Dot-color has used a PR-655 spectroradiometer to find out just how impressive the new iPhone 5 screen really is.
As with the iPad, increasing the color performance of the iPhone 4S by 44% of NTSC 1953 gamut, measured using the CIE 1931 color space, would result in color saturation matching the sRGB color standard. Using these standards as the goal posts, we measured the iPhone 5 at 70% of NTSC 1953 in CIE 1931, a 39% increase from the iPhone 4S, which measured at 50%. That's 5% less of an improvement than Apple's 44% claim and just 99% of sRGB (measured against the sRGB primaries). While 5% less might seem like a big deal, getting to 99% of sRGB is a major feat and will result in tremendously noticeable color improvement in the phone.
Check out a few charts below or hit the link to read Dot-color's full analysis of the new display's performance.
Read More [via MacStories]
As with the iPad, increasing the color performance of the iPhone 4S by 44% of NTSC 1953 gamut, measured using the CIE 1931 color space, would result in color saturation matching the sRGB color standard. Using these standards as the goal posts, we measured the iPhone 5 at 70% of NTSC 1953 in CIE 1931, a 39% increase from the iPhone 4S, which measured at 50%. That's 5% less of an improvement than Apple's 44% claim and just 99% of sRGB (measured against the sRGB primaries). While 5% less might seem like a big deal, getting to 99% of sRGB is a major feat and will result in tremendously noticeable color improvement in the phone.
Check out a few charts below or hit the link to read Dot-color's full analysis of the new display's performance.
Read More [via MacStories]