Color Control
RGB Primary Colors:
An LED display is typically composed of red, green, and blue LED arrays. By adjusting the brightness levels of these three colors proportionally, nearly all visible colors can be synthesized.
Coloring Principle:
By modifying the brightness ratios of RGB primary colors, various hues (such as white, magenta, yellow) and intricate patterns or images can be achieved through blending.
CMYK Coloring Method (Optional):
In certain applications, an LED display can also use subtractive color mixing (cyan, magenta, yellow, black) to achieve the desired colors.

High Contrast Ratio
Definition:
The contrast ratio refers to the ability of a screen to display the difference between the brightest and darkest pixels.
Importance:
A high contrast ratio enables better display of high-contrast images (such as text or graphs) and reduces eye strain.

Brightness Control
Lighting Modulation Unit (Tuning and Dimming Circuit):
This is the core technology for brightness adjustment. By adjusting the brightness levels of RGB primary colors, dynamic lighting effects can be simulated under different illumination conditions.
Image Sensor with Feedback Regulation:
In high-precision applications, the screen may be equipped with an image sensor to continuously monitor user brightness requirements (such as through touchscreens or light sensors) and perform fine-tuning adjustments.

Temperature and Color Tone Calibration
Color Temperature (Daylight Color Temperature – DCT):
The color temperature measures how closely the displayed “white” light approximates natural white light, indicating whether it is slightly warm or cool.
Color Calibration:
In some applications, an LED display may require color calibration based on CIE RGB color space to ensure accurate and consistent color output.

Dynamic Brightness Control
Dynamic Lighting Modulation:
For dynamic images like movies or games, LED displays can rapidly adjust brightness levels to simulate varying scenes.
Energy-Efficient Mode:
Under low-light conditions (such as outdoor dim lighting), the LED display can switch to a low_brightness or completely dark mode to extend battery life.

High Response Time
Definition:
Response time refers to the time required for a screen to transition from one brightness level to another.
Importance:
A shorter response time enables smoother image transitions (such as animations) and minimizes flickering or trailing effects.