Apple iPhone 18 Pro
2622 by 1206 pixels on a 6.27 inch phone.
Device details
| Brand | Apple |
|---|---|
| Model | iPhone 18 Pro |
| Type | phone |
| Product line | iPhone |
| Year introduced | not recorded |
Display specs
| Resolution (as printed by the maker) | 2622 by 1206 pixels |
|---|---|
| Diagonal, measured rectangle | 6.27 in |
| Diagonal, marketing size | 6.3 in |
| Display name (maker's term) | Super Retina XDR display |
| Panel technology | all-screen OLED display |
| Refresh rate (maximum) | 120 Hz |
| PPI stated by the maker | 460 |
Width and height follow the order the maker prints them in; phones are usually listed with the long side first.
- Pixel pitch (computed from PPI; a rectangular estimate, not a measured panel pitch)
- 55.2 um
- Physical size (computed from the rectangle, not the usable area)
- 5.7 by 2.62 in (14.5 by 6.7 cm)
- Aspect ratio (computed)
- about 19.5:9
- Megapixels (computed)
- 3.16
- Looks sharp from (assuming 20/20 vision, one pixel per arcminute)
- 7.5 in and further
- Pixels per degree at an assumed 12 in viewing distance
- 96.4
Every row above is computed here from the stated resolution and the stated diagonal. With w and h in pixels and the diagonal in inches: PPI = sqrt(w^2 + h^2) / diagonal, which here is sqrt(2622^2 + 1206^2) / 6.27; pixel pitch = 25.4 mm / PPI; physical size = pixels / PPI, which is the full panel rectangle and not the usable area, so a screen with rounded corners or a notch has less usable area than the size shown; sharpness distance = 1 / (PPI x tan(1/60 degree)), the distance at which one pixel spans one arcminute for 20/20 vision; pixels per degree = 2 x distance x tan(0.5 degree) x PPI at the assumed viewing distance. Values are rounded to two decimals, and to one decimal for the pitch, the sizes in centimeters, the distances, and the pixels per degree.
How we know
Device details
| Field | Value | Source | Quoted text |
|---|---|---|---|
| Model | iPhone 18 Pro | Apple | The iPhone 18 Pro display has rounded corners that follow a beautiful curved design, and these corners are within a standard rectangle.Apple's footnote names the iPhone 18 Pro. The page title covers the Pro and the Pro Max together, so the footnote is the line that names this product on its own. |
Display specs
| Field | Value | Source | Quoted text |
|---|---|---|---|
| Resolution, first number | 2622 px | Apple | 2622-by-1206-pixel resolution at 460 ppi |
| Resolution, second number | 1206 px | Apple | 2622-by-1206-pixel resolution at 460 ppi |
| Diagonal (measured) | 6.27 in | Apple | The iPhone 18 Pro display has rounded corners that follow a beautiful curved design, and these corners are within a standard rectangle. When measured as a standard rectangular shape, the screen is 6.27 inches diagonally (actual viewable area is less). |
| Diagonal (marketing size) | 6.3 in | Apple | 6.3-inch (diagonal) all-screen OLED display |
| PPI stated by the maker | 460 PPI | Apple | 2622-by-1206-pixel resolution at 460 ppi |
| Display name (maker's term) | Super Retina XDR display | Apple | Super Retina XDR display | 6.3-inch (diagonal) all-screen OLED displayApple's display heading bullet on the quoted line. |
| Panel technology | all-screen OLED display | Apple | Super Retina XDR display | 6.3-inch (diagonal) all-screen OLED displayThe technology stated on the spec line beneath Apple's heading. |
| Refresh rate | 120 Hz | Apple | ProMotion technology with adaptive refresh rates up to 120Hz |
Sources
- iPhone 18 Pro and 18 Pro Max - Technical Specifications - Apple. Apple, manufacturer, retrieved 2026-09-13.
This record covers the iPhone 18 Pro only. Apple publishes the Pro and the Pro Max on one specs page, and the Pro Max figures are not recorded here because it is a separate product. Apple's footnote gives the measured rectangle as 6.27 inches, so the PPI here is computed from 6.27 and the 6.3-inch spec line is kept as the marketing size. The specs page states no release date, so no year is recorded.
Where this sits
Ranked 67 of 247 phones in this database, counting down from the highest pixel density.