When processing an image or a video after recording.

However, the actual advantages of 10-bit can be exploited in the following most common scenarios. Table 1: Possible number of tones per each color depth 8-bitĪs most computer and TV monitors on the market are still capable of showing only up to 8-bit content, on which the 10-bit content is displayed by lowering the bit depth. Table 1 shows the possible number of colors available for each respective color depth. In an 8-bit image, the total number of colors available per pixel is 256. Each additional bit doubles the amount of information we can store for each color. For example, the available color channels of RGBA color space are Red (R), Green (G), Blue (B) and Alpha (A).

The number of bits for an image refers to the amount of bits per channel for each type of color in each pixel. The number of color channels in a pixel depend on the color space used. The same images or video frames with different color depth look differently because number of colors in each pixel varies depending on color depth value. Color depthĬolor depth is also known as bit depth, and is the number of bits used to display the color of a single pixel. 10-bit colors, a concept called ‘color depth’ is outlined as follows. In order to understand additional details about 8-bit vs.

An example of HEVC 10-bit encoding can also be found in the attached code sample. This article is focused on providing an overview of using 10-bit color depth compared to 8-bit color depth with capabilities built on 7 th generation Intel® Core™ processors and optimized by Intel® Software Tools.

Up to now, displays were limited in the number of colors they produce as well as computer systems those can represent only a finite number of colors. Human eyes are capable of seeing many more colors than those shown by video displays currently on the market.

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