Want to choose a graphics card but can’t decide between AMD and NVIDIA? In this article, we’ll help you understand how these brands differ and how to choose the graphics card that will make your gaming experience comfortable.
AMD vs NVIDIA graphics cards
Comparing AMD and NVIDIA graphics cards based on individual characteristics would be inaccurate. A graphics processor is a complex device, and all of its parameters affect its appeal to the user to a certain extent, so some reservations and caveats are necessary.
As a rule, the performance of a video adapter is tested in gaming tests, but the result cannot be considered definitive, as it may vary depending on the specific application and driver version.
The latest generations of ‘green’ and ‘red’ video adapters have virtually identical functions, process images and configure screens in the same way. It so happens that all newly invented technologies instantly appear at competing manufacturers, so there is no fundamental difference between them.
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AMD video adapters have higher performance and a more attractive price, but lose out in terms of special graphics technologies. To choose the best video card option, it is worth figuring out how necessary these technologies are and in which cases you can do without them.
Ray tracing
Ray tracing (DXR) technology provides realistic lighting in computer graphics. The technique itself appeared back in the 1980s, but video adapters have only recently begun to support it.
This technology is used in video games to create reflections, shadows, global lighting, and shading in areas of indirect rays, such as in corners or under vehicles.
The advantages of ray tracing, compared to other similar technologies, are physical correctness and maximum realism. Rays are reflected from three-dimensional objects, refracted and mixed with other light rays, and then hit the gamer’s camera. Thanks to this technology, the lighting is realistic, which cannot be achieved by other methods.
DLSS from NVIDIA
In addition, DLSS technology helps minimise frame rate drops by providing AI-based ‘smart’ anti-aliasing. It allows you to increase the frame rate without compromising image quality.
Among other things, this technology also scales images. For example, the screen resolution of a gaming computer is 1440p. By enabling the appropriate DLSS mode, you can play a game at 1080p resolution, and the neural network will ‘draw’ pixels according to your screen resolution. This way, the frame rate can be increased without compromising image quality.
Conclusion
AMD and Nvidia produce high-quality video adapters that are ideal for gaming and other tasks. Nvidia tends to focus more on gaming performance and professional use of video cards, while AMD wins out in terms of performance for other purposes and more affordable prices. Each company implements its own unique technologies that are ideal for different situations.
