When Your Laptop Is Constantly Overheating, Here Are Your Options

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Photo: Hugo Felix (Shutterstock)

techno.rentetan.com – Overheating laptops don’t operate to their full capacity. Fans that whir like jet engines, computers that are too hot to use on your lap, and the feeling that your laptop is struggling for its life are all indicators of an overheated laptop. Having a laptop that constantly overheats is not ideal, but there are a number of ways you can help cool it down.

Laptop overheating: what causes it and how to fix it

A laptop that is overheating is more than just a nuisance. Your laptop may not be able to function properly if it becomes too hot. CPU and GPU (the graphics processing unit) are protected from overheating since they serve as your computer’s brains. Unchecked heating of these CPUs would irreversibly damage or destroy the chips.

Temperatures beyond 90 degrees Celsius (196 degrees Fahrenheit) cause the system to reduce down its peak speeds and performance in an effort to cool down the components. Even while it’s fantastic for keeping those computer components from burning up, it’s not so terrific for your productivity.

The throttling may not be noticeable if you’re just sending emails and surfing the web. However, if your productivity is dependent on your computer’s performance, then these hiccups may be quite frustrating.

Methods for keeping your laptop cool

Even while not all of these strategies will work for every laptop out there, these actions may assist lower the temperature of your computer while also enhancing overall performance.

Make sure the fans are working properly

Many laptops use fans to keep their internal components cool. When the computer’s fans are running at full power, your computer could be a little more obnoxious than usual. Here, the goal is to draw cold air from the room, and then expel it from the machine. However, when dust accumulates on the fans, the laptop’s capacity to circulate air in and out decreases. Your machine throttles because the fans are overworked and the components are overheating.

To begin, use a can of compressed air to blow out the vents on your laptop. If the dust and dirt isn’t too bad, this non-invasive approach may get your laptop back to cooling itself down.

If the temperature is still too high, you may access the laptop’s fans by opening the laptop. To remove the dust and debris, use a brush, pressurized air, or a vacuum. Most laptop models have tutorials online that may help you open it if you don’t know how.

Of course, fans aren’t standard on all laptops. Other thin and light laptops without fans, such as the MacBook Air and Chromebooks, are good candidates for this comparison.

Keep an eye on the ground

A smooth, cold surface is essential for your laptop to work at its peak level. It’s better if it has fans, since ventilation is improved, but laptop heat is dissipated more quickly when it’s in contact with a surface like this.

However, heat cannot be effectively managed on soft, uneven surfaces, such as cushions, blankets, or carpet. Vents in soft textiles may get clogged, reducing the airflow through your machine. As a result of these materials’ weak heat dissipation capabilities, your laptop will get overheated.

Keep your laptop on a firm surface (tables, countertops, desks, etc.) in general. Laptop cooling pads and stands are another option for increasing airflow around your laptop.

Thermoplastic pastes and pads

Thermal paste improves the transfer of heat from your CPU and GPU to the heat sink, resulting in a cooler system. To assist transport heat out of the heat sink, thermal pads may be paired with each other. Thermal paste is the first step: Thermal paste, which is included in all laptops, wears down over time. As a result of these and other factors, you may find yourself at an early disadvantage in the production process.

Thermal paste reapplying isn’t a simple process, particularly if you aren’t experienced with opening computers and messing inside. The thermal paste on your laptop’s CPU and GPU will need to be reapplied once you open it up.

Thermal paste may be applied to almost any device that has a CPU and a GPU. The more difficult it is to access these gadgets, the more difficult the procedure becomes. These two types of laptops have quite different design goals: simple to use and tough to open. As if that wasn’t bad enough, most MacBook computers have their CPU and GPUs facing away from the backplate, necessitating a complete disassembly of the machine before you can access the components.

Thermal pads, on the other hand, are usually considerably simpler to apply. Adding thermal pads to the heat sink of the fanless M1 MacBook Air resulted in a noticeable increase in performance. The MacBook Air’s fan-cooling technology outperformed the M1 MacBook Pro during a stress test, despite the fact that it raised the base temperature significantly.

In order to get the most out of your laptop’s thermal paste and/or thermal pads, you need hunt out tutorials for your particular model.

Reduce your output

When we’re trying to do many tasks at once, it’s only logical that we’d push our computers to their limits. As a result of implementing the aforementioned fixes, your device should operate faster and support more applications. If you’re using a lot of apps at the same time, your laptop may not be able to keep up with them all.

Keep just the Chrome tabs you absolutely need open if you have too many open. Make sure your The Sims game is closed while you’re not using it to prevent yourself distracted from your task. The best way to edit video on an overheated computer is to close all other applications save for the ones essential for the task at hand. The longer you use your laptop, the more important it is to keep it cool by being aware of how you use it.