![]() What you do on your computer every day pretty much determines whether you’ll benefit from a higher resolution or not. What difference does it make?ĭifferent people are buying monitors for various purposes. That’s why the 90-110 PPI pixel density is the sweet spot you should aim for, instead of going all in and overkilling it. Also, since most content is still created for the PPI of about 90-100 PPI, many things might appear quite small on your high-PPI screen. ![]() However, the human eye is a limiter in these cases and it has been reported the human eye can observe a maximum of around 300 PPI from a distance of 2.5 ft. Theoretically, the higher the pixel density, the better. However, with larger monitor sizes, the 2560×1440 resolution stands out and should be used instead. So, if your monitor size is up to and including 24”, you can settle with the 1920×1080 resolution. Many users aim at a 90-110 PPI pixel density as a golden standard. The larger the monitor, the more critical its resolution becomes to preserve the same pixel density. This is an essential factor for users looking to purchase a large monitor. For instance, a large screen with a small pixel density will look pixelated, which means you can see an individual pixel as a colored square (red, green, or blue). Pixel density carries the information on how densely pixels are placed on the screen, or, de facto, how big is an individual pixel. Having more pixels is excellent but, what is a pixel, and how big is it? Well, it depends on the screen. The screen resolution doesn’t tell us the whole story as it says nothing about the screen’s physical dimensions. Some simple math helps to understand how much of an improvement a jump from 1920 x 1080 to 2560 x 1440 would be. All resolutions are formatted like this with the width first and height second. For example, for the 2560 x 1440 resolution, the number 2560 is the width, while 1440 is the height. The resolution of a monitor dictates how many pixels there are and at what ratio (width to height). ![]() Two fundamental aspects of understanding in monitors are resolution and pixel density. So, if your current monitor’s aspect ratio is also 16:9, you should have no problems adjusting to either of these resolutions! You can derive the screen’s aspect ratio by dividing its resolution with the most significant common factor of its height and width in pixels.įor our resolutions, the answer is 16:9 in both cases. Monitors and TVs usually have either the 4:3 or the 16:9 aspect ratio. For instance, check out how various classic games evolved as more and more pixels have enabled developers to represent very complex models:īut it’s commonly represented by two numbers separated by a colon. The more pixels an image contains, the more precise the image’s details can be observed. They stand for the screen/display resolution, and it represents how many pixels can be displayed simultaneously on the screen. These are the most common resolutions in modern monitors, so let’s break down their most important characteristics! Screen resolutionįirst of all, you should know what do these numbers stand for. The 2560×1440 resolution is often referred to as QHD (Quad HD) or WQHD (Wide Quad HD) or 1440p, whereas the 1920×1080 resolution is called Full HD or 1080p. After that, we’ll try to simplify your purchasing decision by listing several scenarios where you can find yourselves and offering our recommendation for each one. In this article, we’ll first explain some terms you should know about and see how these two resolutions match up in those terms. It’s obvious to see that the first set of numbers is larger than the second one, but we’ll still try to break down these two resolutions and see what they’re all about. Even if you have no IT knowledge, you can probably guess that these numbers do with the monitor’s quality and image size. The big dilemma of this day and age is choosing between the 2560×14×1080 resolutions. The more, the better, right? Buying a new monitor shouldn’t be that big of a decision, but you should consider certain aspects before making your final choice.
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