![]() ![]() Outside of the numbers themselves, you now also have to consider things like HD, 4K, 8K, and UHD. While 1920 x 1080 x 60FPS is fine for even low-end video cards, higher resolutions and refresh rates do pose a challenge even for high-end cards. This is because every pixel on the screen is refreshing at once. The larger the resolution, the higher the strain on the video card. For most people, 60Hz is low, and they would go for 120Hz or 144Hz, if possible. If you set the refresh rate of your screen at 60Hz, your video card refreshes the frame 60 times a second. Super high-res screens cost more, no matter the screen size. You may be thinking that even though you don’t desperately need a super-high resolution, since it’s available, why not get it. If you have been following so far, you have most likely already reached the conclusion that as far as screen resolution is concerned, the bigger the better. The images will be smaller but sharper because the distance between the pixels will be shorter. ![]() In this case, the monitor with the higher resolution will be able to fit more on one screen. Similarly, two monitors of the same physical size can have different resolutions. the pixel density, measured as pixels per inch (ppi), is lower). However, the larger image will also look blurrier because the distance between the dots is greater (i.e. ![]() Since the resolution of both devices is the same, they’ll be able to show exactly the same image (in terms of numbers of pixels) – it’s just that the image on the computer screen will look much larger because of the larger physical dimensions of the monitor. For instance, you can have a 10.6” tablet with a resolution of 1920 x 1080 and a 24” desktop monitor with the same resolution. Screen size and screen resolution aren’t directly related. ![]()
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