16:10 Aspect Ratio Calculator for Dimensions & Resolutions
The 16:10 aspect ratio, once a standard for computer monitors, is making a major comeback in premium productivity laptops and professional displays. Offering more vertical screen space than the common 16:9 ratio, it’s ideal for designers, developers, and anyone who wants to scroll less and see more. Our 16:10 Aspect Ratio Calculator helps you instantly find the corresponding width or height for any given dimension, ensuring your designs and media are perfectly proportioned for this versatile format.
A simple tool to calculate the dimensions of a 16:10 screen.
Screen Properties
Related
How to Use the 16:10 Calculator
This calculator is pre-set to the 16:10 ratio, so you only need to provide one dimension to find the other.
Enter a Width OR a Height: Type a value into either the “Width” box or the “Height” box. The other dimension will be calculated automatically to maintain a perfect 16:10 aspect ratio.
Units: You can use any unit of measurement (pixels, inches, centimeters). The calculator is unit-agnostic; the output will be in the same unit you provided as the input.
Understanding the 16:10 Aspect Ratio
The result of the calculator is more than just a number; it’s a key to creating balanced and effective designs for a screen shape favored by professionals.
Your Calculated Dimension
The result shown is the corresponding dimension needed to create a perfect 16:10 rectangle. For example, if you enter a width of 1920px
, the calculator will show a height of 1200px
.
Why 16:10? The “Golden Ratio” Advantage
The 16:10 ratio (which simplifies to 8:5 or a decimal value of 1.6) is remarkably close to the mathematical Golden Ratio (approximately 1.618). This ancient proportional system is often considered to be the most aesthetically pleasing and naturally balanced shape to the human eye.
In practical terms, the extra vertical height of a 16:10 display is a significant productivity booster. Compared to a 16:9 screen of the same width, a 16:10 screen provides about 11% more vertical space, allowing you to see more of a webpage, document, or application timeline without scrolling.
Common 16:10 Resolutions Chart
This chart lists the standard industry resolutions that conform to the 16:10 aspect ratio. It’s a valuable resource when shopping for a laptop or monitor, or when setting custom resolutions.
Resolution | Name | Common Use |
1280 x 800 | WXGA | Older laptops, budget tablets |
1440 x 900 | WXGA+ | Older MacBooks, small monitors |
1680 x 1050 | WSXGA+ | Mid-range desktop monitors |
1920 x 1200 | WUXGA | The “Full HD+” standard, very popular for monitors |
2560 x 1600 | WQXGA | High-end laptops (MacBooks, Dell XPS), professional monitors |
3072 x 1920 | Apple MacBook Pro displays | |
3840 x 2400 | WQUXGA (4K UHD+) | High-end 4K productivity monitors |
CSS Code for Responsive 16:10 Elements
To create a responsive container in your web design that maintains a 16:10 ratio, use the modern aspect-ratio
CSS property. As of August 2025, this is fully supported by all major browsers.
CSS
.your-16-10-element {
width: 100%; /* Or any other width */
aspect-ratio: 16 / 10;
}
/* You can also use the simplified ratio */
.your-8-5-element {
width: 100%;
aspect-ratio: 8 / 5;
}
Your 16:10 Aspect Ratio Questions Answered
What’s the main difference between 16:10 and 16:9?
The key difference is the amount of vertical space. A 16:10 screen is taller than a 16:9 screen of the same width.
Feature | 16:10 (e.g., 1920×1200) | 16:9 (e.g., 1920×1080) |
Shape | Taller, with more vertical screen real estate. | Wider, more cinematic. The standard for HDTV. |
Best For | Productivity: Web Browse, coding, document editing, photo editing. | Media Consumption: Watching movies and TV shows without black bars. |
Common Use | Premium laptops (Apple MacBooks, Dell XPS), professional-grade monitors. | Televisions, most consumer desktop monitors, YouTube video format. |
Why did 16:10 disappear and why is it making a comeback?
In the early 2000s, 16:10 was a common standard for widescreen computer monitors. However, as 1080p (1920×1080) became the global standard for High-Definition television, manufacturers found it cheaper and more efficient to produce 16:9 panels for both TVs and monitors. This led to 16:9 dominating the market.
Recently, 16:10 has made a major comeback in the premium laptop market because users have realized the significant productivity benefits of having more vertical screen space.
Is 16:10 good for gaming?
Yes, 16:10 is excellent for gaming. Many PC games support 16:10 resolutions natively. The taller screen can provide a slightly larger vertical field of view (FOV), which can be a competitive advantage in some games. The only minor downside is that when you watch cinematic cutscenes or videos formatted in 16:9, you will see small black bars (letterboxing) at the top and bottom of your screen.
Will a 16:9 YouTube video look weird on my 16:10 monitor?
No, it will not look stretched or distorted. Your monitor or browser will automatically add thin black bars to the top and bottom of the video player to maintain the video’s original 16:9 shape. This is known as “letterboxing.”
How do I set a custom 16:10 resolution on my PC?
You can often set custom resolutions in your graphics card’s software suite (NVIDIA Control Panel, AMD Software: Adrenalin Edition, or Intel Graphics Command Center). In the software, look for a section called “Display,” then “Change Resolution” or “Custom Resolutions.” There, you can create a new profile using a 16:10 resolution from our chart, such as 1920 x 1200
.
Why are Apple’s MacBooks almost all 16:10?
Apple has consistently used the 16:10 aspect ratio (or a very similar ratio) for its MacBook line for years. They have long prioritized this taller format, believing it provides a better and more productive user experience for a wide range of tasks beyond just watching videos.
How do I calculate the diagonal screen size from the width and height?
You can calculate the diagonal of any screen using the Pythagorean theorem: a2+b2=c2, where a
is the width, b
is the height, and c
is the diagonal.
Concrete Example: For a WQXGA display (2560×1600):
25602=6,553,600
16002=2,560,000
6,553,600+2,560,000=9,113,600
c=sqrt9113600approx3018.87 pixels (This is the diagonal in pixels)
To find the diagonal in inches, you would also need to know the screen’s Pixels Per Inch (PPI).
Take Your Design and Display Knowledge Further
Now that you have the correct dimensions, you might want to see how large that screen would be in real life. Use our Screen Size Calculator to find the diagonal measurement in inches. If you need to work with other ratios, check out our main Aspect Ratio Calculator.