TAA and FXAA both belong to the post-processing anti-aliasing method, which means that they come into play once the computer has already rendered the object, which allows for the more efficient and less resource-heavy removal of jagged edges. Also, anti-aliasing takes up your graphic cardвЂ™s video memory and can affect your gaming performance, so read on to find out what is best option available for you. There are many different anti-aliasing methods available today, but we chose TAA and FXAA for their general usability and efficiency. Hence, here is where anti-aliasing techniques like TAA and FXAA come into the picture. A high-resolution monitor is not a feasible solution for most cases since you would need to use beefy hardware even to get playable framerates in modern games. The solution to aliasing or jaggies is to either use a higher resolution display, making it indistinguishable to the eye or employ a process known as anti-aliasing to smoothen out the edges. Pixels being square cannot theoretically display round objects, but as there are millions of them on your monitor, it becomes easier to describe curves as a staircase of individual pixels.Д«ut the use of such a method to create curves and diagonals causes the image to appear jagged or in technical terms aliased, which can cause a poor viewing experience, especially in 3D programs where objects render in real-time like games. If you had no idea of anti-aliasing or need help with the best algorithm for your gaming setup, weвЂ™ve got you covered with this informative article where we go through the fundamentals of TAA and FXAA, and describe which is better according to your use case.ДЄs you may know, your computer monitor is composed of millions of tiny units called pixels, which collectively come together to portray the images you see on screen. If you are a regular gamer, you might have heard of anti-aliasing terms like TAA, FXAA, MSAA, and much more tossed around frequently.

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