How To Check Cpu Temp Windows 10


How To Check Your Computers CPU Temperature

Most people who use personal computers have noticed an increase in the temperature of the central processor unit (CPU) at some time. It is possible that the problem is caused by aged hardware. However, it is possible that it will occur during periods of high usage. The fact is that your computer overheating is a reasonably frequent problem. Unfortunately, it can have substantial ramifications, frequently heralding the onset of subsequent problems or the onset of a drop in peak performance. That is why we should all make an effort to keep an eye on the CPU temperature and understand how to check for it.

In this post, we’ll go over how to manage the fundamentals on your own, and then we’ll go over how to use a third-party CPU temperature monitor to keep your system up to date.

How to check CPU temp from your BIOS/UEFI

First, let’s have a look at how to monitor the CPU temperature on a Windows 10 machine using a DIY technique. To check the CPU temperature, as well as other hardware statistics and settings, you’ll need to access your device’s BIOS or UEFI (the modern version of a BIOS interface) interface. It’s also vital to keep in mind that particular strategies may only be applicable to certain types of people. The following is how you will get started:

  1. Select the Settings button, which is represented by a white gear symbol, from the Windows Taskbar, which is located in the lower left corner of your screen. It should be located just above the Taskbar icon and your computer’s shutdown choices. As a result of this, a new index and search bar will appear under the Windows Settings heading. Scroll down to the UpdateRecoverytab, which is located at the bottom of the Windows Settings index
  2. Click on theRecoverytab in the left sidebar to begin the recovery process. The new sidebar should appear alongside the UpdateRecovery panel when the panel is first loaded. Scroll down to the Advanced startup section and click on theRestart nowbutton to begin the process. Your device will shut down as normal and begin to resume as soon as it is finished. In most cases, it will interrupt right before your regular boot-up and login operations, and it will present a number of additional launch choices. Troubleshooting and advanced settings may be accessed by clicking on the Troubleshooting and advanced options buttons, respectively. You can also access the system restore and startup settings, as well as additional recovery options, from this location. Selectrestart. Performing this should bring up your BIOS / UEFI interface, which for many Windows 10 users will have a CPU temperature readout as a result.


The key advantage of this strategy is that it relies only on your current PC systems for monitoring and reporting purposes. In other words, you won’t have to incur any further expenses, install any additional software, or deal with any account information in order to register or login. It also eliminates the possibility of selecting the incorrect program and becoming infected with viruses or spam. When it comes to managing your BIOS or UEFI, this is an excellent alternative if you already like to handle your BIOS or UEFI directly for any other reason, as checking CPU temperature will be particularly easy to include into your regular routine.


The most significant disadvantage of this strategy is the length of time it takes from beginning to end. You’ll have to restart your computer twice if you want to check the temperature of your computer, and you’ll have to navigate through numerous different settings and menus along the way. From a practical sense, this also makes it more difficult for you to rapidly assess the severity of an issue while it is occurring, which is undesirable. Furthermore, because it only delivers a single static temperature reading, it reduces the amount of useful data you may utilize while troubleshooting.

Because your equipment and software may differ from mine, some of the information may be different. The length of time required and the absence of precise or consistent temperature information ensure that this strategy will only appeal to a small number of users.

Monitor CPU temp with software

After learning about the BIOS/UEFI technique, you may be able to comprehend the potential advantages of a software-based solution. The majority of them make advantage of the digital thermal sensors incorporated into your smartphone to gauge temperature. While some alternatives may be somewhat more expensive than the DIY technique, and all third-party software comes with the risk of malfunctioning, you’re likely to have a lot more user-friendly experience using third-party software. Software is a practical monitoring solution for the average user, thanks to the rising market for independent monitoring software and the availability of various notable solutions.

Cost, on the other hand, is unquestionably a consideration.

Users tend to benefit from significantly more advanced capabilities in exchange for a price.


Monitoring software gives a considerably more up-to-date picture of your CPU’s temperature than a simple temperature gauge. Instead of providing a static temperature measurement, most monitoring software delivers a temperature value that is updated on a continual basis. Because of this, you will be able to quickly monitor how your normal actions affect the temperature of your device, providing you with a greater opportunity to take preventative measures and avoid potentially dangerous heat concerns.

While attempting to stay up with work while your computer is overheating, clicking on a Taskbar icon for a fast temperature check is far more efficient than repeatedly restarting your machine.


Using third-party software can result in recurrent expenses as well as the usual hazards involved with downloading and installing software that has not been thoroughly tested. Do your homework and go through user reviews for any program or tool you’re considering before installing it to avoid accidently installing viruses. The downsides of software, on the other hand, are small. Monitoring tools take up a minimal amount of space on your computer’s hard drive and function in the same way as any other software.

Even better, we’ve done some of the legwork for you, so you can sit back and relax.

Third-party software recommendations

There are several alternatives available, as well as numerous resources that may be used to compare services. With a few brief remarks on each, here’s a list of 5 popular free and paid choices to consider.


Accessibility is given first priority, and clear information and help are provided.

It also provides both free and paid versions of its software.


It is a straightforward and simple-to-use application that provides clear temperature readings for all of your CPU cores. Developers can also make changes to their copy and add new features of their own. It is completely free to use, however you have the option of making a donation to the team.

3.NZXT Cam

Gaming enthusiasts like its well-tailored assistance as well as its aesthetically straightforward appearance. It also includes functionality for in-game monitoring, which is very useful if you’re boosting your computer’s performance. It is completely free to use.


This is another another popular freeware alternative that offers far more capabilities than the majority of no-cost monitoring applications. They may even point to NASA as one of their delighted clients.

5.Open Hardware Monitor

Open-source software that provides monitoring for a range of components through a user-friendly and customizable interface is a fantastic choice. It’s available for free, but you can support the developers by making a donation.

What is the ideal CPU temp?

The optimal operating temperature for most devices will change based on your style of use, for example, whether you overclock or run resource-intensive apps on your computer. It’s likely that you can get the precise specs for your hardware by consulting your owner’s handbook or conducting internet research. It’s nevertheless a good idea to keep in mind some fundamental rules of thumb when it comes to CPU temperature, or to construct your own based on your own personal experience.

  • The average operating temperature should be less than 140°F (60°C) for the vast majority of users. When it comes to PC hardware, generally speaking, cooler temperatures are preferable. Temperatures ranging from 160°F (70°C) to 195°F (90°C) are potentially dangerous
  • Is there anything above that range? Your hardware is under severe strain at temperatures above 195°F (90°C)

Why is my CPU overheating?

Most users experience heat strain during their busiest moments of use, particularly when they are attempting to run many applications and apps at the same time. However, while temperature spikes are often connected with high usage or stress from overclocking, there are a number of additional aspects to be mindful of as well.

  1. The following factors can all contribute to heat-related issues: poor maintenance, accumulated dust, malware, inadequate ventilation, and even undiagnosed hardware faults. Historically manufactured hardware is more prone to failure because to poorer thermal tolerances at the time of manufacturing. Thinner constructions with high-performance components might potentially become uncomfortable due to the increased ability for heat to move through the system.

Tips for minimizing temperature issues

The most effective method of avoiding overheating is to use your gadget with caution. Close any inactive apps that you aren’t using, and make an effort to maintain a regular maintenance routine. Cleaning your workplace and keeping your device clean may have a significant influence on the durability of your computer and, in particular, the operating temperature of your computer later in its life. Adding an external cooling system or moving impediments that might hinder proper airflow are two examples of simple modifications that can be made to your desk to improve ventilation.

Another simple technique to keep your computer from overheating is to keep it clear of malicious software.

More about CPUs

The central processing unit (CPU) is one of the most critical components of devices such as your tablet, laptop, or desktop computer. CPUs, despite the fact that they are commonly referred to as processors, are really comprised of a distinct processing and control unit that is responsible for guiding behavior. Because the control unit works in close collaboration with the processing unit, the control unit is in charge of determining how the processor unit (and memory) responds to new information.

Are you interested in learning more about the ins and outs of the vast majority of CPUs?

You can get a detailed explanation of the history and mechanics of your CPU in our thorough reference on the subject. The more knowledge you have, the easier it will be to efficiently maintain and even personalize your device over the course of its lifetime.

Be careful when overclocking

Overclocking is a method that may increase the speed and responsiveness of your device, but it comes with a significant amount of danger. If you have an older device, limited existing hardware capacity, or inadequate ventilation, the hazards will increase. A CPU that has been overclocked is significantly more prone to heat buildup, which is why using up-to-date components, providing enough ventilation, and performing regular maintenance are essential. Overclocking, even with the greatest hardware and design, has the tendency to stress components and lower their life expectancy over time.

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Despite the dangers, overclocking is becoming an increasingly popular method of improving performance, particularly among PC gamers.

Some systems come with their own management software, however our tutorial on How to Overclock Your PC’s CPU contains additional information on upkeep and safety.

Conclusion: Check your CPU temp regularly

The right moment to start keeping frequent tabs on your CPU temperature has never been better, thanks to simple alternatives for free CPU temperature monitoring. Users will not find a compelling reason to check their accounts every day, but digital solutions now make the task simpler than ever before. However, while some heat is natural and to be anticipated, keeping an eye on the temperature of your CPU is an excellent method to safeguard your technological investment.

About the Author

A contributing writer for HP® Tech Takes, Dwight Pavlovic has written for a variety of publications. Dwight is a journalist residing in West Virginia who specializes in music and technology.

How to check cpu temperature in windows 10

In addition to writing for HP® Tech Takes, Dwight Pavlovic is a contributing editor. The writer Dwight is based in West Virginia and works in the fields of music and technological innovation.

How to check your PC’s CPU temperature

Is the CPU on your computer running too hot? In the event that your computer begins to shut down or lock up on you when performing intensive work, it is possible that overheating is causing the problem. Keeping an eye on your CPU temperatures is essential when overclocking your PC’s processor, as you don’t want to accidentally push the performance pedal too far to the metal when you’re supercharging your expensive Core i9-12900Kor AMD Ryzen 5900X, which is especially important given how difficult it is to obtain processors nowadays.

Windows, for whatever reason, does not provide a mechanism to monitor the temperature of your computer’s CPU.

Fortunately, various free apps are available that make it simple to view the temperature of your CPU.

How to check your CPU temperature

The appropriately namedCore Temp application provides the quickest and most straightforward method of determining your CPU temperature. However, use caution during the installation process! It attempts to install bloatware, as do many free products, unless you uncheck certain boxes during the installation process. Once Core Temp is installed, you can launch it to view a straightforward display of the current condition of your CPU, which includes an average temperature value at the bottom of the window.

  1. You’ll see a list of the temperatures for each each CPU core in your machine on this screen.
  2. However, the Core Temp Settings menu allows you to fine-tune precisely what you’ll see in the system tray, as well as how you’ll view it, but the default setting makes it dead-simple to determine whether or not your CPU is overheating or working as intended.
  3. HWInfois a comprehensive system monitoring utility that delivers extensive information on every component of your computer’s hardware.
  4. NZXT’s Cam monitoring software is available for download.
  5. Most other monitoring programs have a cluttered design that is difficult to interpret at a glance, but this one has a clean layout and displays a wealth of important information on your computer’s CPU, graphics card, memory, and storage.
  6. In addition, you can use NZXT’s Cam mobile applications to keep track of your software while you’re not in front of a computer.
  7. You have a number of alternatives!
  8. Monitor software (such as HWInfo, which is available here) that shows two CPU temperatures for Ryzen CPUs should look for the “Tdie” value.
  9. Depending on how the information is shown by the application you’re using, you want the “Tdie” reading.
  10. The alternative “Tctl” reading is the control temperature that is transmitted to your cooling system, and it may contain a temperature offset to guarantee consistent fan speed behavior across the various Ryzen processor models.

Any of the programs listed above that have a single temperature account for the offset currently are acceptable.

What’s the best temp for your CPU?

The maximum temperature that a CPU can withstand varies from one processor to another. The information is listed as “Tj. Max” in the majority of the free monitoring applications described above. That is an abbreviation for the temperature junction, which is the temperature at which the hardware is running at its maximum capacity. If for any reason you are unable to locate the information, you can search the CPU World website for your CPU’s model number to get the information. Every software on the list above displays the model number of your CPU, making it simple to identify.

Running your hardware at or near that temperature on a daily basis is detrimental to the long-term longevity of your hardware.

  • If the temperature is below 60° C, you’re performing admirably. 60° C to 70° C: The engine is still operating OK, but it is becoming a little hotter. If your CPU temps continue to rise over time, you might consider clearing the dust out of your computer. Temperatures ranging from 70° C to 80° C: Unless you’re pushing an overclock, this is a lot hotter than you want to be running. If you aren’t, double-check that your fans are operating properly and that there aren’t any dust bunnies obstructing the airflow through your computer system. Temperatures between 80° C and 90° C: Now it’s getting too hot to be comfortable for lengthy periods of time. Check your hardware for malfunctioning fans or dust accumulation, and if you’re overclocking, reduce your settings—especially the voltage if you’ve modified it—to avoid damaging your system. However, we have seen that more powerful laptop processors have been known to touch the low 80s during gaming sessions while connected, at which point they begin to throttle performance. However, if temperatures exceed 85° C, there should be cause for worry
  • Otherwise, Will Robinson warns that temperatures above 90° C are dangerous.

How to lower your CPU temperatures

If you’re experiencing excessive CPU temps on a consistent basis, there are certain measures you may do to attempt to resolve the problem. Roll up your sleeves and go to work. First and first, declutter your computer. Increased CPU temperatures are frequently caused by years of dust and dirt accumulating in the interior of the computer, which clogs fans and other critical air channels. When it comes to canned air, local hardware stores typically charge exorbitant amounts; however, you can get a bottle for roughly $8 on Amazon.

  1. While you’re at it, double-check that all of your fans are operating properly and are pointing in the correct direction, and that none of the vents in your computer are obstructed.
  2. Hopefully, this will resolve the situation.
  3. If you’ve owned your computer for a few years, it’s possible that the thermal paste that transmits heat from your CPU to its cooler has dried out.
  4. Removing the old thermal paste using rubbing alcohol and putting a new layer of thermal paste has the ability to significantly reduce operating temperatures.

(I’ve been a satisfied Arctic Silver 5user for several years.) If none of the above measures prove effective, your cooling solution may simply be incapable of keeping up with your CPU’s heat production, particularly if you’re using a stock cooler or a small third-party cooler with higher-end processors—and this is especially true if you’re overclocking.

  1. The Cooler Master Hyper 212 ($50 on Amazon) is a good-quality air cooler that is reasonably priced.
  2. Moving up in both size and price, the Noctua NH-D15 ($100 onAmazon) is one of the most effective air coolers ever to reach the market, but its big size may interfere with memory access or even prevent it from fitting into smaller cases, depending on the case.
  3. In terms of entry-level CLCs, the EVGA CLC 120 ($60 onAmazon) is an excellent choice, but if you plan on overclocking, you should consider upgrading to one with a bigger 240mm radiator, such as the straightforwardly-named CLC 280 ($90 onAmazon).
  4. Several brands are available.

All of the extra metal and fans are capable of supporting the most extreme overclocking. Please keep in mind that if you make a purchase after clicking on links in our articles, we may receive a small fee. For additional information, please see our affiliate link policy.

7 Best Tools to Check GPU and CPU Temperature on Windows Computer

You may take some actions to try to resolve the problem if you’re experiencing excessive CPU temps on a frequent basis. Take a deep breath and roll your sleeves up. Cleaning out your computer should be the first order of business. Increased CPU temperatures are frequently caused by years of dust and dirt accumulating in the interior of the computer, which clogs fans and other critical air passages. Canned air is often sold at exorbitant costs at local hardware shops, but you can get a bottle for as little as $8 on Amazon.

  • During this process, make sure that all of your fans are operational and pointing in the appropriate direction, and that none of the vents in your computer are obstructed.
  • This should hopefully resolve the situation.
  • If you’ve owned your PC for a few years, it’s possible that the thermal paste that transmits heat from your CPU to its cooler has dried out.
  • It is possible that removing the old thermal paste with rubbing alcohol and reapplying a new layer can significantly reduce the temperature.
  • It has been some years since I have been a satisfied Arctic Silver 5user.
  • Maybe it’s time to invest in a new CPU cooler?
  • It’s a significant improvement over the stock AMD and Intel CPU coolers, thanks to its bigger heatsink and fan.
  • When compared to air coolers, closed-loop liquid cooling systems (CLCs) offer much lower temperatures with less difficulty and easier installation.
  • However, we have been utilizing EVGA closed-loop coolers in our powerful, dedicated graphics card testing setup, and we have been quite pleased with the performance.

Extreme overclocking is possible thanks to the additional metal and fans. A small commission may be earned if you make a purchase after clicking on a link in one of our articles. If you want more information, please see ouraffiliate link policy.

What is a CPU temperature monitoring tool?

CPU temperature monitors are software tools that check the temperature of your CPU, as well as the voltage, fan speed, battery, and other parameters, and they provide reliable information in the process. The collection of these measurements from sensors can assist you in taking preventative measures to keep your CPU from being damaged. These tools are equipped with a variety of beneficial functions, such as:

  • High degrees of customisation are possible
  • Complete information about the computer hardware is available
  • The CPU temperature is displayed in real time
  • The option to monitor bandwidth and usage is available

Follow this simple procedure to make advantage of these tools:

  • A CPU temperature monitoring software program should be downloaded and installed on your Windows desktop or laptop computer. Open it up on your computer
  • Take a look at the temperature information.

Who Needs a CPU Temperature monitor?

CPU temperature monitors may be a useful tool for a wide range of computer users, from regular computer users such as busy professionals to gamers. This is due to the fact that a variety of variables may cause the CPU temperature to rise, including:

  • Using high-performance applications
  • Fan speed
  • Dust
  • Malware assaults, viruses, Trojans, worms, and other malicious software
  • And

CPU temperature monitors are particularly beneficial for the following groups of people: gamers, who play high-end video games that necessitate the usage of powerful computers. As a result, when they are playing video games, the temperature might rise. In addition, gamers upgrade their computers by replacing some components with more powerful ones and by overclocking their computers to help online games operate more smoothly. These have the potential to boost the CPU temperature even higher. Graphic designers: Graphic designers, like gamers, demand high-performance computers in order to complete their creating process efficiently and without wasting time.

Furthermore, they may come across viruses such as file and system infectors and macros; worms that are transmitted via the internet, network, or emails; and Trojans such as Rootkit and backdoors.

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What CPU temperature is normal?

There are three categories into which you may place CPU temperature readings:

  • When your computer is inactive, the temperature might reach 45-50 degrees Celsius. Average: If you use your computer for demanding operations such as playing videos, altering graphics, processing films, and other duties, the temperature can reach 70-80 degrees Celsius. High: The temperature can reach 80-100 degrees Celsius if you undertake more strenuous chores, which raises the temperature and increases the burden on the system. When the temperature reaches this level, the clock speed decreases. As a result, it is necessary to monitor and minimize this temperature

In the event that the temperature hits 80 degrees Celsius, what should you do? Consider the following:

  • Check to see if your computer is dust-free and whether or not the fan is spinning at the specified load. Maintain a cool atmosphere around the computer since excessive room heat and humidity might be hazardous to your computer’s performance
  • Stopping the overclocking of the Windows CPU or increasing the speed of the Windows CPU are two options. This is due to the fact that overclocking enhances computer performance while also generating greater heat. You may also use a thermal paste between the CPU and its cooler if you wait three years between applications.

Benefits of using CPU temperature monitors?

The performance of the computer is affected as a result of increasing CPU heat. While working, you may notice that your pace has slowed, which might significantly reduce your productivity. As a result, employing a CPU temperature monitor may help you verify that your computer is running at peak performance.

Prevents the PC from heat damage

Excessive heat can cause serious harm to your CPU and its components. As a result, it will begin to malfunction and will shut down unexpectedly as a result. This temperature may be detected by the CPU temperature monitor, which allows you to take preventative measures in time to avoid potential harm.

Increases the longevity of the computer

Consider the scenario in which you can protect the CPU from high heat, humidity, and other potentially harmful causes by utilizing the CPU temperature monitor. When you do this, you are really extending the lifespan of your computer system.

Ensure the uptime and reliability of the data center

In order to achieve the highest possible uptime and dependability in a data center, the computer must be exposed to favorable environmental conditions. It provides optimal temperatures, power levels, humidity levels, and other parameters. As a result, you must monitor your server rooms using sensors both inside and outside the building.

So, let’s have a look at some of the finest CPU temperature monitors that can assist you in regulating the heat generated by your computer’s CPU to maintain top performance, long life, and dependability.

Core Temp

If you are concerned about the temperature of your computer’s CPU, you may use the newest version of Core Temp to check the temperature. For monitoring the CPU temperature and other statistics, it is a simple, powerful tool with a small footprint and no hassle. Every each CPU core in the system is represented by a temperature display on the screen. You will be able to witness swings in temperature in real time as a result of varied workloads. It is not dependent on the motherboard, and every central processor contains a Digital Thermal Sensor, which is found in all of its products.

  1. AMD, VIA, and Intel have all recently released x86 CPUs that have DTS.
  2. Core Temp provides a framework for third-party add-ons and plugins that enhance the operation of the system by introducing new capabilities.
  3. The most recent version includes a graph view, memory utilization, and a list of CPU load and temperature information.
  4. In the latest edition, you will find support for AMD Zen 2 and Zen 3 APUs, Intel Rocket Lake, Preliminary Alder Lake, and Meteor Lake processors, as well as support for AMD Zen 2 and Zen 3 APUs.
  5. It is compatible with Windows 10, 8, 7, Vista, XP, 2016, 2012, 2008, and 2003 servers, as well as Microsoft Office 365.


The NZXT CAM is the greatest option for monitoring the CPU temperature of your gaming PC. With a single app, you can control the temperature, the gadgets, and the performance of your computer. It is a very effective, simple-to-use, and speedy tool that allows you access to all of the controls on your computer. This software allows you to examine everything that is going on within your computer, from the load on your processor to the amount of bandwidth being used. You can also monitor the progress of apps on each system and identify and resolve problems as they arise, allowing you to improve the overall performance of your computer.

NZXT CAM provides information on the amount of time spent playing, the current frame rate, the GPU/CPU temperature, the battery level, the GPU/CPU load, and many other variables.

It provides a visually appealing and easy interface from which you can manage fan speeds, power supply voltages, case lighting, and other features. Start by downloading the next-generation CAM software and monitoring the CPU temperature.


Are you trying to figure out why your PC is running so hot? Speccy provides all of the information you’re looking for. It is a computer information tool that is lightweight, sophisticated, and quick to access information. It is here that you may obtain a fast overview of the results, or you can go further into the hardware of your computer to make purchase and upgrading options. Each and every data will be available in a single interface, allowing you to save time while obtaining information on your motherboard, CPU, graphics cards, RAM, and other components.

Your results may be saved as an XML file, text file, or snapshot, allowing you to share them with others quickly and simply.

The program allows you to increase the performance of PCs without having to upgrade their hardware.

Open Hardware Monitor

Fan speeds, load, clock speeds, voltages, and temperature sensors of a computer are all monitored by Open Hardware Monitor (OHM), which is free and open-source software. It is compatible with a wide range of hardware monitoring chips that are often found on mainboards. For the purpose of checking the CPU temperature, the utility reads the core temperatures sensors of AMD and Intel CPUs. It also shows the sensors of Nvidia and ATI visual cards, as well as the SMART and hard drive temperatures, among other things.

Open Hardware Monitor is compatible with 64-bit and 32-bit versions of Microsoft Windows XP, Vista, 7, 8, 8.1, 10, and x86-based Linux operating systems without the need for installation.

Improved AMD GPU support, AMD GPU and CPU labels are now available, as is the ability to recognize the ITE IT8655E, IT8686E, and IT8665E super I/O chips.

The program is compatible with Microsoft Windows and the.NET framework version 4.5, both of which are included.


Having problems with your computer? Do you need to keep an eye on the temperatures, fan speeds, and voltages? TryHWMonitor– a hardware monitoring program– and allow it to read the health sensors on your computer system. Sensor chips of the conventional variety, such as Winbond ICs and the ITE IT87 series, are supported. Through SMART, it is possible to read the temperature of a video card’s GPU, the temperature of CPUs on the chip core, and the temperature of a hard drive. HWMonitor supports Intel Alder Lake processors, DDR5 memory, and the Z6xx platform, and it is running the most recent version 1.44 for Windows on AMD Ryzen 5300G, 5300G, and 5600G APUs, as well as the newest version 1.44 for Linux.

The latest release includes support for GDDR6 memory and the ability to view hotspot temperatures on NVIDIA GPUs.

It is compatible with both 32-bit and 64-bit operating systems. You may either download a.exe file for setup or file for unzipping and installing it on your computer by clicking on the appropriate link below.


It is a diagnostic and professional system information software system for tasks such as hardware analysis, reporting, and monitoring that runs on both DOS and Windows platforms. Receive up-to-date, in-depth information about gear that is compliant with the most recent standards and technologies. Additionally, properly monitor the system components for failure prediction and actual condition, and personalize the interface by selecting from a variety of settings. Access detailed reporting through a variety of reports, connecting with a variety of add-ons and tools, and tracking system status.

Additionally, it aids in the detection of overload, performance loss, and overheating.

You have the option of exporting the results as CSV, HTML, or XML reports.

Once you have downloaded the program, you can begin studying what is going on within your computer.


Are you looking for a diagnostic, benchmarking, and system information solution for engineers and corporate IT technicians that is recognized as the best in the industry? AIDA64 is the way to go. In addition to a hardware identification engine that delivers in-depth information about the program, it also includes diagnostic help as well as overclocking functions. Also included is a sensor monitor, which provides accurate temperature, fan speed, and voltage readings, as well as a diagnostic function, which aids in the detection and prevention of hardware failures.

  1. Apart from that, AIDA64 Engineer is compatible with all Windows versions, including those running in 32-bit and 64-bit mode, including Windows 10 and Windows Server 2019.
  2. Stress testing is carried out utilizing a multi-threaded stress module to ensure that the system is stable.
  3. SensorPanel assists in the creation of a custom panel that is perfectly suited to the design in order to monitor all of the sensors, utilization, cooling system, and a variety of other parameters.
  4. An OSD panel, Desktop gadget, Razer SwitchBlade LCD, Logitech G15/G19 Gaming Keyboard LCD, and System Tray icons are all used to display the measured values obtained by AIDA64.

Intel Pentium III or newer CPUs, 80 MB of free disk space, and the Windows operating system are required for this. The program is available for purchase for $199.90 USD.

Bonus tips to keep CPU healthy

  • Clean your computer system on a regular basis, including the fans and the area in which it is located, to ensure that there is no dust within that might cause the CPU temperature to rise. Maintain a safe distance between the computer and windows or vents that might gather dust particles. Perform frequent malware scans to ensure that no buildup of malware, viruses, worms, Trojan horses, and other malicious software takes place on your machine
  • It is critical to maintain drivers up to date in order for them to continue to function at their peak. Remove any obstructions that are preventing airflow from your PC
  • When overclocking the CPU, use caution. If feasible, increase the number of cooling fans. If the CPU fan that is currently in use fails, a new one should be purchased. If you use your computer for video gaming or other intense tasks, you should consider using liquid cooling.


Excessive heat might cause significant damage to your PC. It might be caused by dust, malware, playing high-end video games, or performing other time-consuming chores. Take good care of your computer and keep its CPU from overheating with the aid of the finest CPU temperature monitoring tool to increase its performance, lifetime, and dependability in whatever situation you find yourself in.

Open Hardware Monitor – Core temp, fan speed and voltages in a free software gadget

The Open Hardware Monitor is a free open source program that keeps track of a computer’s temperature sensors, fan speeds, voltages, load, and clock speeds. The Open Hardware Monitor is compatible with the vast majority of hardware monitoring chips now present on modern mainboards. Intel and AMD CPUs have core temperature sensors, which may be used to measure the temperature of the processor cores. The sensors of ATI and Nvidia visual cards, as well as the temperature of a SMART hard drive, may all be shown.

With no installation required, the free Open Hardware Monitor program operates on Microsoft Windows XP / Vista / 7, 8, 8.1, and 10 (both 32-bit and 64-bit), as well as on any x86-based Linux operating system.

Release Version 0.9.6

The post was made on December 27th, 2020.

Release Version 0.9.5

On May 25, 2020, a post was made.

  • Improved the application’s starting by include a verification that the.NET Framework 4.5 or later is installed.

Release Version 0.9.4

On May 24, 2020, a post was made.

  • Support for Intel Core CPUs based on Comet Lake-S, the 10th generation, has been added. Support for AMD family 15h model 60h and 70h CPUs has been added. When restarting from sleep, code has been added to ensure that fan controls and other states are appropriately restored. The RPM calculation for the Nuvoton NCT679XD super I/O fan has been improved. Additional code has been added to synchronize the PCI bus access while reading AMD temperature sensors. It has been necessary to upgrade the program from.NET Framework version 2.0 to.NET Framework version 4.5 (the new minimum requirement)
  • A problem with an unresponsive user interface while adjusting the system display scale has been resolved
  • Improvements were made to the user interface’s understanding of DPI (display scaling)
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Release Version 0.9.3

On May 6, 2020, a post was made.

  • Support for multiple processor groups has been added to Windows, allowing all cores of CPUs such as the AMD Ryzen Threadripper 3990X to be seen. Support for fan control has been added for the ITE IT8721F, IT8665E, IT8686E, IT8688E, and IT879XE processors. Improved support for saving and restoring the enlarged state of the UI tree view
  • Improved performance. AMD GPU support has been improved. AMD CPU and GPU labels have been improved.

Release Version 0.9.2

On March 1, 2020, the following message was posted:

  • Support for ADL (AMD Display Library) Overdrive8 GPU sensors (for AMD Navi GPUs) has been added. Support for Intel CPUs based on the Comet Lake (06 A6H) microarchitecture has been added. The identification of ITE’s IT8655E, IT8665E, and IT8686E super I/O chips has been improved, and there have been a number of small problem corrections.

How to Monitor Your CPU Temperature

Picture provided by Alan Sheldon/Shutterstock. Checking the temperature of your system’s CPU is akin to checking the oil in your car: Even while you don’t have to do it every day, it’s something to keep an eye on every few months, especially if you routinely stress your system with greater loads, like you will when using theBest CPUs for Gaming. Fortunately, measuring your CPU temperature is rather simple and does not include opening up your computer and inserting a thermometer inside it. Instead, every CPU has digital temperature sensors built in, and all you need is a little piece of software to retrieve the data collected by these sensor arrays.

What’s a Good CPU Temperature?

CPU temperatures should be kept below 50 degrees Celsius while the computer is idle, or when no programs are running on the computer’s hard drive (122 degrees Fahrenheit). The CPU uses more power and so operates at a higher temperature while under greater demand, such as when playing a video game or producing a movie, or when performing other heavy activities. This is more significant than idle temperatures (provided that idle temperatures are satisfactory), and you’ll want to monitor your CPU temperature under load on a regular basis to verify that it’s sufficiently cooled during such situations.

While you have some wiggle area to push the temperature over 80 degrees Celsius, any temperature above 95 degrees Celsius (203 degrees Fahrenheit) is dangerous.

Advanced users who want the highest level of assurance that their CPU is capable of handling demanding tasks should stress test your CPU to the maximum extent possible using a tool such as Prime95 orAIDA64.

Our ideal stress test lasts one hour, albeit your highest temperature will likely reach its plateau within 10-15 minutes, according to our standards.

How to Monitor Your CPU’s Temperature

Checking your CPU temperature is as simple as starting up a monitoring tool and reading the value displayed on the screen from it. HWMonitor, Core Temp, and NZXT’s CAM are just a few examples of such apps. These are only a few instances of many, and for the sake of this how-to, we’ll demonstrate how NZXT’s CAM and Core Temp function because we’ve discovered that these two are the most straightforward to use for casual purposes. NZXT, a producer of PC cases, power supplies, and CPU coolers, has created CAM.

  1. Once installed, CAM provides a user interface that is well-designed (UI).
  2. The second block displays the CPU’s clock speed.
  3. (Image courtesy of NZXT.) As you can see, the current temperature of the CPU in this system is 41 degrees Celsius, which is a normal idle temperature for a computer.
  4. While playing a game, you may use this overlay to see the current state of your CPU, as well as load temperature information.
  5. Just be sure to uncheck the freeware in the installation menu before proceeding with the installation.
  6. The stress test temperature was attained by running Prime95 for around 30 minutes, however the CPU reached its maximum temperature of 75 degrees Celsius in less than ten minutes of operation.
  7. Once again, if this value is at or over 95 degrees, you should be concerned about anything.

What Should I Do if my CPU Temperature Is too High?

If your CPU temperature rises beyond 80 degrees Celsius when under stress, you should inspect your system to ensure that the CPU’s cooling is appropriate for the workload. Here’s a checklist of things to look for when you’re shopping:

  • Clean and clear of dust (including the radiator) is your computer’s interior. Are all of your computer’s fans whirling while it’s under load? What is the age of your computer? Is it possible to recall the last time you placed new thermal paste between your processor and its cooling unit? If it has been more than three years since the last application, consider reapplying the thermal paste. Is the cooling capacity of your CPU cooler specified to be more than the stated TDP of your processor? Are you using an SFF PC with a CPU cooler that is too tiny, or a laptop?

If you use a small form factor PC or a laptop, it is probable that there may be little cooling because the device was never designed to be used under heavy loads for lengthy periods of time. Typical laptops, for example, are equipped with extremely small cooling systems that are capable of delivering high performance in short bursts but must be throttled down during longer gaming sessions in order to remain below the shut-off threshold. Gaming laptops are frequently large and heavy due to the significant cooling systems that are built into them.

The performance of the majority of thermal pastes begins to deteriorate after three years.

Pre-built PCs and custom-built PCs are both covered by this policy. Niels Broekhuijsen writes for Tom’s Hardware in the United States as a Contributing Writer. He looks at computer cases, water cooling, and computer building.

6 Best Apps to Check CPU Temperature in Windows 11/10

The temperature of your computer’s CPU is one of the most important variables to keep an eye on when using your computer. If these temperatures rise too high, the CPU’s performance is reduced, resulting in a slowdown of your computer and a reduction in its lifespan. You should use a specific tool to monitor the temperature of your computer’s CPU in real time to guarantee that your computer does not overheat. But which tools should you make use of in this situation? Is there a free, simple-to-use application that provides correct information on the processor?

Why You Should Keep Track of Your CPU Temperature

Modern processors don’t truly have a single clock speed; instead, they have several speeds. A spectrum of frequencies is available, and the pace at which they move is determined by their temperature. A CPU will make every effort to keep its temperature at an optimal level (called theT junction). When the temperature increases over this threshold, the computer will “reset” its own clock speed in order to lower temperatures. This is why it is critical to monitor the temperature of your CPU when doing high-intensity operations.

For Windows 10 and 11, here are six of the finest CPU temperature monitors available.

1. Core Temp

Core Temp is the ideal solution if you are seeking for a simple, lightweight tool to monitor the temperature of your computer’s CPU (central processing unit). It is not a general-purpose CPU monitoring tool, in contrast to the other programs on this list. This means there are less alternatives to get you confused, and you only have to download and run a little file. Also available is the option to keep the program minimized in the system tray, allowing you to check on the CPU temperature whenever you wish.

2. MSI Afterburner

Motherboard and Original Equipment Manufacturer MSI is a well-known brand name (OEM). TheMSI Afterburnerapplication is popular among gamers because it allows them to measure computer characteristics such as the clock speed and frames per second (FPS) while playing demanding games. Furthermore, the program is capable of properly measuring the temperatures of the CPU and GPU. Not only can you check the current temperature when the app is operating, but you can also set up an overlay to display these data in real time while the app is not running.

The ability to monitor the CPU temperature during high-load operations like as gaming or video processing is quite valuable in this situation. You can also manage the fan via MSI Afterburner, setting temperature restrictions that trigger the fan to kick into high gear when necessary.

3. Speccy

Speccy is an application that, as its name implies, allows you to view the technical specs of your computer. Everything from the RAM to any peripheral devices is included in this category of hardware components. And, of course, the central processing unit. Speccy displays the name and temperature of the CPU on its main screen even if the user does not navigate to the CPU tab. Unlike other temperature displays, this one is real-time, meaning that it is continually updated based on the current status of the CPU.

You may also store the results as a text file, which you can then share with a professional for use in troubleshooting purposes.

4. Real Temp

Calculating the temperature of a computer’s processor is a difficult undertaking. The values provided by the majority of programs are rough estimates rather than precise amounts. This is due to the fact that there are several variables involved, ranging from the precise design of the CPU in issue to the number of cores in question. Real Tempcomes in helpful in this situation. This program, which is designed specifically for Intel CPUs, obtains temperature information straight from the processor’s own sensors, resulting in the most precise temperature readings available.

Unfortunately, AMD CPUs are not supported by this software.

5. HWMonitor

HWMonitori is one of the most sophisticated monitoring solutions available today. In addition to the CPU temperature, it provides precise real-time information on the state of practically all other components on your computer, including the hard drive and memory. Everything you might possibly want to know about temperature, voltage, clock speed, and usage can be found in the app. It also treats the CPU cores individually, providing them with their own set of values. The program is also quite simple to use; all you have to do is start the application and the data will be displayed in tidy categories right away.

HWMonitor is transformed into a portable application that can be carried about on a USB stick and used whenever it is needed without the need to install it.

6. CPU Load Monitor

CPU Load Monitor is a sophisticated monitoring tool that can be used to keep track on a range of essential CPU parameters in real time. It can be downloaded for free from the Microsoft website. It is intended for use by enterprises with a big number of computers, and it may be used to monitor many PCs connected to the same network. Although it looks to be a complicated tool, its accuracy is superior to that of other freeware applications, despite the fact that it appears to be difficult to use.

Alternatively, if all you want to do is test the CPU temperature of a single machine, there are more straightforward solutions available.

What Are the Best Apps for Checking CPU Temperature in Windows?

Monitoring the CPU temperature is not only necessary, but it is also quite simple. You may use any of the programs on this list to get an idea of how hot your CPU is running, which will help you detect any problems. Core Temp is the most straightforward of these applications, and it is enough for the majority of situations. If you are searching for more precision, you might want to consider using a more complex tool such as HWMonitor. Users of Intel processors will find Real Temp to be an excellent option.

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