How do you fix an Intel CPU running at 94 Celsius? Have you ever had your computer completely shut down while you were in the middle of a video game? There are several possible reasons for this, but one extremely frequent one is when the CPU hits dangerous temperatures.
Thermal throttling is a safety feature that kicks in when a CPU reaches a temperature it deems hazardous.
The maximum processor utilization is lowered by a thermal throttle because the safe operating temperature has been surpassed.
As a result, the CPU operates more slowly and produces less heat, which enables the cooling system to catch up.
A sudden system crash is frequently the result of this abrupt slowdown.
Running a component above its safe working temperature will void its warranty, be very terrible for the component’s integrity and longevity, and generally be a bad decision.
If left unchecked, CPU overheating may potentially harm CPU sockets, leaving motherboards worthless.
If this all sounds terrifying, relax; it can be simply avoided. Here are a few simple techniques for stopping overheating and lowering CPU temps. fix an Intel CPU running at 94 Celsius.
What happens if a CPU Operates at a temperature that is too high?
Modern computers typically choose to shut down when the CPU reaches a predetermined temperature set by the manufacturer, to avoid becoming an expensive and extremely deadly electrical fire.
By using this failsafe, you may be guaranteed that neither you nor your computer will suffer any further heat harm.
Despite this safeguard, excessive running temperatures that are still within the maximum operating temperatures but higher than preferred can eventually harm the motherboard and the CPU, drastically reducing their lifespan.
All PC components may be predicted using this model: the higher the constant temperature, the shorter its expected lifespan.
When gaming, how hot should my CPU be?
This is a pretty vague issue that depends on a wide range of factors, including the location of the computer, its chassis, its CPU, its CPU cooler, and the number of fans it has, to name just a few.
When under intense CPU load, a “typical” gaming PC (if you can even define such a thing) should register temperatures between 158°F (70°C) and 176°F (80°C).
However, the better your cooling system is, and the cooler your CPU is when it is working hard, the better. Your CPU will appreciate it if you can maintain a temperature of 114°F (46°C) while it is under load.
How to lower the CPU temperature and keep it there
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Improve the airflow
Having the proper airflow arrangement in your PC is one incredibly easy approach to guarantee acceptable CPU temps.
Open airflow cases are an exception because they’re a completely different animal, but there are a few setups for “regular” PC cases that you should be aware of.
The first setting is “Positive pressure,” which forces more air into your computer than is being expelled, resulting in hot air that is essentially stagnant inside the computer.
The “negative pressure” setup, which involves more air leaving the PC case than entering, is the opposite of this. This leaves a pocket of space, which is what we want a nice stream of air to do in a perfect world.
These two arrangements are not ideal. Only if you had access to and complete control over every single fan to make up for either the positive or negative differential would it function effectively.
To create a flow of air that doesn’t get snarled up or stagnate inside your PC case, the optimal arrangement is “neutral pressure,” which means you have the same amount of air entering as you have exhausting.
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Cable management
In addition to CPU temperature control, cable management affects total temperature control. When attempting to produce a free-flowing, effective cooling environment, tangled connections might obstruct a clean airflow and create object resistances that are unnecessary. Keep an eye on those cables.
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Location of your system
Placing your system in a poorly ventilated place is another frequent cause of CPU temps to soar.
Your CPU will become overheated regardless of how effective your airflow design is or how well-rated for airflow your case is if there isn’t any cold, fresh air reaching it in the first place.
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Cleaning of your PC
Fans are exclusively in charge of drawing air into and out of your computer, therefore you must keep them in good working order.
Since fans are the sole pieces of hardware that move air through your computer, they are exposed to far more air than most other PC components. Dust and debris are brought in by all this exposure to the air.
Fans accumulate dust and need to be cleaned frequently, just like anything else in your home. Do not feel guilty; even in the cleanest homes, computers will eventually become dusty.
You don’t want any of these issues to arise because all this dust has the potential to cause a variety of issues, including electrical problems and fan failures. Simply take your PC outside and use a can of compressed air to clean the fans and the rest of it.
It is okay to purchase a compressor of some kind if you are an avid player and believe you will be doing this frequently to avoid purchasing a can of air every few weeks.
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Open versus closed cases
The idea that open-air enclosures are better for airflow has long been contested in the PC industry. However, this is quite counterintuitive because open-air scenarios create a few more problems than they resolve.
They do, however, look fantastic when done properly. The efficiency of the cooling capacity decreases without a closed directed system.
Due to the lack of numerous filters, the open case also allows significantly more dust to enter. These obvious facts have eliminated open-air cases. Unless you don’t mind having your PC cleaned once a week or so.
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Apply thermal paste again.
In the PC industry, there has long been discussion about the benefits of open-air cases for airflow. In reality, however, this is fairly counterintuitive, as properly constructed open-air cases create a few more problems than they solve.
The cooling capacities become less effective without a closed directional system, and the open case also allows considerably more dust to enter because different filters are not present.
These few obvious facts have eliminated open-air cases. Unless you don’t mind having your PC cleaned once a week or so.
When attempting to reduce the temperature of your CPU, reapplying thermal paste might be helpful. When the thermal paste is kept undisturbed for extended periods, it dries up and splits.
The more you use it, the shorter its lifespan will be because it’s a thermally conductive chemical that is also susceptible to thermal degradation.
By selecting a higher-quality product, you can extend the life and efficiency of your thermal paste, but in general, it should last for a few years.
We won’t specify how long thermal paste is expected to last because this duration is arbitrary and situational.
To ensure proper performance, we will however recommend that you replace your thermal paste once every one to one and a half years. Or it’s advisable to reapply if you remove your cooler for any reason.
Final thought
To reduce the temperatures, we believe that our fixes above will help you fix this issue. If the issue still continues even after trying these steps, then it could be something worse, you will need to engage an expert. Also let us know in our comment section below if it was fixed successifully.
Related article:
Do a New CPU Require Thermal Paste or Come With it? (Explained)
