Overheating is a common problem in gaming laptops, but it can be fixed with these 7 simple steps.
The motherboard overheating fix is a problem that has been present for a while. There are 7 ways to fix the issue.
Most customers have problems with overheating graphics cards and CPUs, but some also have issues with their motherboard’s temperature increasing to the point where it warms up the side panel. However, since it’s an electrical component with electricity flowing through it all the time, it becomes hotter with time.
Furthermore, the installed components, processor-induced VRM heating, and an enclosed enclosure containing numerous constantly heat-radiating components may result in an extremely hot motherboard.
It should be remembered that overheating the motherboard on a regular basis may result in not only decreased performance but also irreversible damage to the motherboard. As the temperature rises, the electrical conductivity of the motherboard components diminishes, and performance suffers as a result.
There are a few things you can do to attain lower temperatures and keep optimum performance all of the time.
Increase the number of fans in the case.
Installing case fans is the simplest method to keep your motherboard cool. If you don’t have a fan or just have one at the back, put a case fan in the front to pull cool air in. This will vastly improve the condition and, in most instances, will be sufficient.
Installing more than one fan in your case will be preferable if your case has several fan slots. Make sure the fan slots in your case are the right size. A 120mm case fan is used in most mid-tower cases. Some cases feature 90mm, 140mm, and 200mm fan slots.
It’s also crucial to ensure that your case has a balanced airflow. You should attempt to install as many fans for the intake as you do for the exhaust. If your exhaust fan slots are small, don’t install more than two or three intake fans in them.
Switch the case around.
If your case is insufficiently equipped with fan slots, your only option is to replace it. I used to have this issue, but it’s a one-time update that’s well worth the money.
A case with enough ventilation and the ability to accommodate numerous fans will enable air to flow freely inside the chassis. Your front panel should not obstruct cool air flow and should at the very least accommodate one or two fans. If you want to buy the greatest airflow case, we have a list of them.
Make use of a more effective CPU cooling.
The temperature of your motherboard is also affected by your CPU cooler. If you have a cheap CPU cooler, it will not only run hotter, but it will also emit a lot of heat into the environment. To keep the temperature of the CPU under control, make sure you have a larger heatsink that is constantly cooled.
PSU should be installed with the fan pointing down.
The PSU installation location is usually found at the bottom of most PC chassis. However, many pre-built PCs have power supplies mounted on the top, and as long as the power supply unit has an outward-facing fan, it’s OK.
If the fan in your case is pointing downwards towards the motherboard, you should put the PSU upside down if it is feasible. Similarly, if your PSU is placed at the bottom of your case with its fan pointing upwards, turn it upside down so that the PSU’s fan can exhaust hot air outside while drawing cold air in from the bottom.
Keep the wires out of sight.
Cables always block airflow, no matter how many fans you add or how much ventilation your case has. It’s critical to handle the wires and route them from various locations so that they don’t obstruct airflow.
Take the wires from the rear of your case through the routing holes and tuck them away in the back or in the PSU shroud if your case has one. This will allow the air to flow freely in and out.
Clean the VRM heatsink and the PCB of the motherboard.
High temperatures may be caused by a large amount of material. It may also result in the motherboard being shorted. Remove any dust from your motherboard’s VRM and PCB using an air blower to prevent the issue.
A brush designed for electrical components may be used to properly clean the tenacious dust. A clean PCB and VRM heatsink will disperse heat more quickly.
On the VRM, install a tiny fan.
Finally, if none of the previous techniques are successful in lowering your motherboard temperature, put a tiny fan on the VRM heatsink. In most instances, it isn’t necessary, although enthusiast overclockers do it to keep the VRM temperature down.
The fan will need to be manually attached via thread or wires. This is the finest option for maintaining the performance and temperature of your motherboard.
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