Motherboard CPU Temp Vs CPU Temp

The CPU is one of the most important components in your computer. It does all the calculations and processing that makes a computer function. A motherboard regulates power to the CPU, which means it can tell when your CPU overheats and turn off or slow down its speed accordingly. The temperature on your motherboard’s built-in thermal sensor is often an accurate indicator of how hot your CPU is running–but not always! In this article, we’ll discuss what a motherboards’ built-in thermal sensor measures versus what a third party thermometer might measure, as well as some things you can do to ensure accuracy with both devices.

Motherboard Temp

A lot of people are unaware that the motherboard can be a limiting factor when it comes to the maximum CPU temperature. It is important for people to know this in order to make sure they buy a good quality motherboard and not one that might fry their CPU!

The Difference Between Motherboard Temp and CPU Temp:

Motherboard temp and CPU temp are two different things.

Product 1
Motherboard Temp
Product 2
CPU Temp
Motherboard Temp
CPU Temp
Item Dimensions
Item Dimensions
10.91 x 4.71 x 1.07 inches
6.29 x 3.93 x 9.09 inches
Cooling Method
Cooling Method
Noise Level
Noise Level
30 dB
26 dB
MasterFan MF120 Halo
MasterFan MF120 Halo
Dual loop Gen 2 Addressable RGB fans
SF120R RGB Fan
Item Weight
Item Weight
‎2.99 pounds
‎2.06 pounds

Fight the hot: Motherboard CPU Temp Vs CPU Temp

A lot of people don’t realize that the motherboard and case can affect the temperature of their processor. The higher quality components in your computer, such as a motherboard or case, will produce less heat and allow for better airflow to keep everything cool. When you’re looking for new parts, make sure to consider how well they work with each other!

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For many people, the term “temperature” brings to mind a thermometer reading of 98.6 degrees Fahrenheit, or 37 degrees Celsius. But for those who spend their days working with computers and processors, the temperature is a far more important number. And it’s one that you need to know if you’re planning on building your own PC.

CPU Temperature

Motherboard CPU Temp Vs CPU Temp: Which Is Better?

Before we can answer the question of which is better, we should first define what each one means. The motherboard temperature is usually measured by a thermometer embedded in the motherboard and this reading will be very close to the processor temperature.

This metric is used for monitoring your computer’s health and stability as it can cause serious damage if left unchecked. On the other hand, CPU temperature refers to how hot your processor actually feels when you touch it with your finger or feel its surface with an IR thermometer device.

When you enter your BIOS, it will tell you what the CPU temp is. You can also check this by going into Windows Task Manager and looking at the Performance tab and scrolling down to “CPU”. The temperature reported here should match with what’s shown in your motherboard BIOS. If there are any discrepancies or if these readings deviate from on another, then you may have a hardware or software issue.

What is Normal?

Motherboard temperature

Depending on your processor type and load, the temperature should not go above 60-70 degrees Celsius (140°F to 160 °F) but it will vary depending on what kind of computer you’re running. There are various reasons for fluctuation in CPU temp; one being that some processors dynamically change their voltage based on how hot they get which can cause them to run faster and hotter if there isn’t proper ventilation present – this could be an indication that the cooling fan has stopped working properly. In rare cases, Overheating can lead to total system failure so it’s important to check these readings frequently. Most CPUs also become less efficient when they exceed 90ºC (194ºF).

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Average processor temperatures:

Processor Name

Average temp
AMD A645°C – 57°C
AMD A1050°C – 60°C
AMD Athlon85°C – 95°C
AMD Athlon 6445°C – 60°C
AMD Athlon 64 X245°C – 55°C
AMD Athlon 64 Mobile80°C – 90°C
AMD Athlon FX45°C – 60°C
AMD Athlon II X450°C – 60°C
AMD Athlon MP85°C – 95°C
AMD Athlon XP80°C – 90°C
AMD Duron85°C – 95°C
AMD K560°C – 70°C
AMD K660°C – 70°C
AMD K6 Mobile75°C – 85°C
AMD K7 Thunderbird70°C – 95°C
AMD Opteron65°C – 71°C
AMD Phenom II X645°C – 55°C
AMD Phenom X350°C – 60°C
AMD Phenom X450°C – 60°C
AMD Ryzen70°C – 80°C
AMD Sempron85°C – 95°C
Intel Celeron65°C – 85°C
Intel Core 2 Duo45°C – 55°C
Intel Core i350°C – 60°C
Intel Core i550°C – 62°C
Intel Core i750°C – 65°C
Intel Pentium II65°C – 75°C
Intel Pentium III60°C – 85°C
Intel Pentium 445°C – 65°C
Intel Pentium Mobile70°C – 85°C
Intel Pentium Pro75°C – 85°C

How Do I Cool Motherboard Temperature:

  • Open the case and make sure there is adequate airflow over your motherboard. If you have a laptop, open up vents on the bottom of the computer to allow more air in.
  • Use an anti-static pad to ground yourself before touching any components that might be sensitive to static electricity. This will help protect against potentially damaging electric discharge or accidental machine shutdowns if something goes wrong during troubleshooting and repairs.
  • -Clean dust from around all fans including CPU fan, power supply fan, graphics card(GPU) cooler exhaust ports (if not covered by plastic), front intake port for PC tower computers with external DVD drives attached), etc., using compressed air or canned vacuum cleaner as appropriate for each type of component being cleaned.
  • -Remove dust from the heatsinks and fan blades with canned air, blower or a compressed air nozzle. If necessary for your PC tower computer, remove dust from around fans on the power supply unit (PSU) as well.
  • -Use can of spray contact cleaner to clean off any corrosion on physical hardware connections such as those found in parallel ports and USB connectors that might be preventing proper flow of electricity. This is especially important if you have had to use these types of connectors recently during troubleshooting process.
  • Ensure there are no loose wires inside the case by rerouting them so they do not come into contact with other components while being used over time which could potentially cause short circuiting at some point.
  • Use canned air to clean dust from CPU, GPU and heatsinks.
  • Start your PC up again and check the temperature in a few minutes (you can use an app or website for this, such as SpeedFan).
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How do I cool down the temperature of my CPU?

It happens to the best of us, especially if you are a gamer or use your computer for long periods of time. The solution is fairly simple and should not take more than five minutes max in most cases (depending on how many tasks you have running).

Shut down all unnecessary programs that could be drawing heavily from your CPU such as antivirus software, web browsers, social media apps, etc. Focus only on what needs to be done at this moment.

  • Open up Task Manager by pressing Ctrl + Shift + Esc on Windows (Office 365 has it pinned). You can also right click anywhere and select “Task Manager.” This will show you which processes are taking up resources and may be causing the rise in temperature.
  • Select all of the processes and click End Task or “End Process Tree” if you are using Windows Vista or XP). If you want to be careful, just end one process at a time until it goes back down into normal range.
  • Run an antivirus scan on your machine and make sure there is nothing else going on that could cause this overheating problem. This will also check for any viruses and malware programs running while giving your computer’s resources a break from any other processes.
  • Clean the dust out of your computer and make sure all fans are running properly. If a fan is not working, it will overheat faster than if you had two or three good ones pumping air through your machine. This can also cause some programs to run slower when they try to cool down the CPU because one or more fans may be clogged with dust and not able to do their job as well as they should be doing it.

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