1366×768 Resolution vs. 1920×1080 Resolution


1366x768 Resolution vs. 1920x1080 Resolution

This is a comparison of 1366 768 vs. 1920 1080 resolution.

You’ll learn:

  • Differences in resolution between 1366×768 and 1920×1080
  • Whether you prefer a 1366×768 or 1920×1080 resolution
  • Lots more

So, if you’re looking for a comparison between 1366 786 and 1920 1080, you’ve come to the right place.

It’s time for the first step!

What Is the Difference Between a 1366 x 768 Resolution and a 1920 x 1080 Resolution?

Assume you’re in your local computer store, weighing your options for your new setup.

Your laptop is out of date, and it’s past time to replace it.

You’re trying to figure out which monitor displays will work with it and whether or not you’ll need to get a new one.

You see resolution and aspect ratio labels, but you’re not sure which one is best.

This is especially true for laptop users nowadays. You’ve most likely heard of 16:9 or 4:3 monitors. However, there is some debate about the aspect ratios of 1366 768 and 1920 1080.

Choosing between a monitor with a 1366×768 resolution and one with a 1920×1080 resolution may appear to be a simple task. However, it necessitates a great deal of thought.

How Important Are Aspect Ratios?

You may be wondering: how important are aspect ratios in the first place.

Much of this is determined by your specific needs based on your computer’s intended use.

If you know the advantages and disadvantages of each, you can only choose between 1366 768 and 19201080.

Considering what you require based on your activities will also help you determine whether 1366 768 or 1920 1080 is the better option.

To choose between resolutions 1366 768 and 1920 1080, you must first know what you intend to do with your computer.

Consider connecting two 1920×1080 monitors to a 1366×768 laptop. Consider the difference between a 1366×768 laptop screen and a 1920×1080 laptop screen.

Both of these options come with additional complexities, such as how you intend to use your system.

Take FPS into account.

FPS or frames per second video editing, gaming, and a variety of other activities.

Resolution vs. Processing Power

So, what’s the first step in figuring this out?

Your activities, as well as your personal preferences, play a role in this decision. The first step is all about balancing higher resolution with increased processing power.

For example, you may not be concerned with higher resolution but rather with the smooth operation of your online PC games.

Alternatively, you may have a powerful PC but want more from your monitor’s display.

Finding the right balance between performance and preferences is key to making the best decision. Your choice may also change if you use your display to watch movies or edit videos and images.

Choosing Your Priorities

You might also want to get the most out of visual arts. You might be able to get away with watching movies or playing video games in a lower resolution.

There is no right or wrong answer as long as you can accomplish your goals and enjoy what you see.

Up to 1080p full HD is supported by a 1920×1080 aspect ratio. 720p full HD images and videos are supported by a 1366×786 aspect ratio.

Software engineer working on quality assurance.

Depending on the activity, you may notice a significant difference or you may not notice anything at all.

The resolution of 1920×1080 is 2K (1366×768 is only full HD). As a result, photos, videos, and text appear to be more detailed and fluidly rendered. However, the higher resolution places more strain on your GPU.

Despite the rougher image, a laptop with a less powerful GPU performs better with a lower screen resolution. This is especially true when it comes to PC gaming.

1366×768 Resolution and 1920×1080 Resolution Explained

To put it in the most basic terms possible:

Images and video will be sharper and more detailed if your display’s resolution is higher.

A higher resolution means your monitor can use a larger number of pixels. The display aspect ratio of your monitor is defined by these dimensions.

The breakdown commonly looks something like this:

  • 1920×1080 (16:9)
  • 1366×768 (16:9)
  • 1920×1200 (16:10)
  • 1280×800 (16:10)
  • 2560×1700 (3:2)
  • 2160×1440 (3:2)

And so forth. Fonts and icons may differ noticeably as a result of this. A 1366×768 aspect ratio is just over half the resolution offered by a 1920×1080 display, despite the fact that both are often marketed as 16:9 ratios.

PCs, Digital Connections, and Editing Software

Often, PCs do better using a 1920×1080 resolution1080p is ideal for digital connections such as HDMI and DVI.

This fact will come into play if you plan to connect a laptop to a monitor or use a desktop.

Depending on the type of activity you plan to do, a 1920×1080 aspect ratio may be required because it provides significantly more on-screen space.

Programs like After Effects or Photoshop, which have a lot of windows and tools, can feel crammed into a small space. 1366×768 resolution When watching movies or videos on the internet, the difference in resolution is often less noticeable. for a select group of users

Laptop and Monitor Setups

If your laptop has one resolution and a connected monitor has another, this is a problem. As previously stated, a higher resolution gives you more pixels to work with.

Assuming screen sizes are equal, it also has more visual detail. A monitor with a higher resolution has more pixels.

If you connect a 1366×768 laptop to a 1920×1080 monitor, you’ll notice this right away.

It Comes Down to Your Setup

On the one hand, when it comes to a computer screen, there is never a question of “too much resolution.”

It reduces the importance of resolution differences (though they are still significant). We are much closer to computer screens than we are to television screens.

While there is no such thing as too much resolution, you don’t need as much on a TV on the other side of the room.

On opened websites, a higher resolution will result in smaller fonts and more. If the text is too small to read comfortably, you can use software to enlarge it.

This also allows you to see far more information at any given time than would be possible with a lower screen resolution.

Picking a Resolution on a 15” Laptop

You might be wondering what the difference is between a 15.6 laptop screen with a 1366×768 resolution and one with a 1920×1080 resolution.

When comparing laptop models, this comes into play.

Top view of a woman and man's hands typing on their laptops inside a cafe.

The one with better specs has a 1366×768 aspect ratio, while the one with less power has a 1920×1080 aspect ratio.

In a situation like this, you might wonder which is better for you or how much of a difference in resolution there is.

After all, you need to understand what you’re giving up in exchange for a higher resolution on a 15-inch screen.

At times, a lower-resolution display will result in fuzzier fonts and images.

However, there are still significant drawbacks to choosing a higher resolution over a lower power.

For starters, you’ll need to increase the DPI (dots per inch) setting on your operating system so that icons and text are large enough to see clearly.

Because the GUI isn’t scalable, a higher DPI may cause some software issues.

The DPI of your monitor determines how many pixels are available for use.

Gaming, Editing, and Viewing

The choice of 1366 768 vs. 1920 1080 for gaming is a big one.

Higher resolutions are harder on your GPU if you use your computer for gaming.

This is an important factor to consider, and many people do not give it enough consideration when making their decision. Higher-resolution displays can be taxing on GPUs.

This could have a negative impact on the game’s appearance. You may need to lower the screen resolution in the game’s settings on occasion.

Then there’s the issue of frames per second, which is important because many (especially online) games require a high FPS to function properly.

If you’re wondering about the difference between 1366 768 and 1920 1080 frames per second, know that it’s not much.

Doesn’t That Compromise Quality?

In theory, you’d think that the framerate would be cut in half. However, most of this is offset by the fact that games do not rely solely or even primarily on the GPU for visuals.

Thankfully, the screen resolution does not fluctuate too much.

In some cases, you may not be able to play a game at all because it is too demanding for your GPU.

This is the case in all TFT (thin-film-transistor) displays, because the pixels are physical and the resolution cannot be changed at will.

Gaming vs. Other Displays

As an example, consider a desktop display with a resolution of 1366×768 pixels.

If a game is running at an excessively high resolution, you can use anti-aliasing to improve performance.

If gaming isn’t a top priority for you, DPI issues won’t matter nearly as much.

Businessman working on graphs and charts in the office.

You can use the highest resolution available without fear of performance or image quality degrading.

The typical application will run smoothly regardless. 

Gaming, unlike movies, combines high software demand with moving images.

Higher resolutions reduce clutter, allowing players to see more of the game and interact with it more clearly.

Graphics are also easier to read and can contain a lot more information.

Lower resolutions put less strain on your graphics card, allowing you to play games at higher frame rates in exchange for sacrificing image quality.

The Final Decision: 1366×768 vs. 1920×1080

It’s easy to make a resolution. It all boils down to knowing what works best for the activity you do the most with your monitor.

Remember that you can always reduce your resolution to a lower value than your monitor’s maximum, but you’re limited by that value.

Purchasing a larger screen or choosing a higher resolution is often the safer option because it allows you to scale down in situations where scaling up is impossible.

Finally, the choice between 1366 768 and 1920 1080 is yours. But it all depends on your objectives, preferences, and options.