5 in 1 Spotlight – Color Temperature, Saturation and Mixing

5 in 1 Spotlight – Color Temperature, Saturation and Mixing

5 in 1 spotlight combines RGBW, high CRI white and daylight. Each color can be controlled separately with the remote or mobile APP.

The phones ring at the reception desk. Ben is concerned about picketers and angry letters.

Matt and Sacha are working down in the Spotlight office. They compare notes. They know that Geoghan isn’t alone and it wasn’t Cardinal Law who swept it under the rug.

Color Temperature

Color temperature is one of the most important pieces of information to understand when purchasing lighting. It’s not usually highlighted on the Lighting Specs Label or product details page, but it is a huge factor that can help you choose a light for your specific space and needs. Color temperature is measured in Kelvins and will determine how a light appears to you.

Warmer color temperatures (2700K – 3000K) produce a warm and inviting glow that’s ideal for living rooms, bedrooms, and kitchens. The warmth can also prepare your body for sleep by promoting the release of melatonin. Cooler colors (3000K – 4500K) have more of a blue tint and are great for tasks like homework, office work, or task lighting in basements and garages. Color temperatures higher than 4500K (daylight deluxe) have a bright bluish tone and are best used in commercial and retail spaces.

It’s important to note that color temperature is a personal preference and can be adjusted according to your comfort level. A warmer color temperature may be more inviting, while a cooler color temperature can be energizing. The best color temperature for your space depends on many factors including your individual preferences, the time of day, and what kind of atmosphere you want to create. Aside from choosing a suitable color temperature, it’s essential to limit the amount of blue light emitted to prevent digital eye strain.


LED bulbs are more energy efficient than halogen bulbs. Watts used to be a reliable way to gauge brightness, but because LEDs use much less electricity (wattage) to produce the same amount of light, we now 5 in 1 spotlight measure brightness in lumens. Generally, a bulb with a higher lumen count is brighter.

This 4-watt spotlight emits up to 280 lumens in a narrow 25deg beam. It’s as bright as a 40-watt incandescent bulb but lasts 25 times longer. It comes with a remote and mobile app control, and it operates on 2.4GHz wireless technology.

Adjust the individual R/G/B/Tungsten/Daylight channels to create your desired ambiance. High CRI means colors appear true and LED Strobe Mobile Light saturated. The result is a vivid and richly colorful lighting experience. This spotlight has five adjustable light temperatures including amber, warm white, bright white, and daylight. It also has a built-in dimmer that allows you to set the desired lighting intensity.


Saturation, also called intensity or chroma, is the degree to which a color’s hue dominates its surrounding colors. Colors on the outer edges of the hue wheel are highly saturated, while those closer to the center have less saturation. Colors that are pure hue with no white light, such as red or green, are highly saturated, while those with significant amounts of white light, such as yellow or pink, have low saturation.

The color saturation of an image can be adjusted using a variety of photo editing software programs and mobile applications. However, it’s important to make intentional changes in saturation that align with your artistic vision while preserving the natural look of the photograph. Too much saturation in skin tones, for example, can leave your subject looking orange and unnatural.

Although the terms brightness and saturation are often used interchangeably, they are different concepts. Saturation is the purity or intensity of a particular hue, while brightness is the overall lightness or darkness of an image. For example, a highly saturated shade of red may appear brighter and more vivid than a less-saturated shade of red.

Color Mixing

Color mixing is the process of projecting two different colors of light on a white screen to create a new color. This is also known as additive color theory. For example, if you shine a blue and green light on a white screen, the resulting mixture will be cyan. By adjusting the intensity of the two lights, you can tinker with the hue to make it more or less cyan.

When it comes to paints, the primary colors are red, yellow, and blue. These are the basic options that can be mixed to produce a wide array of other shades. By practicing with these pigments, you can learn to navigate the Color Wheel and mix colors that feel familiar to you.

Saturation is another important property of a hue. Highly saturated hues contain little to no white light and appear bright and pure, while less-saturated hues contain more white light. By adding more white light to a hue, you can decrease its saturation and make it softer and closer to gray.

For more information on how to mix colors, take a look at the color mixing calculator of our LED lighting system. This tool lets you experiment with different RGBAW, R, G, B, Tungsten, and Daylight channel combinations to see how they affect your spectral output and color temperature.

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