RGB is the trendiest tech lighting design among game lovers nowadays. Read more to find out why.
RGB Color Model
What does RGB Stand for in gaming?
RGB is long-formed as “Red, Green, and Blue”, and is used to create a range of colours in gaming.
This type of colour-coding system can be seen in many video games when it comes to character models or items within the game.
RGB is also useful for identifying specific shades and hues of given colours, as it allows for more precise colour definition than just basic red, green, or blue.
RGB is a subset of the colour space CMYK, which stands for Cyan, Magenta, Yellow, and Key (black). This system is widely used in the printing industry to create physical prints with the exact colours that are desired for a given project.
In gaming, RGB is used to give characters and items their specific colour. It’s helpful in many ways, such as allowing for more detailed colour definitions in games than just basic red, green, or blue.
How does the RGB colour model work?
RGB works by combining the primary colours of Red, Green, and Blue which can create a broader range of colours for gaming.
RGB color is based on a system of values, ranging from 0 to 255.
Each of these values is assigned to one of the three main colours – red, green, and blue. Altogether, this helps create more precise and detailed shades compared to just using basic colours.
What is additive colour mixing?
This is the way of combining two or more colours to create a new colour. But how does that work? well, It occurs by adding light sources of different colours together, and the resulting combination becomes a new colour.
This method is used extensively in gaming when it comes to creating characters or items, as it helps to create more precise and detailed shades than if you just used basic colours.
RGB is an additive colour mixing system, and it works by adding red, green, and blue light sources together to create a range of colours.
The resulting combination of these colours can then be used to create various shades and hues for gaming characters or items.
Primary colours and the way they interact with each other.
When these colours interact with each other, they combine to create a variety of different shades and hues, which can aesthetically level up your gaming setup.
This is one of the reasons why RGB is so popular among game lovers; it allows for a more precise colour definition than just using basic red, green, or blue.
In addition to the primary colours, there are also secondary and tertiary colours. Secondary colours are created when two primary colours are combined, while tertiary colours are created by combining a primary colour with a secondary colour.
So, for example, if you combine red and green, you’ll get yellow. If you combine blue and yellow, you’ll get green. This is one of the ways that RGB can create such a wide range of colours for gaming.
RGB – Supported Devices
Types of RGB lighting components used
- Motherboards
- Graphics cards
- Memory
- CPU coolers
- Fans
- Cases
- Power supplies
- LED strips
- Gaming mice
- Gaming keyboards
- Gaming headsets
- Gaming mousepads
Range of colours available using the RGB colour model
The RGB colour model is incredibly versatile; it can create millions of range of colours from just three primary colours – red, green, and blue.
When you combine these colours in various amounts, you can get some stunning shades and hues that will add an impressive aura to your gaming setup.
You can also mix in secondary and tertiary colours depending on the hue or shade you want to achieve.
This creates a huge range of colours, from vibrant oranges to deep blues, and even pastel pinks and mint greens.
Blue light and its impact on vision from gaming setups
If you’re a serious gamer, You might want to get your gaming setup decked out with the latest RGB components. But did you know that the blue light emitted from these components can harm your vision?
Blue light is a type of high-energy visible (HEV) light that has been linked to digital eye strain, difficulty sleeping, and even possible vision damage over time.
Therefore, while RGB lighting is great for adding some style to your gaming setup, it’s important to take the necessary steps to reduce the amount of blue light you’re exposed to.
This can be done by using a blue-light filter app or setting up your gaming setup with screens and components that have built-in blue-light filters.
What are the different ways to create unique variations with an array of colours and combinations?
1. Adjust the intensity levels of each light source, which will give you a range of shades and hues that you can use to customize your gaming setup.
2. mix different primary colours together, and even add secondary and tertiary colours for more complex colour combinations.
3. Use different lighting effects such as strobing, fading, and pulsing to create unique visual effects with your RGB components.
