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While relatively simple, brightness and contrast are quite important as a display that’s dim or low in contrast will appear to be quite poor. In order to do this, we turn to SpectraCal’s CalMAN 5, along with a spectrophotometer for accurate color measurements. In order to better test the display we must look at other key metrics. However, resolution is a relatively simple metric to look at. I definitely think that there will be a visible difference for VR, although even the Galaxy Note 4’s display lacks sufficient resolution to have a “perfect” display in that scenario.
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This is noticeably better than what I see with the iPhone 6 Plus, although in casual use it’s unlikely that these resolution differences will actually matter in most cases. Other than these minor cases, the Galaxy Note 4’s display has more than enough resolution for a smartphone use case. If I look closely it’s still possible to see a fringing patterns in certain cases. In practice, the visible resolution varies somewhere between the “worst case” where the eye can see the true subpixel density and the best case where the display appears to be an RGB stripe 1440p display.
To make my samsung note 4 brighter screen 1080p#
For reference, going from an RGB stripe 1080p panel to a 1440p panel of the same subpixel stripe would have a density increase closer to 80%. To this end, Samsung has equipped the Galaxy Note 4 with their latest generation AMOLED panel, which has a higher resolution 1440p display, although this is achieved with a PenTile subpixel layout that makes total subpixel density lower than a conventional RGB stripe, so true subpixel density increases around 20% when compared to an RGB stripe 1080p panel. With the advent of the modern smartphone, the display became one of the most important aspects of the entire experience as it was the only method of interacting with the device.