Purchasing a new display panel should not be difficult, but there are some factors to consider before making your ultimate decision.
The most difficult decision to make age nowadays is deciding between the 1920×1080 vs 2560×1440 resolutions. Although you have no prior IT experience, you can reasonably deduce that these figures have something to do with the quality and size of the monitor‘s image.
In this article, we’ll first go over some terminology you should be familiar with, and then we’ll look at how these resolutions compare in terms of those words.
Following that, we’ll try to make your purchasing decision as straightforward as possible by identifying numerous scenarios in which you might find yourself.
1920×1080 vs 2560×1440
So, is the resolution jump from 1920×1080 to 2560×1440 worthwhile? Also, what other advantages does the increased resolution of 1440p provide, and at what cost? Furthermore, let us see some other aspects that have an impact on the resolution.
Resolution of the Display
The simplest definition of screen resolution is the pixels that a display is capable of producing. The combination of millions of pixels creates pictures on the screen.
Generally speaking, the screen resolution value denotes the total number of pixels that the display can produce in both horizontal and vertical directions.
For instance, a display with a resolution of 1920 x 1080 implies that 1920 pixels are displayed laterally, and 1080 pixels are displayed vertically.
The Aspect Ratio is defined as the ratio of width to height. The screen’s aspect ratio tells us how many lateral and vertical pixels are present on the screen at any given time. It also provides you with a general notion of the overall shape of the computer display.
In the early days of contemporary monitors, the ratio of 4:3 was more common, and the screens were almost square. Nevertheless, today’s monitors are far larger.
They often have an aspect ratio of 16:9, which implies that there will be 16 horizontal pixels displayed on the screen for every nine vertical pixels appearing on the screen.
There is another technique to determine the aspect ratio, which is to look at the resolution of the display panel.
You calculate the most significant common element of the screen’s height and width in pixels and then divide the resultant number by the screen’s resolution in pixels. In terms of resolution, you will receive the aspect ratio of the screen.
Pixel Density means that how many pixels are present in a given area of space. Since it does not consider the screen size, as previously said, the resolution alone cannot determine how clear the visuals on the screen will be. It is at this point that the pixel density is essential.
In most cases, PPI’s pixel density is expressed and denotes the number of pixels displayed per inch of screen real estate.
Let us provide an example to understand better the significance of pixel density in today’s world. Consider two different-sized monitors with the exact full HD 1080p resolution – let’s say 27 inches and 32 inches – but with different screen sizes.
Because the total pixel value is the same on both screens, the more prominent 32-inch screen pixels will be spread out more while the pixels on the smaller 27-inch screen are more densely packed.
Therefore, the smaller screen will create crisper images even though the resolution of the larger screen is the same as, the smaller screen. The higher the resolution in pixels per inch (PPI), the better the image.
What Is the Difference Between the Two?
This takes us to another essential point: will you be able to tell the difference between the 1080p vs 1440p monitor for gaming? After all, if you can’t, what would be the point of spending your money on a higher-resolution monitor in the first place? The distance between you and the screen will decide mainly it.
Put another way, the distance between you and your display will have a considerable impact on how noticeable the difference between both resolutions is.
Everybody’s table size and sitting choice are different, but in general, if you are seated less than two feet away from someone, the differences should be noticeable. Regardless of what you are doing with your computer, you will notice a change if you stand back a few feet.
The Distinction between Gaming
Higher-resolution monitors are far pricier, and that no one wants to spend their money on something they can’t see and that has no effect on their gaming experience.
Generally speaking, the most common response to such inquiries is that there is a distinction. People that started gaming at 1440p resolution haven’t looked back, and some have even stated that switching back to 1080p was painful for their eyes.
Playing at a higher resolution pushes your graphics card to process more significant amounts of data, which can have a significant impact on its overall performance.
If it cannot keep up, your fps will most likely drop, resulting in a ruined gaming experience! Always check internet benchmarks or forums to determine if your current configuration will be capable of handling playing at 1440p resolution with a consistent 60 FPS, or even 144 FPS if you want a game with a 144 Hz refresh rate before making a purchase.
For example, when playing Battlefield 1 on a computer setup packed with a GTX 1070 (approximately equivalent to an RX Vega 56), you may expect an average frame rate will drop from around 115 to 85 frames per second.
That relates to a loss of almost 30 frames per second. It is nothing to be sneered at. As a result, if you’re considering an upgrade, make sure to include it in the price for a new chipset if necessary.
Frequently Asked Questions:
Is 1920×1080 good for gaming?
A 1080p screen isn’t quite as clear as a 1440p display, and it can’t compete with a 4K display in terms of resolution. In contrast, without a strong graphics card at the core of your gaming PC, you will most likely not achieve an entertaining or even acceptable frame rate when playing at that more excellent resolution.
Is 2560×1440 better than 1920×1080?
Yes, the resolution of 2560×1440 monitor has 78 percent more pixels than the resolution of 1920×1080. However, compared to 1920×1080, 2560×1440 offers you more vivid details, which varies depending on the display size and pixel per inch ratio. However, when it comes to gaming, 2560×1440 consumes significantly more power.
Is 2560×1440 considered 4K?
No, it is not. The standard 4K resolution is 3840 x 2160 pixels. If we compare 2560×1440 vs 4k, 4K is considered as clearer one 1440p.
Is 1920×1080 the same as 1440p?
Those familiar with the terminology for resolutions are undoubtedly aware that the number relates to the resolution’s number in pixels. As a result, just as 1920×1080 monitor is cut to 1080p, 2560×1440 is shortened to 1440p in the same way. Ultra-Wide Quad HD, as opposed to 1440p, has a resolution of 3440 x 1440, higher than the previous resolution of 1440p.
It is clear from the preceding discussion of 1920×1080 vs 2560×1440 screen resolutions that various factors influence the screen resolution.
Nevertheless, 1080p is still usable for everyday tasks, although 1440p outperforms the standard full HD resolution for professionals.
Gaming is entirely another ballgame, and the GPU has a significant impact on it. However, 1440p appears to be the optimal resolution, in this case, assuming you have a good enough graphics processing unit.