cache.
PNPDeviceID

Data type: StringAccess type: Read-onlyQualifiers: NoneWindows Plug and Play device ID of the logical device.
PowerManagementCapabilities

Data type: UInt16 ArrayAccess type: Read-onlyQualifiers: NoneSpecific power-related capabilities of a logical device. Possible values are:

0 (0x0)

Unknown

1 (0x1)

Not Supported

2 (0x2)

Disabled

3 (0x3)

Enabled. The power management features are currently enabled, but the exact feature set is unknown or the information is unavailable.

4 (0x4)

Power Saving Modes Entered Automatically. The device can change its power state based on usage or other criteria.

5 (0x5)

Power State Settable. The SetPowerState method is supported. This method is found on the parent CIM_LogicalDevice class and can be implemented.

6 (0x6)

Power Cycling Supported. The SetPowerState method can be invoked with the PowerState parameter set to 5 (Power Cycle).

7 (0x7)

Timed Power-On Supported. The SetPowerState method can be invoked with the PowerState parameter set to 5 (Power Cycle) and the Time parameter set to a specific date and time, or interval, for power-on.
PowerManagementSupported

Data type: BooleanAccess type: Read-onlyQualifiers: Nonetrue if the power of the logical device can be managed, indicating that it can be put into suspend mode, and so on. This property does not indicate that power management features are enabled.
ProcessorId

Data type: StringAccess type: Read-onlyQualifiers: NoneProcessor ID. For an x86 class CPU, the field format depends on the processor support of the CPUID instruction. If the instruction is supported, the property contains two DWORD formatted values. The first is an offset of 08h-0Bh, which is the EAX value that a CPUID instruction returns with input EAX set to 1. The second is an offset of 0Ch-0Fh, which is the EDX value that the instruction returns. Only the first two bytes of the property are significant and contain the contents of the DX register at CPU reset. All other bytes are set to 0 (zero), and the contents are in DWORD format.
ProcessorType

Data type: UInt16Access type: Read-onlyQualifiers: NonePrimary function of the processor. Possible values are:

1 (0x1)

Other

2 (0x2)

Unknown

3 (0x3)

Central Processor

4 (0x4)

Math Processor

5 (0x5)

DSP Processor

6 (0x6)

Video Processor
Revision

Data type: UInt16Access type: Read-onlyQualifiers: NoneSystem revision level that depends on the processor architecture. The system revision level contains the same values as the Version property, but in a numerical format.
Role

Data type: StringAccess type: Read-onlyQualifiers: NoneRole of the processor, for example, "Central Processor" or "Math Processor".
SocketDesignation

Data type: StringAccess type: Read-onlyQualifiers: NoneType of chip socket used on the circuit, for example, "J202".
Status

Data type: StringAccess type: Read-onlyQualifiers: NoneCurrent status of the processor. Possible values are:
  • OK

  • Error

  • Degraded

  • Unknown

  • Pred Fail

  • Starting

  • Stopping

  • Service

  • Stressed

  • NonRecover

  • NoContact

  • LostComm

StatusInfo

Data type: UInt16Access type: Read-onlyQualifiers: NoneState of the logical device. Possible values are listed below. If this property does not apply to the logical device, the property is set to "Not Applicable".

1 (0x1)

Other

2 (0x2)

Unknown

3 (0x3)

Enabled

4 (0x4)

Disabled

5 (0x5)

Not Applicable
Stepping

Data type: StringAccess type: Read-onlyQualifiers: NoneRevision level of the processor in the processor family.
SystemName

Data type: StringAccess type: Read-onlyQualifiers: NoneName of the scoping system.
UniqueId

Data type: StringAccess type: Read-onlyQualifiers: NoneGUID for the processor. This identifier can be unique only within a processor family.
UpgradeMethod

Data type: UInt16Access type: Read-onlyQualifiers: NoneCPU socket information, including the method by which the processor can be upgraded, if upgrades are supported. Possible values are:

1 (0x1)

Other

2 (0x2)

Unknown

3 (0x3)

Daughter Board

4 (0x4)

ZIF Socket

5 (0x5)

Replacement or Piggy Back

6 (0x6)

None

7 (0x7)

LIF Socket

8 (0x8)

Slot 1

9 (0x9)

Slot 2

10 (0xA)

370 Pin Socket

11 (0xB)

Slot A

12 (0xC)

Slot M

13 (0xD)

Socket 423

14 (0xE)

Socket A (Socket 462)

15 (0xF)

Socket 478

16 (0x10)

Socket 754

17 (0x11)

Socket 940

18 (0x12)

Socket 939
Version

Data type: StringAccess type: Read-onlyQualifiers: NoneProcessor revision number that depends on the architecture.
VoltageCaps

Data type: UInt32Access type: Read-onlyQualifiers: NoneVoltage capabilities of the processor. Possible values are listed below. If the property is set to null, the voltage capabilities are unknown.

1 (0x1)

5 volts

2 (0x2)

3.3 volts

4 (0x4)

2.9 volts
Bits 0-3 of the property represent specific voltages that the processor socket can accept. All other bits should be set to 0 (zero). The socket is configurable if multiple bits are set. For more information about the actual voltage at which the processor is running, see the CurrentVoltage property.

Requirements

Runtime Requirements

For more information, see Configuration Manager Client Runtime Requirements.

Development Requirements

For more information, see Configuration Manager Client Development Requirements.

See Also