The main difference between RGB and Rgbic is that RGB uses three colors (red, green, and blue) to create different hues, while Rgbic uses four colors (red, green, blue, and indigo) to create more vivid and diverse colors. RGB is the standard color model for digital displays, while Rgbic is a new technology that enhances the color performance of LED TVs.
RGB stands for red, green, and blue, the three primary colors of light. RGB is a color model that describes how different colors can be created by mixing different amounts of these three colors. RGB is used for digital displays, such as computer monitors, smartphones, and TVs, because these devices use tiny pixels that emit red, green, and blue light to create the images we see on the screen.
RGB is also an additive color model, which means that adding more light increases the brightness and saturation of the color. For example, when red, green, and blue light are mixed together in equal amounts, they produce white light. When no light is emitted, the result is black. RGB can create a wide range of colors, but it has some limitations. For instance, RGB cannot produce very deep or dark colors, such as navy blue or burgundy, because these colors require less light. RGB also cannot produce very bright or vibrant colors, such as neon or fluorescent colors, because these colors require more light.
Rgbic is a new technology that adds a fourth color, indigo, to the RGB color model. Indigo is a color that lies between blue and violet on the color spectrum, and it is one of the colors of the rainbow. Rgbic is a trademark of Samsung, and it is used for their QLED TVs, which are a type of LED TV that uses quantum dots to enhance the color performance.
Rgbic is a subtractive color model, which means that adding more color reduces the amount of light that passes through the filter. For example, when red, green, blue, and indigo filters are combined, they block all the light and produce black. When no filter is applied, the result is white light. Rgbic can create more vivid and diverse colors than RGB, because it can produce deeper and darker colors, such as navy blue and burgundy, by using less light. Rgbic can also produce brighter and more vibrant colors, such as neon and fluorescent colors, by using more light.
Why is Rgbic better than RGB?
Rgbic is better than RGB for several reasons. First, Rgbic can create a wider color gamut, which is the range of colors that a device can display. Rgbic can display up to 140% of the DCI-P3 color space, which is the standard for digital cinema and HDR content, while RGB can only display up to 100%. This means that Rgbic can show more realistic and accurate colors, especially for content that has a lot of contrast and detail, such as movies, games, and photos.
Second, Rgbic can create a higher color volume, which is the amount of colors that a device can display at different levels of brightness. Rgbic can display up to 100% of the color volume, while RGB can only display up to 80%. This means that Rgbic can show more consistent and vivid colors, even in bright or dark scenes, without losing any color information or quality.
Third, Rgbic can create a better color gradient, which is the smooth transition between different colors. Rgbic can display up to 16.7 million colors, while RGB can only display up to 16.2 million colors. This means that Rgbic can show more subtle and nuanced colors, without any banding or distortion, which can improve the visual experience and immersion.
Conclusion
Rgbic is a new technology that adds a fourth color, indigo, to the RGB color model, which is the standard for digital displays. Rgbic can create more vivid and diverse colors than RGB, by using more or less light, depending on the color. Rgbic can also display a wider color gamut, a higher color volume, and a better color gradient than RGB, which can enhance the color performance and quality of LED TVs. Rgbic is a trademark of Samsung, and it is used for their QLED TVs, which are a type of LED TV that uses quantum dots to improve the color performance.
