| Contrast ratio | 1049:1 |
|---|---|
| Monitor model | MSI |
| Submitted | 05 Sep 2024 10:16 CEST, by 81.77.*.* |
| Camera model | Sony ILCE-6400 |
| Processing remarks |
|
| Black | |
| Screen photo |
|
| Luminance | 0.32 cd/m2 |
| Luminance spread | 0.35 cd/m2 (2 standard deviations) |
| Exposure value | –3.4 stops (aim for –2 to –3) |
| Exposure spread | 1.79 stops |
| Area used for calculation | 0.722 x 0.814 |
| Camera settings | Exposure time: 0.5 ISO: 400 F-number: 2.8 Focal length: 52 mm (35 mm equivalent) Exposure compensation: 0 |
| White | |
| Screen photo |
|
| Luminance | 334 cd/m2 |
| Luminance spread | 218 cd/m2 (2 standard deviations) |
| Exposure value | –1.01 stops (aim for –2 to –3) |
| Exposure spread | 0.98 stops |
| Area used for calculation | 0.722 x 0.814 |
| Camera settings | Exposure time: 1/400 ISO: 400 F-number: 2.8 Focal length: 52 mm (35 mm equivalent) Exposure compensation: 0 |
![[open image]](upload/cr080/20201a.jpg){kind=link}
![[open image]](upload/cr080/20201b.jpg){kind=link}
The luminance values in cd/m2 are not very reliable, since camera sensitivities can easily differ up to 50% from their nominal value. Typically, the real luminance is 30% lower than this number. The area used for calculation is chosen such that it corresponds to a viewing angle of ±14° horizontally and ±10.5° vertically, which is equivalent to viewing the screen from a distance of about 1.5 times the diagonal size.
Unfortunately, there is a lot of variation in how cameras use EXIF settings. If photos from your camera your produce unusable results, try coming back in a few days. I review submitted pictures regularly and try to fix problems.