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| Presented FPS | Rate of frames presented by the application. | Y |
40
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| Displayed FPS | Rate of frames scanned out to the display. | Y |
41
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| GPU Busy | Average time GPU was busy. | Y |
42
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| Time Between Presents | The time between Present() calls, in milliseconds. | N |
43
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| Dropped Frames | Percentage of frames dropped because they were replaced by a more recent frame. | Y |
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| Present Mode | The presentation mode used by the system. Only the most recent Present() call is returned. | N |
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| Sync Interval | The sync interval provided by the application in the Present() call. Only the most recent Present() call is returned. | N |
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| Allows Tearing | Indicates whether tearing is possible. Only the most recent frame is returned. | N |
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| Gfx Latency Display | Time between when GPU work for a frame has completed to when the frame is displayed. | N |
48
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| Gfx Latency Render | Time between the Present() call and when the frame is displayed. | N |
49
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| GPU Power | GPU power usage in W | Y |
50
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| GPU Sustained Power Limit | Sustained GPU power limit in W | Y |
51
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| GPU Voltage | Voltage feeding the GPU chip | Y |
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| GPU Frequency | GPU chip frequency | Y |
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| GPU Temp | GPU chip temperature in C | Y |
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| GPU Utilization | Percentage utilization of the GPU | Y |
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| GPU Power Limited | Percentage of the time the GPU frequency is being throttled because the GPU chip is exceeding the maximum power limits | Y |
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| GPU Temperature Limited | Percentage of the time the GPU frequency is being throttled because the GPU chip is exceeding the maximum temperature limits | Y |
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| GPU Current Limited | Percentage of the time the GPU frequency is being throttled because the GPU chip is exceeding the power supply current limits | Y |
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| GPU Voltage Limited | Percentage of the time the GPU frequency is being throttled because the GPU chip is exceeding the voltage limits | Y |
59
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| GPU Utilization Limited | Percentage of time the GPU frequency has been lowered due to low GPU utilization | Y |
60
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| VRAM Power Limited | Percentage of the time the memory frequency is being throttled because the memory modules are exceeding the maximum power limits | Y |
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| VRAM Temperature Limited | Percentage of the time the memory frequency is being throttled because the memory modules are exceeding the maximum temperature limits | Y |
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| VRAM Current Limited | Percentage of the time the memory frequency is being throttled because the memory modules are exceeding the power supply current limits | Y |
63
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| VRAM Voltage Limited | Percentage of the time the memory frequency is being throttled because the memory modules are exceeding the voltage limits | Y |
64
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| VRAM Utilization Limited | Percentage of time the memory frequency has been lowered due to low memory traffic | Y |
65
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| CPU Utilization | Percentage utilization of the CPU | Y |
66
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| CPU Power | CPU power usage in W | Y |
67
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| CPU Power Limit | Sustained CPU power limit in W | Y |
68
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| CPU Temperature | CPU temperature in C | Y |
69
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| CPU Frequency | CPU frequency in GHz | Y |
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| Date Time | The current date and time. Shown in YYYY-MM-DD HH:MM:SS:MS format | N |
71
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| Elapsed Time | The amount of elapsed time since selecting the process to monitor. Shown in HH:MM:SS:MS format | N |
72
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| GPU Name | GPU name as provided by the respective graphics adapter. | N |
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| GPU Fan Speed 0 | GPU fan speed in RPMs. | Y |
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| GPU Fan Speed 1 | GPU fan speed in RPMs. | Y |
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| GPU Fan Speed 2 | GPU fan speed in RPMs. | Y |
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| GPU Fan Speed 3 | GPU fan speed in RPMs. | Y |
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| GPU Fan Speed 4 | GPU fan speed in RPMs. | Y |
78
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| GPU Render/Compute Utilization | Percentage utilization of the 3D and Compute blocks in the GPU. | Y |
79
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| GPU Media Utilization | Percentage utilization of the media blocks in the GPU. | Y |
80
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| VRAM Power | Memory module power usage in Watts. | Y |
81
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| VRAM Voltage | Voltage feeding the memory modules. | Y |
82
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| VRAM Frequency | Memory module frequency. | Y |
83
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| VRAM Frequency Effective Bandwidth | Effective data transfer rate the memory modules can sustain based on the current clock frequency. | Y |
84
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| VRAM Read Bandwidth | Current memory module read bandwidth in bytes per second. | Y |
85
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| VRAM Write Bandwidth | Current memory module write bandwidth in bytes per second. | Y |
86
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| VRAM Temperature | Memory modules temperature in celsius. | Y |
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| GPU Memory Size | Total GPU memory size in bytes. | Y |
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| GPU Memory Used | Total GPU memory used in bytes. | Y |
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| GPU Memory Read Bandwidth | Current memory module read bandwidth in bytes per second. | Y |
90
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| GPU Memory Write Bandwidth | Current memory module write bandwidth in bytes per second. | Y |
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| GPU Memory Max Bandwidth | Max memory module write bandwidth in bytes per second. | Y |
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| GPU Memory Used % | Percent utilization of the of GPU memory. | Y |
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| PSU Type 0 | Specfies the Power Supply Type (PCIE, Pin6, Pin8) at index 0. | Y |
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| PSU Type 1 | Specfies the Power Supply Type (PCIE, Pin6, Pin8) at index 1. | Y |
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| PSU Type 2 | Specfies the Power Supply Type (PCIE, Pin6, Pin8) at index 2. | Y |
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| PSU Type 3 | Specfies the Power Supply Type (PCIE, Pin6, Pin8) at index 3. | Y |
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| PSU Type 4 | Specfies the Power Supply Type (PCIE, Pin6, Pin8) at index 4. | Y |
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| PSU Power 0 | Total energy consumed by the power source in Watts. | Y |
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| PSU Power 1 | Total energy consumed by the power source in Watts. | Y |
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| PSU Power 2 | Total energy consumed by the power source in Watts. | Y |
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| PSU Power 3 | Total energy consumed by the power source in Watts. | Y |
102
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| PSU Power 4 | Total energy consumed by the power source in Watts. | Y |
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| PSU Voltage 0 | Voltage of the power source in Volts. | Y |
104
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| PSU Voltage 1 | Voltage of the power source in Volts. | Y |
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| PSU Voltage 2 | Voltage of the power source in Volts. | Y |
106
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| PSU Voltage 3 | Voltage of the power source in Volts. | Y |
107
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| PSU Voltage 4 | Voltage of the power source in Volts. | Y |
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+
| Metric | Description | Compatible Query Types |
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| - | - |:-:|
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|Application|Name of the executable of the process being targetted|DS|
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|Swap Chain Address|Address of the swap chain used to present, useful as a unique identifier|F|
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|GPU Vendor|Vendor name of the GPU|DS|
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|GPU Name|Device name of the GPU|DS|
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|CPU Vendor|Vendor name of the CPU|DS|
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|CPU Name|Device name of the CPU|DS|
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|Time|Time elapsed since the start of ETW event tracing|F|
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|CPU Frame QPC|The QueryPerformanceCounter timestamp when the CPU started working on the frame|F|
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|Frame Time|The total amount of time in between frames on the CPU|DF|
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|CPU Busy|How long the CPU was generating the frame in milliseconds|DF|
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|CPU Wait|How long the CPU spent waiting before it could start generating the frame in milliseconds|DF|
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|Displayed FPS|Rate of frame change measurable at display|D|
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|Presented FPS|Rate of application calls to a Present() function|D|
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|GPU Time|Total amount of time between when GPU started frame and when it finished in milliseconds. The GPU may not have been fully busy during this time|DF|
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|GPU Busy|How long the GPU spent working on this frame|DF|
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|GPU Wait|How long the GPU spent waiting while working on this frame|DF|
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|Dropped Frames|Indicates if the frame was not displayed|DF|
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|Displayed Time|How long this frame was displayed on screen|DF|
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|Sync Interval|The application's requested interval between presents measured in vertical sync/vblank events|DF|
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|Present Flags|Flags used to configure the present operation|DF|
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|Present Mode|Method used to present the frame|DF|
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|Present Runtime|The graphics runtime used for the present operation (DXGI, D3D9, etc.)|DF|
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|Allows Tearing|Indicates if the frame allows tearing|DF|
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|GPU Latency|How long it took until GPU work for this frame started|DF|
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|Display Latency|Time between frame submission and scan out to display|DF|
64
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|Input To Frame Start Latency|Time between input and display|DF|
65
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|Click To Photon Latency|Time between input and display|DF|
66
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|GPU Sustained Power Limit|Sustained power limit of the GPU|DS|
67
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|GPU Power|Power consumed by the graphics adapter|DF|
68
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|GPU Voltage|Voltage consumet by the graphics adapter|DF|
69
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|GPU Frequency|Clock speed of the GPU cores|DF|
70
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|GPU Temperature|Temperature of the GPU|DF|
71
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|GPU Fan Speed|Rate at which a GPU cooler fan is rotating|DF|
72
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|GPU Utilization|Amount of GPU processing capacity being used|DF|
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|3D/Compute Utilization|Amount of 3D/Compute processing capacity being used|DF|
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|Media Utilization|Amount of media processing capacity being used|DF|
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|GPU Power Limited|GPU frequency is being limited because GPU is exceeding maximum power limits|DF|
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|GPU Temperature Limited|GPU frequency is being limited because GPU is exceeding maximum temperature limits|DF|
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|GPU Current Limited|GPU frequency is being limited because GPU is exceeding maximum current limits|DF|
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|GPU Voltage Limited|GPU frequency is being limited because GPU is exceeding maximum voltage limits|DF|
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|GPU Utilization Limited|GPU frequency is being limited due to low GPU utilization|DF|
80
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|GPU Memory Power|Power consumed by the GPU memory|DF|
81
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|GPU Memory Voltage|Voltage consumet by the GPU memory|DF|
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|GPU Memory Frequency|Clock speed of the GPU memory|DF|
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|GPU Memory Effective Frequency|Effective data transfer rate GPU memory can sustain|DF|
84
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|GPU Memory Temperature|Temperature of the GPU memory|DF|
85
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|GPU Memory Size|Size of the GPU memory|DS|
86
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|GPU Memory Size Used|Amount of used GPU memory|DF|
87
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|GPU Memory Utilization|Percent of GPU memory used|D|
88
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|GPU Memory Max Bandwidth|Maximum total GPU memory bandwidth|DS|
89
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|GPU Memory Write Bandwidth|Maximum GPU memory bandwidth for writing|DF|
90
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|GPU Memory Read Bandwidth|Maximum GPU memory bandwidth for reading|DF|
91
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|GPU Memory Power Limited|Memory frequency is being limited because the memory modules are exceeding the maximum power limits|DF|
92
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|GPU Memory Temperature Limited|Memory frequency is being limited because the memory modules are exceeding the maximum temperature limits|DF|
93
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|GPU Memory Current Limited|Memory frequency is being limited because the memory modules are exceeding the maximum current limits|DF|
94
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|GPU Memory Voltage Limited|Memory frequency is being limited because the memory modules are exceeding the maximum voltage limits|DF|
95
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|GPU Memory Utilization Limited|Memory frequency is being limited due to low memory traffic|DF|
96
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|CPU Utilization|Amount of CPU processing capacity being used|DF|
97
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|CPU Power Limit|Power limit of the CPU|DS|
98
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|CPU Power|Power consumed by the CPU|DF|
99
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|CPU Temperature|Temperature of the CPU|DF|
100
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|CPU Frequency|Clock speed of the CPU|DF|
101
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|CPU Core Utility|Amount of CPU processing utility being used per core|D|
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