Ultimate Guide to the Best GPU Temperature for Gaming 2021

Best GPU Temperature for Gaming

If you are a gamer, then you know how important it is to have the best gaming experience possible. The graphics card plays a huge role in this because of its ability to process data quickly and efficiently. One thing that can impact the performance of your graphics card is temperature.

If your graphics card gets too hot, then it will start throttling down its processing power which can lead to lower frame rates or other graphical glitches. This blog post will teach you what the optimal GPU temperature for gaming should be, and some tips on how to keep your GPU cool!

What is the best GPU temperature?

Best GPU Temperature for Gaming

Typically, the best GPU temperature for gaming is around 50 to 60 degrees Celsius. If you have a low-end or mid level graphics card, then having it at 30 to 40 degrees will be just fine as well.

What matters most here are your computer's limitations and not your personal preference of how hot you want your GPU to run when gaming.

This is because the performance of your graphics card will be limited by its own thermal operating limits, and not how much power you have to put into it like a CPU which can always be overclocked or underclocked to get more out of it.

What this means is that if the temperature limit on your GPU's cooler isn't enough for you then there really isn't anything else you can do other than investing in an aftermarket solution such as liquid cooling so that heat doesn't build up inside your computer case.

Why should I care about my GPU temperature?

The GPU is the brains of your computer, it can be thought as a CPU on steroids. When you're browsing the internet or playing video games, you are mostly using your graphics card to process data and render images.

A high-performance graphic card needs lots of power which means that they produce more heat than traditional CPUs.

The problem is that high temperatures affect performance. If your computer's graphics card runs at higher temps, it will start to throttle its power output and slow down the CPU in order to keep up with heat generation.

The operating system can also get unstable or crash if this happens because they are running too hot.

That means you might experience delays when opening a game level, lag during gameplay or even freeze-ups while playing videos online.

Your gaming PC needs optimal conditions for games to run smoothly so there won't be noticeable lags!

How do I know what temp my GPU is running at?

There are two ways of measuring your GPU core voltage: manually by watching the readings on the screen and automatically by using a third-party tool like MSI Afterburner.

A long, manual way to find out your GPU's core voltage is installing an overclocking utility called HWMonitor that will show you all of your computer's hardware readings on one page.

It also includes a program for measuring voltages so it can be used as an alternative to the first method described above.

Watching temps during gameplay can become rather tedious if done manually - but not with MSI Afterburner! This software allows you to keep track of CPU load, temperature or even power usage in real time while gaming. Why go through this trouble?

Well, because high temperatures are both annoying and potentially dangerous: they might lead to system instability, slow down performance or even prevent your CPU from successfully overclocking.

Monitoring the GPU temperature is just as important because it provides you with key information about how much heat the graphics card is generating and if this excessive heat might be damaging its components (e.g. by a thermal throttling).

And that's not all: some software like MSI Afterburner also includes various features for monitoring voltage and clock speeds of both your GPU - which are integral to getting more out of it!

When selecting an adequate fan profile manually, keep in mind that each type of game will require different settings due to their vastly varying load on the system resources. Here we'll show you two examples, one for PlayerUnknown’s Battleground s and another for Doom.

How do I know if my GPU is overheating?

Many gamers and PC enthusiasts are concerned with their GPU temperatures. While the methods to measure this can be a little tricky, there are some basic things to consider that will help indicate whether or not your card is running hot--or too cool for its own good!

Firstly, what kind of monitor setup are you using?

If it's a laptop screen without an external temperature sensor on the device itself (like most gaming laptops), then it may be difficult to gauge just how warm the graphics chip inside really is.

Laptops don't always report accurate information about heat levels in certain circumstances either: they might show no sign of heating up when in reality they're nearing critical operating temperatures and could be shutting down in the near future.

If you're using an external monitor, then it's easier to judge whether or not your graphics card is overheating by looking at that device and if there are any indicators of high temperature on the screen (such as a red warning), then this may indicate that your GPU is working harder than usual.

The display won't always reach critical levels before actually shutting down from heat exhaustion though, so don't rely solely on what you see happening here for accurate information!

Why Is My GPU Overheating?

Best GPU Temperature for Gaming

GPUs, or graphics processing units, are the devices that execute your computer's memory-intensive graphical operations. They usually heat up quickly and can be a safety risk if they overheat too much.

It's because the card has more circuitry that generates heat and requires additional cooling systems. The problem gets worse if you're playing games or editing videos for extended periods of time on your PC . Why Does My Computer Shut Down When I Play Games For A Long Time

Graphics processing can require huge amounts of power from your device's processor, which then heats up faster than ever before. While this is happening, there may not be enough resources available to cool down the system as quickly as needed without shutting down out of safety concerns.

Dusty FAN

Best GPU Temperature for Gaming
Always Clean Your GPU Fan

The only thing that can cause your graphics card to overheat is dust. Dust accumulates on the surface of the fan blades and begins restricting airflow, which causes heat production to increase.

If this process continues it will eventually reach a point where it cannot be cooled effectively by the system, so stop now before you have any problems!

You need to dust and clean your PC at least once a year to keep it running smoothly, so be sure that you're doing this.

You can also read GPU Fan not spinning.


occurs when a system is not able to effectively use all of the resources it has available. An older PC, for example, may have an internal power supply and graphics card with 12 amp circuits while newer PCs usually have 16 amps or more.

If there are only two devices being powered by 12 amps then they will likely underperform relative to their full potentials because one device will often become a bottleneck that prevents other components from working at their best levels.

When an older PC is experiencing bottlenecking, it could be due to a power supply that can't provide enough wattage for the graphics card and CPU.

The processor will often create bottlenecks in games by not being able to take care of all the data necessary for rendering on screen quickly enough so it ends up waiting until it gets more time from other processes (like drawing) before finishing its job.

This leads to performance issues such as stuttering or freezing frames while playing the game. In some cases, these problems may also occur during opening cutscenes with video content where transitions between scenes are slow because they're caused by limited resources available at any given moment within the scene's timeline."

Bad Case Placement

Best GPU Temperature for Gaming
Place Your case nearly open space

Poor case placement is a common cause of overheating. A single fan in the back or on top of your CPU can create an airflow obstruction and lead to excess heat that is difficult for your system to dissipate. Why not take the time now to examine where you have placed your computer?

This issue is two-fold. It’s important to have the case positioned in a perfect location so that it does not interfere with your ability to breathe, or the airflow of the fan.

PCs are most susceptible to overheating when they remain in a tight space and the air flow is inhibited.

This issue is especially highlighted during the summer months.

The best place to position your computer case is away from walls and other structures of a similar construction. Just this simple fix can do wonders for the thermal performance of your system!

Bad Airflow Inside The Case

Best GPU Temperature for Gaming

The airflow inside your computer’s case is critical to making sure that all the components stay cool. This means ensuring a constant flow of air over both the video card and the CPU, as well as keeping any other hot spots free from obstruction.

The motherboard also needs good ventilation in order for it not to overload with heat while you are overclocking and rendering videos. With proper airflow, an overheating GPU will never be an issue!

Always Playing GPU Intensive Games

Best GPU Temperature for Gaming

Playing GPU intensive games can lead to overheating of the graphics card. This is because they require a lot more power than most other applications or software that are used on desktop computers and laptops.

The computer’s cooling system, which includes fans as well as heat sinks, does not have enough time to keep up with this increased demand for power when playing these types of games.

This type of game requires higher frame rates so it may take longer for your computer to catch up after pausing gameplay in order to avoid heating problems associated with extended periods where cores are unused and idle without activity leading some gamers who prefer slower-paced gameplay find themselves unable to enjoy their favorite titles anymore due either too high temperatures generated by overclocking or the need for a costly new computer.

High-end gaming laptops and desktops are more likely to be equipped with better cooling systems, whereas your average laptop or desktop is going to struggle when it comes to playing these types of games without getting too hot.

Even if you have a top end gaming PC that can play most modern AAA titles in 1080p at 60fps on the highest settings possible, any game where graphics matter will still strain the system's resources.

Which means that even expensive hardware may start heating up after longer periods of use while running such games.



Overclocking is a method of pushing the graphics card beyond its original capabilities. Overclocking is done by increasing voltage and clock speed to push it beyond its design limits, which can cause instability in your system.

This will not only increase heat but also decrease performance because the components are being pushed past their limit - this may lead to increased power consumption as well.

How Important Is The GPU Temperature?

A GPU is a device that renders graphics for displays. The temperature of the GPU will affect how it performs, as well as your computing experience in general.

As such, it's wise to keep an eye on the GPU temperature sensor and make sure it stays within normal ranges. If you notice that the computer becomes sluggish or shuts down without warning because of overheating then take care not only to monitor but have a look at what can cause this problem with hardware performance.

A Graphic Processing Unit (GPU) is used by computers to generate images from complex data so they could be seen on screens. With modern video games being more demanding graphically than ever, a GPU is now no longer limited to producing static images on screens and can create realistic settings in real time.

In computers that use the Windows operating system, graphics processing units are likely located within specialized hardware called Video Graphics Cards (VGP). You may also find them as part of more complex computer configurations like desktop workstations with multiple video cards or even laptop computers containing GPUs alongside CPUs.

What is the difference between the device's CPU and Graphics Processing Unit (GPU) temperature?

  • A modern central processing unit (CPU) is made up of multiple cores. This allows different instructions from different tasks to happen concurrently rather than sequentially, which can result in much higher throughput and performance. The number of cores available varies depending on make and model of CPU, as well as price point.
  • On average CPUs are usually rated at around 50°C and GPUs generally run closer to 75°C due mainly because they have additional cooling requirements because they output video data while running computations simultaneously. Consequently, some manufacturers will produce processors with a lower TDP (Ther mal Design Power) rating, lowering their operating temperature.
  • GPU's also require additional cooling due to the heat that is generated by the graphics card while it runs computations simultaneously with outputting video data. The amount of heat a graphics card creates will vary depending on several factors like power, voltage load and how much work they are doing at any given time. To prevent overheating CPUs may throttle down or temporarily shut off in order to avoid damage from burning out which would cause irreparable harm not only to your computer but yourself as well.

What does a high GPU temp mean?

A high GPU temperature means a few different things. The most common cause of the problem is that your graphics card is working hard, but this typically isn't a cause for concern.

However, if you see sustained high temperatures or they exceed certain temps for hours at a time or more, it may mean that you'll start to experience performance issues.

Even though you’ve optimized your system and cleaned up your computer, you might experience decreased FPS or reduced image quality while playing games. Rendering a video project will take considerably longer if the GPU heats up too much.

How to lower your GPU temperature?

The first step is to identify the cause. The most common culprits of an overheated GPU are: overclocking, dust buildup on the fan blades or inside your PC case (cooler), and poor airflow in a confined space such as your computer room.

If you have determined that overheating isn't likely due to any of these factors then I recommend shutting down your PC for 30 seconds before turning it back on again.

This will give time for your CPU's thermal compound to spread out and allow heat from the processor to continue dissipate through the heatsink fins. When using discrete graphics cards like AMD Radeon R200 Series, NVIDIA GTX 400 series, ATI HD 5000 series or higher try disabling automatic performance scaling which ramps up clock speeds when the CPU is under heavy load.

Start by going to your AMD Radeon R200 Series, NVIDIA GTX 400 series or ATI HD 5000 and lower the power management settings for GPU clock speed.

This will help get you some more headroom when it comes to overclocking your graphics card's core clocks without having too much of an impact on performance when not gaming or doing anything other than basic tasks that don't tax the system heavily.

You can read in details How to lower GPU temperature.

Frequently Asked Question

Question: What is the best GPU temperature for gaming?

Answer: This depends on a number of factors, including your budget, desired performance and more. The higher that you overclock without adding in additional cooling solutions like liquid or air-based coolers to regulate temperatures, the greater potential risk there is with damaging your hardware components. We recommend that NVIDIA graphics cards run at 70°C (158°F) as the maximum safe operating temperature; AMD GPUs should aim for 65°C (149°F).

Question: What do I need to know about overclocking my CPU?

Answer: Your computer will automatically adjust its clock speed according to what it needs during normal use so if you're not tweaking applications like Premiere Pro or After Effects , it's unlikely you'll run into overheating issues. There are a few caveats, though: for example, if your CPU is overclocked and you're playing a lot of video games on the side, then there will be more heat being generated than normal.

Question: What's the difference between a GPU and a CPU?

Answer: A video card (GPU) is built to process graphics data, while the central processing unit (CPU) handles all other tasks. Some CPUs include integrated GPUs which can handle some of these processes on their own. There are also processors that use both at once for added performance in certain scenarios.

Question: What does it mean when my computer says "Thermal Throttling?"

Answer: This means your processor is running too hot and has reduced its clock speed as an attempt to lower temperature levels so you don't risk damaging hardware components .

Question: What is thermal throttling?

Answer: If the computer's temperature exceeds a certain threshold, it will automatically reduce its speed to prevent any damage.

Question: Why does my CPU have different clock speeds and what do they mean?

Answer: The amount of times your processor can execute instructions per second depends on how fast it runs. The lower that number, the slower your PC performs when executing tasks . If you want faster performance, then you'll need more core processors or cores in each individual processor (CPU) chip . CPUs come with variable numbers of cores typically ranging from one to six; both options provide enough power for most users' needs at this time.


The optimal temperature of graphic card is 60°C.

If your graphic card's temperature is too high, it may lead to a mismatch of video card and the corresponding display size or resolution; some games will not be able to start for exceeding the recommended GPU temperature.