the result I get is expressed in nits. So that’s the word I use whenever I talk about how bright a TV can get. You may hear that one TV’s peak brightness is 1,000 nits,
Laptops and PCs are mostly used indoors, so they don’t need to be as bright. 200 is on the low end but still usable, while above 400 is above average. Not many computer displays go above 500 or 600 nits, and you probably won’t need to use the full brightness on one of those ...
making up for the limitations of most displays that cannot replicate the full range of human color vision and enabling the comparison of different displays’ brightness. Two screens with identical nit values will appear equally bright, facilitating the selection...
making it an excellent option for window displays, outdoor stages, and other settings where visibility and aesthetics are essential. These displays are lightweight, easy to assemble, and provide vivid visuals even in bright daylight
(~860 nits), and we still measured a solid 260 nits when projecting a 100" image. On a side note, while one could argue that 260 cd/m² is not as bright as most TVs, it's plenty bright for a projector, especially considering the impact of having such a large surface area with ...
where the bright noonday sun might have looked like a big white blob in SDR, that same sun will have an aura of golden rays that fade into a white-hot center, jumping off the screen as if you were looking through a window to the real world. That’s the kind of benefit HDR truly ...
Here’s the problem: the matte coatings used on computer monitors can still show reflections from ambient light sources in the form of bright, diffuse blobs. These reflections can demolish a display’s specified contrast ratio, especially if they’re large and cover the entire screen. Since HDR...
Because people here in this poll fighting for nonsense when a clearly putted question brings reasonable clear answer to solve all nionsense over 200 useless comments where minority of people ignores above said fact which is clear as bright day durring a summer months at sahara desert. Reply ...
With a peak luminance of 1200 nits (40 percent greater than the Galaxy S7), the Galaxy S10’s display allows users to enjoy bright, clear images even under direct sunlight, without having to shade the screen with their hand or turn their back to the sun. ...
Here’s the problem: the matte coatings used on computer monitors can still show reflections from ambient light sources in the form of bright, diffuse blobs. These reflections can demolish a display’s specified contrast ratio, especially if they’re large and cover the entire screen. Since HDR...