Enter Hex Color Here

RGB:

Hex to RGB converter tool converts hexadecimal Color code into RGB value containing red, green, blue values together, that may be used later in photo editing software. Colors in most editing apps are represented in RGB values which is why this tool plays a vital role to generate those color values from hex digits.

Developers, coders, students, computer engineers, and teachers can use this converter anywhere on their mobile devices because it is a browser-based tool.

How to use Hex to RGB converter?

Hex to RGB is a very simple and easy web-based tool of converter to generator. This converter makes it possible to convert hexadecimal values of colors into RGB giving you all red, green and blue values at once without clicking anywhere and waiting for long periods of page reloading as happens on other sites.

To use this converter, follow the below steps:

• Enter your hex color value in the given input box.
• See the RGB values containing red, green, blue values in the result tab.
• The Hex to RGB converter will instantly give you a color in RGB as your output.

How Hex value is converted into RGB?

Use our converter or check the RGB value for each hex digit color value or use our hex to RGB table below in order to check if you are getting exact and accurate output.

Hex color code values can be converted into RGB in the following manner:

1. Get the 2 left digits of the hex color code and convert to decimal value to get the red color level.
2. Now get the 2 middle digits of the hex color code and convert to decimal value to get the green color level.
3. Finally get the 2 right digits of the hex color code and convert to decimal value to get the blue color level.

EXAMPLE # 01:

Convert red hex color code FF0000 to RGB color:

Step 1:  Hex = FF0000

Step 2:  So the RGB colors are:

R = FF₁₆ = 255₁₀

G = 00₁₆ = 0₁₀

B = 00₁₆ = 0₁₀

Or

Step 3: RGB = (255, 0, 0)

EXAMPLE # 02:

Convert gold hex color code FFD700 to RGB color:

Step 1:  Hex = FFD700

Step 2:  So the RGB colors are:

R = FF₁₆ = 255₁₀

G = D7₁₆ = 215₁₀

B = 00₁₆ = 0₁₀

Or

Step 3: RGB = (255, 215, 0)

Why do you need Hex to RGB converter?

Scientists have found three colours, red, green and blue, which produce many other colours while mixing. These colours were called primary colours. When combined red and green, yellow, blue and green produce cyan, red and blue produce magenta. And this technology is later made as a Colour model and named as an RGB colour model.

The main purpose of this colour model is to detect, display and display images in an electronic system. The evolution of the RGB colour model is creating a huge development in the digital field. It has been used in various electronic devices such as TV, monitor, cameras, printers, etc.

There is no informational difference between the colours RGB and HEX. They are different ways of expressing the same thing: the value of red, green and blue.

The biggest difference is with the potential consumer of colour: web sites (in the form of CSS and HTML) need HEX colours, while printers or other offline establishments sometimes want RGB colours.

Hex to RGB color table

Color	Colorname	Hex	(R,G,B)
	Black	#000000	(0,0,0)
	White	#FFFFFF	(255,255,255)
	Red	#FF0000	(255,0,0)
	Lime	#00FF00	(0,255,0)
	Blue	#0000FF	(0,0,255)
	Yellow	#FFFF00	(255,255,0)
	Cyan	#00FFFF	(0,255,255)
	Magenta	#FF00FF	(255,0,255)
	Silver	#C0C0C0	(192,192,192)
	Gray	#808080	(128,128,128)
	Maroon	#800000	(128,0,0)
	Olive	#808000	(128,128,0)
	Green	#008000	(0,128,0)
	Purple	#800080	(128,0,128)
	Teal	#008080	(0,128,128)
	Navy	#000080	(0,0,128)

What are RGB Colors?

If you have ever designed for web application, you have probably stumbled across RGB color. When choosing a colour for a design, you need to identify the colour profile you want to use. A lot of this depends on what application the colour is used for. RGB colour profiles are primarily used for computer screen applications, web applications, designs, photo editing etc.

Color	Colorname
	Black
	White
	Red
	Lime
	Blue
	Yellow
	Cyan
	Magenta
	Silver
	Gray
	Maroon
	Olive
	Green
	Purple
	Teal
	Navy

Definition:

All browsers support RGB colour values. The value of the RGB colour is specified with: rgb (red, green, blue). Each parameter (red, green, and blue) defines the colour intensity as an integer between 0 and 255.

For example, rgb(0, 0, 255) is rendered as blue, because the blue parameter is set to its highest value (255) and the rest is set to 0.

RGB colour profiles are formed by an additive process. They are primarily used on computer screens and on the web. RGB colours are produced by light, which can have any intensity, so that a very wide range of colours can be formed as a result.

RGB colour is most commonly used for web and computer colour monitors. It has three channels (red, green, and blue) to create a wide range of colours on the screen. You can adjust the values for each channel to change the colour of the image from 0 to 255, independently of each other.

If all channels are at 0, you will get a pure black colour. Similarly, if all channels are 255, you will get an all-white colour. You can create any colour in the rainbow by adjusting the red, green, and blue channels, along with the greys, whites, and blacks.

Importance of RGB colors

RGB Color Model is an additive colour model in which red, green and blue colours are mixed together in different proportions to form a variety of colours. When you look at different colours on your computer screen, you will see that they are based on red, green, and blue RGB shades. RGB primary colours are white at full intensity, while black at the lowest intensity.

The RGB colour model is used in various digital displays, such as TV and video displays, computer displays, digital cameras and other types of light-based display devices.

Below are some RGB colour uses which are as follows:

1. RGB on display

The main application of the RGB colour model is the display of digital images. It is used in cathode ray tubes, LCD displays and LED displays such as televisions, computer monitors or large screens. Each pixel on these displays is constructed using three small and very close RGB light sources.

RGB is also used for video display signal components. It consists of three red, green and blue signals conveyed by three separate pins or cables. These types of video signals are the best quality signal that can be transmitted on a standard SCART connector.

2. RGB in digital cameras

Digital cameras for photography that use a CMOS or CCD image sensor usually perform with some type of RGB colour model. Current digital cameras are equipped with an RGB sensor that helps to evaluate the intensity of the light in a crucial way. This results in an optimum exposure value for each image.

3. RGB in Scanning

An image scanner is a device that scans a physical document and converts it to a digital form and transfers it to a computer. There are different types of such scanners and most of them are based on the RGB colour model. These scanners use a coupled charge device or a contact image sensor as an image sensor.

Color scanners often read data as RGB values, and these data are then processed using some algorithm to convert to other colours.

Hexadecimal Numbering System

The hexadecimal numbers are 0-9, then use the letters A-F. Hexadecimal is a convenient way to express binary numbers in modern computers where the byte is almost always defined as containing eight binary digits.

Hexadecimal is describing the base-16 number system. That is, it describes a numbering system containing 16 sequential numbers as basic units, including 0. We use base “16” here as a decimal number to explain a number that would be “10” in hexadecimal.

This numbering scheme is equivalent to other basic systems, including binary, octal, and decimal. This is also referred to as data coding. But it’s a user-friendly language. It is very efficient in terms of storing large units of information. The conversion is also made easier with the help of the conversion table. It is known as the ‘foundation 16’ method.

Importance of hexadecimal numbers

Hexadecimal numbering is often used by programmers to simplify the binary numbering system. Since 16 is equivalent to 24, there is a linear relationship between 2 and 16.

This means that one hexadecimal digit is equal to four binary digits. Computers use a binary numbering system while humans use a hexadecimal numbering system to shorten binary numbers and make it easier to understand.
In the following, hexadecimals are used:

• To define locations in memory. Hexadecimals can characterise every byte as two hexadecimal digits only compared to eight digits when using binary.
• To define colours on web pages. Each primary colour – red, green and blue is characterised by two hexadecimal digits.  The format being used is #RRGGBB.  RR stands for red, GG stands for green and BB stands for blue.
• To represent Media Access Control (MAC) addresses. MAC addresses consist of 12-digit hexadecimal numbers.  The format being used is either MM:MM:MM:SS:SS:SS or MMMM-MMSS-SSSS.  The first 6 digits of the MAC address represent the ID of the adapter manufacturer while the last 6 digits represent the serial number of the adapter.
• To display error messages. Hexadecimals are used to define the memory location of the error.  This is useful for programmers in finding and fixing errors.

Difference between Hex and RGB

If the wrong colour mode is used, your work will, unfortunately, look faded, dull or not as good as it can be, equivalent to a “cheap” or “poor” design.

So use the right colour modes for your work, we are all proud of what we do, and we should know that our work is done to the best of our abilities, so that the client is happy with the final result.

Basically, the functionality of both hex and RGB colour types is the same, which means they will both display the same colour. Visually, these two colour types are different. The HEX colour uses a mixture of six numbers and characters, while the RGB colour uses three sets of three numbers with a range from 0 to 255.

Example of HEX color:

#0161bd

Example of RGB color:

rgb(1,97,189)

As you can see, they both look different, but when you add two different elements to each of these types, the colour of these elements will be the same.

Now, you are probably wondering what is the reason for using the RGB colour if the HEX colour is much easier to use. Well, each colour type has different uses, and the beauty of the RGB colour makes it possible to add an opacity to your colour.

The importance of RGB vs. CMYK for design

As Graphic Designers, it is essential to know when to use RGB vs. CMYK. The main difference between RGB (RED, GREEN and BLUE) and CMYK (CYAN, MAGENTA, YELLOW and BLACK) is that RGB is used for web design projects or any design that is only shown in a digital format. CMYK is, quite simply, used for printing.

As designers, we always want to create designs that astound the target audience. We need to be pedantic about font sizes, spacing, number of elements and, most importantly, correct use of colour. Using the correct colour modes for the specific design type that you are working on will ensure that your work has a crisp, clean look that matches the “quality” design.

If the wrong colour mode is used, your work will, unfortunately, look faded, dull or just not as good as it can be, equivalent to a “cheap” or “poor” design.

So use the right colour modes for your work, we are all proud of what we do, and we should know that our work is good enough to the best of our abilities, so that the client is happy with the final result.

When one designs something that they will be want to show in a digital format, it has to be RGB. The main reason for this is that the computer monitor emits coloured light. This is known as RGB, and these are the three colours that allow your computer monitor to display a wide range of colours.

RGB has a much larger range than printing, so if you use CMYK for an RGB project, the monitor will not be able to display your design to its full potential.

Conclusion

There is not much informational difference between the colours RGB and HEX. They are different ways of expressing the same thing: the value of red, green and blue.

The evolution of the RGB colour model is creating a huge development in the digital field. It has uses in various electronic devices such as TV, monitor, cameras, printers, etc.

This converter makes it possible to convert your hex color values into RGB values. Since as designers, we always want to create designs that astound the target audience. We need to be pedantic about font sizes, spacing, number of elements and, most importantly, correct use of colour. Using the correct colour modes for the specific design type that you are working on will ensure that your work has a crisp, clean look that matches the “quality” design.

Hex to RGB is a very simple and easy web tool of converter to generator. This converter makes it possible to convert hexadecimal values of colors into RGB giving you all red, green and blue values at once without clicking anywhere and waiting for long periods of page reloading as happens on other sites.

Frequently Asked Questions (FAQs)

Have a look at some frequently asked questions that people often ask.

1. What does Hex and RGB mean?

The acronyms RGB and HEX refer to the colors in the profile. There are two types of colors – those that we use in print and those that we use online. A combination of the dominant colors, we will be using to mix together and produce a final color. RGB is the color model that we use to color digital content and hex is a number system having digits from 0-9 and A to F.

2. How to use Hex to RGB converter?

Hex to RGB is a very simple and easy web design tool of converter to generator. This converter makes it possible to convert hexadecimal values of colors into RGB giving you all red, green and blue values at once without clicking anywhere and waiting for long periods of page reloading as happens on other sites.

To use this converter, follow the below steps:

• Enter your hex color value in the given input box.
• See the RGB values containing red, green, blue values in the result tab.
• The Hex to RGB converter will instantly give you a color in RGB as your output.

3. How can I convert hex color value into RGB value?

Hex color code

Hex color code is a 6 digits hexadecimal (base 16) number:

RRGGBB₁₆

The 2 left digits represent the red color.

After that 2 middle digits represent the green color.

And Finally 2 right digits represent the blue color.

RGB color

The RGB color is a combination of Red, Green and Blue colors:

(R, G, B)

The red, green and blue use 8 bits each, which have integer values from 0 to 255.

So the number of colors that can be generated is:

256×256×256 = 16777216 = 1000000₁₆

Hex to RGB conversion

1. Get the 2 left digits of the hex color code and convert to decimal value to get the red color level.
2. Then get the 2 middle digits of the hex color code and convert to decimal value to get the green color level.
3. Lastly, get the 2 right digits of the hex color code and convert to decimal value to get the blue color level.

4. How to covert red hex code into RGB?

Convert red hex color code FF0000 to RGB color:

Step 1:  Hex = FF0000

Step 2:  So the RGB colors are:

R = FF₁₆ = 255₁₀

G = 00₁₆ = 0₁₀

B = 00₁₆ = 0₁₀

Or

Step 3: RGB = (255, 0, 0)

5. How to convert gold from hex to RGB?

Convert gold hex color code FFD700 to RGB color:

Step 1:  Hex = FFD700

Step 2:  So the RGB colors are:

R = FF₁₆ = 255₁₀

G = D7₁₆ = 215₁₀

B = 00₁₆ = 0₁₀

Or

Step 3: RGB = (255, 215, 0)

6. What is difference between Hex and RGB?

Basically, the functionality of both hex and RGB colour types is the same, which means they will both display the same colour. Visually, these two colour types are different. The HEX colour uses a mixture of six numbers and characters, while the RGB colour uses three sets of three numbers with a range from 0 to 255.