How To Lower Cpu Temp? Read on our guide below to find out more.
High computer temperature is a very common problem. As your CPU requests more processes, the CPU’s clock increases to allow more calculations per second to be performed.
Higher frequencies also mean more electricity will pass through the circuits due to the CPU getting too hot. So, the more processes that require CPU time, the hotter the CPU will be. Then it will turn off suddenly as if a plug is pulled and show a blue screen with a high-temperature error.
While many MB automatically shut down when overheating, getting to that point usually causes minor damage that can build up over time. Continuously operating near that limit will cause the same thing. It is best to stay away from the limits.
Within the following guide, you will learn the proper methods of reducing CPU usage. Let’s explore!
What Happens If Your CPU Overheats?
Before we get into the guide, let’s first tell you about the dangers of overheating your CPU. Overheating during intense gaming can cause a decrease in performance. High CPU temperatures can make a difference in whether you win ranked games or not.
What’s worse than a performance dip? Your computer may freeze up or even shut down completely. This could cause your Overwatch matches to be lost.
Your chip’s lifespan may be affected if your computer is exposed to these extreme temperatures daily. What temperature should your CPU be when gaming? What temperature should your processor be at when gaming?
What Is the Best Temperature for Your Processor?
While everyone should aim to keep below 75-80degC in general, it is important to note that the optimal maximum temperature for your CPU will vary. You can check BIOS or third-party apps to find out the safest core temperature for your CPU.
You can check the temperature junction maximum (Tj) if you have one of the most powerful Intel processors. Core Temp can calculate Max. These programs allow you to view each core’s temperature to check how it is running.
This is not the maximum temperature your CPU can tolerate before problems begin to develop. Your CPU’s lifespan will be affected if you keep it at such high temperatures. We recommend that you follow the following guide to help you understand the differences between normal and abnormal temperatures.
- Below 60°C: Everything is fine!
- 60-70degC: Everything is running well, but you might want to inspect your computer fans for dust.
- 70-80degC is the ideal temperature unless you are overclocking. It would help if you inspected your cooling fans at this point.
- 80-90degC is the ideal temperature for your CPU, especially if you are playing long-term games. Your CPU shouldn’t be pushed any further.
- Temperatures above 90°C are dangerous. This will eventually cause irreparable damage to your CPU.
How To Reduce Cpu Usage
Keep your system away from vents and windows.
Think about where your computer is located. Is it near a heat vent or in a warm area? Your system should not be located near heat vents or other temperature-sensitive areas (e.g., near a window). It is possible to keep your system cool temp by simply moving its location.
Give your system some breathing room.
Check the position of your computer and take out any obstructions that may be preventing airflow. You should leave at least two to three inches between your computer and the wall.
This will ensure maximum performance. You should also take a look at the desk of your computer. Does it confine your system to a drawer or cabinet? Your system will be more susceptible to overheating if it is located in an enclosed area.
Close your system’s case.
Although it might seem counterintuitive, an opened case does not regulate internal temperatures. It restricts their movement. Because it reduces dust and debris that can cause heat buildup, a closed case will help keep your cooling system cool.
Your fans can become clogged up with dirt, which can cause them to stop working or slow down. The case is designed to allow for efficient air handling. With proper intake and fans, you can ensure the reliability of your system.
Clean your fans.
Your first line of defense against temperature fluctuations is your fans. Dirt and dust can cause havoc. You should find three fans on top of your CPU. One inside the power supply. And one at the back.
To clean each fan, turn off your computer and use a can of compressed air to dust it. Avoid vacuums for cleaning, as the static they create can cause more damage than heat.
Upgrade your CPU fan.
Your CPU is undoubtedly the most expensive and sensitive component of your computer. It has the greatest potential to overheat. Many CPUs come with lower-end fans preinstalled.
These fans are designed to cool the processor enough to keep it from overheating. You might consider upgrading to a more powerful CPU fan to help lower CPU usage. Regardless of how well-designed or powerful your fan, your CPU fan will only cool down to the lowest temperature within your case.
Read also:
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Add a case fan.
It’s a good idea to upgrade your CPU fan. However, case fans can be very helpful. Case fans can increase the airflow to your components, as they can be attached to the front or back of your system.
Ballistix customers often install two fans to cool the computer and one to remove the warm air. You should ensure that the intake and exhaust levels are compatible if you add case fans. Why? Why?
Add a memory cooling fan.
Your system’s memory is the most susceptible to overheating. A cooling fan is recommended to keep your system’s temperatures down, especially when you are overclocking. It helps remove dead airflow from the memory area of your system.
Check your system’s power supply fan.
The fan in a PC’s power supply is an integrated fan. If you don’t have one, the fan will be the only thing blowing hot air out of the system. Your system will heat up quickly if it isn’t working correctly. Replace your power supply fan as soon as it stops working.
Get a water cooling kit.
Gaming systems with high-end CPUs or overclocked components can cause problems with their fans. They are unable to keep up with the higher temperatures. Water cooling kits are a popular way to cool down the CPU.
A water cooling kit uses a pump to cool the CPU by cooling it with cold water. The water is then pumped out of the system to cool the water and return to the CPU to cool it further. Water cooling kits can be installed by anyone competent and comfortable with technical installations.
Take extra precautions when overclocking.
Overclocking is a great way to maximize the performance of your components. However, it can also push your system’s capabilities beyond their limits, which almost always leads to higher temperatures.
Our custom Ballistix M.O.D. is available for overclocking Ballistix modules. You can monitor your temperature in real-time with our utility. No matter how fast you are overclocking your system, it would help if you took extra precautions to increase its cooling capabilities.
It is easy to maintain your system’s coolness. With a few simple steps, you can have your system running at a higher level of sustainability. You can save money and prolong the life of your system by taking immediate action to cool it down.
Conclusion
We hope that our guide will help your CPU cool down. Leave a comment to let us know that you found this guide helpful. Thank you for spending your time at Medcpu.com. We are grateful for your support.
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Eyal Ephrat serves as the co-founder and CEO of medCPU.com, where technology is making significant strides in the field of medicine. Through his experience in purchasing PC and laptop equipment and various other tech products, Eyal Ephrat contributes valuable insights to medCPU’s mission.
