You must have heard the acronyms “RGB” and “CMYK”. But do you understand its meaning? If you are a designer, it is necessary to know when to use RGB vs CMYK. CMYK stands for cyan, magenta, yellow, and black and RGB stands for red, green, blue colors on projects.
An excellent unwritten rule is printed material should be in CMYK, and anything that deals with the web should be in RGB. But only a few clients and designers know why this is the standard.
Before you decide to use RGB vs CMYK, first figure out what the difference between RGB and CMYK is?
RGB and CMYK colors perform separately depending on which element they are used for if it is in print or on the web. Let’s go deeper into this to figure out how different they are!
When printers use the digital printing method, they print color on paper applying CMYK colors. This four-color mode utilizes the colors cyan, magenta, yellow, and black in different measures for creating all of the required colors when the images are printed.
Each added unique color indicates more light is excluded, or absorbed, in order to create colors which makes this a subtractive process.
A not pure black, but instead a very dark brown color is formed when the first three colors are combined together. The black or the K color is used to thoroughly remove the light from the published picture, which is why the eye regards the color as pure black.
RGB is a color scheme correlated with electronic displays, such as LCD monitors, CRT, LCD monitors, scanners, and digital cameras. It is an additional sort of color mode which combines the primary colors, red, green, and blue, in different proportions to create a variation of several colors.
When all three colors are blended and presented to their full range, the outcome is a pure white color. However, if all three colors are mixed together to the lowest degree, the result is pure black. Photo editing programs use RGB color mode as it allows the widest variety of colors.
What do I use? RGB vs CMYK?
If you are going to be printing things, such as stationery, a newsletter, or a business card, you can use CMYK. CMYK does not involve a white color as it is expected that it will be printed on white paper as per the percentage of every color that has been used, the white from the paper will be utilized to fill the space, and hence making the colors seem lighter.
Here’s a trick, use RGB if it is something that will be seen digitally. The Internet is prearranged to work mainly with RGB colors, and there is a straightforward reason behind this. Pixels are the tiny units that a digital monitor is made up of.
These pixels are made up of three light groups, one for blue, one for green, and one for red. The RGB contents are utilized for these pixels, whereby setting the fluorescence for each of the tiny units in every pixel.
It is known that there is no distinct correlation among the two kinds of colors, but if converted, a close match can be obtained.
How do RGB vs CMYK perform differently?
These color perform differently based on the quantity of white space that is previously provided and how much “blending” of colors requires to occur. The colors need to be changed to get an accurate color of all factors.
Highland Marketing did an excellent job of explaining why RGB colors have to be transformed when creating something for printing. The RGB plan has a magnificent range of colors than CMYK and can create colors that are more vibrant and vivid.
These colors are behind the range of CMYK to record and will come out duller and darker in print than what is viewed on the display or the monitor. RGB color model has the complete range of colors, documents displayed in CMYK mode will show up accurately on-screen.
However, RGB colors, will not appear in print as they do on-screen. To correctly print the image or document, it must be transformed from its primary RGB format to CMYK. It is likely to do this by working with software such as Adobe Illustrator or Adobe Photoshop. Consequently, a similar art presented on a computer monitor might not match to that published in a publication.