2 meter LED ball screen price

In simple terms, the scan mode of an LED display defines how many rows of pixels the control circuit lights up at the same time. This ratio directly affects brightness, cost, image quality, and overall stability.

Why Scan Mode Matters

First and foremost, scan mode determines brightness. The rule is straightforward:

The higher the scan ratio (larger denominator), the lower the brightness.

Why? Because each row stays lit for a shorter period of time (lower duty cycle). As a result, the screen cannot reach high brightness levels.

Common Scan Modes Explained

Let’s break down the most common scan configurations:

• 1/2 Scan

The screen achieves about half the brightness of a static (1/1) drive. Manufacturers often use it for outdoor displays where high brightness is critical.

1/4 Scan This mode delivers one-quarter of the static brightness. It works well for semi-outdoor or high-brightness indoor applications.

1/8 Scan and 1/16 Scan Brightness continues to drop as the scan ratio increases. These modes are mainly used indoors, where ultra-high brightness is unnecessary. At the same time, they significantly reduce costs.

How to Choose the Right Scan Mode

Manufacturers typically select the scan mode based on two key factors: application environment and pixel pitch.

Outdoor or close viewing distance You need strong brightness and stable performance. Therefore, static (1/1), 1/2, or 1/4 scan solutions are the best choices. For example, P10 or P16 outdoor screens often use these configurations.

Indoor or long viewing distance Brightness requirements drop significantly. To improve cost efficiency, manufacturers widely adopt 1/8, 1/16, or even higher scan modes. Common examples include P4 and P5 indoor displays.

Why Outdoor Displays Require Low Scan Ratios

Outdoor environments introduce one major challenge: direct sunlight.

Under sunlight, ambient brightness can reach 5,000 to 10,000 nits . If the LED screen cannot match that intensity, the image will wash out—just like a smartphone screen under strong sunlight.

This is where scan mode becomes critical:

• Static (1/1) or 1/2 Scan
• These configurations easily achieve
• 5,500–7,500 nits or more

, ensuring clear and vibrant visuals even in direct sunlight.

1/4 Scan Brightness typically ranges from 2,500 to 4,000 nits . This works for shaded outdoor environments, such as under canopies or on the back side of billboards.

1/8 Scan or higher Brightness usually falls below 1,500 nits . In direct sunlight, the screen becomes nearly invisible. These options only make sense indoors or for nighttime use.

The Bottom Line

If you use a high scan ratio screen in a bright outdoor environment, you will face a predictable outcome: The display looks dim during the day Colors appear washed out The investment fails to deliver value Therefore, always match the scan mode to the environment. Prioritize lower scan ratios for outdoor brightness and higher scan ratios for indoor cost efficiency.