This article will help you understand better what pixel pitch is. Also, we will answer the common questions regarding pixel pitch and LED screens.
Furthermore, familiarizing yourself with this term and its features would help you to determine the most suitable pitch pixel for your project. We will also help you realize which PP best fits your LED screen project.
Table Of Contents
Pixel pitch refers to the distance in millimeters from the center of a pixel to the center of the adjacent pixel. The density of the pixels directly correlates with or affects resolution.
Here’s a takeaway: the lower the pixel pitch, the lesser space between pixels or a more compact position of pixels. It results in better resolution and viewing experience.
The pitch pixel or dot pitch, or pixel size, also determines the optimal viewing distance of your LED screen device. It is usually 2 to 3 times the PP in meters. For instance, a P2 LED screen is evident from 4 meters of distance, and a P5, on the other hand, can be viewed 10 meters away.
Pixel pitch is a factor that determines how well your viewer will see your content, the viewer’s visual perception, and more.
Pixel pitch has a direct relationship and affects the resolution of an LED screen, for instance. It determines how the content can be viewed, from what distance it will be visible, and the overall resolution of an LED screen.
It is mentioned that the lower the PP, the better the resolution. So, imagine a P1.25 LED screen. It has a 1.25 millimeters distance between pixels, making them more compact. The compact the pixel position is the better resolution and is evident in the device. And because a P1.25 shows a lucent solution, it is applied in areas in which high-definition is required, such as control rooms, security surveillance, conferences, retail, and more.
If you’re looking for a quick guide with viewing distance concerning pixel pitch, here’s a table to help you.
Minimum Viewing Distance
Average Comfortable Viewing Distance
0.9 meters (2.95 feet)
1.26 meters (3.94 feet)
1.58 meters (4.9 feet)
1.9 meters (6.2 feet)
2.5 meters(8.2 feet)
3 meters (9.8 feet)
4 meters (13.1 feet)
5 meters (16.4 feet)
6 meters (19.6 feet)
8 meters (26.2 feet)
10 meters (32.8 feet)
Determining the most suitable pixel pitch for your project is crucial. For some, it makes them scratch on the head, even without an itch. Furthermore, let us help you know when to use a narrow and broad PP.
Knowing which LED pixel pitch best fits your project means you have to consider some factors beforehand. These are applications, audience size, and viewing distance. But how are these factors correlate with choosing the pitch pixel for your next project? Is a higher or lower pixel pitch better? Let us know further.
The application tells about whether you’ll use the device indoors or outdoors. Usually, we recommend a small pixel pitch; however, it is also unjustifiable to always say low pixel pitch fits all indoor applications. Some indoor use that also requires high pixel pitches is large conferences, indoor concerts, and international summits where we expect massive audience and the indoor space is vast, making a broader viewing scope.
For outdoor applications, it typically happens that high pixel pitch fits outdoor use. This includes advertising displays, stage rentals, and traffic signages. A higher PP is ideal for outdoor use as it makes higher viewing distance, better visibility, and high brightness because these outdoor LED screens usually come in massive sizes.
The audience size also predicts whether a small pixel pitch LED display or a high one best fits your project. A larger audience means a broader space to accommodate them all, thus needing a PP suitable for massive audience size.
Viewing distance is how well your device and content are apparent. We recommend a high PP if you opt for better viewing where distant viewers can see your display. This applies to advertising displays, building facades, and traffic signages where we need people from far to see them.
It is essential to determine these factors before you decide which LED panel pixel pitch you’ll choose. As a provider, we will also help you by giving you insights and situations to consider should you let us help you.
An LED screen’s good pixel performance reflects the internal system’s status. If the device makes sound health, it shows in each pixel’s light, color, and brightness. However, waiting for pixels to malfunction before performing maintenance is not proper.
Maintenance is an essential procedure that makes all kinds of devices long-lasting and has a steady and accurate function. And in the LED screen industry, maintenance is also required.
Along with bad habits and poor maintenance, the LED screen may suffer from operational problems.
Here are some tips and steps to guide you.
Each LED screen type has its storage temperature requirements. You can check this within the device’s manual or by asking your provider. Typically, LED screens are stored with less than 30℃ and less than 60% humidity.
The IP rating or Ingress Protection rating tells about the level of the device’s protection against solids and liquids. It is essential to know whether its IP rating is suitable for indoor or outdoor use to keep the device’s good function. When you use a low IP rating device in an outdoor or humid environment, chances are its pixel will have a problem, or the enclosure might get intruded with dust or mist.
The power source should be placed in a stable place or well-grounded. When this component is used in a harsh environment, it might affect the power supplied to each pixel. It results in dead pixels.
You should not turn off the device for a long time. It might cause pixels to have low luminance or brightness. If you’re not going to use them for events, at least turn them on every morning and start by preheating the device first.
We recommend having the device turned off at least 2 hours per day. It helps with keeping the whole system cool in the meantime and ready for use the next day.
Apart from checking the device’s light and brightness in pixel luminance, it is also essential o check the internal circuits and replace and repair them in time. Wirings and board problems may result in dead pixels or pixels with less uniform function.
The LED screen’s power source terminal experiences different heat levels due to its regular use. It becomes loose or sometimes defective; that’s why fasting is necessary. In this procedure, you’ll tighten the connectors so the system receives consistent power, lessening dead pixels and equipment failure.
Are you considering getting your new LED screen for a project, an event, or an occasion? Look no more!
These devices can be tailored to meet your project requirements. Along with our professional team of experts, we will thoroughly guide you to success.
Contact us at email@example.com for more information.