- the smallest element of an image that can be individually processed in a video display system.
Origin of pixel
Examples from the Web for pixel
Contemporary Examples of pixel
Inevitably, this time next year we will see 2,880 x 1,800 pixel screens all over the place.5 Reasons I Hate My New MacBook Pro: A Geek’s Critique
June 15, 2012
She lives in the same house as Pixel, our Italian Greyhound, who is something of a celebrity in Oaxaca.In Praise of the Mexican Hairless Dog
February 14, 2012
Historical Examples of pixel
For this e-text, Plates were rescaled to 25% by pixel count, while most Figures were rescaled to 33%.
Technical Note: The illustrations were scanned at 400ppi and scaled to 25% by pixel count.Printers' Marks
- any of a number of very small picture elements that make up a picture, as on a visual display unit
Word Origin for pixel
Word Origin and History for pixel
- The smallest image-forming unit of a video display.
- The most basic unit of an image displayed on a computer or television screen or on a printer. Pixels are generally arranged in rows and columns; a given combination among the pixels of various brightness and color values forms an image.♦ A subpixel is one of three components of a pixel used in the representation of a color image. Each subpixel represents the contribution of a single color-red, green, or blue-to the overall color and brightness of the pixel.
A Closer Look: The images on a computer screen are composed of tiny dots called pixels (short for picture element). The computer controls each pixel individually. Most monitors have hundreds of thousands, or often millions, of pixels that are lit or dimmed to create an image. Each pixel of a color screen is made out of one red, one blue, and one green subpixel, generally arranged in a triangle, adjusted individually to create the combined effect of a single color but treated as a unit pixel for determining resolution. Pixels vary in size according to the size and resolution of the monitor. Smaller pixels provide higher resolution, and therefore sharper images, but require more memory to store the color and intensity data of each pixel and more processing time to refresh the screen. Resolution is frequently referred to in terms of dpi, or dots per inch.