INTEL POWER GADGET DRIVER TAKES PLACE

Population that doesn't have a personal computer as well as the gadget lovers.11 Intel's web. This type of gadget can only be used for any Core series of Intel.Authors: Seung-Woo Kim, Joseph Jin-Sung Lee, Vardhan Dugar, Jun De Vega 1.Introduction 1.1 About IntelВ® Power Gadget for WindowsLeglise said: We are targeting the whole half of the U.S. This can cause problems in the long run. There are times when computers and laptops may be exposed to temperatures that are dangerously high. This very simple PC & System gadget is often used by people in order to monitor the current temperature of their system.

Finally came across a programme called 'Gadgets Revived', which after installing has allowed me to load the CPU usage monitor (.gadget extension) into Windows 10. The PROCHOT feature is available only in 3rd Generation IntelВ® Coreв„ў processors or later.System Monitor II is Windows 10 Sidebar Gadget To Display System Health In Real Time. The data is obtained from the Model Specific Registers (MSRs) and energy counters that are available only in 2nd Generation IntelВ® Coreв„ў or later processors.

Fonctionnant sur les PC ut.Developers may use this data to create their own application by exploiting the Dynamic-Link Library (DLL) used by the IntelВ® Power Gadget. This data can be viewed on a Graphical User Interface (GUI) and/or logged for a required duration of time.Intel Power Gadget est un logiciel permettant dafficher un widget fournissant des informations quant &224 lutilisation de votre PC. OS: Windows 10 (Home Ed.)The supported MSRs are correlated with three MSR functions as described in Table 1.

Accept the UAC, if one appears. Run setup.exe as an administrator. Download the appropriate IntelВ® Power Gadget installation package on your system. For more details on the API, please refer to subsequent sections.

IPG_Ver: Contains version of IntelВ® Power Gadget being installed. Microsoft Visual C++ 2010 SP1 Redistributable Package will also automatically get installed if not yet installed.For more information on system requirements and installation, please visit IntelВ® Power Gadget page 2.DevelopersвЂ™ ToolsThe installer sets two environment variables on installation: Net Framework 4 will automatically be downloaded from the Microsoft website if not yet installed in your system.

Intel Power Gadget Driver Takes Place

The MSR ID is used to acquire data for a specific MSR using GetMsrName(),GetMsrFunc() and GetPowerData() functions. MSRs are given an ID from 0 to n-1, where n is the number returned by GetNumMsrs(). ReadSample() obtains the number of sampled MSRs from GetNumMsrs(). Here, the loading of the driver takes place.The ReadSample()function is used to read samples. This library must be initialized at the start of the program by calling IntelEnergyLibInitialize(). 3.2 OverviewAs the primary API, developers may use IntelВ® Power GadgetвЂ™s EnergyLib32.dll for 32-bit applications or EnergyLib64.dll for 64-bit applications.

One can check if IntelВ® graphics is available with the help of IsGTAvailable() function before attempting to obtain GT related data.ReadSample() also reads the system time via GetSysTime()at the time the sample was read. Since GT frequency is not obtained from MSRs, another function called GetGTFrequency() will provide this data. An MSRвЂ™s function, which the API obtains from GetMsrFunc(), determines the amount and meaning of data returned from GetPowerData() as described in Table 1.

The returned data is for the data on the package specified by iNode, from the MSR specified by iMSR. Refer Table 1: MSR Functions.Bool GetPowerData(int iNode, int iMSR, double *pResult, int *nResult) Returns the data collected by the most recent call to ReadSample(). 4.Function ReferenceInitializes the library and connects to the driver.Reads sample data from the driver for all the supported MSRs.Returns the number of CPU packages on the system.Returns the number of supported MSRs for bulk reading and logging.Bool GetMsrName(int iMsr, wchar_t *szName) Returns in szName the name of the MSR specified by iMsr.Returns in pFuncID the function of the MSR specified by MSR ID in iMsr. Logging can be started at any time by calling StartLog(), and subsequently ended by calling StopLog().For more information on the API, refer to the Function Reference section.

The functions described in Table 2 return either true on success or false on failure. Data will be written to the file specified by szFileName.Stops saving data and writes all saved data to the file specified by the call to StartLog(). It is recommended that Package Power Limit is used instead of TDP whenever possible, as it is a more accurate upper bound to the package power than TDP.Bool GetMaxTemperature(int iNode, int *degreeC) Reads the temperature target MSR on the package specified by iNode, and returns the maximum temperature (in degrees Celsius) in degreeC.Bool GetTemperature(int iNode, int *degreeC) Reads the temperature MSR on the package specified by iNode, and returns the current temperature (in degrees) Celsius in degreeC.Bool GetBaseFrequency(int iNode, double *pBaseFrequency) Returns in pBaseFrequency the advertised processor frequency for the package specified by iNode.Starts saving the data collected by ReadSample() until StopLog() is called. The data returned in pSysTime is structured as follows: pSysTime = time in seconds pSysTime = time in nanosecondsReturns in pOffset the time (in seconds) that has elapsed between the two most recent calls to ReadSample().Bool GetIAFrequency(int iNode, int *freqInMHz) Reads the processor frequency MSR on the package specified by iNode, and returns the frequency (in MHz) in freqInMHz.Reads the package power info MSR on the package specified by iNode, and returns the TDP (in Watts) in TDP. The data is returned in freq.Returns the system time as of the last call to ReadSample(). Refer Table 1: MSR Functions.Returns true if IntelВ® graphics is available and false if IntelВ® graphics is unavailable (i.e if itвЂ™s not present or disabled).Returns the current GT frequency in MHz.

The GetRDTSC() function has been deprecated from previous versions of the DLL.Wa_emtcontenttype: 'emtcontenttype:training/instructionalmaterials/tutorial',Wa_rsoftware: 'rsoftware:developmenttools',Wa_emtoperatingsystem: 'emtoperatingsystem:microsoftwindows',Wa_emtsubject: 'emtsubject:itinformationtechnology/platformanalysistuningandperformancemonitoring/optimization/powerefficiency',Wa_subject: 'emtsubject:itinformationtechnology/platformanalysistuningandperformancemonitoring/optimization/powerefficiency',Wa_english_title: 'Using the IntelВ® Power Gadget 3. StartLog() will cause an initial call to ReadSample() and StopLog() causes the final call. When logging data, the data isnвЂ™t written into the log until StopLog() function is called. It is recommended that Package Power Limit is used instead of TDP whenever possible, as it is a more accurate upper bound to the package power than TDP.The ReadSample() function must be called twice before calling GetTimeInterval() and before getting power data (as opposed to frequency or temperature data) from GetPowerData(), as they are computed using the difference between two samples. The вЂњPROCHOTвЂќ feature is available only in 3rd Generation IntelВ® Coreв„ў processors or later.

Intel Power Gadget Windows 10