If you wanted to, you could run the 30" at 1920x1080 and you'd find the 23" and 30" give the same performance numbers and roughly same image quality. The Heaven Benchmark for example might be less smooth on the 30" but will look better than the 23". The advantage is that generally the higher your resolution, the better the image-quality becomes. The higher your resolution, the lower your fps. The result is your going to get less frames per second. This means you video card has to work twice as hard to produce twice as many pixels. If you look above, you'll notice this number is 'double' what 1920x1080 monitor was for total pixels. This number is roughly 4 million(4096000). If you multiply these two numbers, you once again get the total number of dots that make up the image on your screen. Your 30 inch monitor has 2560 pixels across and 1600 pixels downwards making up the image. 27in monitors are a bit of a gray area as they can be either resolution. Monitors that are 27" or greater tend to be 2560x1600. Your 23" monitor is likey one of these two resolutions. Most monitors less than 27 inches in size and most televisions are '1080p' or 1920x1080. ![]() If you multiply the two numbers, you get a total number of pixels. IE: 1920x1080 which means there are 1920 dots across and 1080 dots downwards. ![]() ![]() Resolution comes with two numbers seperated by an 'x'. Click to expand.Resolution = the dots(pixels) on your screen that make up the image.
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