Optimal CPU & GPU Temperature for Gaming | All You Need To Know

Modern games need optimal CPU GPU temperature for gaming since they offer high-quality performance and bear a great deal of responsibility when many resources are required. An interesting fact is that the temperature of your GPU is directly proportional to the resolution at which your display is displaying pictures.

The desired resolution enhances to display off as many pixels as possible. Hence increases both the number of pixels shown and the number of calculations performed by the GPU.

When a graphics card overheats, it may cause damage to its cores and other components of the computer. Anyone who owns a CPU or graphics processing unit (GPU) understands how important it is not to have their pricey piece of equipment destroyed by excessive heat. Therefore, it is critical to keep an eye on the GPU’s temperature.

Fortunately, there are a plethora of various methods in which we may increase the cooling of our systems – all of which will be addressed in further detail later in this piece. Along with that, we’ll go over how the GPU temperature monitors your internal temperatures, optimize PC for enhanced cooling, and other helpful suggestions.

Optimal CPU GPU Temperature For Gaming

Examine how to recognize when your GPU is overheating, the causes and symptoms of overheating, as well as the steps you can take to keep it from overheating.

Optimal Temperature for CPU and GPU while Gaming

Under typical usage circumstances, the optimal CPU GPU temperature for gaming ranges from 65 to 85°C (149° to 185°F) for the best performance. It is noteworthy that the max CPU temp while gaming also varies depending on the manufacturer and model of the GPU. Additionally, even though specific GPUs are rated higher, the ideal GPU temperature for gaming should not exceed 85°C (185°F) at any time.

If you don’t know “what are good temps for CPU and GPU while gaming,” we have your back to explain the things. Since there are so many GPU models from different manufacturers, it isn’t easy to calculate an exact GPU temperature for gaming. They often have a GPU temperature range that is safe. However, a general rule is to maintain the temperature below 85°C. However, a lower temperature gives a better result.

Optimal Temperature for CPU and GPU while Gaming

According to research, idle graphics card temperatures and CPU heat limit range from 30 Celcius to 40 Celcius, but temperatures may reach 60°C to 85°C. However, the maximum GPU temperature of high-end video cards is generally between 95°C and 105°C, depending on the model. If it exceeds, your machine will shut down to avoid further harm at a particular time. Video card overheating doesn’t become a problem until the temperature reaches 90 degrees Celsius.

Is GPU Temp Same As CPU Temp?

There is some difference in temperature comparison between a CPU and GPU. For instance, your GPU should be between 75 and 85 degrees Celsius under stress, and your CPU should be between 50 and 75 degrees Celsius. Lower temperatures on the CPU with proper cooling are, of course, preferable.

Additionally, all of these temperatures are under load conditions, not idle conditions. Idle temperatures vary significantly depending on the cooling system, overclocking, and other factors.

Maintaining a video card’s temperature below 85 degrees Celsius is a general rule of thumb. GPUs have a temperature limit of 105 degrees Celsius, and exceeding that limit may be alarming. Since doing so drastically reduces the lifespan of the GPU.

Is 80C Too Hot For GPU While Gaming?

When looking for optimal CPU GPU temperature for gaming, 80°C is acceptable for a GPU. It is the average temperature for many air-cooled or founder’s edition graphics cards. On the other hand, running at lower temperatures will be more beneficial since current GPUs automatically throttle in response to temperature, which has little impact on its overall performance.

The graphics processing units (GPUs) can withstand high temperatures since they bear intense loads that create additional heat. The manufacturer, the amount of thermal paste used, the amount of airflow, and the age of the GPU all influence how high a temperature your GPU can sustain.

In general, temperatures below 60°C are entirely safe for your GPU. In comparison, temperatures between 60°C and 90°C aren’t harmful, but you should consider adding extra cooling at the upper end of the temperature range to be safe. When temperatures exceed 100 degrees Celsius, hardware failure is significantly dangerous.

Is 70C Too Hot for a CPU While Gaming?

It may seem like a dangerous temperature for a CPU to operate under strain, but 70 degrees Celsius is relatively comfortable. It indicates that your thermal solutions are on target, which is commendable. If this is your reported temperature, you may have an issue, whether you’re idle or executing minimal routine computing chores.

When subjected to a modest amount of workload, your CPU should never exceed the 60-62 °C (140-143.6 °F) temperature threshold. Consequently, it indicates that you should try adjusting the airflow in your case or investing in a high-quality CPU cooler explicitly designed for your processor.

What Temp Should My CPU And GPU Be While Gaming?

It isn’t easy to give a firm answer to the good temp for CPU and GPU temperature for a standard and gaming PC. Because two major GPU manufacturer companies, namely Nvidia and AMD, have launched so far different modern models.

What Temp Should My CPU And GPU Be While Gaming

When a new model comes into the market, it has its own Safe GPU temp range that also varies. So optimal CPU GPU temperature for gaming is somehow challenging to give. Following are the various temperature perimeters a CPU or GPU should have.

CPU/GPUIdealGood EnoughNo GoodDangerous
CPU (idle)Less than 35°C35 to 45°C45 to 50°CMore than 50°C
CPU (at 50% load)Less than 50°C50 to 65°C65 to 75°CMore than 75°C
CPU (on full load)Less than 60°C60 to 80°C80 to 85°CMore than 85°C
GPU (idle)Less than 40°C40 to 50°C50°C to 60°CMore than 60°C
GPU (at 50% load)55 to 60°C60 to 65°C65 to 70°CMore than 70°C
GPU (on full load)Less than 65°C65 to 80°C80 to 95°CMore than 95°C

Factors that Cause CPU GPU Overheating

A few influential factors are responsible for overheating the CPU and GPU that might cause issues executing the apps you wish to use on your computer. Suppose you notice that your video games or rendering are stopping, slowing, or stalling regularly, and there is an accompanying persistent increase in your GPU temperature.

In that case, you should take measures to diagnose and solve the GPU cooling to avoid long-term harm to your computer system. Many things could affect the temperature of your GPU, like how clean your case is, where your graphics card and fans are, and how well your heat sinks work.

Following are the factors that may cause overheating of your CPU GPU.

1) Dust in Fans

That goes for your GPU’s fan(s) as well as the case fan(s). To keep the air flowing through your computer at all times, the fan’s links to the computer’s casing should work efficiently. The graphics processor can overheat if the GPU fan is clogged since there is not enough air reaching the heatsink to transfer the heat that builds up within the CPU.

Depending on the dust and filth present in your surroundings, this might result in various difficulties for your equipment and you when it comes time to clean.

2) Overclocking

Overclocking your GPU is an excellent technique to get more performance from it. However, the system will be put under additional pressure, causing it to work harder, and, as a result, the GPU will get overheated.

It would be best to consider whether you are prepared to compromise some performance in display quality, framerate, or settings to lower the graphics processor’s total temperature. Hence, an overclocked GPU generates more heat.

3) Old or Outdated Drivers

Another precaution you can take is to make sure that the software that runs on your GPU is up to current at all times. If your graphics drivers are out of the current, you will not use your graphics card at its optimum performance level, resulting in the GPU overheating.

4) Insufficient Airflow

The most important thing you can do to keep your GPU from overheating is to ensure that it has enough ventilation within your computer. In certain circumstances, there is not enough space for air to flow. Also, when the components are too close, there isn’t enough air to go around and cool the overall system efficiency. Therefore, it is vital to consider enough space and proper ventilation for your system.

5) Old or Inefficient Thermal paste

One of the most significant impediments to natural cooling is the lack of contact between the heatsink and the CPU. Graphics cards are massive structures, yet the graphics processor is just a minor component of the overall design.

Most graphics cards comprise the heatsinks and fans to cool the graphics processing unit (GPU). GPUs are equipped with heatsinks to dissipate excess heat generated by the GPU.

Ways to Cool Down Your GPU and CPU

Ways to Cool down GPU CPU

Even if you’re a casual computer user, your system’s components are susceptible to overheating. In this article, we’ll look at various low-cost techniques to cool down your computer. You will familiarize yourself with how to lower GPU temp by different methods in the following methods.

1) CPU GPU Fans Cleaning

Thoroughly clean your CPU GPU fans, ensuring that no dirt or lint is left within. Subsequently, it allows dissipating heat more effectively and efficiently. Cleaning fans using an air compressor or wiping the blades with alcohol is a safe cleaning method. Before reinstalling it on the computer, be sure to be thoroughly dry.

2) Reduced or Disabled Overclocking

The higher the clock speed of the GPU cores, the greater the amount of heat they generate. As a result, you should consider returning it to its default clock speed. If your GPU is still overheating, try operating it at a lower clock speed to see if it helps cure the issue.

3) Heatsink(s) Cleaning

If you’ve owned your computer for more than a year and have never cleaned it, there is almost certainly a large amount of dust accumulation within. If you want to do it yourself, there are various methods you can use, and you can rid your computer of dust to have it done in no time.

4) Thermal Paste

Applying thermal paste is critical when installing a heatsink for the first time or reinstalling one after cleaning. If you’re not cautious, air pockets may develop, which can cause the temperature to rise significantly. Apart from that, using too much or too little paste might also result in complications. Therefore it is essential to select and apply the thermal paste carefully.

5) Inspect Hardware

Inspecting your hardware often is an excellent way to keep your system in check. It would be best if you considered checking the fans on your graphics card to verify they are in good working order. If they get worn out, replace them to remedy the overheating problem. Otherwise, it may harm your hardware and cost you money.

6) Improve Air Flow

You have recently moved your computer into a home and discovered it has begun to overheat. As a result, it is best to ensure that your GPU has enough airflow to function correctly. Although thermal paste does not degrade in months and depending on the quality of the paste used in your GPU, it may survive for up to ten years or more.

It will be beneficial to consider updating thermal paste every 3 years to improve efficiency. Hence, this will also help dissipate heat ad keep airflow in check.

7) Keep Track of the Ambient Temperature

In some instances, it is not the fault of the computer that it is operating at excessive temperatures. Since this is a severe concern for individuals who live in hotter climes, it may also be a problem for those who live in more moderate climates during the summer months in some instances.

The obvious solution is to upgrade your cooling system, and it’s also a good idea to ensure that the PC has enough airflow. However, this will likely have a more apparent influence on your comfort than it would on your CPU or GPU temperature.

Ultimately, if it turns out that your standard coolers are just incapable of withstanding the ambient temperature, you will have no alternative but to switch to something more capable.

8) Limit CPU and GPU Overload

To prevent overloading the GPU by executing several graphics-intensive activities simultaneously, avoid running numerous graphics-intensive processes simultaneously. Overburdening your CPU and GPU may not only cause it to overheat, but it may also cause damage to its fans and other components as well.

The solutions outlined above help improve heat flow away from your overheated GPU computer. Consider adding extra fans to your computer case, though, if they are not performing as well as you would have hoped. By increasing the number of fans in your system, you may boost airflow out of the system, which will reduce GPU temperature.

Aside from that, if your budget permits it, you should consider adding a cooling water system for your graphics processing unit. When you combine air cooling with water cooling, the temperature of your GPU will decrease dramatically.

Symptoms of Overheated GPU and CPU

Some of the signs that your graphics card is overheating include excessive fan noise, screen artifacts, and experiencing graphics-related errors. However, these symptoms may also appear if your GPU hardware is faulty or your graphics card is outdated.

Symptoms of Overheated GPU

As a result, you should use specialized software to check the GPU temperature to determine whether overheating is the source of these symptoms. Among the most popular tools for monitoring GPU temperatures are Open Hardware Monitor, MSI Afterburner, and HWMonitor, to name a few.

The following are some signs of a GPU that has become overheated:

1) Noisy Fan

One of the first and most noticeable signs of CPU and GPU overheating is excessive fan speeding, which occurs as the GPU attempts to dissipate the extreme heat generated. If the GPU fans are making loud noises, this indicates that they are not performing as well as they should be in terms of heat removal, which means that overheating is putting a strain on them.

A red tile (or other glitches) appearing on your screen signifies something wrong with your graphics processor (GPU).

2) Sluggish Operation Performance

Various factors can cause a computer to slow down, yet heating remains the most prominent factor since this is especially true in the case of laptop computers. Because there is so little space for air to pass through, dust is a common cause of indoor air pollution. As components become hotter, they become less effective, and their performance suffers.

3) Random Shutdowns

Essentially, your computer has “hard crashed” if this occurs on your computer. Moreover, CPUs are programmed to shut down automatically when a rise in temperature to a specific level. If the CPU cannot prevent the chip from melting, it will resort to this last-ditch effort.

4) Glitches and Errors

When the CPU becomes overheated, it will experience a higher error rate than usual. Consequently, there are more bizarre program glitches and processing. The cursor may disappear, your sound will hiccup, or that clicks will not register.

5) Artifact of Texture

While gaming, you may notice that your computer becomes overheated and begins to exhibit strange technical problems that only appear in 3D environments. Additionally, this may occur when just one computer component is overheating. These artifacts emerge in the form of missing textures, blocks of color, twisted and missing polygons, and so on, and they are rather noticeable.

6) Graphic Errors While Playing Games

While playing graphics-intensive games, if you encounter graphics-related errors such as the graphics card not responding, the graphics card failing to recover from timeout, or anything else similar, you can be sure that your graphics card is under strain.

If your game begins to lag, glitch, or crash, you can be sure that your graphics card is under pressure. Other possible causes of CPU and GPU overheating include blue screens, PC errors, and sudden shutdowns when the computer is under pressure.

How To Keep Track of CPU/GPU Temperature?

It is possible to precisely know what temperature each component is operating at thanks to the multiple sensors in CPUs, graphics cards, and motherboards. The question is, what program can you use to verify these numbers? So, it is important to know the utilities for finding the optimal CPU GPU temperature for gaming.

How To Keep Track of CPU/GPU Temperature

1) Utilities for the CPU and GPU

The most straightforward approach to monitoring CPU and GPU temperatures is to use the programs included with each component. When it comes to GPUs, the AMD Control Center can monitor the GPU temperature, but the Nvidia Control Panel does not offer this functionality.

In addition, hardware manufacturers supply their applications optimized for overclocking and temperature monitoring. These are typically included with the drivers and are completely free. Various programs operate on different graphics cards. Thus, you may use the MSI Afterburner on an Asus card, the Asus GPU Tweak on a Gigabyte card, and so forth.

2) Third-Party Software

Several third-party apps are available that, in addition to the aforementioned official tools, may enable you to monitor your CPU GPU temperature while also possibly adding some additional functions to the mix.

CPU-Z, GPU-Z, HWMonitor, OpenHardwareMonitor, and AIDA64, to mention a few of the most prominent, are among the most widely used tools in the industry.

Does Lowering Graphics Reduce CPU and GPU Temperature?

The graphics settings indeed impact both the CPU and the GPU consumption. A high percentage number next to the CPU, which shows how much strain the processor is under, will be displayed if you use monitoring software while playing an intense game. The higher the resolution, the more significant the impact on CPU load regarding graphics quality. However, technically speaking, the GPU is under tremendous strain.

The resolution is the only parameter that does not significantly impact CPU utilization when considering in-game features. The rest mainly depends on the graphics card you are using.

Furthermore, some of the GPUs consider your complete build. It works by collecting information about your PC and comparing it to a similar setup in their database. Then compare everything from GPU speeds and CPU clocks to suggest graphics settings that it feels are the most significant for you based on your preferences.



If your temperatures are high, you should attempt the above measures to reduce those figures. High temperatures also significantly influence your hardware lifetime and limit its duration. Maintaining and managing the system is a basic rule of thumb for preventing harm and extending the component’s life. As a result, the total system’s performance improves significantly. Since your negligence can cost you money and hardware replacement, affecting your overall performance. Remember that maintaining optimal CPU GPU temperature for gaming using software tools and other recommended techniques is critical, particularly while gaming. Hence guarantees that the CPU, GPU, and other components are secure from any harm.