2560 x 1440 vs 1920 x 1080: Which is actually better?

actually better

The greater the number, the better, surely? The purchase of the latest monitor isn’t that difficult of a decision, however, you must consider certain factors prior to making your final decision. 

The most difficult decision of the moment is to choose between the 2560×1440 and the 1920×1080 resolutions. Even if there is no IT information, you could likely bet that these numbers are in line have to do with the quality of the monitor as well as the image size. 

It’s evident that the first set of numbers is bigger than the other however we’ll try to dissect the two resolutions to see what the differences are.

In this article, we’ll define some terms that you need to be aware of, and examine how these two resolutions line each other in these terms. 

We’ll then try to make it easier for you to make a purchase by presenting a variety of scenarios in which you might be and recommending a solution for each.

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Basic details about 2560x 1440

The 2560×1440 resolution is frequently called QHD (Quad HD) or WQHD (Wide Quad HD) or 1440p while the resolution of 1920×1080 is known as Full HD or 1080p. These are the most popular resolutions used in modern monitors Let’s take a look at their primary characteristics!

Resolution of the screen

In the beginning, you need to know what these numbers represent. They refer to the screen or display resolution. They indicate the number of pixels that can be displayed at once across the monitor. 

The larger the number of pixels an image is made up of the greater the precision of the details of the image is visible. 

For instance, take a look at the evolution of classic games with increasing pixels to allow developers to present extremely complicated models:

The resolution of the screen is generally described as being the ratio where the width and the height are the numbers of rows and columns (respectively) of pixels that are used in the creation of the image. It can be seen it is a matrix of various colored pixels.

It’s evident that the resolution of 2560×1440 is superior to the 1920×1080 resolution simply because it’s bigger.

 Although the difference in height and width of 33% is significant, the main difference lies in the number of pixels that are available in the display. This number can be calculated easily by multiplying the screen’s size by height in pixels.

The latter is approximately 1.6 million more pixels than the former. This is a 77.78 percent increase in the pixels.

Aspect ratios

An aspect ratio for a display is in essence the ratio of the screen’s width and its height. It can be described as a single number you obtain by dividing the width of the screen by the height:

however, it’s typically represented by two numbers that are separated by the colon. Televisions and monitors generally feature at least the ratio of 4:3 or an aspect ratio of 16:9. 

It is possible to determine the aspect ratio of a screen by dividing its resolution by the largest common factor in its width and height in pixels.

For our resolutions, it is 16:9 in both instances. If your current monitor’s aspect ratio is 16:9, you will be able to adapt to either one of these resolutions!

Two of the most important aspects of understanding monitors are resolution and pixel density. The resolution of the display determines how many pixels there are and the proportion (width to height). 

For instance, in the resolution 2560 x 1440, the number 2560 represents the width and 1440 refers to the height. Each resolution is formatted as this, with width first and height later. Simple math is helpful to know how significant an increase from 1080 x 1920 to 2560×1440 would bring.

Pixel density

The resolution of the screen doesn’t reveal the entire story since it doesn’t reveal anything about the dimensions of the screen. 

A screen with more pixels is great however, what exactly is a pixel and how big? It is dependent upon the display. The pixel density provides information about how thickly the pixels are distributed on the screen, or in actual terms, how large are each pixel. 

For instance, a screen with smaller pixels will appear like it’s pixelated. This means that you will see each pixel as a color square (red or green or blue).

Large screens require more pixels in order to maintain their quality, while smaller screens require less.

This is why the most important factor to look at when assessing the quality of the display is the pixel density, which can be described as (sort from) proportional to the number of pixels on a screen and the size.

It’s more precisely calculated to be:

where PPI is a reference to pixels-per-inch. These are PPI calculations for various monitor sizes:

This is a crucial aspect for those who are looking to buy the largest monitor. The bigger the monitor is, the more crucial its resolution is to ensure the same amount of pixels. 

A lot of users are looking for 90-110 PPI as a standard. If your monitor has a size of between 24 and 24″ it is possible to go on the 1920×1080 resolution. But, for bigger monitor sizes the resolution of 2560×1440 is the most noticeable and is the best choice.

Theoretically speaking, the greater the pixel density, the higher. However human eyes are an eye-strainer in these situations and as it was reported, the eyes of the average person can see an average of 300 PPI at an area of 2.5 feet. 

In addition, the majority of media is designed for an average PPI of 90-100 PPI. Many things may appear tiny on your high-PPI display. This is why 90-110 PPI pixels are the ideal place to strive for instead of doing all the work and overdoing it.

What is the difference?

Many people are purchasing monitors to meet various needs. What you do with your computer throughout the day will determine whether you’ll benefit from having a greater Resolution or not. 

A higher resolution will almost always be better, but the main concern is: is it worth the investment? Can you make the most of every benefit from any resolution? Let’s take a look at some scenarios you may encounter yourself making your own purchase of a monitor!

Do you know the difference between 1080p and 1440p?

That brings us to a crucial question: can you be able to tell the distinction? In the end, if you don’t, why invest your money into a more powerful monitor. 

It will be determined by the distance at which you view. That is the distance you are sitting from your monitor plays an important role in determining the amount of difference in the resolutions.

Everyone’s table size and seating preferences differ in general, but when you’re at a distance of fewer than 2 feet from your computer, the difference will be apparent.

No matter what you’re doing with your computer it’s clear that you can tell the difference from an appropriate distance.

Light browsing? Yes, you’ll notice. You’re playing a game like CSGO and sitting close to the screen? Yes, you’ll notice.

The difference in daily usage

Although high resolutions and big monitors are often associated with gaming, other users could benefit from larger monitors. A lot of users are forced to multiple open windows adjacent to one another for multitasking throughout the day. 

Let’s say you, for example, opt to pair the resolution 2560×1440 with a 27-inch display. If you do you’ll realize the benefits since you’ll be able to comfortably watch the content of two browsers simultaneously, for instance, viewing an instructional video on YouTube and then following it in the second tab of your browser.

But, if you’re watching poor-quality content on a 2560×1440-pixel screen you’ll soon notice how the full-screen experience can be difficult to watch. 

The experience of watching 720p films or videos in fullscreen mode can be a pain on a 1440p display, however, it’s quite enjoyable with a 1080p display. 

It’s true that switching to 1440p in the present day for use in everyday life might be too late, as the content online is still not ready to make the transition to higher quality. Also, this is constrained by connection speeds as well as older devices with communications interfaces that do not support these resolutions.

The differences in the use of professional equipment

Professionals who work mostly using computers (working at home, freelance) could be greatly benefited from higher resolutions and screens. 

More is better in these situations as well as applying to various professions. Additionally, if your job requires you to sit at your computer throughout the day watching poor-quality monitors can be exhausting.

Developers are now able to see the greater part of their code at the same time and save time trying to debug or locate the exact section of code. 

If you’re a web or app developer, you can split your screen into two sections one for coding and another for viewing the result in a new window.

People who are involved in video editing, digital art, or computer-aided design (CAD) are sure to be delighted to view their work on bigger, more detailed displays where they are able to see details clearly and improve an overall high-quality of work.

Professional use, as opposed to normal use, is about huge screens and as many pixels as you can on your monitor. 

Making the investment in a monitor that has greater resolution will be a worthwhile investment that can benefit your professional career and create an important difference, apart from being a visual treat.

But, there’s an alternative to purchasing one 1440p display by purchasing two 1080p displays! It’s a lot cheaper and can help you create more real, spatial space in your work arrangement. 

Although 1440p displays provide 77.78 percent higher resolution, these displays do not offer the same space.

Having two monitors can be beneficial since you can use them separately with each having its own desktop and windows that are open. We’ll let you consider this!

The difference between gaming and gambling

Then, we get to the most talked-about part of buying a new monitor for the majority of users. The most common question is that everybody is wondering is if they’ll notice an improvement in the gaming experience. 

Monitors that have higher resolutions are more expensive. No person wants to spend money on an item that they can’t see and it doesn’t affect the gaming experience in any way.

The truth is, the most frequent answer to these kinds of queries can be that there is a difference in the resolution. 

The gamers who began gaming at the resolution of 1440p haven’t looked back since, and have even commented on how switching back to 1080p can hurt their eyes. Should you consider it If you’ve got the budget?

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But not before you have a look at the graphics card! A higher resolution requires the graphics processor to process more massive amounts of data and can put an enormous amount of performance. 

If your graphics card isn’t able to keep up, the frame rate will decrease and make gaming a nightmare! 

It is recommended to always check online benchmarks, forums, or online forums to find out what your current system will be able to cope at 1440p resolution and an unstoppable 60 FPS (frames per second) framerate, or the 144 FPS framerate if you’re looking for one with a refresh rate of 144 Hz.

If you were to test Battlefield 1 on a gaming system with a GTX 1070 (roughly equivalent to the RX Vega 56) you see an average FPS dropping from 85 to 115. 

This is a 30-fps reduction. This is nothing to complain about. If you’re thinking of upgrading make sure you budget for the purchase of a new graphics card when you’re required.

If you’re unsure about your current setup you should stay to 1080p and feel the game’s smoothness without having to risk large sums of money on a screen with a resolution that can ruin your gaming. 

However, you could lower the resolution of your game from in-game settings and run 1080p on a 1440p screen however, this would be a waste of the reason you got a 1440p monitor initially!

Bottom line

Thoughts that are objective

All it is about the environment. We love welcoming new technologies which include larger screens and if your budget permits you to consider it. 

But, make sure you strike the perfect proportion or density of pixels (90-110 PPI) and ensure that you make the most of the high resolution. In the event that your graphic card cannot cope with it, or if you’re an average computer user, put aside your cash to buy something other than this!

Our view

Comparing a monitor of 24 inches with a resolution of 1080p to one that has a 1440p resolution, can you actually notice the PPI differences at the same size?

What is our opinion?

Absolutely.

It’s a leap from the 92 PPI level to 122 PPI. This is a much greater leap than a PPI of 109 with an IPS monitor with a resolution of 1440p. Give a 1440p screen an opportunity for a few days before you return to your 1080p display. 

You’ll be wondering what you can do to endure the difference. The images or YouTube videos of the monitor you’re looking at don’t reveal their real quality or the differences between 2560 x1440 vs. 1920 and 1080 x 1920. 

In addition to ordering the monitor that you’re interested in (I could not resist it) the next most effective option is to go to your local electronics shop to see the monitor’s appearance in the person.

Do you need to get a 2560 x 1440-inch monitor? Yes, but there are some things to keep in your mind.

Because the PPI is greater, you’ll see an enormous difference in the 24-inch monitor with 1440p than with a 27-inch screen. You can see improvements on the 27-inch screen however, not nearly as much.

The first step is to decide if you prefer a bigger screen or if a better quality image that will be more significant to your needs. Remember that no matter the size you select you’re still increasing the resolution.

The second is that your graphics card is processing the same amount of pixels. Therefore, you’ll be faced with some scenarios:

• You have a great graphics card. Take the frame rate hit and go the same way as before.
• You have a good graphics card. You can lower the graphics settings in-game.
• You’re using an old or worse-off graphics card. It won’t remain pace and you’ll need an upgrade to your graphics card.

In the end, it all depends on your personal size. PPI preferences and the graphics card you are using and your budget.

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