High-end computer games and other software programmes can put the graphics processing unit (GPU) under a lot of strain, causing it to overheat.
The high GPU Temperature Monitor might cause hardware breakdown over time if the machine does not have an effective cooling solution.
We must address the heating concerns before they get out of hand, as this may cause harm to our computer components.
To keep the GPU temperature at a safe range, we must take every precaution.
SAFE GPU TEMPERATURE RANGE
The problem is that there is no universally safe GPU temperature. It is entirely dependent on the graphics card used.
Each graphics card’s safe operating temperature is determined by its design and architecture.
We’ll see variances in GPU temps because these are varied for different graphics cards.
AMD and Nvidia cards, for example, show different temperatures.
To determine the card’s safe temperature, we must first determine its normal to maximum temperature range.
These data may be found on the manufacturer’s specification sheet that comes with the graphics card.
If we don’t have this information, we can search it up on the internet. Visiting tech forums where skilled individuals debate these difficulties will be especially beneficial.
So, now that we have the average GPU temperature of our graphics card, what’s next? The next step is to keep an eye on it to make sure it doesn’t overheat.
Reason To Monitor Your GPU Temperature
There are a variety of reasons why you should keep an eye on your GPU temperature, but they all come down to achieving the greatest performance possible.
Overclocking
If you’ve attempted overclocking your GPU, you’ll want to keep an eye on the temperature your graphics card produces as a result of the slightly higher clock. When overclocking the GPU, it is truly important to keep the temperature at that sweet zone.
In today’s environment, video card makers are well aware of the overclocking community. As a result, they have carefully designed their graphics cards to allow for overclocking while maintaining the integrity of their product.
When overclocking your GPU, one thing to keep in mind is the necessity for additional cooling. This is essential for maintaining your GPU at a comfortable temperature. In fact, if you’re having problems with overheating, this is usually the first thing you should try to solve the problem.
Playing Resource-Heavy Games
Even if you’re only playing a game with a better graphics quality for a longer length of time, it can put a load on the GPU, which can lead to more serious issues.
Knowing how effectively your graphics card can manage the load is crucial. In many cases, your GPU will meet the minimal or even recommended system requirements, but it will struggle to run the game at higher graphics settings for more than a few hours.
You’re looking at varying levels of harm depending on how long you overlook evident faults while playing (such stuttering or beeping from within the PC casing). Fortunately, most current GPUs are designed to switch off before they become too hot, preventing the graphics card from inflicting actual physical harm.
Of course, this does not prevent other machines from breaking down. Furthermore, turning down the GPU when it reaches hazardous temperatures does not entirely protect it from harm. Ignoring the issue and having the GPU power off on you many times might cause the card to fail and compel you to replace it.
Best Ways To Monitor Your GPU Temperature
There are two options for accomplishing this. We can use BIOS or GPU temperature monitoring software to keep an eye on things.
Both approaches have advantages and disadvantages. Let’s take a look at each of these approaches:
MONITORING GPU TEMPERATURE WITH BIOS
Monitoring through BIOS has the advantage of being quite simple to utilise. To access the BIOS, we must restart the computer and follow the instructions on the splash screen.
The BIOS screen may be accessed by using the Delete or F1 buttons.
The GPU temperature monitor may then be found in the BIOS menu under Monitor, PC Health, or any other suitable area.
We won’t obtain accurate temperature numbers from this, but it will give us a sense of how hot it is.
We won’t be able to tell what the temperature is while playing a game, either.
If the system, on the other hand, behaves strangely or crashes unexpectedly, we may be able to rapidly monitor the temperature while the computer reboots. Because excessive heat takes time to disperse, the temperature may be checked.
INSTALLING GPU MONITORING SOFTWARE
In certain circumstances, we may be able to receive this programme for free when we purchase a graphics card.
If not, there are a variety of free and paid options.
Before installing them, we must ensure that they are compatible with the graphics card. Some of these applications are extremely thorough, and they can even keep track of other computer components.
While we aren’t looking into it right now, it’s something to keep in mind in the event that more monitoring is ever necessary.
If BIOS monitoring doesn’t work and we want to attempt monitoring software, here are a few options to consider:
NVIDIA CONTROL PANEL
We can use this programme to monitor and optimise the performance of nearly all system components.
If we opt to have the control panel displayed at all times, we can see the GPU temperature at any moment.
We can also use its event recording mechanism to keep track of temperature changes over time.
We may export the log files to a spreadsheet programmed for additional examination. The cooling fan speeds may be dynamically controlled dependent on the GPU temperature.
OPEN HARDWARE MONITOR
This free and open source programme keeps track of GPU temperature, fan speeds, voltages, and clock rates, among other things.
It shows the monitored values in a tree view that we can see updating as we use the computer.
This view can be seen in the main window, the system tray, or a desktop gadget that can be customised.
We can also view a graph of how the GPU temperature fluctuates over time as a function of the amount of operations the GPU is executing using this programme.
Furthermore, its data may be made available using Windows Management Instrumentation, allowing other apps to utilize it.
ASUS GPU TWEAK
FurMark and GPU-Z are two tools included with this bundle.
Fur Mark, which is based on OpenGL, is used to stress test the GPU by driving it to its maximum speed and temperature. We can safely overclock the GPU if it passes the test.
We may also look at how much power the GPU uses. GPU-Z shows details including the GPU’s specifications, temperature, core frequency, GPU load, and fan speeds.
MSI AFTERBURNER
We may use this free application to monitor the GPU’s temperature in real time and change the fan settings. We can also keep track of overclocking and memory use.
AIDA64
The GPU temperature metre in AIDA64 is amazing. It also includes a number of diagnostic tools that may be used to keep track on other system components.
Although this application is not free, we may get a trial edition with restricted features to evaluate how well it works for us.
CORE TEMP
The temperature of our CPUs is measured by Core Temp. It turns off the computer to avoid overheating.
When the temperature hits a specific level, it also goes into sleep mode. It also keeps track of other gadgets. If our keyboard has an LCD panel, Core Temp uses it to display all of the data.
HWMONITOR
The GPU temperature, fan speed, voltage, and statistics from other hardware components are all displayed in this simple app.
In a single window, the reports display the highest value, minimum value, and current value.
It comes in handy when we need to rapidly monitor the temperature of our system.
DETERMINING GPU TEMPERATURE VALUES
The first step is to determine the GPU temperature while the machine is turned off. So, now that the operating system is up and running, and all of the programmes have been closed. We can accomplish this by checking the GPU temperature immediately after the machine has booted.
We also want to know what the GPU temperature is while the computer is performing operations that do not need the GPU.
For this, we can launch a software or play a game that doesn’t put a lot of strain on our GPU. The GPU temperature may then be checked to see what it is on average.
The next step is to determine the GPU’s maximum temperature. This may be accomplished by engaging in an activity or playing a game that necessitates the most intensive use of the GPU.
Please keep in mind that certain games come with built-in GPU monitoring software, which eliminates the need to install it separately.
After gathering the data, we can compare it to the GPU temperature levels given by the manufacturer for our graphics card.
If we have an AMD card, for example, we may expect temperatures to range from 57 to 94 degrees Celsius.
The temperature range for an Nvidia card is typically between 94 and 105 degrees Celsius.
We probably won’t have a problem if the maximum GPU temperature for these cards falls between these limits.
On the other hand, we have a problem if the maximum GPU temperature surpasses these parameters by 5 to 10 degrees. We need to discover a means to lower the temperature as quickly as possible, before it damages our gear.
LOWER A VERY HIGH GPU TEMPERATURE
It can be done in a variety of ways. We may strike it rich with one, or we may have to keep trying until we discover one that works for us. Let’s have a look at a few of the more often utilized ones:
CLEANING THE COMPUTER
Dust accumulation typically leads to a build-up of heat, therefore we need to examine the amount of dust first.
While most of us would want to keep our laptops dust-free, this is an unattainable goal.
There’s no getting away from it. We may plan computer clean-ups every six months or sooner if necessary.
However, when utilising a vacuum cleaner or an air compressor for cleaning, more caution is required. We don’t want to damage any sensitive components.
We may clean the cooling fans with a soft towel and earbuds after clearing the most of the dust.
Don’t forget to clean the undersides of the fan blades and look for dust accumulation If we miss anything, it might exacerbate the problem and prevent the cooling fans from spinning properly.
INSTALLING ADDITIONAL FANS
We can fit two fans in the computer casing if there is enough room. Cool air will be drawn in by the front fan, while heated air will be expelled by the back fan. We can keep the temperature down by ensuring sufficient ventilation through the computer casing.
GETTING EXTERIOR FANS OR AN AIR CONDITIONER
The GPU temperature is affected by local weather conditions as well as the quantity of usage.
The GPU temperature numbers will be high if we are in the middle of a heat wave.
They can be significantly reduced by using an outside fan or an air conditioner. If you own a laptop, you’ll appreciate our guide to the finest laptop cooling pads.
KEEPING COMPUTER CABLES IN ORDER
Dust is attracted to tangled and carelessly distributed wires, and they can also obstruct adequate ventilation around your computer.
Getting them in order might make a big difference in the amount of heat that builds up.
UPGRADING THE GPU COOLER
If the normal GPU cooler isn’t cutting it, we may try a cooler from a different manufacturer.
If we have been utilising an air cooler, we can add a water cooler.
Water coolers are often thought to outperform air coolers.
Of course, we must first determine whether it is within our budget and compatible with our GPU. We should be able to find such information by conducting a fast web search on the subject.
UNDERCLOCKING THE GPU CLOCK SPEED
The number of operations performed by the GPU per second is referred to as GPU clock speed. We can minimize the amount of power consumed by the graphics card as well as its temperature by reducing this pace.
ADJUSTING THE GPU OVERCLOCKING PROCESS
Overclocking might cause the GPU temperature to increase. If this is the case, the overclocking process must be disabled and restarted.
CHANGING THE THERMAL PASTE
We can replace the old thermal paste between the GPU and the cooling fan with a new one. It prevents air bubbles from forming between the two metal surfaces and improves heat transmission. As a result, the GPU temperature may drop a notch or two.
RESTORING THE EARLIER GPU DRIVER
After a GPU driver update, the GPU temperature might sometimes rise. It could be worth trying to restore the previous version to see if it makes a difference.
NOTHING’S WORKING — NOW WHAT?
If none of the aforementioned approaches succeed in lowering GPU temperature, we may need to enlist the help of specialists.
A computer technician should inspect the machine and determine what needs to be fixed.
It might be a simple, low-cost adjustment, or it could turn into a costly remedy. In any case, we can at least address the problem and move on.
CONCLUSION
In order to address GPU temperature concerns, we may use both DIY and professional solutions. It does not have to be a binary choice. The most important thing is to avoid overheating and harming our hardware, as well as to take adequate precautions to ensure that our computer lasts as long as possible.
