Understanding Resolution of 852x600 Display with RGB Filters

In summary, the conversation discusses the effect of different types of light on the display resolution of a red object. The person asking the question wonders if the resolution is effectively decreased by 3 when only red light is present, compared to when white light is present and all three RGB pixels are on. The expert responds by explaining that ClearType font smoothing uses subpixel rendering to attain greater resolution for fonts, and although the number of subpixels may decrease, it does not affect the overall resolution as perceived by the human eye.
  • #1
rp895
8
0
Hello,

I have somewhat of a technical question and was hoping you would be able to help me. I have a display that is 852 (x3) x 600. This means that that there are 852 x 600 of the red, blue and green filtered pixels. Say however that I am looking at a completely red object, thus only red light falls on detector, and detected by only red filters. That means only red pixels on display will be on.
However, if in another case, white light falls and is detected by all three RGB pixels, and on the display as well, all three RGB pixels will be on. Does that mean that for a red object, resolution is effectively decreased by 3 compared to white light?

I appreciate any input you have!
 
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  • #2
This question is similar to your other one, but the answer is no because with white light you don't see 3 white pixels, just one of each color.
 
  • #3
ClearType font smoothing uses subpixel rendering to attain greater resolution for fonts. Look it up if you are interested.
 
  • #4
Each pixel has Red, Green, and Blue subpixel. We measure resolution in pixels rather than subpixels, so although in your example the number of subpixels has decreased by we do not say that the resolution has been reduced, because to the human eye it hasn't.
 

Related to Understanding Resolution of 852x600 Display with RGB Filters

1. What is the resolution of a 852x600 display?

The resolution of a 852x600 display refers to the number of pixels on the screen, with 852 pixels in the horizontal direction and 600 pixels in the vertical direction. This results in a total of 511,200 pixels on the screen.

2. What are RGB filters and how do they affect display resolution?

RGB filters refer to the three primary colors of light - red, green, and blue - that make up the pixels on a display. Each pixel is made up of three subpixels, one for each color, and by varying the intensity of these colors, different colors can be displayed. RGB filters do not affect the resolution of the display, but they do play a role in determining the range of colors that can be displayed.

3. What is the importance of understanding the resolution of a display?

Understanding the resolution of a display is important because it determines the clarity and sharpness of the images and text displayed on the screen. A higher resolution display will have more pixels, resulting in a clearer and more detailed image.

4. How does the resolution of a display affect its price?

The resolution of a display can affect its price, as higher resolution displays require more advanced technology and therefore may be more expensive to produce. Additionally, displays with higher resolutions may be marketed towards professionals who require a higher level of detail, resulting in a higher price point.

5. Can the resolution of a display be changed?

The resolution of a display is determined by the physical number of pixels on the screen and cannot be changed. However, the display settings on some devices may allow for the scaling of the display, which can make the content appear larger or smaller without actually changing the resolution.

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