What Is a 3:2 Aspect Ratio?
A 3:2 aspect ratio means the width is 3 units for every 2 units of height. In landscape orientation, the width is 1.5 times the height:
Width ÷ Height = 3 ÷ 2 = 1.5
Because the ratio describes a relationship rather than a fixed size, any width and height that share this proportion will be 3:2 — from a small web graphic up to a full-resolution photograph. Only the scale and pixel count change; the shape stays the same. The table below shows what that looks like at typical resolutions.
Rotated to portrait orientation, the shape becomes 2:3 — the width is now 2 units for every 3 units of height.
Common 3:2 Aspect Ratio Dimensions and Sizes
These are widely used 3:2 dimensions, with their approximate megapixel count and a typical use case. None of them is mandatory — the right size depends on your project.
| Width × Height | Approximate megapixels | Example application |
|---|---|---|
| 900 × 600 | 0.54 MP | Small digital images |
| 1500 × 1000 | 1.5 MP | Web graphics and image previews |
| 3000 × 2000 | 6 MP | Digital photography |
| 4500 × 3000 | 13.5 MP | High-resolution photographs |
| 6000 × 4000 | 24 MP | Detailed photography and larger prints |
Megapixels are calculated by multiplying width by height, then dividing by one million. For example, 3000 × 2000 = 6,000,000 pixels, or 6 MP. These are examples, not universal recommendations — you can scale any 3:2 dimension up or down as long as both sides keep the same proportion.
Where Is the 3:2 Aspect Ratio Used?
The 3:2 shape appears in several practical contexts. It is not universal — different media have their own preferred ratios — but it is common enough that many workflows encounter it regularly.
Photography and Camera Images
3:2 is a common format for still photography, particularly images captured by many DSLR and mirrorless cameras. Typical pixel dimensions include 3000 × 2000 and 6000 × 4000. When you resize a photo proportionally, keeping the 3:2 photography aspect ratio intact helps preserve the original framing and composition without stretching or squashing the image. That said, this is a common ratio, not a universal one — some cameras default to 4:3 or other formats, so it is worth checking the settings on your own equipment if the exact shape matters.
Video and Video Projects
3:2 dimensions can be used for custom video frames, creative projects, and content designed for a specific display or workflow. Whether 3:2 is the right choice depends on the intended playback target — see the FAQ below on video compatibility.
Screens and Displays
An aspect ratio describes the proportional relationship between a display's width and height. A 3:2 display is taller than a 16:9 display of the same width, which gives more vertical space. Some laptops and tablets use 3:2 panels, while 16:9 remains the most common ratio for desktop monitors and televisions. If you are working with a specific device, its 3:2 screen ratio or 3:2 display resolution matters more than a generic standard — check the manufacturer's published specifications rather than assuming.
Digital Images and Graphics
3:2 dimensions can be useful when creating digital images, custom graphics, image assets, and layouts that need a consistent 1.5-to-1 shape. Whether 3:2 is the right choice depends on the intended output — many websites and social platforms use other ratios, so it is worth checking the target before settling on dimensions.
Printing and Photo Sizes
The 3:2 ratio maps directly to several common print sizes, including 6 × 4 inches, 9 × 6 inches, and 12 × 8 inches. These all share the same proportions when the first number is the width and the second is the height. Print quality also depends on the pixel dimensions and the desired print resolution (typically measured in dots per inch) — the ratio alone does not determine sharpness.
How to Calculate a 3:2 Aspect Ratio
The math is simple and works in both directions. In landscape orientation:
- Width = Height × 3 ÷ 2
- Height = Width × 2 ÷ 3
Example 1 — known width. If the width is 1500 pixels: Height = 1500 × 2 ÷ 3 = 1000 pixels. The resulting dimensions are 1500 × 1000.
Example 2 — known height. If the height is 2000 pixels: Width = 2000 × 3 ÷ 2 = 3000 pixels. The resulting dimensions are 3000 × 2000.
The same formulas apply to any length unit — pixels are just one common case. If you enter a width in centimeters, the calculated height is also in centimeters, and the 3:2 relationship is preserved regardless of the unit.
