Click on the tips for more explanations
(note: for the moment, resources links in the tips are still in french)
Problems identified
The maximum temperature (100°C) seems to negatively impact the laptop's processor performance.
Most laptops are unfortunately poorly ventilated and tend to overheat depending on usage.
The components are in a confined space and the cooling is often much less effective than on a desktop PC.
Sometimes there is not much to do because it is "normal", the manufacturer made this choice.
For comparison, this processor in other "quick" diagnostics reaches 85°C on average.
However, if you think the temperature is too high and you believe you can improve it, here are some tips:
- You can elevate the back of the laptop to improve air circulation.
Initially, you can use a book or any object.
If this is effective, you can buy a stand.
No need for an expensive one, no need for one with a fan, the elevation is what matters.
Example stand 1, Example stand 2
- You can also clean the laptop's fans if it hasn't been done in a long time.
Some laptops are more or less easy to open.
Generally, those with a large bottom cover that can be removed are easier to open.
For this, you can watch a tutorial online (search for example "TOSHIBA SATELLITE C75-A + disassembly" on the internet).
Then open it and remove the fans to clean them. Also clean the air vents.
- If you have the skills, you can also change the thermal paste of the processor.
This can be a bit more complicated than dusting. But if the laptop is a few years old without maintenance, it can help.
If you have doubts, do not hesitate to ask for help from a competent person.
The reached temperature (101°C) is high.
However, it does not immediately negatively impact the performance level of the graphics card, which remains not available.
Diagnostic type >Quick
Diagnostic count >10
App version >App versionVersion of the application used during the diagnostic25.3.8
Performed >1m 1d (2025-03-20)
Diagnostic duration >3min 29s
Diagnostics history on this PC Copy the report link
Share the report via QR code
Go to the manufacturer's website
Manufacturer >TOSHIBA
Model >SATELLITE C75-A
Motherboard >Type2 - Board Product Name1
Power supply >Plugged in
Battery capacity current/nominal >33 / 48 Wh
Battery health >Battery healthBattery health is an estimate.
Its reliability may depend on the methods used by manufacturers to preserve the battery.69%
Estimated autonomy >1h41
Vendor >Insyde Corp.
Version >VersionThe BIOS version and date help identify the currently installed BIOS version on the machine.
Notes:
- Sometimes, the retrieved BIOS version may slightly differ from the one displayed on the manufacturer's website.
Example: With an MSI BIOS, the retrieved version might be '2.B0' while on the website, the version is listed as '7D22v2B'.
- The retrieved BIOS date may also slightly differ by a few days/months from the one displayed on the manufacturer's website.
Example: With an MSI BIOS, the retrieved date is 26/01/2024, while on the website, the date is 07/01/2023.
Here, the date on the website corresponds to the upload date, while the retrieved date is the BIOS creation date.1.60 (2014-04-18)
Boot mode >Boot modeBoot mode of the computer:
- Legacy (old mode)
- UEFI (recent mode)UEFI
TPM >TPMThe TPM is a component (physical module on the motherboard or emulated by the processor) that allows secure storage of information.
Specifically, it can store encryption keys, certificates, biometric data, etc.
For example, it is used to encrypt storage with BitLocker or unlock the computer with Windows Hello.
Some anti-cheat software for video games can also use it to confirm the integrity of the game and the system.Unknown state
Secure Boot >Secure BootThis is a security option available in the BIOS.
Secure Boot ensures that the computer boots only with a verified operating system.
This setting may be required by some game anti-cheats (Valorant, FIFA).Inactive
Boot duration >Boot durationBoot duration is the time elapsed between pressing the power button and the motherboard returning POST OK (successful hardware check).
This can be useful for identifying a slow boot issue.
(long memory training in DDR5, for example).
A boot duration of around ten seconds is normal.
Note that this period occurs before Windows starts.
Applications that launch at Windows startup do not affect this duration.5s
Edition >Windows 10 Famille
Version >22H2 (19045.5608)
Installed on >2022-06-15 10:49:43
Fast startup >Fast startupWindows Fast startup allows older computers to boot faster.
Sometimes this mode (enabled by default) can be the source of issues such as LEDs staying on, or crashes at startup with incompatible drivers.Inactive
Uptime >UptimeUptime is the time elapsed since the last Windows startup.
This information can be useful to determine how long it has been since Windows was last restarted.
Note that if Fast Startup is enabled in Windows settings, shutting down the computer will actually put it into a hibernation state.
Therefore, Windows only fully shuts down during a restart.
(by clicking on restart and not on shutdown)
As a result, you may sometimes observe high uptimes of several days, even if the computer is regularly shut down and turned on.
However, if Fast Startup is disabled, the computer will fully shut down during shutdown, and the uptime will be reset with each startup.1h 40min
VBS >VBSVirtualization-Based Security (VBS) is a security feature in Windows.
Its purpose is to protect certain parts of Windows by isolating them from the rest. It may be enabled by default on compatible Windows 11 installations.
It can also be activated if core integrity in Windows Defender is enabled, when using WSL2, or other virtual machine-related features.
However, this feature may slightly reduce performance when enabled.
This option only protects against certain complex vulnerabilities. It will not protect you from a cryptocurrency miner or password theft, etc.
Microsoft advises gamers, if they wish, to disable this option. (More information)Inactive
Antivirus >AntivirusCurrently active antivirus on your computer.
Ideally, it is better to use something like Windows Defender, which is relatively effective and already integrated by default in Windows, or use a third-party antivirus of your choice.
However, it is advisable to avoid less recommended antiviruses like Avast, Norton, McAfee, Iobit, etc., which are known for collecting your personal data rather than protecting you.Windows Defender
Name >Intel Core i5-4200M
Number of cores/threads >2 / 4
Background usage >1%
Power plan >Utilisation normale
Base frequency >2.50 GHz
Frequencies min/max >0.80 GHz / 3.09 GHz
PL2 / PL1 >PL2 / PL1Power Limits allow limiting the processor's power consumption to reduce the generated heat.
Example image (anandtech.com)
When these limits are reached, the processor will reduce its frequency to stay within the limit.
The purpose is to allow the processor to operate at a certain power level for a short period, then limit it a few seconds later.
Power Limit 2 (PL2) is the maximum power the processor can consume for a short period (a few tens of seconds).
Power Limit 1 (PL1) is the same but kicks in once the PL2 duration has elapsed.
By default, these are values recommended by the processor manufacturer and chosen by the motherboard manufacturer.
A value above 4000 W is not a bug, it means the power limit is disabled.
(Value too high to be reached, so it never applies)46 W / 37 W
Voltages min/max >0.63 V / 0.94 V
Consumptions min/max >3 W / 31 W
Temperatures min/max >Temperatures min/maxOn average during the quick diag of UserDiag, this processor reaches 53°C min and 85°C max.
Average based on a sample of recent diags.54°C / 100°C
Performance level >Performance levelUserDiag does not currently have enough diagnostics containing this CPU model, making it impossible to reliably assess its performance level at this time.Not available
GPU 1
Model >Intel HD Graphics 4600
Manufacturer >Toshiba
VRAM >1 Go (N/A)
Driver version >20.19.15.5070
Driver date >27/12/2018
Consommations min/max >1 W / 18 W
Temperatures min/max >Temperatures min/maxOn average during the quick diag of UserDiag, this graphics card reaches 49°C min and 65°C max.
Average based on a sample of recent diags.52°C / 101°C
Performance level >Performance levelUserDiag does not currently have enough diagnostics containing this GPU model, making it impossible to reliably assess its performance level at this time.Not available
Total size >16 GB
Memory type >DDR3
Current frequency >Current frequencyCurrent frequency of the RAM sticks.1596 MT/s
DRAM voltage >DRAM voltageThe DRAM voltage is the voltage applied to the RAM sticks.
Note that this metric is not always accessible depending on the motherboard.N/A
Channel >Dual
Timings >TimingsCAS11tRCD11tRP11tRAS28tRFC208CR111-11-11-28 (tRFC:208/CR:1)
Usage >3.9/15.9 GB (24%)
Pagefile >PagefileThe pagefile allows the system and software to store data on storage instead of RAM when needed.
Modifying or disabling the pagefile can lead to system stability issues (blue screens, software/game crashes, "out of memory" messages, etc.).
It is strongly advised not to modify or disable the pagefile unless you are sure of what you are doing.Enabled (default)
Comment >CommentThe RAM sticks did not return any profiles.Default RAM frequency (JEDEC)
SLOT 1 (DIMM0)
Manufacturer >
Reference >TIMETEC-S8G-1600
Size / frequency >Size / frequencyThis frequency is the one reported by the RAM stick. It does not always represent the current frequency of your computer, which can be higher or lower.8 GB - 1600 MT/s
SLOT 2 (DIMM1)
Format >DIMM (empty slot)
SLOT 3 (DIMM1)
Manufacturer >
Reference >TIMETEC-S8G-1600
Size / frequency >Size / frequencyThis frequency is the one reported by the RAM stick. It does not always represent the current frequency of your computer, which can be higher or lower.8 GB - 1600 MT/s
SLOT 4 (DIMM3)
Format >DIMM (empty slot)
STORAGE 1
Model >TOSHIBA MK5055GSXN
Type >HDD - SATA
Capacity >500 GB
Mode current/max >N/A - SATA/300
Speed current/max >61 - 51 MB/s
Usage read/write >N/A - N/A
Power on count >15 543 times
Power on time >24 809 hours
Temperature >36°C
Current state >Current stateThe current state of the storage is an estimate based on SMART metrics.
This estimate may vary depending on the manufacturers and storage models.
IDNameCurrentWorstThresh.Raw01Read Error Rate10010050002Throughput Performance10010050003Spin-Up Time1001001166204Start/Stop Count10010001560205Reallocated Sectors Count10010050007Seek Error Rate10010050008Seek Time Performance10010050009Power-On Hours38380248090ASpin Retry Count2531003000CPower Cycle Count100100015543BFG-Sense Error Rate1001000903C0Power-off Retract Count1001000237C1Load/Unload Cycle Count85850158012C2Temperature1001000249108824100C4Reallocation Event Count10010000C5Current Pending Sector Count10010000C6Uncorrectable Sector Count10010000C7UltraDMA CRC Error Count20020000DCDisk Shift100100061DELoaded Hours4949020583DFLoad/Unload Retry Count10010000E0Load Friction10010000E2Load 'In'-time1001000320F0Head Flying Hours10010010Very good
SCREEN 1
Model >Laptop screen
Max resolution >1600 x 900
Current frequency >60Hz
Connected via >Internal
Connected to >Internal
Manufacture date >2012
Size >17"
This active test performs a task that only stresses a single core of the processor.
The graphics card is not stressed during this test.
We observe temperatures, consumption, frequencies, and voltages.
Ideally, we want to see a relatively stable CPU frequency that is not affected by high temperatures, for example.
This active test performs a task that stresses all the cores of the processor.
The graphics card is not stressed during this test.
We observe temperatures, consumption, frequencies, and voltages.
Ideally, we want to see a relatively stable CPU frequency that is not affected by high temperatures, for example.
This active test performs a task that only stresses the graphics card.
The processor is not stressed during this test.
We observe temperatures, consumption, frequencies, and voltages.
Ideally, we want to see a relatively stable GPU frequency that is not affected by high temperatures, for example.
➡️ Note: It is normal to observe potential variations in the processor's frequency or voltage, which is not stressed during this test.
This active test performs a task that stresses all the cores of the processor and the graphics card simultaneously.
We observe temperatures, consumption, frequencies, and voltages.
Ideally, we want to see relatively stable CPU and GPU frequencies that are not affected by high temperatures, for example.
