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Does MSI Afterburner Show CPU Temperature?

MSI Afterburner is a powerful and widely-used software utility primarily known for its GPU overclocking capabilities. However, it offers additional functionalities beyond GPU management, including CPU temperature monitoring. Keeping a close eye on CPU temperatures is crucial, especially during resource-intensive tasks like gaming and heavy multitasking.

MSI Afterburner’s CPU temperature monitoring feature allows users to access real-time temperature data of their CPU, providing essential insights into its performance and thermals. By having this information readily available, users can optimize their system’s cooling setup, avoid thermal throttling, and ensure the CPU operates within safe temperature ranges.

In this guide, we will answer a common question “Does MSI Afterburner Show CPU Temperature?”. We will also explore how to set up and utilize MSI Afterburner’s CPU temperature monitoring feature effectively. Additionally, we will look into the significance of monitoring CPU temperatures and how it contributes to maintaining system stability, improving performance, and safeguarding valuable hardware components.

Whether you are a gaming enthusiast seeking optimal performance or a PC user concerned about your system’s health, understanding MSI Afterburner’s CPU temperature monitoring capabilities is essential for a smoother and more efficient computing experience.

Importance of Monitoring CPU Temperature During Gaming

Gaming places heavy demands on your computer’s hardware, especially on the CPU, GPU, and other critical components. As you immerse yourself in intense gaming sessions, your CPU works tirelessly to process game data, physics calculations, artificial intelligence, and various background tasks. This continuous workload generates a substantial amount of heat within the CPU. Monitoring the CPU temperature during gaming is of paramount importance for several reasons.

Overheating can lead to thermal throttling, a mechanism where the CPU reduces its performance to lower temperatures and prevent damage. By monitoring the CPU temperature, you can ensure that your CPU is operating at an optimal temperature, maximizing its performance potential.

High temperatures can cause instability in your system, leading to sudden crashes, freezes, or unexpected shutdowns during gameplay. Monitoring the CPU temperature helps identify potential overheating issues that may compromise the stability and reliability of your gaming experience.

Excessively high temperatures can cause long-term damage to your CPU and other components, reducing their lifespan. By keeping track of the CPU temperature, you can take necessary measures to prevent permanent hardware damage, thereby extending the longevity of your system.

When the CPU operates at higher temperatures, the cooling fans have to work harder and spin faster to dissipate the heat. This can result in increased fan noise, which may disturb your gaming experience. Monitoring the CPU temperature allows you to maintain temperatures within an acceptable range, reducing fan noise and creating a more pleasant gaming environment.

Does MSI Afterburner Show CPU Temp?

MSI Afterburner primarily focuses on overclocking and monitoring GPU (Graphics Processing Unit) temperature, usage, and performance. It may not display CPU (Central Processing Unit) temperature in its interface by default.

However, by tweaking some settings in the software, you can make the MSI Afterburner to display the CPU temperature as well. Remember that this functionality is dependent on the hardware and motherboard compatibility. Some motherboards allow the software to access CPU temperature sensors and display the information alongside GPU data.

To know for sure whether MSI Afterburner supports CPU temperature monitoring on your specific system, you can check the latest version of the software or refer to the software’s official documentation or community forums.

Benefits of MSI Afterburner for Temperature Monitoring

MSI Afterburner is a versatile and widely-used software utility primarily known for its GPU overclocking capabilities. However, it offers additional benefits when it comes to CPU temperature monitoring during gaming.

Afterburner provides a unified interface to monitor both CPU and GPU temperatures, allowing you to access critical system information from a single application. This streamlines the monitoring process and makes it convenient to keep an eye on your system’s performance.

MSI Afterburner allows you to display real-time CPU temperature and other performance metrics as an on-screen overlay while gaming. This feature lets you monitor the CPU temperature in real-time without the need to alt-tab out of your game, ensuring a seamless monitoring experience.

While primarily designed for MSI graphics cards, MSI Afterburner can work with GPUs from other manufacturers as well. Furthermore, if your motherboard supports it, Afterburner can access and display CPU temperature data, adding another layer of convenience to its functionality.

In addition to monitoring temperatures, MSI Afterburner offers fan control options that allow you to adjust the speed of your GPU fans based on temperature thresholds. This can help maintain optimal temperatures while minimizing unnecessary fan noise.

Afterburner can log temperature data over time, allowing you to review historical temperature trends. This feature is valuable for analyzing system performance, identifying potential issues, and making informed decisions about system upgrades or optimizations.

Monitoring your CPU temperature during gaming is crucial for ensuring performance, stability, and longevity of your gaming rig. MSI Afterburner, with its comprehensive monitoring features and customizable OSD, presents a powerful solution for keeping track of critical temperature data, helping you maintain a smooth and enjoyable gaming experience.

How to Check CPU Temperature Using MSI Afterburner?

Install MSI Afterburner

Visit MSI’s official website and download the MSI Afterburner software. Locate the downloaded file (usually in a compressed “zip” format) and extract it. Double-click on the installer file to start the installation process. Follow the on-screen instructions to install MSI Afterburner on your PC.

MSI Afterburner is not limited to MSI graphics cards; it can be used with GPUs from various manufacturers.

Enable Temperature Sensors

After installation, run MSI Afterburner on your computer. Upon launching, you’ll notice the GPU temperature displayed on the main screen.

Click on the cog icon (usually located at the top-left corner) to access the MSI Afterburner Properties menu. The cog icon may also be highlighted in red for easier identification.

Within the MSI Afterburner Properties menu, click on the “Monitoring” tab, usually located on the left side.

Select CPU Temperature Monitoring

In the “Monitoring” tab, scroll down until you find “CPU Temperature” in the list of available metrics to monitor.

Ensure that there are checkmarks next to “CPU Temperature” and any other specific CPU core temperatures you wish to monitor. Check-marking them means enabling the monitoring for these metrics.

After selecting the desired metrics, click “Apply” and then “OK” at the bottom of the MSI Afterburner Properties menu to save the settings.

View CPU Temperature in MSI Afterburner

After saving the settings, close the MSI Afterburner Properties menu. Click on the MSI Afterburner hardware monitor button, typically depicted by a small graph icon, which is often highlighted in red. This action opens a new window showing real-time hardware monitoring data.

Display CPU Temperature in-game (On-Screen Display)

Return to the MSI Afterburner Properties menu by clicking on the cog icon once again. Navigate back to the “Monitoring” tab.

In the monitoring tab, find the CPU temperature measurement you wish to display in-game (e.g., CPU Package temperature). Click the “Show in On-Screen Display” option next to the selected temperature measurement to enable its display on the screen during gaming.

Additionally, you can choose to display the game’s FPS (frames per second) by selecting “Framerate” from the monitoring options. After selecting the desired monitoring options, click “Apply” and then “OK” to save the settings.

Check CPU Temperature While Gaming

Start playing your favorite game as usual. During gameplay, you will now see your CPU temperature displayed on the screen alongside the FPS, thanks to MSI Afterburner’s On-Screen Display feature.

Keeping an eye on the CPU temperature in real-time while gaming allows you to ensure optimal performance, prevent overheating issues, and make necessary adjustments for a smoother gaming experience.

Congratulations! By following these instructions, you have successfully set up MSI Afterburner to monitor your CPU temperature in real-time while gaming.

Common Issues with MSI Afterburner Not Displaying CPU Temp

MSI Afterburner’s ability to display CPU temperature depends on motherboard support and CPU sensor compatibility. If your hardware lacks the necessary sensors or communication protocols, MSI Afterburner may not be able to retrieve CPU temperature data.

Using an outdated version of MSI Afterburner may result in compatibility issues with the latest hardware components. Newer software updates often include bug fixes and support for newer CPUs.

Some CPUs may lack individual temperature sensors for each core, making it difficult for MSI Afterburner to provide accurate core temperature readings.

Improper settings in MSI Afterburner, such as unchecked monitoring options or OSD settings, could prevent the CPU temperature from being displayed.

Other monitoring software running concurrently with MSI Afterburner might conflict with its ability to retrieve CPU temperature data.

How to Fix MSI Afterburner CPU Temperature Issue?

Ensure you have the latest version of MSI Afterburner installed. Visit the official MSI website or the application’s download page to check for updates.

Verify that your CPU and motherboard support hardware monitoring and have the necessary sensors for temperature readings. Check your motherboard’s manual or manufacturer’s website for compatibility details.

Use alternative monitoring software, such as HWMonitor or Core Temp, to confirm if your CPU has functioning temperature sensors. If those tools can display the CPU temperature correctly, it suggests the issue might be with MSI Afterburner.

Uninstall MSI Afterburner, then download and install it again. Sometimes, a fresh installation can resolve issues caused by corrupt or conflicting files.

In the MSI Afterburner Properties menu, double-check that the “CPU Temperature” option and other relevant monitoring options are checked. Ensure that you have selected the correct temperature measurement (e.g., CPU Package temperature).

If you made extensive changes to MSI Afterburner settings, consider resetting them to default values. In the properties menu, click on the “Reset” button, then click “Apply” and “OK.”

Temporarily close other monitoring software or overlay programs, such as NZXT CAM or EVGA Precision X, to check if they are causing conflicts with MSI Afterburner.

Try running MSI Afterburner with administrator privileges. Right-click on the application’s icon and select “Run as administrator.” This can sometimes resolve issues related to accessing system information.

Outdated or corrupted graphics drivers can impact hardware monitoring functionality. Consider updating or reinstalling your GPU drivers and then check if the CPU temperature displays correctly.

Ensure that your motherboard’s BIOS is up to date. BIOS updates often improve hardware compatibility and can resolve monitoring issues.

If the issue persists, seek help from MSI Afterburner’s official support channels or community forums. Other users might have encountered and solved similar problems.

Alternative Methods for Checking CPU Temperature

Apart from MSI Afterburner, there are several other software tools available that can help you monitor your CPU temperature and other system metrics. These alternative tools offer various features and interfaces, providing options for users with different preferences and hardware configurations. Here are some popular alternatives.

  • HWMonitor: HWMonitor, developed by CPUID, is a lightweight and user-friendly monitoring tool. It provides real-time temperature readings for CPU cores, GPU, motherboard, and other components. HWMonitor offers a straightforward interface with clear temperature and voltage data, making it easy to monitor system health.
  • Core Temp: Core Temp is a dedicated CPU temperature monitoring software that focuses on providing accurate temperature readings for individual CPU cores. It is designed to work with a wide range of CPUs and is particularly useful for users interested in monitoring core temperatures separately. Core Temp also includes additional features like system tray display, logging, and customizable alerts.
  • Open Hardware Monitor: Open Hardware Monitor is an open-source monitoring tool that offers comprehensive temperature monitoring for CPUs, GPUs, and other hardware components. It supports a wide range of sensors and is compatible with various CPU and GPU models. Open Hardware Monitor is constantly updated by the community, making it suitable for users with the latest hardware.
  • SpeedFan: SpeedFan is a long-standing monitoring utility that not only displays CPU temperature but also allows users to control fan speeds to optimize cooling. While it may not have the most modern interface, it remains popular for its fan control capabilities and compatibility with a broad range of hardware.
  • CPU-Z: While primarily known as a system information tool, CPU-Z also includes CPU temperature monitoring features. It provides basic CPU temperature readings and additional information about the CPU, such as clock speeds, cache, and motherboard details.
  • RealTemp: RealTemp is another CPU-specific temperature monitoring tool, especially useful for Intel processors. It focuses on providing accurate core temperature readings and supports various Intel CPUs. RealTemp’s simplicity and focus on core temperatures make it a popular choice for enthusiasts and overclockers.
  • AIDA64: AIDA64 is a comprehensive system information and monitoring tool that offers detailed information about hardware components, including CPU temperature, GPU temperature, voltages, and more. It provides extensive data logging and reporting capabilities, making it suitable for advanced users and system diagnostics.

Frequently Asked Questions

Can MSI Afterburner display CPU temperature?

Answer: Yes, MSI Afterburner can display CPU temperature, but it depends on motherboard support and CPU sensor compatibility. Some motherboards allow Afterburner to access and display CPU temperature data alongside GPU data.

How accurate is MSI Afterburner’s CPU temperature reading?

Answer: The accuracy of MSI Afterburner’s CPU temperature reading depends on the hardware and motherboard compatibility. It typically provides reliable temperature readings when supported by compatible sensors.

Why is MSI Afterburner not showing my CPU temperature?

Answer: If MSI Afterburner is not showing CPU temperature, it might be due to incompatible hardware, outdated software version, or incorrect monitoring settings. Ensure your motherboard supports CPU temperature monitoring and that you have selected the relevant options in Afterburner’s properties.

Can I display CPU temperature on-screen while gaming with MSI Afterburner?

Answer: Yes, MSI Afterburner offers an On-Screen Display (OSD) feature that allows you to display CPU temperature and other performance metrics in real-time while gaming. You can enable this feature in the monitoring settings.


MSI Afterburner’s CPU temperature monitoring feature is a valuable tool for PC users and gaming enthusiasts alike. By providing real-time temperature data and performance metrics, it empowers users to optimize their systems, ensuring efficient operation and avoiding potential overheating issues. The ability to display CPU temperature on-screen while gaming allows for immediate monitoring without interrupting the gaming experience.

In this guide, we have explored the step-by-step process of installing and configuring MSI Afterburner for CPU temperature monitoring. Additionally, we have highlighted the importance of monitoring CPU temperatures during gaming and resource-intensive tasks, as well as the benefits of using MSI Afterburner for this purpose.

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