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CPU Fan doesn't work #109

Open Jamyz opened 2 weeks ago

Jamyz commented 2 weeks ago

Hi ! I have something strange with CPU FAN.

I have un HWiNFOIdexList.txt 212 GIGABYTE B560M DS3H V2 (ITE IT8689E) CPU 1,442 RPM And in HWiNFO.inc

;------------------------------------------- Motherboard -------------------------------------------
;
; CPU fan speed (RPM); one fan per physical CPU
HWiNFO_MOBO_CPUFanSpeed=212
HWiNFO_MOBO_CPU1FanSpeed=
HWiNFO_MOBO_CPU2FanSpeed=
HWiNFO_MOBO_CPU3FanSpeed=

and

;---------------------------------------------- Fans -----------------------------------------------
;
; maximum fan speeds (used for hardware that cannot report fan usage as a percentage)
;
; NOTE: If higher fan speeds than shown here are encountered, GPU Meter/All CPU Meter will
;       automatically correct these values to the new maximum speed if FanMaxAutoUpdate is set to 1.
;       Set FanMaxAutoUpdate=0 to prevent GPU Meter/All CPU Meter from adjusting the maximum values.
;
FanCpuMax=2033
FanMaxAutoUpdate=0

But in CPU Meter Fan Value only display 0. Thanks to help....

SilverAzide commented 2 weeks ago

It looks like you have the fan configured correctly, so I'm afraid you are going to need to do a little digging on your end so we can narrow down the problem.

First, make sure the Show Core Temperatures option is checked. This is required. Then make sure the Show Fan Usage option is checked. image

Next, open the Rainmeter About window and click the Skins tab. Select the Gadgets\All CPU Meter\Node #0 item in the list. Look for the following variables: image

Make sure that your Yes/No values match the above.

Finally, scroll way down the list of measures and find the measure MeasureHWiNFOCPUFanRpm and MeasureHWiNFOCPUFanUsage. Both of these should be enabled (not grayed out) and showing some non-zero value.

If you have a laptop, it is possible the fans could be stopped. Make sure you have followed the instructions to enable the HWiNFO option to show fans even when stopped: image

Let me know what you find out.

Jamyz commented 2 weeks ago

Thanks for reply @SilverAzide ! Show Core Temperatures is good. But not at first Gadgets\All CPU Meter\Node #0 In MeasurelsHWiNFOConfigured i have0.0-1.0;0;No In CalclsHWiNFOInUse i have0.0-1.0;0;No And for MeasureHWiNFOCPUFanRpm & MeasureHWiNFOCPUFanUsage are grey How i do to change this values ? Thanks.

SilverAzide commented 2 weeks ago

Sorry for the delay in responding!

Looks like you might not have your HWiNFO sensors configured completely. Make sure you configure all the sensors described in the wiki article here, step 9. Make sure all your core clocks and CPU/core temperature sensors are configured, plus the other items in the list, even if you don't plan on using these features.

This is how the various skins detect that HWiNFO is configured. Right now it is not detecting any core temperature sensor, so it is thinking HWiNFO is incompletely configured or not configured at all.

Jamyz commented 2 weeks ago

Hello @SilverAzide . And thank you for responding. Sorry for replying so late. I have activated all the sensors, but the problem persists. I don't know if it helps to include these files.

Inside HWiNFO.inc

`HWiNFO Sensor Entry Index List

Index Sensor                                   Label                          Value
----- ---------------------------------------- ------------------------------ ---------------
0     SystŠme: GIGABYTE B560M DS3H V2         M‚moire virtuelle engag‚e  12,827 Mo
1     SystŠme: GIGABYTE B560M DS3H V2         M‚moire virtuelle disponible 19,807 Mo
2     SystŠme: GIGABYTE B560M DS3H V2         Charge de m‚moire virtuelle  39.3 %
3     SystŠme: GIGABYTE B560M DS3H V2         M‚moire physique utilis‚e  10,283 Mo
4     SystŠme: GIGABYTE B560M DS3H V2         M‚moire physique disponible  5,967 Mo
5     SystŠme: GIGABYTE B560M DS3H V2         Charge de m‚moire physique   63.2 %
6     SystÅ me: GIGABYTE B560M DS3H V2         Utilisation du fichier d'â€... 0.3 %
69    CPU [#0]: Intel Core i5-11400F           Core VIDs                      1.359 V
7     CPU [#0]: Intel Core i5-11400F           Core 0 VID                     1.363 V
8     CPU [#0]: Intel Core i5-11400F           Core 1 VID                     1.356 V
9     CPU [#0]: Intel Core i5-11400F           Core 2 VID                     1.356 V
10    CPU [#0]: Intel Core i5-11400F           Core 3 VID                     1.356 V
11    CPU [#0]: Intel Core i5-11400F           Core 4 VID                     1.366 V
12    CPU [#0]: Intel Core i5-11400F           Core 5 VID                     1.354 V
70    CPU [#0]: Intel Core i5-11400F           Horloges de cour               4,189.8 MHz
13    CPU [#0]: Intel Core i5-11400F           Core 0 Horloge                 4,189.8 MHz
14    CPU [#0]: Intel Core i5-11400F           Core 1 Horloge                 4,189.8 MHz
15    CPU [#0]: Intel Core i5-11400F           Core 2 Horloge                 4,189.8 MHz
16    CPU [#0]: Intel Core i5-11400F           Core 3 Horloge                 4,189.8 MHz
17    CPU [#0]: Intel Core i5-11400F           Core 4 Horloge                 4,189.8 MHz
18    CPU [#0]: Intel Core i5-11400F           Core 5 Horloge                 4,189.8 MHz
19    CPU [#0]: Intel Core i5-11400F           Horloge du Bus                 99.8 MHz
20    CPU [#0]: Intel Core i5-11400F           Ring/LLC Horloge               3,591.2 MHz
71    CPU [#0]: Intel Core i5-11400F           Horloges efficaces de cour     1,555.7 MHz
21    CPU [#0]: Intel Core i5-11400F           Core 0 T0 Horloge efficace     1,603.5 MHz
22    CPU [#0]: Intel Core i5-11400F           Core 0 T1 Horloge efficace     807.7 MHz
23    CPU [#0]: Intel Core i5-11400F           Core 1 T0 Horloge efficace     1,288.0 MHz
24    CPU [#0]: Intel Core i5-11400F           Core 1 T1 Horloge efficace     943.8 MHz
25    CPU [#0]: Intel Core i5-11400F           Core 2 T0 Horloge efficace     2,925.2 MHz
26    CPU [#0]: Intel Core i5-11400F           Core 2 T1 Horloge efficace     953.1 MHz
27    CPU [#0]: Intel Core i5-11400F           Core 3 T0 Horloge efficace     1,562.8 MHz
28    CPU [#0]: Intel Core i5-11400F           Core 3 T1 Horloge efficace     1,341.1 MHz
29    CPU [#0]: Intel Core i5-11400F           Core 4 T0 Horloge efficace     1,203.6 MHz
30    CPU [#0]: Intel Core i5-11400F           Core 4 T1 Horloge efficace     3,054.2 MHz
31    CPU [#0]: Intel Core i5-11400F           Core 5 T0 Horloge efficace     1,772.4 MHz
32    CPU [#0]: Intel Core i5-11400F           Core 5 T1 Horloge efficace     1,213.0 MHz
33    CPU [#0]: Intel Core i5-11400F           Horloge efficace moyenne       1,555.7 MHz
72    CPU [#0]: Intel Core i5-11400F           Utilisation de cour            38.0 %
34    CPU [#0]: Intel Core i5-11400F           Core 0 T0 Utilisation          38.9 %
35    CPU [#0]: Intel Core i5-11400F           Core 0 T1 Utilisation          19.4 %
36    CPU [#0]: Intel Core i5-11400F           Core 1 T0 Utilisation          31.0 %
37    CPU [#0]: Intel Core i5-11400F           Core 1 T1 Utilisation          23.0 %
38    CPU [#0]: Intel Core i5-11400F           Core 2 T0 Utilisation          71.1 %
39    CPU [#0]: Intel Core i5-11400F           Core 2 T1 Utilisation          23.2 %
40    CPU [#0]: Intel Core i5-11400F           Core 3 T0 Utilisation          38.5 %
41    CPU [#0]: Intel Core i5-11400F           Core 3 T1 Utilisation          32.8 %
42    CPU [#0]: Intel Core i5-11400F           Core 4 T0 Utilisation          29.6 %
43    CPU [#0]: Intel Core i5-11400F           Core 4 T1 Utilisation          74.2 %
44    CPU [#0]: Intel Core i5-11400F           Core 5 T0 Utilisation          43.7 %
45    CPU [#0]: Intel Core i5-11400F           Core 5 T1 Utilisation          30.0 %
46    CPU [#0]: Intel Core i5-11400F           Utilisation maximale du pro... 74.2 %
47    CPU [#0]: Intel Core i5-11400F           Utilisation totale du proce... 38.0 %
48    CPU [#0]: Intel Core i5-11400F           Modulation d'horloge … la... 100.0 %
74    CPU [#0]: Intel Core i5-11400F           Utilisation de cour            66.9 %
49    CPU [#0]: Intel Core i5-11400F           Core 0 T0 Utilisation          69.1 %
50    CPU [#0]: Intel Core i5-11400F           Core 0 T1 Utilisation          38.1 %
51    CPU [#0]: Intel Core i5-11400F           Core 1 T0 Utilisation          57.4 %
52    CPU [#0]: Intel Core i5-11400F           Core 1 T1 Utilisation          43.6 %
53    CPU [#0]: Intel Core i5-11400F           Core 2 T0 Utilisation          118.6 %
54    CPU [#0]: Intel Core i5-11400F           Core 2 T1 Utilisation          44.0 %
55    CPU [#0]: Intel Core i5-11400F           Core 3 T0 Utilisation          66.5 %
56    CPU [#0]: Intel Core i5-11400F           Core 3 T1 Utilisation          59.2 %
57    CPU [#0]: Intel Core i5-11400F           Core 4 T0 Utilisation          54.3 %
58    CPU [#0]: Intel Core i5-11400F           Core 4 T1 Utilisation          122.7 %
59    CPU [#0]: Intel Core i5-11400F           Core 5 T0 Utilisation          75.5 %
60    CPU [#0]: Intel Core i5-11400F           Core 5 T1 Utilisation          53.8 %
61    CPU [#0]: Intel Core i5-11400F           Utilisation totale du proce... 66.9 %
73    CPU [#0]: Intel Core i5-11400F           Ratio d'horloge de cour        42.0 x
62    CPU [#0]: Intel Core i5-11400F           Core 0 Ratio                   42.0 x
63    CPU [#0]: Intel Core i5-11400F           Core 1 Ratio                   42.0 x
64    CPU [#0]: Intel Core i5-11400F           Core 2 Ratio                   42.0 x
65    CPU [#0]: Intel Core i5-11400F           Core 3 Ratio                   42.0 x
66    CPU [#0]: Intel Core i5-11400F           Core 4 Ratio                   42.0 x
67    CPU [#0]: Intel Core i5-11400F           Core 5 Ratio                   42.0 x
68    CPU [#0]: Intel Core i5-11400F           Uncore Ratio                   36.0 x
110   CPU [#0]: Intel Core i5-11400F: DTS      Temp‚ratures … cour        56 °C
75    CPU [#0]: Intel Core i5-11400F: DTS      Core 0                         51 °C
76    CPU [#0]: Intel Core i5-11400F: DTS      Core 1                         50 °C
77    CPU [#0]: Intel Core i5-11400F: DTS      Core 2                         61 °C
78    CPU [#0]: Intel Core i5-11400F: DTS      Core 3                         54 °C
79    CPU [#0]: Intel Core i5-11400F: DTS      Core 4                         63 °C
80    CPU [#0]: Intel Core i5-11400F: DTS      Core 5                         57 °C
111   CPU [#0]: Intel Core i5-11400F: DTS      Distance du cour … TjMAX     44 °C
81    CPU [#0]: Intel Core i5-11400F: DTS      Core 0 Distance … TjMAX      49 °C
82    CPU [#0]: Intel Core i5-11400F: DTS      Core 1 Distance … TjMAX      50 °C
83    CPU [#0]: Intel Core i5-11400F: DTS      Core 2 Distance … TjMAX      39 °C
84    CPU [#0]: Intel Core i5-11400F: DTS      Core 3 Distance … TjMAX      46 °C
85    CPU [#0]: Intel Core i5-11400F: DTS      Core 4 Distance … TjMAX      37 °C
86    CPU [#0]: Intel Core i5-11400F: DTS      Core 5 Distance … TjMAX      43 °C
87    CPU [#0]: Intel Core i5-11400F: DTS      CPU Entier                     63 °C
88    CPU [#0]: Intel Core i5-11400F: DTS      Cour max                       63 °C
112   CPU [#0]: Intel Core i5-11400F: DTS      Limitation thermique du cour   Non
89    CPU [#0]: Intel Core i5-11400F: DTS      Core 0 Limitation thermique    Non
90    CPU [#0]: Intel Core i5-11400F: DTS      Core 1 Limitation thermique    Non
91    CPU [#0]: Intel Core i5-11400F: DTS      Core 2 Limitation thermique    Non
92    CPU [#0]: Intel Core i5-11400F: DTS      Core 3 Limitation thermique    Non
93    CPU [#0]: Intel Core i5-11400F: DTS      Core 4 Limitation thermique    Non
94    CPU [#0]: Intel Core i5-11400F: DTS      Core 5 Limitation thermique    Non
113   CPU [#0]: Intel Core i5-11400F: DTS      Temp‚rature critique du cour Non
95    CPU [#0]: Intel Core i5-11400F: DTS      Core 0 Temp‚rature critique  Non
96    CPU [#0]: Intel Core i5-11400F: DTS      Core 1 Temp‚rature critique  Non
97    CPU [#0]: Intel Core i5-11400F: DTS      Core 2 Temp‚rature critique  Non
98    CPU [#0]: Intel Core i5-11400F: DTS      Core 3 Temp‚rature critique  Non
99    CPU [#0]: Intel Core i5-11400F: DTS      Core 4 Temp‚rature critique  Non
100   CPU [#0]: Intel Core i5-11400F: DTS      Core 5 Temp‚rature critique  Non
114   CPU [#0]: Intel Core i5-11400F: DTS      Limite de puissance de cour... Non
101   CPU [#0]: Intel Core i5-11400F: DTS      Core 0 Limite de puissance ... Non
102   CPU [#0]: Intel Core i5-11400F: DTS      Core 1 Limite de puissance ... Non
103   CPU [#0]: Intel Core i5-11400F: DTS      Core 2 Limite de puissance ... Non
104   CPU [#0]: Intel Core i5-11400F: DTS      Core 3 Limite de puissance ... Non
105   CPU [#0]: Intel Core i5-11400F: DTS      Core 4 Limite de puissance ... Non
106   CPU [#0]: Intel Core i5-11400F: DTS      Core 5 Limite de puissance ... Non
107   CPU [#0]: Intel Core i5-11400F: DTS      tranglement thermique de ... Non
108   CPU [#0]: Intel Core i5-11400F: DTS      Temp‚rature critique de l... Non
109   CPU [#0]: Intel Core i5-11400F: DTS      Limite de puissance de l'em... Non
115   CPU [#0]: Intel Core i5-11400F: Enhanced CPU Entier                     62 °C
116   CPU [#0]: Intel Core i5-11400F: Enhanced Cours IA du processeur         62 °C
117   CPU [#0]: Intel Core i5-11400F: Enhanced VR VCC Temp‚rature (SVID)    58 °C
118   CPU [#0]: Intel Core i5-11400F: Enhanced VR VCC Courant (SVID IOUT)     36.856 A
119   CPU [#0]: Intel Core i5-11400F: Enhanced Consommation d'‚nergie to... 77.760 W
120   CPU [#0]: Intel Core i5-11400F: Enhanced IA Cores Consommation d'‚... 62.967 W
121   CPU [#0]: Intel Core i5-11400F: Enhanced Consommation d'‚nergie de... 5.661 W
122   CPU [#0]: Intel Core i5-11400F: Enhanced Consommation d'‚nergie du... 9.163 W
123   CPU [#0]: Intel Core i5-11400F: Enhanced Limite de puissance PL1 (St... 125.0 W
124   CPU [#0]: Intel Core i5-11400F: Enhanced Limite de puissance PL2 (St... 250.0 W
125   CPU [#0]: Intel Core i5-11400F: Enhanced VR VCC Consommation d'‚ne... 47.000 W
126   CPU [#0]: Intel Core i5-11400F: Enhanced GPU GT Utilisation             0.0 %
127   CPU [#0]: Intel Core i5-11400F: Enhanced Utilisation du moteur multi... 0.0 %
146   CPU [#0]: Intel Core i5-11400F: C-Sta... Core C0 Occupation             37.0 %
128   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 0 T0 C0 Occupation        38.2 %
129   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 0 T1 C0 Occupation        19.3 %
130   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 1 T0 C0 Occupation        30.7 %
131   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 1 T1 C0 Occupation        22.5 %
132   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 2 T0 C0 Occupation        69.5 %
133   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 2 T1 C0 Occupation        22.7 %
134   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 3 T0 C0 Occupation        37.2 %
135   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 3 T1 C0 Occupation        31.9 %
136   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 4 T0 C0 Occupation        28.6 %
137   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 4 T1 C0 Occupation        72.6 %
138   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 5 T0 C0 Occupation        42.2 %
139   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 5 T1 C0 Occupation        28.9 %
147   CPU [#0]: Intel Core i5-11400F: C-Sta... Core C7 Occupation             10.1 %
140   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 0 C7 Occupation           15.4 %
141   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 1 C7 Occupation           13.6 %
142   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 2 C7 Occupation           0.0 %
143   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 3 C7 Occupation           13.5 %
144   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 4 C7 Occupation           1.1 %
145   CPU [#0]: Intel Core i5-11400F: C-Sta... Core 5 C7 Occupation           16.9 %
148   Temps de m‚moire                       Horloge de m‚moire           1,197.1 MHz
149   Temps de m‚moire                       Ratio d'horloge de m‚moire   12.00 x
150   Temps de m‚moire                       Tcas                           16 T
151   Temps de m‚moire                       Trcd                           16 T
152   Temps de m‚moire                       Trp                            16 T
153   Temps de m‚moire                       Tras                           39 T
154   Temps de m‚moire                       Trc                            55 T
155   Temps de m‚moire                       Trfc                           421 T
156   Temps de m‚moire                       Command Rate                   2 T
157   Temps de m‚moire                       Gear Mode                      1 
193   CPU [#0]: Intel Core i5-11400F: Raiso... IA Limit Reasons               Oui
158   CPU [#0]: Intel Core i5-11400F: Raiso... IA: PROCHOT                    Non
159   CPU [#0]: Intel Core i5-11400F: Raiso... IA: v‚nement thermique     Non
160   CPU [#0]: Intel Core i5-11400F: Raiso... IA: Residency State Regulation Non
161   CPU [#0]: Intel Core i5-11400F: Raiso... IA: Limite thermique moyenn... Non
162   CPU [#0]: Intel Core i5-11400F: Raiso... IA: Alerte thermique VR        Non
163   CPU [#0]: Intel Core i5-11400F: Raiso... IA: VR TDC                     Non
164   CPU [#0]: Intel Core i5-11400F: Raiso... IA: Point de conception ‚... Non
165   CPU [#0]: Intel Core i5-11400F: Raiso... IA: Package-Level RAPL/PBM PL1 Non
166   CPU [#0]: Intel Core i5-11400F: Raiso... IA: Package-Level RAPL/PBM ... Non
167   CPU [#0]: Intel Core i5-11400F: Raiso... IA: Max Turbo Limit            Oui
168   CPU [#0]: Intel Core i5-11400F: Raiso... IA: Att‚nuation turbo (MCT)  Non
169   CPU [#0]: Intel Core i5-11400F: Raiso... IA: Thermal Velocity Boost     Non
194   CPU [#0]: Intel Core i5-11400F: Raiso... GT Limit Reasons               Non
170   CPU [#0]: Intel Core i5-11400F: Raiso... GT: PROCHOT                    Non
171   CPU [#0]: Intel Core i5-11400F: Raiso... GT: v‚nement thermique     Non
172   CPU [#0]: Intel Core i5-11400F: Raiso... GT: DDR RAPL                   Non
173   CPU [#0]: Intel Core i5-11400F: Raiso... GT: Residency State Regulation Non
174   CPU [#0]: Intel Core i5-11400F: Raiso... GT: Limite thermique moyenn... Non
175   CPU [#0]: Intel Core i5-11400F: Raiso... GT: Alerte thermique VR        Non
176   CPU [#0]: Intel Core i5-11400F: Raiso... GT: VR TDC                     Non
177   CPU [#0]: Intel Core i5-11400F: Raiso... GT: Max VR Voltage, ICCmax,... Non
178   CPU [#0]: Intel Core i5-11400F: Raiso... GT: Domain-Level PBM PLGT      Non
179   CPU [#0]: Intel Core i5-11400F: Raiso... GT: Package-Level RAPL/PBM PL1 Non
180   CPU [#0]: Intel Core i5-11400F: Raiso... GT: Package-Level RAPL/PBM ... Non
181   CPU [#0]: Intel Core i5-11400F: Raiso... GT: Inefficient Operation      Non
182   CPU [#0]: Intel Core i5-11400F: Raiso... GT: Limite de fusibles         Non
195   CPU [#0]: Intel Core i5-11400F: Raiso... Ring Limit Reasons             Non
183   CPU [#0]: Intel Core i5-11400F: Raiso... RING: PROCHOT                  Non
184   CPU [#0]: Intel Core i5-11400F: Raiso... RING: Ev‚nement Thermique    Non
185   CPU [#0]: Intel Core i5-11400F: Raiso... RING: DDR RAPL                 Non
186   CPU [#0]: Intel Core i5-11400F: Raiso... RING: Residency State Regul... Non
187   CPU [#0]: Intel Core i5-11400F: Raiso... RING: Limite thermique moye... Non
188   CPU [#0]: Intel Core i5-11400F: Raiso... RING: Alerte thermique VR      Non
189   CPU [#0]: Intel Core i5-11400F: Raiso... RING: VR TDC                   Non
190   CPU [#0]: Intel Core i5-11400F: Raiso... RING: Max VR Voltage, ICCma... Non
191   CPU [#0]: Intel Core i5-11400F: Raiso... RING: Package-Level RAPL/PB... Non
192   CPU [#0]: Intel Core i5-11400F: Raiso... RING: Package-Level RAPL/PB... Non
196   GIGABYTE B560M DS3H V2 (ITE IT8689E)     SystŠme1                      36 °C
197   GIGABYTE B560M DS3H V2 (ITE IT8689E)     PCH                            43 °C
198   GIGABYTE B560M DS3H V2 (ITE IT8689E)     CPU                            62 °C
199   GIGABYTE B560M DS3H V2 (ITE IT8689E)     PCIEX16                        42 °C
200   GIGABYTE B560M DS3H V2 (ITE IT8689E)     VRM MOS                        72 °C
201   GIGABYTE B560M DS3H V2 (ITE IT8689E)     SystŠme2                      38 °C
202   GIGABYTE B560M DS3H V2 (ITE IT8689E)     Vcore                          1.356 V
203   GIGABYTE B560M DS3H V2 (ITE IT8689E)     +3,3V                          3.324 V
204   GIGABYTE B560M DS3H V2 (ITE IT8689E)     +12V                           12.168 V
205   GIGABYTE B560M DS3H V2 (ITE IT8689E)     +5V                            5.070 V
206   GIGABYTE B560M DS3H V2 (ITE IT8689E)     iGPU VAXG                      0.024 V
207   GIGABYTE B560M DS3H V2 (ITE IT8689E)     VCCSA                          0.996 V
208   GIGABYTE B560M DS3H V2 (ITE IT8689E)     DRAM                           1.224 V
209   GIGABYTE B560M DS3H V2 (ITE IT8689E)     3VSB                           3.360 V
210   GIGABYTE B560M DS3H V2 (ITE IT8689E)     VBAT                           3.168 V
211   GIGABYTE B560M DS3H V2 (ITE IT8689E)     AVCC3                          3.072 V
212   GIGABYTE B560M DS3H V2 (ITE IT8689E)     CPU                            1,864 RPM
213   GIGABYTE B560M DS3H V2 (ITE IT8689E)     SystÅ me 1                     681 RPM
214   GIGABYTE B560M DS3H V2 (ITE IT8689E)     SystÅ me 2                     0 RPM
215   GIGABYTE B560M DS3H V2 (ITE IT8689E)     SystÅ me 3                     0 RPM
216   GIGABYTE B560M DS3H V2 (ITE IT8689E)     Intrusion dans le chÆ’ssis     Oui
217   GIGABYTE B560M DS3H V2 (Intersil ISL6... Consommation d'‚nergie St... 59.0 °C
218   GIGABYTE B560M DS3H V2 (Intersil ISL6... PWM Controller                 52.0 °C
219   GIGABYTE B560M DS3H V2 (Intersil ISL6... VR VOUT                        1.310 V
220   GIGABYTE B560M DS3H V2 (Intersil ISL6... VR VIN                         11.980 V
221   GIGABYTE B560M DS3H V2 (Intersil ISL6... Current (IOUT)                 37.700 A
222   GIGABYTE B560M DS3H V2 (Intersil ISL6... Current (IIN)                  4.550 A
223   GIGABYTE B560M DS3H V2 (Intersil ISL6... Consommation d'‚nergie (P... 44.000 W
224   GIGABYTE B560M DS3H V2 (Intersil ISL6... Consommation d'‚nergie (S... 59.000 W
225   GIGABYTE B560M DS3H V2 (Intersil ISL6... Consommation d'‚nergie St... 57.0 °C
226   GIGABYTE B560M DS3H V2 (Intersil ISL6... PWM Controller                 52.0 °C
227   GIGABYTE B560M DS3H V2 (Intersil ISL6... VR VOUT                        0.963 V
228   GIGABYTE B560M DS3H V2 (Intersil ISL6... VR VIN                         11.990 V
229   GIGABYTE B560M DS3H V2 (Intersil ISL6... Current (IOUT)                 5.500 A
230   GIGABYTE B560M DS3H V2 (Intersil ISL6... Current (IIN)                  1.270 A
231   GIGABYTE B560M DS3H V2 (Intersil ISL6... Consommation d'‚nergie (P... 4.000 W
232   GIGABYTE B560M DS3H V2 (Intersil ISL6... Consommation d'‚nergie (S... 11.000 W
233   ACPI: GIGABYTE B560M DS3H V2             TZ.TZ00                        27.9 °C
234   ACPI: GIGABYTE B560M DS3H V2             TZ.TZ10                        16.9 °C
235   S.M.A.R.T.: ST31000333AS (9TE27ECG)      Temp‚rature du disque        35 °C
236   S.M.A.R.T.: ST31000333AS (9TE27ECG)      Temp‚rature du flux d'air... 35 °C
237   S.M.A.R.T.: ST31000333AS (9TE27ECG)      D‚faillance du disque        Non
238   S.M.A.R.T.: ST31000333AS (9TE27ECG)      Avertissement de disque        Oui
239   S.M.A.R.T.: ST31000333AS (9TE27ECG)      Total des ‚critures d'hâ€... 1,115 Go
240   S.M.A.R.T.: ST31000333AS (9TE27ECG)      Total de lectures d'h“tes    979 Go
241   S.M.A.R.T.: ST31000333AS (9TE27ECG)      Avertissement: Nombre de se... 4 
242   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... Temp‚rature du flux d'air... 27 °C
243   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... Dur‚e de vie restante du ... 98.0 %
244   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... D‚faillance du disque        Non
245   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... Avertissement de disque        Non
246   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... Total des ‚critures d'hâ€... 12,683 Go
247   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... Total de lectures d'h“tes    24,311 Go
248   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... Temp‚rature du flux d'air... 27 °C
249   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... Dur‚e de vie restante du ... 99.0 %
250   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... D‚faillance du disque        Non
251   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... Avertissement de disque        Non
252   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... Total des ‚critures d'hâ€... 9,648 Go
253   S.M.A.R.T.: Samsung SSD 870 QVO 2TB (... Total de lectures d'h“tes    15,453 Go
254   S.M.A.R.T.: MSI M390 500GB (511220701... Temp‚rature du disque        50 °C
255   S.M.A.R.T.: MSI M390 500GB (511220701... Dur‚e de vie restante du ... 86.0 %
256   S.M.A.R.T.: MSI M390 500GB (511220701... Drive Available Spare          100.0 %
257   S.M.A.R.T.: MSI M390 500GB (511220701... D‚faillance du disque        Non
258   S.M.A.R.T.: MSI M390 500GB (511220701... Avertissement de disque        Non
259   S.M.A.R.T.: MSI M390 500GB (511220701... Total des ‚critures d'hâ€... 29,765 Go
260   S.M.A.R.T.: MSI M390 500GB (511220701... Total de lectures d'h“tes    72,190 Go
261   Drive: MSI M390 500GB (51122070167200... Activit‚ de lecture          2.7 %
262   Drive: MSI M390 500GB (51122070167200... Activit‚ d'‚criture        1.1 %
263   Drive: MSI M390 500GB (51122070167200... Activit‚ totale              3.7 %
264   Drive: MSI M390 500GB (51122070167200... Taux de lectures               0.947 MB/s
265   Drive: MSI M390 500GB (51122070167200... Taux d'‚critures             1.386 MB/s
266   Drive: MSI M390 500GB (51122070167200... Lire le total                  30,839 Mo
267   Drive: MSI M390 500GB (51122070167200... crivez le total              16,611 Mo
268   Drive: ST31000333AS (9TE27ECG)           Activit‚ de lecture          0.0 %
269   Drive: ST31000333AS (9TE27ECG)           Activit‚ d'‚criture        0.0 %
270   Drive: ST31000333AS (9TE27ECG)           Activit‚ totale              0.0 %
271   Drive: ST31000333AS (9TE27ECG)           Taux de lectures               0.000 MB/s
272   Drive: ST31000333AS (9TE27ECG)           Taux d'‚critures             0.000 MB/s
273   Drive: ST31000333AS (9TE27ECG)           Lire le total                  0 Mo
274   Drive: ST31000333AS (9TE27ECG)           crivez le total              0 Mo
275   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Activit‚ de lecture          0.0 %
276   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Activit‚ d'‚criture        0.0 %
277   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Activit‚ totale              0.0 %
278   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Taux de lectures               0.000 MB/s
279   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Taux d'‚critures             0.000 MB/s
280   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Lire le total                  65 Mo
281   Drive: Samsung SSD 870 QVO 2TB (S5SUN... crivez le total              0 Mo
282   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Activit‚ de lecture          0.0 %
283   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Activit‚ d'‚criture        0.0 %
284   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Activit‚ totale              0.0 %
285   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Taux de lectures               0.000 MB/s
286   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Taux d'‚critures             0.000 MB/s
287   Drive: Samsung SSD 870 QVO 2TB (S5SUN... Lire le total                  386 Mo
288   Drive: Samsung SSD 870 QVO 2TB (S5SUN... crivez le total              3 Mo
293   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Temp‚rature GPU              46.2 °C
294   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Temp‚rature du point chau... 54.1 °C
295   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Limite thermique GPU           83.0 °C
296   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Tension du cour du GPU         0.656 V
340   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Tensions des lignes GPU        12.108 V
297   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU PCIe +12V Tension d'ent... 12.148 V
298   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU 8-pin #1 Tension d'entr... 12.104 V
299   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Misc0 Tension d'entr‚e   12.071 V
300   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Ventilateur1               0 RPM
301   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Ventilateur2               0 RPM
302   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Consommation d'‚nergie   18.057 W
341   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Consommations d'‚nergie d... 7.411 W
303   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Core (NVVDD) Saisir Con... 4.912 W
304   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU PCIe +12V Saisir Consom... 2.478 W
305   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU 8-pin #1 Saisir Consomm... 15.578 W
306   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Misc0 Saisir Consommati... 12.626 W
307   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Core (NVVDD2) Saisir Co... 4.912 W
308   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Source PP d'entr‚e GPU Co... 13.155 W
309   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Core (NVVDD) Sortir Con... 1.120 W
310   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Core (NVVDD) Sortir Con... 4.508 W
311   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Horloge GPU                    210.0 MHz
312   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Horloge m‚moire GPU          101.2 MHz
313   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Horloge vid‚o du GPU         555.0 MHz
314   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Horloge effective du GPU       210.0 MHz
315   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Crossbar Horloge           600.0 MHz
316   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Charge du cour du GPU          28.0 %
317   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Charge du contr“leur de m... 25.0 %
318   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Charge du moteur vid‚o GPU   0.0 %
319   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Charge du bus GPU              0.0 %
320   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Utilisation de la m‚moire... 9.0 %
343   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU D3D Utilisations           4.8 %
321   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Utilisation du GPU D3D         19.3 %
322   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Video Decode 0 Utilisation 0.0 %
323   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Video Encode 0 Utilisation 0.0 %
324   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU VR Utilisation             0.0 %
325   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Ventilateur1               0 %
326   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Ventilateur2               0 %
342   GPU [#0]: NVIDIA GeForce RTX 3060: MS... GPU Limiteurs de performances  Oui
327   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Limite de performance - Con... Non
328   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Limite de performance - The... Non
329   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Limite de performance - Ten... Non
330   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Limite de performance - Ten... Non
331   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Limite de performance - Uti... Oui
332   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Limite de performances - SL... Non
333   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Consommation d'‚nergie to... 10.6 %
334   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Puissance GPU totale (norma... 10.4 %
335   GPU [#0]: NVIDIA GeForce RTX 3060: MS... M‚moire GPU disponible       11,188 Mo
336   GPU [#0]: NVIDIA GeForce RTX 3060: MS... M‚moire GPU allou‚e        1,100 Mo
337   GPU [#0]: NVIDIA GeForce RTX 3060: MS... D‚di‚e m‚moire GPU D3D   929 Mo
338   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Dynamique m‚moire GPU D3D    70 Mo
339   GPU [#0]: NVIDIA GeForce RTX 3060: MS... Vitesse de liaison PCIe        2.5 GT/s
344   PresentMon [chrome.exe]                  Fr‚quence d'images (Prese... 40.7 FPS
345   PresentMon [chrome.exe]                  Fr‚quence d'images (Displ... 3.8 FPS
346   PresentMon [chrome.exe]                  Temps de trame                 24.57 ms
347   PresentMon [chrome.exe]                  GPU Busy                       2.00 ms
348   PresentMon [chrome.exe]                  GPU Wait                       0.00 ms
349   PresentMon [chrome.exe]                  CPU Busy                       24.46 ms
350   PresentMon [chrome.exe]                  CPU Wait                       0.11 ms
351   R‚seau: RealTek Semiconductor RTL81... Total t‚l‚charg‚         8,447 Mo
352   R‚seau: RealTek Semiconductor RTL81... Total t‚l‚charg‚         15,215 Mo
353   R‚seau: RealTek Semiconductor RTL81... Taux de t‚l‚chargement ... 9.519 KB/s
354   R‚seau: RealTek Semiconductor RTL81... Taux de t‚l‚chargement ... 4.575 KB/s
355   Windows Hardware Errors (WHEA)           Total des erreurs              0 
`

and HWinfo settings :

`;///////////////////////////////////////////////////////////////////////////////////////////////////
;                                          HWiNFO Settings
;///////////////////////////////////////////////////////////////////////////////////////////////////
;
; Instructions:
;   https://github.com/SilverAzide/Gadgets/wiki/HOW-TO-Configure-HWiNFO#how-to-configure-hwinfo
;
; Install HWiNFO
;   The Gadgets require HWiNFO 7.02 or later. Please note that you **do not** need the HWiNFO Pro
;   edition, the free edition will work fine.
;
;   1. Download HWiNFO here: https://www.hwinfo.com/download/.
;   2. Install the application and run it.
;
; Configure HWiNFO Settings
;   Once HWiNFO is installed, the next step is to configure the HWiNFO settings.
;
;   1. When launching HWiNFO the first time, the Welcome splash screen will appear.
;   2. For the best user experience, check the **Sensors-only** option.
;   3. Click the **Settings** button to open the Settings window.
;   4. Unlike previous versions of HWiNFO, you **do not** need to enable the **Shared Memory
;      Support** option. You do need to enable this option if you use other Rainmeter skins that
;      require it.
;   5. If you would like HWiNFO to start automatically when you log into Windows, check the
;      **Auto Start** option.
;   6. If your computer has multiple GPUs, you may need to check one or both of the **Wake disabled
;      GPUs** options and the **Poll Sleeping GPUs** options if HWiNFO cannot find your GPU when it
;      is inactive.
;   7. Click **OK** to save your changes.
;   8. From the Welcome screen click **Run** to run HWiNFO.
;
; Configure Sensor Settings
;   After configuring the HWiNFO settings, the next step is to configure the Sensor settings.
;
;   1.  Right-click the HWiNFO tray icon and select the **Sensors** option.
;   2.  At the bottom of the Sensor Status screen, click the **Configure Sensors** button (gear icon).
;   3.  On the **General** tab, in the **Polling Period** section, change the **Global** option to
;       '1000' milliseconds and click the **Set** button.
;   4.  If you want temperatures in Fahrenheit, change the **Temperature Units** setting to
;       **Fahrenheit**.
;   5.  Check the **Show all fans (including stopped or not present)** option. Normally, HWiNFO will
;       only show fans that are running (or have run since the program was started). This can make
;       configuration of your Gadgets difficult, especially for laptops where the fans do not run
;       all the time.
;   6.  Select the **HWiNFO Gadget** tab.
;   7.  Check the **Enable reporting to Gadget** option.
;         **NOTE:** To be clear, this tab and this option are in reference to the HWiNFO Windows
;         Sidebar Gadget (https://www.hwinfo.com/add-ons/), not the Rainmeter-based Gadgets
;         (https://github.com/SilverAzide/Gadgets#readme). Rainmeter skins can take advantage of
;         HWiNFO's Sidebar Gadget configuration to allow using HWiNFO without the need to use the
;         "Shared Memory Support" feature, and thus not require using the HWiNFO Pro edition of the
;         application.
;   8.  An "Entry" can be selected for monitoring by selecting the item and checking the **Report
;       value in Gadget** option. (Control-click or shift-click to select multiple entries.)
;       Select the following entries (the actual names may differ depending on your hardware):
;         - All 'Core Clock' clock frequency entries (one per physical core) from the CPU sensor;
;         - All 'Core' temperature entries (one per physical core for Intel CPUs, one per CPU die or
;           per CCD/"chiplet" for AMD CPUs) from the CPU's DTS (Digital Thermal Sensor) sensor;
;         - The 'Core 0 Distance to TjMax' temperature entry, if available;
;         - The 'Core Max' (maximum of all cores) temperature entry for Intel CPUs, or the
;           'CPU(Tdie)' or 'CPU (Tctl/Tdie)' entry for AMD CPUs, if available;
;         - The 'CPU' fan RPM entry on the motherboard sensor;
;         - The 'GPU Temperature' entry on the GPU sensor(s);
;         - The 'GPU Thermal Limit' entry on the GPU sensor(s), if available;
;         - The 'GPU Clock' entry on the GPU sensor(s);
;         - The 'GPU Memory Clock' entry on the GPU sensor(s);
;         - The 'GPU Core Load' (or "GPU Usage") percentage entry on the GPU sensor(s);
;         - The 'GPU Memory Usage' percentage entry on the GPU sensor(s), if available;
;         - The 'GPU Memory Allocated' (or 'GPU Memory Usage' in megabytes) entry on the GPU
;           sensor(s);
;         - The 'GPU Fan Usage' percentage on the GPU sensor(s) for up to 4 fans per GPU, if
;           available;
;         - The 'GPU' fan RPM entry on the GPU sensor(s) or on the motherboard sensor, whichever is
;           available, for up to 4 fan sensors per GPU;
;         - The 'GPU Core Voltage' entry or any 6 additional sensor entries per GPU.
;
;        If you want to use the UPS Meter, select the following entries (the actual names may differ
;        depending on your hardware):
;         - The 'AC Power' entry on the UPS sensor (a Yes/No value);
;         - The 'Charge Level' percentage entry on the UPS sensor;
;         - The 'Estimated Runtime' (in minutes) entry on the UPS sensor;
;         - The 'Battery Voltage' entry on the UPS sensor;
;         - The 'UPS Load' wattage entry on the UPS sensor;
;         - The 'UPS Load' percentage entry on the UPS sensor.
;
;       NOTE: If you use other skins that use HWiNFO, enable every sensor entry needed by all skins
;       you use. It is not recommended to enable every entry in the list for reporting, as this will
;       noticeably impact your system performance.
;   9.  As entries are selected for reporting, you may notice they are assigned an **Index** number.
;       This index is the key to mapping your Gadget configuration to the sensor entries in HWiNFO.
;       It is important to note that if you later add or remove entries for reporting, the index
;       values may change and the list of indexes may be reordered. If this occurs, your Gadgets
;       will need to be reconfigured to reference the proper indexes.
;   10. Click **OK** on the Sensor Settings dialog.
;   11. On the Sensors dialog, click the **Close and Save Changes** button (blue 'X' icon) to
;       minimize the window.
;
; Configure Gadgets Settings
;   NOTE: All CPU Meter monitors LOGICAL cores, while HWiNFO monitors PHYSICAL cores. If your system
;         has multiple CPU sockets, you will need to configure HWiNFO to report both CPUs and assign
;         the entry indexes to the proper variables below.
;
;   NOTE: By default, three pre-configured GPU Meter skins are provided for you; each skin (in the
;         folders "GPU #0", "GPU #1", "GPU #2") monitors a specific GPU as shown by HWiNFO.
;         Typically, on most Intel-based systems, "GPU #0" will correspond to the integrated GPU
;         (e.g., "Intel HD Graphics"), while "GPU #1" will correspond to your dedicated GPU (e.g.,
;         nVidia or AMD). AMD CPUs also offer integrated GPUs, and will act similarly. Select the
;         GPU Meter(s) that correspond to the GPU(s) you are trying to monitor. If you have more
;         than 3 GPUs (like a quad-SLI setup), then you can follow the instructions at:
;           https://github.com/SilverAzide/Gadgets/wiki/HOW-TO-Configure-the-GPU-Meter-to-monitor-multiple-GPUs#for-systems-with-more-than-3-gpus-4-way-sli-systems-do-the-following
;         to create additional GPU Meters for GPU #3, GPU#4, etc.
;
;   NOTE: If you don't have a particular sensor (i.e., you don't have "GPU #1"), then set all the
;         variable values for that sensor to blank ("").
;
;         If you don't have a particular entry for a sensor (i.e., you don't have cores 5/6/7/8),
;         then for that entry set the variable value to blank ("").
;
;   NOTE: If HWiNFO reports that your system has a GPU #1 but does NOT show a GPU #0, or shows
;         limited data for GPU #0, then you can record the index values for GPU #1 against the
;         GPU #0 variables. This situation can occur when you have multiple GPUs and the first GPU
;         (#0) is disabled and/or HWiNFO cannot wake it up (e.g., nVidia Optimus).
;
;   NOTE: If you were not able to find a sensor entry from the list above, and do not have an index
;         to assign to the corresponding variable listed below, that may simply mean that the sensor
;         is not available on your hardware, OR that the name of the sensor is slightly
;         different than shown in the list. (For example, I have a machine where the GPU fan is
;         shown as "GPU", another where it is shown as "System/GPU", and another where there is no
;         GPU fan sensor at all.) Use a value of blank ("") if you don't have a particular sensor.
;
;   SPECIAL NOTE Regarding AMD GPUs:
;         As of this writing, certain newer AMD GPUs and drivers now support reporting the amount
;         of video RAM in use. However, AMD cards still do not report the amount of RAM in use as a
;         percentage, nor do they report the total amount of dedicated RAM that is installed. As a
;         result, you must configure the settings below to tell the GPU Meter how much dedicated RAM
;         your card has available.
;
;         For older AMD and ATI video cards, you will not be able to monitor the amount of RAM in
;         use nor monitor the total amount of RAM available. This is a known limitation of ATI/AMD
;         video cards, not an issue with HWiNFO, Rainmeter, or the GPU Meter. The original
;         addgadgets.com Sidebar Gadget did not report these values for AMD cards either. You will
;         need to set the values for the "HWiNFO-GPUn-MemoryUsage" and "HWiNFO-GPUn-MemoryAlloc"
;         variables to blank ("") to disable them.
;
;   SPECIAL NOTE Regarding AMD CPUs:
;         As of this writing, many AMD CPUs do not report temperatures on a per-core basis; there
;         is either a single temperature sensor for the die and/or overall processor, or there are
;         temperature sensors on each "chiplet" (or "CCD" as AMD calls them). HWiNFO v7.06 and later
;         can report per-core temperatures for some AMD processors. If HWiNFO does not report
;         per-core temperatures for your CPU, you will need record the index of the CPU die
;         temperature sensor against all the cores that the CPU/die/chiplet pertains to. This will
;         result in the All CPU Meter gadget displaying the same temperature for every core or group
;         of cores.
;
;         If you prefer to show a single temperature value, uncheck the "Show Temperatures Per-Core"
;         option and check the "Override TjMax" option. As of this writing, AMD CPUs do not report
;         the TjMax value, so you must enter the TjMax value applicable to your CPU (this value
;         varies based on the processor model, but is typically 90-95°C).
;
;   1. For the Gadget you are configuring, click the wrench icon in the upper right corner to open
;      the Settings.
;   2. Click the HWiNFO icon or the **List HWiNFO Indexes** link to display the HWiNFO indexes you
;      selected during the Sensor Settings configuration.
;   3. Click the **Notepad** icon to display the HWiNFO configuration file (this file).
;   4. Using the list of indexes, enter each index number against the corresponding variables below.
;
;      Intel CPU Example:  Variable "HWiNFO_CPU0_DTS_Core0Temp" references the "Core 0" temperature
;                          index. Find the "Core 0" temperature entry (Label) in the HWiNFO index
;                          list:
;
;                          Index Sensor                                Label      Value
;                          ===== ===================================== ========== =====
;                          4     CPU [#0]: Intel Core i7-6700HQ: DTS   Core 0     68 °C
;                          5     CPU [#0]: Intel Core i7-6700HQ: DTS   Core 1     61 °C
;                          6     CPU [#0]: Intel Core i7-6700HQ: DTS   Core 2     61 °C
;                          7     CPU [#0]: Intel Core i7-6700HQ: DTS   Core 3     56 °C
;                          ...
;                          9     CPU [#0]: Intel Core i7-6700HQ: DTS   Core Max   68 °C
;
;                          Assign the indexes to the variables, like so:
;                            HWiNFO_CPU0_DTS_Core0Temp=4
;                            HWiNFO_CPU0_DTS_Core1Temp=5
;                            HWiNFO_CPU0_DTS_Core2Temp=6
;                            HWiNFO_CPU0_DTS_Core3Temp=7
;                            HWiNFO_CPU0_DTS_CoreMax=9
;
;      AMD CPU Example 1:  Some AMD CPUs do not report temperatures on a per-core basis; as a
;                          result, the CPU die temperature can be recorded as core temperatures as a
;                          work-around.
;
;                          Find the "CPU(Tdie)" temperature entry in the HWiNFO index list:
;
;                          Index Sensor                                  Label       Value
;                          ===== ======================================= =========== =====
;                          4     CPU [#0]: AMD Ryzen 7 2700X: Enhanced   CPU(Tdie)   50 °C
;
;                          Assign the index to all the variables for as many physical cores as you
;                          have, and also to the "core max" variable, like so:
;                            HWiNFO_CPU0_DTS_Core0Temp=4
;                            HWiNFO_CPU0_DTS_Core1Temp=4
;                            HWiNFO_CPU0_DTS_Core2Temp=4
;                            HWiNFO_CPU0_DTS_Core3Temp=4
;                            HWiNFO_CPU0_DTS_CoreMax=4
;
;      AMD CPU Example 2:  Some AMD CPUs, like Threadrippers, are composed of chiplets or "CCDs",
;                          packages of 8-core/16-thread processors. Temperatures are reported per
;                          chiplet; as a result, the chiplet/die temperature can be recorded as core
;                          temperatures as a work-around. There is an additional sensor that reports
;                          the maximum of all CCDs; record this index against the CoreMax variable.
;
;                          Find the temperature entries in the HWiNFO index list:
;
;                          Index Sensor                                             Label             Value
;                          ===== ================================================== ================= =====
;                          4     CPU [#0]: AMD Ryzen Threadripper 3970X: Enhanced   CPU CCD1 (Tdie)   47 °C
;                          5     CPU [#0]: AMD Ryzen Threadripper 3970X: Enhanced   CPU CCD3 (Tdie)   46 °C
;                          6     CPU [#0]: AMD Ryzen Threadripper 3970X: Enhanced   CPU CCD5 (Tdie)   46 °C
;                          7     CPU [#0]: AMD Ryzen Threadripper 3970X: Enhanced   CPU CCD7 (Tdie)   38 °C
;                          8     CPU [#0]: AMD Ryzen Threadripper 3970X: Enhanced   CPU (Tctl/Tdie)   47 °C
;
;                          Assign the indexes to all the variables for as many physical cores as you
;                          have, like so:
;                            HWiNFO_CPU0_DTS_Core0Temp=4
;                            HWiNFO_CPU0_DTS_Core1Temp=4
;                            ...
;                            HWiNFO_CPU0_DTS_Core8Temp=5
;                            ...
;                            HWiNFO_CPU0_DTS_Core16Temp=6
;                            ...
;                            HWiNFO_CPU0_DTS_Core24Temp=7
;                            ...
;                            HWiNFO_CPU0_DTS_Core31Temp=7
;                            HWiNFO_CPU0_DTS_CoreMax=8
;
;   5. Save the HWiNFO configuration file and click the blue **Refresh** icon in the Settings to
;      refresh Rainmeter.
;
; FINAL NOTE: Every CPU, motherboard, GPU, etc. WILL HAVE DIFFERENT SENSORS and ENTRY values shown
;             in HWiNFO. Your PC may not have one or more sensors available, or the names of the
;             sensors/entries may be completely different. Do not change the variable names, only
;             the index values. If your Gadgets are not displaying any data, or the wrong data, then
;             double-check your settings, your entry indexes, and make sure the HWiNFO application
;             is running AND the Sensors window is ALSO running. Please don't contact me if you
;             don't see anything happening, because most likely it is your configuration that is the
;             issue.
;
; FINAL FINAL NOTE: If you have not read the above paragraph, now would be a good time. :^)
;

[Variables]
;
;--------------------------------------------- CPU #0 ----------------------------------------------
;
; CPU #0 core clock frequency (MHz)
HWiNFO_CPU0_Core0Clock=
HWiNFO_CPU0_Core1Clock=
HWiNFO_CPU0_Core2Clock=
HWiNFO_CPU0_Core3Clock=
HWiNFO_CPU0_Core4Clock=
HWiNFO_CPU0_Core5Clock=
HWiNFO_CPU0_Core6Clock=
HWiNFO_CPU0_Core7Clock=
HWiNFO_CPU0_Core8Clock=
HWiNFO_CPU0_Core9Clock=
HWiNFO_CPU0_Core10Clock=
HWiNFO_CPU0_Core11Clock=
HWiNFO_CPU0_Core12Clock=
HWiNFO_CPU0_Core13Clock=
HWiNFO_CPU0_Core14Clock=
HWiNFO_CPU0_Core15Clock=
HWiNFO_CPU0_Core16Clock=
HWiNFO_CPU0_Core17Clock=
HWiNFO_CPU0_Core18Clock=
HWiNFO_CPU0_Core19Clock=
HWiNFO_CPU0_Core20Clock=
HWiNFO_CPU0_Core21Clock=
HWiNFO_CPU0_Core22Clock=
HWiNFO_CPU0_Core23Clock=
HWiNFO_CPU0_Core24Clock=
HWiNFO_CPU0_Core25Clock=
HWiNFO_CPU0_Core26Clock=
HWiNFO_CPU0_Core27Clock=
HWiNFO_CPU0_Core28Clock=
HWiNFO_CPU0_Core29Clock=
HWiNFO_CPU0_Core30Clock=
HWiNFO_CPU0_Core31Clock=
HWiNFO_CPU0_Core32Clock=
HWiNFO_CPU0_Core33Clock=
HWiNFO_CPU0_Core34Clock=
HWiNFO_CPU0_Core35Clock=
HWiNFO_CPU0_Core36Clock=
HWiNFO_CPU0_Core37Clock=
HWiNFO_CPU0_Core38Clock=
HWiNFO_CPU0_Core39Clock=
HWiNFO_CPU0_Core40Clock=
HWiNFO_CPU0_Core41Clock=
HWiNFO_CPU0_Core42Clock=
HWiNFO_CPU0_Core43Clock=
HWiNFO_CPU0_Core44Clock=
HWiNFO_CPU0_Core45Clock=
HWiNFO_CPU0_Core46Clock=
HWiNFO_CPU0_Core47Clock=
HWiNFO_CPU0_Core48Clock=
HWiNFO_CPU0_Core49Clock=
HWiNFO_CPU0_Core50Clock=
HWiNFO_CPU0_Core51Clock=
HWiNFO_CPU0_Core52Clock=
HWiNFO_CPU0_Core53Clock=
HWiNFO_CPU0_Core54Clock=
HWiNFO_CPU0_Core55Clock=
HWiNFO_CPU0_Core56Clock=
HWiNFO_CPU0_Core57Clock=
HWiNFO_CPU0_Core58Clock=
HWiNFO_CPU0_Core59Clock=
HWiNFO_CPU0_Core60Clock=
HWiNFO_CPU0_Core61Clock=
HWiNFO_CPU0_Core62Clock=
HWiNFO_CPU0_Core63Clock=

;
; CPU #0 DTS (digital thermal sensor)
;   (For AMD CPUs without per-core temperature sensors, see the "SPECIAL NOTE Regarding AMD CPUs"
;   above. Record the CPU die temperature'CPU (Tdie)' or 'CPU CCD (Tdie)' index against every
;   corresponding physical core.)
;
; CPU #0 core temperature (degrees)
HWiNFO_CPU0_DTS_Core0Temp=
HWiNFO_CPU0_DTS_Core1Temp=
HWiNFO_CPU0_DTS_Core2Temp=
HWiNFO_CPU0_DTS_Core3Temp=
HWiNFO_CPU0_DTS_Core4Temp=
HWiNFO_CPU0_DTS_Core5Temp=
HWiNFO_CPU0_DTS_Core6Temp=
HWiNFO_CPU0_DTS_Core7Temp=
HWiNFO_CPU0_DTS_Core8Temp=
HWiNFO_CPU0_DTS_Core9Temp=
HWiNFO_CPU0_DTS_Core10Temp=
HWiNFO_CPU0_DTS_Core11Temp=
HWiNFO_CPU0_DTS_Core12Temp=
HWiNFO_CPU0_DTS_Core13Temp=
HWiNFO_CPU0_DTS_Core14Temp=
HWiNFO_CPU0_DTS_Core15Temp=
HWiNFO_CPU0_DTS_Core16Temp=
HWiNFO_CPU0_DTS_Core17Temp=
HWiNFO_CPU0_DTS_Core18Temp=
HWiNFO_CPU0_DTS_Core19Temp=
HWiNFO_CPU0_DTS_Core20Temp=
HWiNFO_CPU0_DTS_Core21Temp=
HWiNFO_CPU0_DTS_Core22Temp=
HWiNFO_CPU0_DTS_Core23Temp=
HWiNFO_CPU0_DTS_Core24Temp=
HWiNFO_CPU0_DTS_Core25Temp=
HWiNFO_CPU0_DTS_Core26Temp=
HWiNFO_CPU0_DTS_Core27Temp=
HWiNFO_CPU0_DTS_Core28Temp=
HWiNFO_CPU0_DTS_Core29Temp=
HWiNFO_CPU0_DTS_Core30Temp=
HWiNFO_CPU0_DTS_Core31Temp=
HWiNFO_CPU0_DTS_Core32Temp=
HWiNFO_CPU0_DTS_Core33Temp=
HWiNFO_CPU0_DTS_Core34Temp=
HWiNFO_CPU0_DTS_Core35Temp=
HWiNFO_CPU0_DTS_Core36Temp=
HWiNFO_CPU0_DTS_Core37Temp=
HWiNFO_CPU0_DTS_Core38Temp=
HWiNFO_CPU0_DTS_Core39Temp=
HWiNFO_CPU0_DTS_Core40Temp=
HWiNFO_CPU0_DTS_Core41Temp=
HWiNFO_CPU0_DTS_Core42Temp=
HWiNFO_CPU0_DTS_Core43Temp=
HWiNFO_CPU0_DTS_Core44Temp=
HWiNFO_CPU0_DTS_Core45Temp=
HWiNFO_CPU0_DTS_Core46Temp=
HWiNFO_CPU0_DTS_Core47Temp=
HWiNFO_CPU0_DTS_Core48Temp=
HWiNFO_CPU0_DTS_Core49Temp=
HWiNFO_CPU0_DTS_Core50Temp=
HWiNFO_CPU0_DTS_Core51Temp=
HWiNFO_CPU0_DTS_Core52Temp=
HWiNFO_CPU0_DTS_Core53Temp=
HWiNFO_CPU0_DTS_Core54Temp=
HWiNFO_CPU0_DTS_Core55Temp=
HWiNFO_CPU0_DTS_Core56Temp=
HWiNFO_CPU0_DTS_Core57Temp=
HWiNFO_CPU0_DTS_Core58Temp=
HWiNFO_CPU0_DTS_Core59Temp=
HWiNFO_CPU0_DTS_Core60Temp=
HWiNFO_CPU0_DTS_Core61Temp=
HWiNFO_CPU0_DTS_Core62Temp=
HWiNFO_CPU0_DTS_Core63Temp=
; CPU #0 core 0 distance to TjMAX (degrees)
;   NOTE: for AMD CPUs that do not report TjMax values, set the following value to blank
HWiNFO_CPU0_DTS_DistToTjMax=
; CPU #0 maximum current core temperature (degrees)
;   NOTE: for Intel CPUs and some AMD CPUs, this sensor reports the maximum temperature of all cores
;   NOTE: for some AMD CPUs that do not have a maximum temperature sensor, set the following value
;         to the index of the sensor corresponding to the die temperature (Tdie) or CCD package
;         (Tctl/Tdie)
HWiNFO_CPU0_DTS_CoreMax=

;
;--------------------------------------------- CPU #1 ----------------------------------------------
;
; CPU #1 core clock frequency (MHz)
HWiNFO_CPU1_Core0Clock=
HWiNFO_CPU1_Core1Clock=
HWiNFO_CPU1_Core2Clock=
HWiNFO_CPU1_Core3Clock=
HWiNFO_CPU1_Core4Clock=
HWiNFO_CPU1_Core5Clock=
HWiNFO_CPU1_Core6Clock=
HWiNFO_CPU1_Core7Clock=
HWiNFO_CPU1_Core8Clock=
HWiNFO_CPU1_Core9Clock=
HWiNFO_CPU1_Core10Clock=
HWiNFO_CPU1_Core11Clock=
HWiNFO_CPU1_Core12Clock=
HWiNFO_CPU1_Core13Clock=
HWiNFO_CPU1_Core14Clock=
HWiNFO_CPU1_Core15Clock=
HWiNFO_CPU1_Core16Clock=
HWiNFO_CPU1_Core17Clock=
HWiNFO_CPU1_Core18Clock=
HWiNFO_CPU1_Core19Clock=
HWiNFO_CPU1_Core20Clock=
HWiNFO_CPU1_Core21Clock=
HWiNFO_CPU1_Core22Clock=
HWiNFO_CPU1_Core23Clock=
HWiNFO_CPU1_Core24Clock=
HWiNFO_CPU1_Core25Clock=
HWiNFO_CPU1_Core26Clock=
HWiNFO_CPU1_Core27Clock=
HWiNFO_CPU1_Core28Clock=
HWiNFO_CPU1_Core29Clock=
HWiNFO_CPU1_Core30Clock=
HWiNFO_CPU1_Core31Clock=
HWiNFO_CPU1_Core32Clock=
HWiNFO_CPU1_Core33Clock=
HWiNFO_CPU1_Core34Clock=
HWiNFO_CPU1_Core35Clock=
HWiNFO_CPU1_Core36Clock=
HWiNFO_CPU1_Core37Clock=
HWiNFO_CPU1_Core38Clock=
HWiNFO_CPU1_Core39Clock=
HWiNFO_CPU1_Core40Clock=
HWiNFO_CPU1_Core41Clock=
HWiNFO_CPU1_Core42Clock=
HWiNFO_CPU1_Core43Clock=
HWiNFO_CPU1_Core44Clock=
HWiNFO_CPU1_Core45Clock=
HWiNFO_CPU1_Core46Clock=
HWiNFO_CPU1_Core47Clock=
HWiNFO_CPU1_Core48Clock=
HWiNFO_CPU1_Core49Clock=
HWiNFO_CPU1_Core50Clock=
HWiNFO_CPU1_Core51Clock=
HWiNFO_CPU1_Core52Clock=
HWiNFO_CPU1_Core53Clock=
HWiNFO_CPU1_Core54Clock=
HWiNFO_CPU1_Core55Clock=
HWiNFO_CPU1_Core56Clock=
HWiNFO_CPU1_Core57Clock=
HWiNFO_CPU1_Core58Clock=
HWiNFO_CPU1_Core59Clock=
HWiNFO_CPU1_Core60Clock=
HWiNFO_CPU1_Core61Clock=
HWiNFO_CPU1_Core62Clock=
HWiNFO_CPU1_Core63Clock=

;
; CPU #1 DTS (digital thermal sensor)
;   (For AMD CPUs without per-core temperature sensors, see the "SPECIAL NOTE Regarding AMD CPUs"
;   above. Record the CPU die temperature'CPU (Tdie)' or 'CPU CCD (Tdie)' index against every
;   corresponding physical core.)
;
; CPU #1 core temperature (degrees)
HWiNFO_CPU1_DTS_Core0Temp=
HWiNFO_CPU1_DTS_Core1Temp=
HWiNFO_CPU1_DTS_Core2Temp=
HWiNFO_CPU1_DTS_Core3Temp=
HWiNFO_CPU1_DTS_Core4Temp=
HWiNFO_CPU1_DTS_Core5Temp=
HWiNFO_CPU1_DTS_Core6Temp=
HWiNFO_CPU1_DTS_Core7Temp=
HWiNFO_CPU1_DTS_Core8Temp=
HWiNFO_CPU1_DTS_Core9Temp=
HWiNFO_CPU1_DTS_Core10Temp=
HWiNFO_CPU1_DTS_Core11Temp=
HWiNFO_CPU1_DTS_Core12Temp=
HWiNFO_CPU1_DTS_Core13Temp=
HWiNFO_CPU1_DTS_Core14Temp=
HWiNFO_CPU1_DTS_Core15Temp=
HWiNFO_CPU1_DTS_Core16Temp=
HWiNFO_CPU1_DTS_Core17Temp=
HWiNFO_CPU1_DTS_Core18Temp=
HWiNFO_CPU1_DTS_Core19Temp=
HWiNFO_CPU1_DTS_Core20Temp=
HWiNFO_CPU1_DTS_Core21Temp=
HWiNFO_CPU1_DTS_Core22Temp=
HWiNFO_CPU1_DTS_Core23Temp=
HWiNFO_CPU1_DTS_Core24Temp=
HWiNFO_CPU1_DTS_Core25Temp=
HWiNFO_CPU1_DTS_Core26Temp=
HWiNFO_CPU1_DTS_Core27Temp=
HWiNFO_CPU1_DTS_Core28Temp=
HWiNFO_CPU1_DTS_Core29Temp=
HWiNFO_CPU1_DTS_Core30Temp=
HWiNFO_CPU1_DTS_Core31Temp=
HWiNFO_CPU1_DTS_Core32Temp=
HWiNFO_CPU1_DTS_Core33Temp=
HWiNFO_CPU1_DTS_Core34Temp=
HWiNFO_CPU1_DTS_Core35Temp=
HWiNFO_CPU1_DTS_Core36Temp=
HWiNFO_CPU1_DTS_Core37Temp=
HWiNFO_CPU1_DTS_Core38Temp=
HWiNFO_CPU1_DTS_Core39Temp=
HWiNFO_CPU1_DTS_Core40Temp=
HWiNFO_CPU1_DTS_Core41Temp=
HWiNFO_CPU1_DTS_Core42Temp=
HWiNFO_CPU1_DTS_Core43Temp=
HWiNFO_CPU1_DTS_Core44Temp=
HWiNFO_CPU1_DTS_Core45Temp=
HWiNFO_CPU1_DTS_Core46Temp=
HWiNFO_CPU1_DTS_Core47Temp=
HWiNFO_CPU1_DTS_Core48Temp=
HWiNFO_CPU1_DTS_Core49Temp=
HWiNFO_CPU1_DTS_Core50Temp=
HWiNFO_CPU1_DTS_Core51Temp=
HWiNFO_CPU1_DTS_Core52Temp=
HWiNFO_CPU1_DTS_Core53Temp=
HWiNFO_CPU1_DTS_Core54Temp=
HWiNFO_CPU1_DTS_Core55Temp=
HWiNFO_CPU1_DTS_Core56Temp=
HWiNFO_CPU1_DTS_Core57Temp=
HWiNFO_CPU1_DTS_Core58Temp=
HWiNFO_CPU1_DTS_Core59Temp=
HWiNFO_CPU1_DTS_Core60Temp=
HWiNFO_CPU1_DTS_Core61Temp=
HWiNFO_CPU1_DTS_Core62Temp=
HWiNFO_CPU1_DTS_Core63Temp=
; CPU #1 core 0 distance to TjMAX (degrees)
;   NOTE: for AMD CPUs that do not report TjMax values, set the following value to blank
HWiNFO_CPU1_DTS_DistToTjMax=
; CPU #1 maximum current core temperature (degrees)
;   NOTE: for Intel CPUs and some AMD CPUs, this sensor reports the maximum temperature of all cores
;   NOTE: for some AMD CPUs that do not have a maximum temperature sensor, set the following value
;         to the index of the sensor corresponding to the die temperature (Tdie) or CCD package
;         (Tctl/Tdie)
HWiNFO_CPU1_DTS_CoreMax=

;
;--------------------------------------------- CPU #2 ----------------------------------------------
;
; CPU #2 core clock frequency (MHz)
HWiNFO_CPU2_Core0Clock=
HWiNFO_CPU2_Core1Clock=
HWiNFO_CPU2_Core2Clock=
HWiNFO_CPU2_Core3Clock=
HWiNFO_CPU2_Core4Clock=
HWiNFO_CPU2_Core5Clock=
HWiNFO_CPU2_Core6Clock=
HWiNFO_CPU2_Core7Clock=
HWiNFO_CPU2_Core8Clock=
HWiNFO_CPU2_Core9Clock=
HWiNFO_CPU2_Core10Clock=
HWiNFO_CPU2_Core11Clock=
HWiNFO_CPU2_Core12Clock=
HWiNFO_CPU2_Core13Clock=
HWiNFO_CPU2_Core14Clock=
HWiNFO_CPU2_Core15Clock=
HWiNFO_CPU2_Core16Clock=
HWiNFO_CPU2_Core17Clock=
HWiNFO_CPU2_Core18Clock=
HWiNFO_CPU2_Core19Clock=
HWiNFO_CPU2_Core20Clock=
HWiNFO_CPU2_Core21Clock=
HWiNFO_CPU2_Core22Clock=
HWiNFO_CPU2_Core23Clock=
HWiNFO_CPU2_Core24Clock=
HWiNFO_CPU2_Core25Clock=
HWiNFO_CPU2_Core26Clock=
HWiNFO_CPU2_Core27Clock=
HWiNFO_CPU2_Core28Clock=
HWiNFO_CPU2_Core29Clock=
HWiNFO_CPU2_Core30Clock=
HWiNFO_CPU2_Core31Clock=
HWiNFO_CPU2_Core32Clock=
HWiNFO_CPU2_Core33Clock=
HWiNFO_CPU2_Core34Clock=
HWiNFO_CPU2_Core35Clock=
HWiNFO_CPU2_Core36Clock=
HWiNFO_CPU2_Core37Clock=
HWiNFO_CPU2_Core38Clock=
HWiNFO_CPU2_Core39Clock=
HWiNFO_CPU2_Core40Clock=
HWiNFO_CPU2_Core41Clock=
HWiNFO_CPU2_Core42Clock=
HWiNFO_CPU2_Core43Clock=
HWiNFO_CPU2_Core44Clock=
HWiNFO_CPU2_Core45Clock=
HWiNFO_CPU2_Core46Clock=
HWiNFO_CPU2_Core47Clock=
HWiNFO_CPU2_Core48Clock=
HWiNFO_CPU2_Core49Clock=
HWiNFO_CPU2_Core50Clock=
HWiNFO_CPU2_Core51Clock=
HWiNFO_CPU2_Core52Clock=
HWiNFO_CPU2_Core53Clock=
HWiNFO_CPU2_Core54Clock=
HWiNFO_CPU2_Core55Clock=
HWiNFO_CPU2_Core56Clock=
HWiNFO_CPU2_Core57Clock=
HWiNFO_CPU2_Core58Clock=
HWiNFO_CPU2_Core59Clock=
HWiNFO_CPU2_Core60Clock=
HWiNFO_CPU2_Core61Clock=
HWiNFO_CPU2_Core62Clock=
HWiNFO_CPU2_Core63Clock=

;
; CPU #2 DTS (digital thermal sensor)
;   (For AMD CPUs without per-core temperature sensors, see the "SPECIAL NOTE Regarding AMD CPUs"
;   above. Record the CPU die temperature'CPU (Tdie)' or 'CPU CCD (Tdie)' index against every
;   corresponding physical core.)
;
; CPU #2 core temperature (degrees)
HWiNFO_CPU2_DTS_Core0Temp=
HWiNFO_CPU2_DTS_Core1Temp=
HWiNFO_CPU2_DTS_Core2Temp=
HWiNFO_CPU2_DTS_Core3Temp=
HWiNFO_CPU2_DTS_Core4Temp=
HWiNFO_CPU2_DTS_Core5Temp=
HWiNFO_CPU2_DTS_Core6Temp=
HWiNFO_CPU2_DTS_Core7Temp=
HWiNFO_CPU2_DTS_Core8Temp=
HWiNFO_CPU2_DTS_Core9Temp=
HWiNFO_CPU2_DTS_Core10Temp=
HWiNFO_CPU2_DTS_Core11Temp=
HWiNFO_CPU2_DTS_Core12Temp=
HWiNFO_CPU2_DTS_Core13Temp=
HWiNFO_CPU2_DTS_Core14Temp=
HWiNFO_CPU2_DTS_Core15Temp=
HWiNFO_CPU2_DTS_Core16Temp=
HWiNFO_CPU2_DTS_Core17Temp=
HWiNFO_CPU2_DTS_Core18Temp=
HWiNFO_CPU2_DTS_Core19Temp=
HWiNFO_CPU2_DTS_Core20Temp=
HWiNFO_CPU2_DTS_Core21Temp=
HWiNFO_CPU2_DTS_Core22Temp=
HWiNFO_CPU2_DTS_Core23Temp=
HWiNFO_CPU2_DTS_Core24Temp=
HWiNFO_CPU2_DTS_Core25Temp=
HWiNFO_CPU2_DTS_Core26Temp=
HWiNFO_CPU2_DTS_Core27Temp=
HWiNFO_CPU2_DTS_Core28Temp=
HWiNFO_CPU2_DTS_Core29Temp=
HWiNFO_CPU2_DTS_Core30Temp=
HWiNFO_CPU2_DTS_Core31Temp=
HWiNFO_CPU2_DTS_Core32Temp=
HWiNFO_CPU2_DTS_Core33Temp=
HWiNFO_CPU2_DTS_Core34Temp=
HWiNFO_CPU2_DTS_Core35Temp=
HWiNFO_CPU2_DTS_Core36Temp=
HWiNFO_CPU2_DTS_Core37Temp=
HWiNFO_CPU2_DTS_Core38Temp=
HWiNFO_CPU2_DTS_Core39Temp=
HWiNFO_CPU2_DTS_Core40Temp=
HWiNFO_CPU2_DTS_Core41Temp=
HWiNFO_CPU2_DTS_Core42Temp=
HWiNFO_CPU2_DTS_Core43Temp=
HWiNFO_CPU2_DTS_Core44Temp=
HWiNFO_CPU2_DTS_Core45Temp=
HWiNFO_CPU2_DTS_Core46Temp=
HWiNFO_CPU2_DTS_Core47Temp=
HWiNFO_CPU2_DTS_Core48Temp=
HWiNFO_CPU2_DTS_Core49Temp=
HWiNFO_CPU2_DTS_Core50Temp=
HWiNFO_CPU2_DTS_Core51Temp=
HWiNFO_CPU2_DTS_Core52Temp=
HWiNFO_CPU2_DTS_Core53Temp=
HWiNFO_CPU2_DTS_Core54Temp=
HWiNFO_CPU2_DTS_Core55Temp=
HWiNFO_CPU2_DTS_Core56Temp=
HWiNFO_CPU2_DTS_Core57Temp=
HWiNFO_CPU2_DTS_Core58Temp=
HWiNFO_CPU2_DTS_Core59Temp=
HWiNFO_CPU2_DTS_Core60Temp=
HWiNFO_CPU2_DTS_Core61Temp=
HWiNFO_CPU2_DTS_Core62Temp=
HWiNFO_CPU2_DTS_Core63Temp=
; CPU #2 core 0 distance to TjMAX (degrees)
;   NOTE: for AMD CPUs that do not report TjMax values, set the following value to blank
HWiNFO_CPU2_DTS_DistToTjMax=
; CPU #2 maximum current core temperature (degrees)
;   NOTE: for Intel CPUs and some AMD CPUs, this sensor reports the maximum temperature of all cores
;   NOTE: for some AMD CPUs that do not have a maximum temperature sensor, set the following value
;         to the index of the sensor corresponding to the die temperature (Tdie) or CCD package
;         (Tctl/Tdie)
HWiNFO_CPU2_DTS_CoreMax=

;
;--------------------------------------------- CPU #3 ----------------------------------------------
;
; CPU #3 core clock frequency (MHz)
HWiNFO_CPU3_Core0Clock=
HWiNFO_CPU3_Core1Clock=
HWiNFO_CPU3_Core2Clock=
HWiNFO_CPU3_Core3Clock=
HWiNFO_CPU3_Core4Clock=
HWiNFO_CPU3_Core5Clock=
HWiNFO_CPU3_Core6Clock=
HWiNFO_CPU3_Core7Clock=
HWiNFO_CPU3_Core8Clock=
HWiNFO_CPU3_Core9Clock=
HWiNFO_CPU3_Core10Clock=
HWiNFO_CPU3_Core11Clock=
HWiNFO_CPU3_Core12Clock=
HWiNFO_CPU3_Core13Clock=
HWiNFO_CPU3_Core14Clock=
HWiNFO_CPU3_Core15Clock=
HWiNFO_CPU3_Core16Clock=
HWiNFO_CPU3_Core17Clock=
HWiNFO_CPU3_Core18Clock=
HWiNFO_CPU3_Core19Clock=
HWiNFO_CPU3_Core20Clock=
HWiNFO_CPU3_Core21Clock=
HWiNFO_CPU3_Core22Clock=
HWiNFO_CPU3_Core23Clock=
HWiNFO_CPU3_Core24Clock=
HWiNFO_CPU3_Core25Clock=
HWiNFO_CPU3_Core26Clock=
HWiNFO_CPU3_Core27Clock=
HWiNFO_CPU3_Core28Clock=
HWiNFO_CPU3_Core29Clock=
HWiNFO_CPU3_Core30Clock=
HWiNFO_CPU3_Core31Clock=
HWiNFO_CPU3_Core32Clock=
HWiNFO_CPU3_Core33Clock=
HWiNFO_CPU3_Core34Clock=
HWiNFO_CPU3_Core35Clock=
HWiNFO_CPU3_Core36Clock=
HWiNFO_CPU3_Core37Clock=
HWiNFO_CPU3_Core38Clock=
HWiNFO_CPU3_Core39Clock=
HWiNFO_CPU3_Core40Clock=
HWiNFO_CPU3_Core41Clock=
HWiNFO_CPU3_Core42Clock=
HWiNFO_CPU3_Core43Clock=
HWiNFO_CPU3_Core44Clock=
HWiNFO_CPU3_Core45Clock=
HWiNFO_CPU3_Core46Clock=
HWiNFO_CPU3_Core47Clock=
HWiNFO_CPU3_Core48Clock=
HWiNFO_CPU3_Core49Clock=
HWiNFO_CPU3_Core50Clock=
HWiNFO_CPU3_Core51Clock=
HWiNFO_CPU3_Core52Clock=
HWiNFO_CPU3_Core53Clock=
HWiNFO_CPU3_Core54Clock=
HWiNFO_CPU3_Core55Clock=
HWiNFO_CPU3_Core56Clock=
HWiNFO_CPU3_Core57Clock=
HWiNFO_CPU3_Core58Clock=
HWiNFO_CPU3_Core59Clock=
HWiNFO_CPU3_Core60Clock=
HWiNFO_CPU3_Core61Clock=
HWiNFO_CPU3_Core62Clock=
HWiNFO_CPU3_Core63Clock=

;
; CPU #3 DTS (digital thermal sensor)
;   (For AMD CPUs without per-core temperature sensors, see the "SPECIAL NOTE Regarding AMD CPUs"
;   above. Record the CPU die temperature'CPU (Tdie)' or 'CPU CCD (Tdie)' index against every
;   corresponding physical core.)
;
; CPU #3 core temperature (degrees)
HWiNFO_CPU3_DTS_Core0Temp=
HWiNFO_CPU3_DTS_Core1Temp=
HWiNFO_CPU3_DTS_Core2Temp=
HWiNFO_CPU3_DTS_Core3Temp=
HWiNFO_CPU3_DTS_Core4Temp=
HWiNFO_CPU3_DTS_Core5Temp=
HWiNFO_CPU3_DTS_Core6Temp=
HWiNFO_CPU3_DTS_Core7Temp=
HWiNFO_CPU3_DTS_Core8Temp=
HWiNFO_CPU3_DTS_Core9Temp=
HWiNFO_CPU3_DTS_Core10Temp=
HWiNFO_CPU3_DTS_Core11Temp=
HWiNFO_CPU3_DTS_Core12Temp=
HWiNFO_CPU3_DTS_Core13Temp=
HWiNFO_CPU3_DTS_Core14Temp=
HWiNFO_CPU3_DTS_Core15Temp=
HWiNFO_CPU3_DTS_Core16Temp=
HWiNFO_CPU3_DTS_Core17Temp=
HWiNFO_CPU3_DTS_Core18Temp=
HWiNFO_CPU3_DTS_Core19Temp=
HWiNFO_CPU3_DTS_Core20Temp=
HWiNFO_CPU3_DTS_Core21Temp=
HWiNFO_CPU3_DTS_Core22Temp=
HWiNFO_CPU3_DTS_Core23Temp=
HWiNFO_CPU3_DTS_Core24Temp=
HWiNFO_CPU3_DTS_Core25Temp=
HWiNFO_CPU3_DTS_Core26Temp=
HWiNFO_CPU3_DTS_Core27Temp=
HWiNFO_CPU3_DTS_Core28Temp=
HWiNFO_CPU3_DTS_Core29Temp=
HWiNFO_CPU3_DTS_Core30Temp=
HWiNFO_CPU3_DTS_Core31Temp=
HWiNFO_CPU3_DTS_Core32Temp=
HWiNFO_CPU3_DTS_Core33Temp=
HWiNFO_CPU3_DTS_Core34Temp=
HWiNFO_CPU3_DTS_Core35Temp=
HWiNFO_CPU3_DTS_Core36Temp=
HWiNFO_CPU3_DTS_Core37Temp=
HWiNFO_CPU3_DTS_Core38Temp=
HWiNFO_CPU3_DTS_Core39Temp=
HWiNFO_CPU3_DTS_Core40Temp=
HWiNFO_CPU3_DTS_Core41Temp=
HWiNFO_CPU3_DTS_Core42Temp=
HWiNFO_CPU3_DTS_Core43Temp=
HWiNFO_CPU3_DTS_Core44Temp=
HWiNFO_CPU3_DTS_Core45Temp=
HWiNFO_CPU3_DTS_Core46Temp=
HWiNFO_CPU3_DTS_Core47Temp=
HWiNFO_CPU3_DTS_Core48Temp=
HWiNFO_CPU3_DTS_Core49Temp=
HWiNFO_CPU3_DTS_Core50Temp=
HWiNFO_CPU3_DTS_Core51Temp=
HWiNFO_CPU3_DTS_Core52Temp=
HWiNFO_CPU3_DTS_Core53Temp=
HWiNFO_CPU3_DTS_Core54Temp=
HWiNFO_CPU3_DTS_Core55Temp=
HWiNFO_CPU3_DTS_Core56Temp=
HWiNFO_CPU3_DTS_Core57Temp=
HWiNFO_CPU3_DTS_Core58Temp=
HWiNFO_CPU3_DTS_Core59Temp=
HWiNFO_CPU3_DTS_Core60Temp=
HWiNFO_CPU3_DTS_Core61Temp=
HWiNFO_CPU3_DTS_Core62Temp=
HWiNFO_CPU3_DTS_Core63Temp=
; CPU #3 core 0 distance to TjMAX (degrees)
;   NOTE: for AMD CPUs that do not report TjMax values, set the following value to blank
HWiNFO_CPU3_DTS_DistToTjMax=
; CPU #3 maximum current core temperature (degrees)
;   NOTE: for Intel CPUs and some AMD CPUs, this sensor reports the maximum temperature of all cores
;   NOTE: for some AMD CPUs that do not have a maximum temperature sensor, set the following value
;         to the index of the sensor corresponding to the die temperature (Tdie) or CCD package
;         (Tctl/Tdie)
HWiNFO_CPU3_DTS_CoreMax=

;
;------------------------------------------- Motherboard -------------------------------------------
;
; CPU fan speed (RPM); one fan per physical CPU
HWiNFO_MOBO_CPUFanSpeed=0
HWiNFO_MOBO_CPU1FanSpeed=
HWiNFO_MOBO_CPU2FanSpeed=
HWiNFO_MOBO_CPU3FanSpeed=

;
;--------------------------------------------- GPU #0 ----------------------------------------------
;
;   (For AMD GPUs, see the "SPECIAL NOTE Regarding AMD GPUs" above.)
;   (HWiNFO may not show GPU #0 in cases where you have a dedicated graphics card.)
;
; GPU temperature (degrees)
HWiNFO_GPU0_Temp=293
; GPU thermal limit (degrees); leave blank if sensor is not available or you don't want a bar graph
HWiNFO_GPU0_ThermalLimit=295
; GPU core voltage (volts)
HWiNFO_GPU0_CoreVoltage=296
; GPU core clock frequency (MHz)
HWiNFO_GPU0_Clock=311
; GPU memory clock frequency (MHz)
HWiNFO_GPU0_MemoryClock=312
; GPU core load (percent)
HWiNFO_GPU0_CoreLoad=316
; GPU memory usage (percent)
;   NOTE: for *most* nVidia GPUs, this sensor reports the percentage of RAM in use
;   NOTE: for *rare* nVidia GPUs that do NOT have a sensor for memory usage (percent), you MUST set this value to blank
;   NOTE: for all AMD and Intel GPUs, you MUST set this value to blank since this sensor does not exist
HWiNFO_GPU0_MemoryUsage=320
; GPU memory allocated (MB)
;   NOTE: for nVidia GPUs, set the following value to the index of the "GPU Memory Allocated" sensor (i.e., amount of VRAM allocated, in megabytes)
;   NOTE: for *some* AMD GPUs, set the following value to the index of the "GPU Memory Usage" sensor (i.e., amount of VRAM allocated, in megabytes)
;   NOTE: for *most* AMD GPUs, set the following value to blank since there is no sensor available to report allocated VRAM
;   NOTE: for Intel GPUs, set the following value to blank since there is no sensor available to report allocated VRAM
HWiNFO_GPU0_MemoryAlloc=336
; GPU fan usage (percent, not RPM!)
;   IMPORTANT: if your GPU sensor does not report fan usage, set the following value(s) to blank
HWiNFO_GPU0_FanUsage=325
HWiNFO_GPU0_FanUsage2=326
HWiNFO_GPU0_FanUsage3=
HWiNFO_GPU0_FanUsage4=
; GPU fan speed (RPM)
;   NOTE: the GPU fan speed sensor can be either on the graphics card or the motherboard, depending on your hardware
;   NOTE: set all values to blank to turn off fan monitoring; otherwise, do not skip entries
HWiNFO_GPU0_GPUFanSpeed=
HWiNFO_GPU0_GPUFanSpeed2=
HWiNFO_GPU0_GPUFanSpeed3=
HWiNFO_GPU0_GPUFanSpeed4=
; fan count; do not change this value manually
HWiNFO_GPU0_FanCount=0

; GPU optional additional monitoring
;   Enter the sensor indexes for up to 6 additional sensors. Set index to blank to turn off
;   monitoring; do not skip entries.
HWiNFO_GPU0_Option1=#HWiNFO_GPU0_CoreVoltage#
HWiNFO_GPU0_Option2=
HWiNFO_GPU0_Option3=
HWiNFO_GPU0_Option4=
HWiNFO_GPU0_Option5=
HWiNFO_GPU0_Option6=
; show/hide additional sensors on graph; 0=show, 1=hide
HWiNFO_GPU0_Option1_HideGraph=1
HWiNFO_GPU0_Option2_HideGraph=1
HWiNFO_GPU0_Option3_HideGraph=1
HWiNFO_GPU0_Option4_HideGraph=1
HWiNFO_GPU0_Option5_HideGraph=1
HWiNFO_GPU0_Option6_HideGraph=1
; option count; do not change this value manually
HWiNFO_GPU0_OptionCount=1

; GPU #0 RAM: for AMD GPUs, enter the total amount of dedicated RAM in megabytes (1 GB = 1024 MB)
;             for *most* nVidia GPUs that report memory usage (percent), you MUST set this value to 0 (zero)
;             for *rare* nVidia GPUs that do NOT report memory usage (percent), enter the total amount of dedicated RAM in megabytes (1 GB = 1024 MB)
;             for Intel GPUs, you MUST set this value to 0 (zero), as these GPUs have no dedicated RAM.
GPU0_MemoryTotal=0

;
;--------------------------------------------- GPU #1 ----------------------------------------------
;
;   (For AMD GPUs, see the "SPECIAL NOTE Regarding AMD GPUs" above.)
;   (HWiNFO may not show GPU #1 in cases where you have a dedicated graphics card.)
;
; GPU temperature (degrees)
HWiNFO_GPU1_Temp=
; GPU thermal limit (degrees); leave blank if sensor is not available or you don't want a bar graph
HWiNFO_GPU1_ThermalLimit=
; GPU core voltage (volts)
HWiNFO_GPU1_CoreVoltage=
; GPU core clock frequency (MHz)
HWiNFO_GPU1_Clock=
; GPU memory clock frequency (MHz)
HWiNFO_GPU1_MemoryClock=
; GPU core load (percent)
HWiNFO_GPU1_CoreLoad=
; GPU memory usage (percent)
;   NOTE: for *most* nVidia GPUs, this sensor reports the percentage of RAM in use
;   NOTE: for *rare* nVidia GPUs that do NOT have a sensor for memory usage (percent), you MUST set this value to blank
;   NOTE: for all AMD and Intel GPUs, you MUST set this value to blank since this sensor does not exist
HWiNFO_GPU1_MemoryUsage=
; GPU memory allocated (MB)
;   NOTE: for nVidia GPUs, set the following value to the index of the "GPU Memory Allocated" sensor (i.e., amount of VRAM allocated, in megabytes)
;   NOTE: for *some* AMD GPUs, set the following value to the index of the "GPU Memory Usage" sensor (i.e., amount of VRAM allocated, in megabytes)
;   NOTE: for *most* AMD GPUs, set the following value to blank since there is no sensor available to report allocated VRAM
;   NOTE: for Intel GPUs, set the following value to blank since there is no sensor available to report allocated VRAM
HWiNFO_GPU1_MemoryAlloc=
; GPU fan usage (percent, not RPM!)
;   IMPORTANT: if your GPU sensor does not report fan usage, set the following value(s) to blank
HWiNFO_GPU1_FanUsage=
HWiNFO_GPU1_FanUsage2=
HWiNFO_GPU1_FanUsage3=
HWiNFO_GPU1_FanUsage4=
; GPU fan speed (RPM)
;   NOTE: the GPU fan speed sensor can be either on the graphics card or the motherboard, depending on your hardware
;   NOTE: set all values to blank to turn off fan monitoring; otherwise, do not skip entries
HWiNFO_GPU1_GPUFanSpeed=
HWiNFO_GPU1_GPUFanSpeed2=
HWiNFO_GPU1_GPUFanSpeed3=
HWiNFO_GPU1_GPUFanSpeed4=
; fan count; do not change this value manually
HWiNFO_GPU1_FanCount=0

; GPU optional additional monitoring
;   Enter the sensor indexes for up to 6 additional sensors. Set index to blank to turn off
;   monitoring; do not skip entries.
HWiNFO_GPU1_Option1=#HWiNFO_GPU1_CoreVoltage#
HWiNFO_GPU1_Option2=
HWiNFO_GPU1_Option3=
HWiNFO_GPU1_Option4=
HWiNFO_GPU1_Option5=
HWiNFO_GPU1_Option6=
; show/hide additional sensors on graph; 0=show, 1=hide
HWiNFO_GPU1_Option1_HideGraph=1
HWiNFO_GPU1_Option2_HideGraph=1
HWiNFO_GPU1_Option3_HideGraph=1
HWiNFO_GPU1_Option4_HideGraph=1
HWiNFO_GPU1_Option5_HideGraph=1
HWiNFO_GPU1_Option6_HideGraph=1
; option count; do not change this value manually
HWiNFO_GPU1_OptionCount=0

; GPU #1 RAM: for AMD GPUs, enter the total amount of dedicated RAM in megabytes (1 GB = 1024 MB)
;             for *most* nVidia GPUs that report memory usage (percent), you MUST set this value to 0 (zero)
;             for *rare* nVidia GPUs that do NOT report memory usage (percent), enter the total amount of dedicated RAM in megabytes (1 GB = 1024 MB)
;             for Intel GPUs, you MUST set this value to 0 (zero), as these GPUs have no dedicated RAM.
GPU1_MemoryTotal=0

;
;--------------------------------------------- GPU #2 ----------------------------------------------
;
;   (For AMD GPUs, see the "SPECIAL NOTE Regarding AMD GPUs" above.)
;   (Typically, GPU #2 and more will only be used with systems having multiple dedicated GPUs (SLI).)
;
; GPU temperature (degrees)
HWiNFO_GPU2_Temp=
; GPU thermal limit (degrees); leave blank if sensor is not available or you don't want a bar graph
HWiNFO_GPU2_ThermalLimit=
; GPU core voltage (volts)
HWiNFO_GPU2_CoreVoltage=
; GPU core clock frequency (MHz)
HWiNFO_GPU2_Clock=
; GPU memory clock frequency (MHz)
HWiNFO_GPU2_MemoryClock=
; GPU core load (percent)
HWiNFO_GPU2_CoreLoad=
; GPU memory usage (percent)
;   NOTE: for *most* nVidia GPUs, this sensor reports the percentage of RAM in use
;   NOTE: for *rare* nVidia GPUs that do NOT have a sensor for memory usage (percent), you MUST set this value to blank
;   NOTE: for all AMD and Intel GPUs, you MUST set this value to blank since this sensor does not exist
HWiNFO_GPU2_MemoryUsage=
; GPU memory allocated (MB)
;   NOTE: for nVidia GPUs, set the following value to the index of the "GPU Memory Allocated" sensor (i.e., amount of VRAM allocated, in megabytes)
;   NOTE: for *some* AMD GPUs, set the following value to the index of the "GPU Memory Usage" sensor (i.e., amount of VRAM allocated, in megabytes)
;   NOTE: for *most* AMD GPUs, set the following value to blank since there is no sensor available to report allocated VRAM
;   NOTE: for Intel GPUs, set the following value to blank since there is no sensor available to report allocated VRAM
HWiNFO_GPU2_MemoryAlloc=
; GPU fan usage (percent, not RPM!)
;   IMPORTANT: if your GPU sensor does not report fan usage, set the following value(s) to blank
HWiNFO_GPU2_FanUsage=
HWiNFO_GPU2_FanUsage2=
HWiNFO_GPU2_FanUsage3=
HWiNFO_GPU2_FanUsage4=
; GPU fan speed (RPM)
;   NOTE: the GPU fan speed sensor can be either on the graphics card or the motherboard, depending on your hardware
;   NOTE: set all values to blank to turn off fan monitoring; otherwise, do not skip entries
HWiNFO_GPU2_GPUFanSpeed=
HWiNFO_GPU2_GPUFanSpeed2=
HWiNFO_GPU2_GPUFanSpeed3=
HWiNFO_GPU2_GPUFanSpeed4=
; fan count; do not change this value manually
HWiNFO_GPU2_FanCount=0

; GPU optional additional monitoring
;   Enter the sensor indexes for up to 6 additional sensors. Set index to blank to turn off
;   monitoring; do not skip entries.
HWiNFO_GPU2_Option1=#HWiNFO_GPU2_CoreVoltage#
HWiNFO_GPU2_Option2=
HWiNFO_GPU2_Option3=
HWiNFO_GPU2_Option4=
HWiNFO_GPU2_Option5=
HWiNFO_GPU2_Option6=
; show/hide additional sensors on graph; 0=show, 1=hide
HWiNFO_GPU2_Option1_HideGraph=1
HWiNFO_GPU2_Option2_HideGraph=1
HWiNFO_GPU2_Option3_HideGraph=1
HWiNFO_GPU2_Option4_HideGraph=1
HWiNFO_GPU2_Option5_HideGraph=1
HWiNFO_GPU2_Option6_HideGraph=1
; option count; do not change this value manually
HWiNFO_GPU2_OptionCount=0

; GPU #2 RAM: for AMD GPUs, enter the total amount of dedicated RAM in megabytes (1 GB = 1024 MB)
;             for *most* nVidia GPUs that report memory usage (percent), you MUST set this value to 0 (zero)
;             for *rare* nVidia GPUs that do NOT report memory usage (percent), enter the total amount of dedicated RAM in megabytes (1 GB = 1024 MB)
;             for Intel GPUs, you MUST set this value to 0 (zero), as these GPUs have no dedicated RAM.
GPU2_MemoryTotal=0

;
;---------------------------------------------- Fans -----------------------------------------------
;
; maximum fan speeds (used for hardware that cannot report fan usage as a percentage)
;
; NOTE: If higher fan speeds than shown here are encountered, GPU Meter/All CPU Meter will
;       automatically correct these values to the new maximum speed if FanMaxAutoUpdate is set to 1.
;       Set FanMaxAutoUpdate=0 to prevent GPU Meter/All CPU Meter from adjusting the maximum values.
;
FanCpuMax=2033
FanGpuMax=3000
FanMaxAutoUpdate=1

;
;------------------------------------------- UPS Battery -------------------------------------------
;
; UPS AC Power (Yes/No)
HWiNFO_UPS_ACLine=
; UPS Charge Level (percentage)
HWiNFO_UPS_Percent=
; UPS Estimated Runtime (minutes)
HWiNFO_UPS_Lifetime=
; UPS Battery Voltage (volts)
HWiNFO_UPS_Voltage=
; UPS Load (watts)
HWiNFO_UPS_LoadWatts=
; UPS Load (percentage)
HWiNFO_UPS_LoadPercent=

; HWiNFO translations
; NOTE: HWiNFO outputs "Yes"/"No" text values for some sensors when running in English. If your
;       installation of HWiNFO is not running in English, enter the translations for these strings
;       here; for example, if your HWiNFO is running in French:
;         HWiNFO_Yes="Oui"
;         HWiNFO_No="Non"
;
HWiNFO_Yes="Yes"
HWiNFO_No="No"

;eof
SilverAzide commented 1 week ago

Thank you, this helps a lot...

As I suspected, you have not configured the CPU Meter at all. You've only configured HWiNFO. You still need to configure the Gadgets so they can see the HWiNFO data. I see you have partially configured the GPU Meter, so you will need to complete that task as well before it will show all the data properly.

As a side note, as stated in the Gadgets documentation, selecting every HWiNFO sensor is going to impact your system performance noticeably, so I'd suggest unchecking everything you don't really need. Just a suggestion, it's your call...

So, to resolve your problem, open the HWiNFO.inc file and complete entering the sensor indexes against the CPU variables, per the instructions, like the way you did with the GPU settings. You need to finish configuring the GPU variables if you want your GPU fans to show properly. (Your motherboard fan sensor is not set correctly either, it is set to index 0 when it should be set to index 212.)

SilverAzide commented 1 week ago

One more item... if you do uncheck your unused/unneeded HWiNFO sensor entries, be aware that this might cause the indexes to be shifted or reassigned after HWiNFO is restarted. If you see odd values being reported or a message that the skin is not configured, check the index list to verify the indexes are still correct.