Why does my laptop overheat when I play games?

Laptops are compact and powerful devices than ever before. There is a steep increase of processor and its performance which facilitated through chips that more densely packed along transistors.

Within parallel, slimmer cases, and packs the increase in many specific stronger processors and their graphics supports the big screen and their increase resolution for better picture quality and enjoying the gaming experience.

These developments cause high costs and excessive heat.

The rising threat for the laptop excluding the coffee is overheating. It uses to increase the hardware failure and create a long-term or somehow permanent damage.

Prevention of laptop damage or overheating procedure causes the shortening of the lifespan of the computing device.

How to Identify the Main Reason – Overheating of Laptop

The laptop apparent heat up does not mean that the device is experiencing the problem of overheating.

Overheating occurs when the fan of a laptop is working or running at its maximum speed. It gives you minimum or worst performance because of overheating processor usually cuts back the clock speed for the escape from the pressure of heat.

The fail-safe software uses to trigger the sudden shut down for the prevention of hardware damage. There are different tools available which measure the heat value of laptop for instance HWMonitor.

It works nearby and might tell you the exact component which causes the overheating.

Causes of Overheating in LaptopProcessor or GPU

Mainly insufficient cooling causes the process of overheating.

Among all the potential reasons the dust blocking intake grills, exhaust ports, clogging fans, degenerated thermal grease among the other heat sinks and processor or GPU. These things come under self-maintenance.

The laptop might get overheated because of the graphics card. This graphics card is overheating due to because its loose from certain ends.

There are lots of devices which get hot when games are running on them for 30 minutes, or so there graphic starts heating them.

Gaming Mode

It overall reduces the laptop performance.

Despite having good cooling system laptops keep raising their temperature and their thermal rate increases their captivity with an increase in time.

With gaming laptops barely manages the heat. Heat is a huge issue for computers.

Processor overheating – The Power Conservation and Reduction

The central processing unit and its dynamic frequency scaling also called as Processor overheating. This technique within computer architecture handles the frequency for the microprocessor which automatically adjusts based on the concept of the on the fly which depends on exact or actual needs for the power conservation and reduction in the quantity of heat produced through the chip.

Poor overclocking – The Core Reasons that Laptop uses Processor Overheating

The dynamic frequency scaling preserves the battery of mobile devices. It ensures the cooling cost of devices on the overall experience. The similar rationale observed through the noise on quiet computing settings.

After poor overclocking, it is useful as the security measure for overheated systems. It is one of the core reasons that laptop uses Processor overheating technique in laptops.

Dynamic voltage Scaling – Relevant Measure of Control for Laptop Overheating

This outperforming technique is functional among mobile devices to large capacity data centers.

It reduces the power at the instance of overloading. The technique of dynamic voltage scaling is relevant to measure of control where the conservation technique usually used in conjunction along the frequency scaling.

It is the frequency that chip might relate while operating the voltage.

The dynamic frequency scaling produces the reduction in the number of instructions a processor might issue within the given amount of time for the reduced performance. It generically used where the workload is not the CPU bound.

Processor overheating technique

Based on certain manufacturers the Processor overheating technique is observed in various or different constructs. The Processor overheating technique of the Intel’s manufacturing unit follows Speedstep where it used within the mobile and desktop CPU on its different lines.

AMD system two different Processor overheating techniques.

One of them is CoolnQuiet which directly used for the desktops and server-based processor lines.

The purpose of such technology was not at all to save the battery life, and it is not at all used in mobile processor lines.

Instead for producing the least heat which in return allows the systems and its fan in spinning down with the slower speed, results in reduced or slower speed for the more relaxed and quieter operations. That is how this name of technology came to advent CoolnQuiet.

The technique of AMD PowerNow with the Processor overheating technique abundantly used within the mobile processors line along the supporting the CPU like the AMD K6-2 which is also appearing in specific desktops. The VIA technologies and processors used the technique of LongHaul as the power saver while the Transmeta and its different version called as the LongRun.

Different Throttling Techniques – Reduce the Heat of Laptop

The laptop uses the CPU and its different throttling techniques to reduce the heat that a CPU might generate. It adjusts the clock speed of the CPU also named as the dynamic frequency scaling where the concept of throttling is used for the automatic slow down for the laptop/computers where it possibly used the less energy and conservation of battery specifically within the laptops.

This adjusting manually, adjusted in making the system quiet and running in the smooth process because the fan runs slower. It comes in contrast to the overclocking.

The adjustment of the clock speed based on the CPU with the amount of heat which is currently generating. The thermal throttling assists in cooling the chip when it moves to the hottest state by lowering the speed.


The running resources of intensive application experience the unexplained drops within the CPU speed. Such declines are usually caused by the Processor overheating which is a power saving feature within windows and lots of motherboards slow down the clock of CPU and its speed.

It doesn’t mean that the CPU stays with the full throttle every other time. These drops can prevent from the distinct power management system within windows. It needs the power management feature within the computer BIOS.

Conceptually the overheating causes the drops within CPU performance.

If the problem persists in making sure the inside of the computer which is well-ventilated and fans working in their perfect state, here the clarity in heat sinks is quite essential.