96 pt equals 128 pixels (px).
This conversion is based on the standard relationship between points and pixels, where 1 point (pt) equals 1.3333 pixels (px). Therefore, to convert 96 points to pixels, you multiply 96 by 1.3333, resulting in 128 pixels.
Conversion Tool
Result in px:
Conversion Formula
The formula to convert points (pt) to pixels (px) is:
px = pt × (96 / 72)
This formula works because points are traditionally defined as 1/72 of an inch, while pixels are based on screen resolution, which is often 96 pixels per inch. Multiplying points by 96/72 (which simplifies to 1.3333) converts the measurement from physical units to screen pixels.
For example, converting 96 pt to px:
- Start with 96 pt
- Multiply by 96/72: 96 × (96/72) = 96 × 1.3333…
- Result: 128 px
Conversion Example
- Convert 50 pt to px:
- 50 pt × 1.3333 = 66.665 px
- The 50 points equals approximately 66.67 pixels.
- Convert 24 pt to px:
- 24 pt × 1.3333 = 31.9992 px
- Rounded to 32 pixels.
- Convert 10 pt to px:
- 10 pt × 1.3333 = 13.333 px
- About 13.33 pixels.
- Convert 72 pt to px:
- 72 pt × 1.3333 = 96 px
- Exactly 96 pixels.
Conversion Chart
The chart below shows point values from 71.0 to 121.0 converted to pixels. You can use this to quickly find the pixel equivalent without calculating each time. Just find your point value in the first column and read across to see the pixel value.
Points (pt) | Pixels (px) |
---|---|
71.0 | 94.6643 |
75.0 | 100.0000 |
80.0 | 106.6640 |
85.0 | 113.3310 |
90.0 | 119.9970 |
95.0 | 126.6635 |
100.0 | 133.3300 |
105.0 | 139.9965 |
110.0 | 146.6630 |
115.0 | 153.3295 |
120.0 | 159.9960 |
121.0 | 161.3293 |
Related Conversion Questions
- How many pixels are in 96 pt for web design?
- What is the px value of 96 pt in CSS?
- Convert 96 pt to px for screen resolution 96 DPI?
- Is 96 pt equal to 128 pixels on all devices?
- How to calculate px from 96 pt in digital graphics?
- Does 96 pt always convert to 128 px in HTML?
- Why does 96 pt equal 128 px for fonts?
Conversion Definitions
pt (point): A point is a unit of measurement commonly used in printing and typography, representing 1/72 of an inch. It is used to measure font sizes and other elements in print layouts. Points provide a consistent physical size across different media and devices, regardless of resolution.
px (pixel): A pixel is the smallest unit of a digital image or display, representing a single point of color on a screen. Pixels depend on the screen’s resolution, typically measured in pixels per inch (PPI). Pixels are used in digital design to specify dimensions relative to display screens.
Conversion FAQs
Why does 96 pt equal 128 px in many cases?
This happens because points are based on 1/72 inch, and pixels are often calculated at 96 pixels per inch. Multiplying 96 pt by (96/72) converts to pixels, so 96 × 1.3333 equals 128 px. This standard assumes a screen density of 96 PPI, which is common but not universal.
Can the conversion from pt to px vary on different devices?
Yes, since pixels depend on the device’s pixel density, the actual size of 128 pixels can appear different on screens with different resolutions. However, the mathematical conversion from pt to px remains consistent based on the 96 PPI standard, but physical size varies with screen DPI.
What happens if the screen DPI isn’t 96?
If the DPI differs, the visual size of the pixel changes, but the conversion formula remains the same for CSS and digital design calculations. Developers sometimes scale units or use relative measurements like em or rem to accommodate varying screen densities.
Is pt unit used in web design or only in print?
Points are mostly used in print design because they relate to physical units. In web design, pixels and relative units (em, rem) are preferred for screen display. However, CSS supports points, and browsers convert them to pixels using the standard formula, but results might differ across devices.
Why use points instead of pixels in some design situations?
Points provide consistency in physical size across printed materials, ensuring fonts and elements appear the same regardless of device resolution. Pixels vary with screen density, so points are better for print, while pixels offer precision for digital interfaces.