Graphics card benchmark


Graphic card benchmark is usually carried out by gaming enthusiasts or video editors who care much about the quality of the graphical capacity. Although there might be various reasons for carrying out benchmarking, the following are the reasons: 

Reasons for Graphic Cards Benchmark

  1. To test run the GPU stability, efficiency, and durability after its production.
  2. Running the best GPU benchmark helps to know how the graphics card performs under rugged conditions.
  3. The benchmarking also helps to know if the graphic card has the capacity to play heavy games.

What Is a Graphics Card?

A graphic card is a small piece of hardware whose function is basically to convert data in the form of code or signal to an image that is viewed on the screen. It is also called a video card.

With these graphic cards coming in different specifications, a high-quality graphics card means a better, smoother, and efficient display of the image. This is naturally very important for gaming enthusiasts, graphic designers, and video editors.

Types of Graphic Cards:

In modern-day computers, Graphic cards are normally in-built, but with the increase in the demand for very high-quality graphic display, most video gaming enthusiasts, seeking more fun and graphic designers or other professionals, often need something beyond the in-built graphic card and hence, the need for a supplementary graphic card. 

1. Integrated Graphics Card:

This usually comes with the computer motherboard i.e. it is in-built, with no additional space or slot for an external card. It is otherwise known as Onboard GPU.

Most computers or laptops come with this type of card, hence it is cheaper. This type is very perfect and sufficient for those who use programs such as Microsoft Excel & Microsoft Word and also watch movies, send emails, and surf the internet surfing. 

2. Discrete Graphics Card:

This is an external graphic card otherwise known as a Standalone card that is installed on to the motherboard as an extra component. It is the most perfect for those who want to modify their system by upgrading the graphics card. 

This upgrade or modification is usually borne out of the need to speed up the image processing time. And unless you fall into the category of those that use their system for a highly demanding task like gaming, photo, or video editing that requires fast, efficient, and high-quality graphics. Then, there is no need for an external Graphic card. The best brand for the graphic card is AMD and NVIDIA.

Synthetic Graphic Card Benchmarks Test:

This type of graphic card benchmark test is run using synthetic software having their built-in graphics card test tools to calculate the performance scores. These scores are in the form of big numbers. 

A higher score indicates that your graphic card performs better than the other cards with lower scores. These GPU benchmark test software, also known as artificial benchmarking, is a trustworthy and easy way to know how well your graphics card is performing.

Real-Time Graphics Card Benchmarking:

This type of benchmarking is for all those gaming enthusiasts, whose graphics card performance means a lot more than the synthetic benchmarking scores and who are desirous of knowing about the frame rates and frame per second (FPS) they are getting while playing a game. 

It is also called real-world benchmarking and measures the frame per second (FPS) during live game-play. More FPS means your graphics card is capable of playing games smoothly.

Best Graphics Card Benchmark Test:

The most common graphic card benchmark used for tests is the GPU (Graphics Processing Unit). Benchmarking a GPU compares performance and offers the results as a score with the current setting.

The best way to do this is to use professional software. Choosing a graphic card benchmark software is as critical as buying the most suitable graphics card. There are numerous programs available in the market, and it is best to choose the right software that can put your graphic card through its paces. Users have two options when it comes to selecting a graphic card benchmark software.

The first is the standalone programs that are designed for the benchmarking task while the other option is the overclocking software that comes with a built-in benchmarking utility.

It is best to use overclocking software as they have multiple functions. Some of the best overclocking software is RivaTuner and MSI Afterburner. Using an overclocking utility is a better option as users can easily tweak GPU after benchmarking.

Also, other programs are either paid or free. However, in most cases, users can get to benchmark their graphic cards for free. Some of the best free software include Heaven and 3DMark which come with various settings.

Apart from that, Windows comes with a built-in program known as dubbed Windows System Assessment Tool (WinSAT). The program can put your computer components through a basic test and generate a scorecard.

Many people check for reviews online before purchasing a GPU, and most of these review websites and professional reviewers offer benchmark results to explain the strength of these cards better.

Benchmarking Software

To run a benchmark on a graphic card, one has to determine what type of benchmark to carry out, either real-time or synthetic. Below is a list of five free best benchmarking software to use: 

Heaven UNIGINE:

This benchmarking software is majorly for overclockers. It is used to carry out synthetic benchmarking. It helps to get the best out of a graphic card by pushing it to the maximum limits possible and shows how stable it is. It also helps you judge the effectiveness of your graphics card. It is free software. 

GFXBench:

This is also free benchmarking software that allows comparison between two graphic cards. It operates by simply downloading it online, select the desired API, starting the test, and waiting for it to display the score of your graphic card to allow you to compare it with other similar cards.

DMark Basic Edition:

This software is amongst the best for synthetic benchmarking as it allows a quick comparison of your graphic card performance with other cards.

The basic edition is free to download but for an in-depth analysis, an advanced version of it would be required for a certain amount. One of its amazing features is that it automatically tells you the type of benchmarking needed for the graphic card. 

PassMark:

This is another widely used and among the best GPU benchmarks for Windows to run a synthetic benchmarking test. There is a need to download the Performance Test from the official website of this brand to check the graphic card’s performance, thus it is not free. It lets you run 2D and 3D tests. These tests check the vectors, fonts, bitmaps, 4K resolution, GUI elements, and various other factors.

FurMark:

This tool is one of the most trusted and best GPU benchmark tools to judge the GPU’s stability and the stress it can handle. FurMark, also called GPU burner, needs an OpenGL compliant graphics card and can also monitor the GPU’s temperature.

Best Games for Benchmarking

Enthusiasts are always concerned about the performance of their games and hence, the need to do a graphic card benchmark. Although there are different software and parameters to combine when comparing. Below is the graphic card benchmark of some selected games.

Ashes of the Singularity (22.0GB):

Sometimes referred to as Ashes of the Benchmark, thanks to its widespread use in CPU and GPU reviews, AotS and its Escalation expansion are great for punishing CPU as they stress it to limit. It throws tons of units and objects on the screen, which is where low-level APIs often perform better. 

The game supports DirectX 11 (DX11), DirectX 12 (DX12), and Vulkan rendering, with the latter two being preferred over DX11 as they allow the CPU to process things more efficiently (DX12 performed best in the test). 

The benchmark lasts about three minutes, and the built-in results browser is quite extensive, breaking down performance into various categories based on the complexity of the scene.

Assassin’s Creed Odyssey (98.5GB):

The built-in test only takes about a minute to run, though the amount and variety of clouds in the sky can have a modest (up to 10%) impact on performance. It is recommended to run the test at least 3-5 times, to get a “clear / sunny” day for comparison purposes, or run it five times and take the average.

Assassin’s Creed Origins (70.5GB):

The previous game in the Assassin’s Creed series, Origins came out in 2016. It’s a bit less demanding with a GPU benchmark sequence that lasts nearly twice as long (115 seconds). 

AC games tend to max out at around 120-140 fps, regardless of settings, but then they are not twitch games like CS: GO where you would benefit from extreme refresh rates and frame rates. 

Origins do not force you back to the start screen after each test either, and the weather is fixed so the benchmark results are far more consistent.

Batman Arkham Knight (35.2GB):

Originally released in such a poor state of optimization that it was temporarily pulled from Steam before being reinstated, Arkham Knight is the most recent Batman game. The various Batmangames have had some decent built-in GPU benchmarks.

They are also part of a select few games to make use of Nvidia’s PhysX API in a meaningful way. The benchmark sequence lasts about 95 seconds and is easy to run.

Borderlands 3 (82.7GB):

A modern game built using Unreal Engine 4, Borderlands 3‘s GPU benchmark takes about two minutes from the time you press start, about 30 seconds of which is waiting for the level to load. BL3 supports DX11 and DX12 rendering, with the latter doing better on AMD cards.

If one has a Nvidia card, DX12 is only better at lower settings on high-end hardware, like an RTX 2070 Super or better at 1440p medium or lower settings.

Basically, use DX11 for Nvidia and DX12 for AMD. Note that the first time when one launches the DX12 version of the game, there is a rather lengthy shader pre-compilation pass that can take a couple of minutes, depending on the hardware.

The built-in benchmark generates a CSV file of frame times, which is potentially one less thing to worry about, but the generated CSV contains about five seconds of data at the start that is not particularly useful and should be omitted from any performance calculations.

The Division 2 (65.1GB):

Ubisoft’s open-world post-pandemic-that-wipes-out-much-of-the-population setting might feel a bit too on the nose right now, but the built-in benchmark is still a staple of our GPU benchmarks and reviews. Like Borderlands 3, it also generates a CSV of frame times, with sensible start/stop points that give results nearly identical to OCAT logging.

Far Cry 5 (73.0GB):  

Nearly every Far Cry game has included a built-in GPU benchmark tool. For FC5, the test sequence is quick and painless, lasting about one minute. The game comes with four presets plus a variety of other settings that can be customized as needed.

The first run is usually a bit more erratic than subsequent tests, so make sure you run it at least three times to get a good idea of the typical performance.

Graphics Card Comparison:

This list is a compilation of almost all graphics cards released in the last couple of years. The graphics cards comparison list is sorted by the best graphics cards first, including both well-known manufacturers, NVIDIA and AMD. 

YearGraphics CardAverage 1080p FPSAverage 1440p FPSAverage 4K FPS
2020RTX 3090277.4204.7122.1
2020RTX 3080241.7178.4106.4
2018TITAN RTX169.8129.477.7
2020RTX 3070184.9136.581.4
2018RTX 2080 Ti165.312675.6
2019RTX 2080 SUPER150113.267.6
2017TITAN V143.8109.667.1
2018RTX 2080141.8105.962.7
2019RTX 2070 SUPER132.197.558.1
2017GTX 1080 Ti132.910160.3
2017TITAN Xp130.397.559.5
2019Radeon VII130.396.856.8
2019RX 5700 XT126.994.255.2
2018RTX 2070143.3106.764.2
2019RX 5700116.386.450.6
2019RTX 2060 SUPER118.584.850.3
2016GTX 1080112.982.648.5
2020RX 5600 XT109.780.847.2
2019RTX 2060111.57845.4
2017RX Vega 64105.578.445.8
2017GTX 1070 Ti104.676.544.8
2017RX Vega 5698.973.342.9
2015GTX TITAN X101.773.543.1
2019GTX 1660 Ti99.572.842.6
2016GTX 107096.369.840.6
2019GTX 1660 SUPER93.868.740.3
2019GTX 166088.364.637.8
2015GTX 980 Ti88.564.437.7
2015R9 FURY X80.461.236.8
2018RX 59083.859.534.1

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