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Today, most CPU temperatures fall within a safe range specified by the chip manufacturer itself, but if your CPU exceeds its maximum temps specified for long periods, you will see a bunch of problems including but not limited to crashing, system rebooting and quite bad performance.
What should my CPU temp be? That is what you are going to ask yourself when you see your powerful, expensive CPU not giving you the performance you were hoping for.
In this article, we’ll discuss what the ideal and safe CPU temperature ranges are for most modern chips, both when idle and under load, and why it’s essential to keep your CPU within these limits.
What Is a CPU and Why Does Its Temperature Matter?
First, What Is a CPU?
The CPU is a common short term for (Central Processing Unit) is a hardware component that performs millions of calculations per second. You can think of it as the brain of your machine. Every action you perform, whether it’s typing on a keyboard or playing your favorite video game, the CPU does control and manage them.
Your CPU recognizes and interacts with other parts and also communicates with your RAM, GPU, Storage and your peripheral devices to ensure that all of them are working.
Why Does Its Temperature Matter This Much?
Your CPU needs electricity to work, and electronics in general produce heat when the electricity is being transferred into sufficient energy to keep the machine running.
When your CPU is exposed to excessive heat for long periods of time it can lead to serious performance, crashing issues and even potentially causing your CPU to fry and die, and if that happens, it can damage other parts of your system as well.
As a gamer, it’s important to keep your eyes on the CPU temperatures from time to time especially if you notice some changes in the given performance like sudden crashes, system failure, BSODs and system rebooting by itself all of a sudden. Make sure it’s always in the best possible condition. You will have a great experience by doing so.
What Should My CPU Temp Be?
Idle CPU Temperature Range:
Keep in mind that factors like the chip manufacturer, type of CPU and the cooling system integrated can affect the temperatures of your processor.
Ideally, less than 40°C and 50°C and even up to 60°C in some cases in modern, high-end CPUs are considered normal temperature ranges for an idle state. In Fahrenheit less than 104°F and 122°F and even up to 140°F are considered safe temps.
Under Load Temperature Range:
Ideally, Keeping your CPU temperatures between 60°C to 80°C (140°F to 176°F) is considered normal temperatures for a CPU being used in real time or in under load state. However, keeping your CPU cooler than this threshold is always a better idea for optimal performance and longevity.
Changing the cooling system being integrated from air cooling system to water cooling system can have a positive impact on temps and of course your build performance.
Maximum Safe Temperature:
Basically, any activity like playing video games, editing videos or live streaming can put your machine’s CPU under heavy load and generate temp peaks if you keep doing what you are doing for a long time.
During those peaks, your CPU temperatures mustn’t exceed 85°C (185°F). If your CPU exceeded those temps it may cause immediate damage to your components. You should investigate your CPU and look for any anomalies.
Factors That Affect CPU Temperature
Cooling Solutions
The two primary options for cooling solution systems in the meantime are air cooling and liquid cooling:
- The most standard, most common and cost-effective system is air cooling. A heatsink and a fan are not expensive so most classic setups come with them. It gets the job done by getting rid of heat efficiently but it may fall short when handling overclocked CPUs or intense tasks.
- On the other hand, liquid cooling is the most expensive because it uses a pump to circulate coolant through a system of tubes and a radiator, it provides superior heat dissipation and is ideal for high-tier components or overclocked systems. it offers a quieter and more effective way to keep CPU temperatures in check, especially under heavy loads.
Environmental Conditions
CPU temperatures can be impacted naturally:
- The ambient room temperature plays a major role, hotter environments naturally make it harder for your cooling system to dissipate heat efficiently especially if you integrated an air cooling system.
- Poor ventilation around your PC can also trap heat causing the temperatures to rise.
- Dust accumulation inside the case may be causing this issue by clogging fans and reducing airflow entering.
- To maintain the best conditions possible, it’s your job to keep your PC clean, well-ventilated.
What to Do If Your CPU Is Too Hot?
Basic Troubleshooting
Check & Reapply Thermal Paste: Thermal paste plays a crucial role in ensuring good contact between the CPU and the cooler. By using your computer for a long duration, thermal paste can dry out reducing its effectiveness. If temperatures are high without any reason or high usage, it’s worth removing the cooler, cleaning off the old thermal paste, and reapplying a fresh thermal paste layer to ensure optimal heat transfer.
Remove the Plastic Sticker For Liquid Coolers: Make sure if you’re using a liquid cooler that you’ve removed any plastic protective stickers from the base of the cooler before installation. These stickers are often placed to protect the cooler during shipping from the manufacturer, if you forget, the plastic sticker blocks the proper contact with the CPU, leading to higher temperatures. I know, it’s a mistake usually beginners fall for it.
Clean Your Computer: Check if your PC in general including fans and heatsinks are clean and functioning properly. Dust buildup can obstruct mandatory airflow which will make cooling less effective. You can clean dust with compressed air to help ensure better airflow and cooling performance.
Redo any Overclocking: It can lead to high temperatures if you’ve overclocked your CPU. Make sure to lower CPU clock speeds or resetting to the default factory settings to help with this matter.
Conclusion:
To sum up, your CPU temperature should be around 50°C in idle state, 70°C/80°C in under load state. Anything above 80°C is considered quite not good for your CPU’s longevity and performance. Always clean your PC from time to time, check and reapply thermal paste and redo any overclocking if there is any.
