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If you have ever wondered why your RX 2060 is so loud, you’re not alone. There are several reasons why the fan of your video card is making a loud whine. These include: Coil whine, Damaged fan speed sensor, and Dust buildup. Thankfully, all of these issues are fairly easy to solve, so you can be on your way to enjoying your video card in peace.
There are several ways to reduce the amount of coil whine on your RTS 2060. The first thing you can do is research the product. Google “coil whine” and see if you can find any articles or reviews that deal with the subject. Sometimes, the coil whine will go away on its own.
The coil whine is a noise produced by the inductors in the graphics card. This sound is a sign that the inductors are working properly and that current is flowing through them. The sound will decrease as you add new components, and in some cases, will even disappear. This noise is not harmful, but it is important to make sure that you’re hearing the coil whine and not just background noises.
There are several ways to fix this problem, including changing the power supply. Some manufacturers cover coil whine as a covered defect under warranty. If you have a faulty card, you can also replace it by requesting an RMA. However, this doesn’t necessarily mean that you should replace it with the same model.
Damaged fan speed sensor
If your RX 2060’s fan speeds are inconsistent, there’s a good chance that the fan speed sensor has been damaged. A faulty fan speed sensor may cause the GPU to overheat. In this case, you may be able to manually adjust the fan speed to compensate. However, if you don’t know how to do this, you may want to contact a professional mechanic.
Another cause of GPU fan problems is a weak connection between the GPU and the motherboard. If you’re unable to get your GPU to connect properly, you can try to reset your BIOS to the default settings. Alternatively, you can try unplugging your computer and inspect your GPU.
If your GPU is becoming very loud, the problem may be due to dust build-up. Dust can accumulate on the GPU fan blades and cause it to spin abnormally and buzz. You can clean these blades using compressed air or a brush. If this doesn’t work, contact the manufacturer of your GPU to find out how to repair it.
Besides dust build-up, dust can also affect your video card’s fan performance. The Asus FX505DV’s thermal module is much more complex than the previous generation, requiring two large fans, several heatpipes, and several dust exhaust channels. Despite these features, the thermal module of the new RTX card is still barely able to keep up with the components inside.
Broken fan bearings
Broken fan bearings are one of the most common problems on modern GPUs. They can be replaced quite easily and are relatively cheap. However, you must make sure you check your GPU carefully to make sure that the fan is seated correctly and screwed properly. If this is the case, it might be necessary to replace the fan.
The reason why your GPU fan is so loud may be related to broken fan bearings. The fan may be spinning too fast or may be catching on something. Moreover, dust may accumulate in the GPU fan blades, which can result in the noise. In this case, you should clean the fan blades. You can do this by opening your computer and gently pushing the fan backward. This will help solve the noise problem.
If you want to keep your graphics card running at a steady speed and cool down your system, then you need to avoid overheating it. The main cause of overheating is a higher processing load. This produces more heat and the GPU needs more airflow to cool it properly. Another common cause of overheating is the GPU facing the wall, which limits the amount of airflow to the GPU.
If your PC shuts down during gaming or other non-gaming activities, then it could be caused by an overheating GPU. You can test the GPU temperature by taking a temperature reading. If the GPU is too hot, you can try uninstalling software or restoring your PC to solve the problem. Besides the GPU, the internal parts of your case can also cause overheating.