Nov 29.2022

P5 vs P10 LED Display: How to Choose the Correct Pixel Pitch?

What is pixel pitch in an LED display?

What is the difference between P5 and P10 LED displays?

Other LED pixel pitch options

How to choose the correct pixel-pitch LED display for different purposes?

Many people buy digital displays without considering the likes of pixel pitch, which is wrong! It's important that you're aware of how this affects your display and what size you should be looking for, depending on what you want to use it for. You must remember that the pixel pitch is liable for your failure or success in the outdoor advertising marketing campaign. The smaller the pixel pitch, the sharper an image will appear; however, if a small pixel pitch makes images blurry, then a larger one will make them crisper with a lot more detail. Let's learn more about p5 and p10 LED displays.


What is pixel pitch in an LED display?


Pixel pitch is the physical distance between individual pixels on display. It is measured in millimeters and varies depending on screen size, resolution, and other factors. Also referred to as dot pitch, pixel pitch influences the viewing angle of an image and determines how many individual pixels can be seen at one time. The smaller the pixel pitch means higher resolution and higher pixel density, leading to better quality images with more detail, color accuracy, and clarity. Alternatively, the larger the pixel pitch is (i.e., lower resolution and lower density), the wider the viewing angle will be.


What is the difference between P5 and P10 LED displays?


1. Separating distance


The p5 is a smaller pixel pitch which means a shorter separating distance between two adjacent pixels. This distance equates to 5mm, which leads to clearer image quality and less distortion on images with low resolution or high definition.


Meanwhile, the p10 has 10mm as its separating distance, meaning that it is longer than the p5 but still relatively short when compared to other pixel pitches available in different brands of LED displays. However, because it has a larger separating distance between two adjacent pixels, this might cause certain sections of images to appear blurry.


2. Pixel composition


With a smaller separating distance, you can expect images with high resolution or high definition to appear better on a p5 as compared to a p10. The p5 has 32 pixels down and 64 pixels across, making them suitable for indoor applications, including commercial, industrial, residential, and business settings.


Meanwhile, the p10 has 16 pixels down and 32 pixels across, so they are more appropriate for outdoor applications like advertising billboards and signage screens. It all comes down to what your specific purpose is; both have their own advantages depending on your needs.


Other LED pixel pitch options


P1, p2, p3, and p4 are all available as well. Each option will give you a different level of resolution per inch of display space and a different pixel density (PD). The higher the PD, the better your viewing experience is going to be. There's not always a one-to-one correlation between PD and screen size because if you increase screen size, it also increases viewing distance, which in turn decreases PD. If someone is sitting close to your LCD TV, for instance, then that person would need a lower screen resolution than someone who's 10 feet away from your TV so they can see it without squinting. The pixel pitch for p1, p2, p3, and p4 are 1mm, 2mm, 3mm, and 4mm, respectfully, making them suitable for indoor use with smaller screens or screens with low viewing distances.


For outdoor use or large screens, p6 and p16 are recommended since the pixels per inch range from 6mm to 16mm respectively. P6 LED displays are safe, reliable, and professional modular and are employed to organize outdoor events such as concerts and celebrations. They have a wider viewing angle, offer better picture quality, produce brighter images, and have less glare when used outdoors.


Also, for outdoor environments, P16 LED Display Screens are perfect for advertising LED display screens due to their high brightness, wide viewing angle, and good picture quality. Compared to conventional lighting methods such as neon lights, LEDs require much less power to provide equivalent levels of brightness. In addition, there are no heat emissions produced by LEDs; this means that an event organizer does not have to worry about fire hazards or about being held liable for damages resulting from heat-related accidents during an event. Equipped with physical and virtual pixel technology, p16 LED displays work great for outdoor environments where bright colors are desired. The screens are also waterproof and dustproof, meaning that no matter what weather conditions may occur onsite, these screens can still function correctly.


How to choose the correct pixel-pitch LED display for different purposes?


LED displays with a higher pixel pitch will be better for displaying text and icons, while a lower pixel pitch is better for displaying images. For example, if you're using an LED display as a sign in front of your business, you'll want to consider how people passing by on the street will be viewing it. If they are at a distance, they will likely see lots of pixels and not much detail in your display. In this case, choosing an LED display with a higher pixel pitch would make sense. To help you understand this concept well, here are the tips you should keep in mind when choosing the best pixel pitch.


1. Display resolution


You must also know the display resolution before you can calculate the pixel pitch. The resolution depends on what type of content you will be displaying. When deciding which content you need to show, take into consideration how large or small that content needs to appear on your LED display - a smaller object doesn't need as many pixels per inch (PPI) as a larger object does. In addition, objects with more colors or gradients require more pixels per inch than monochrome graphics.


It's important to note that pixel pitch affects image quality; the lower the PPIs, the poorer the quality of images and texts will look. In most cases, a higher number of pixels is preferable because it will result in clearer images and text. However, there are exceptions to this rule. Take car dashboards, for example- there isn't enough space between the dashboard and the driver to view high-resolution images clearly. In this case, opting for a lower pixel pitch would be ideal.


2) Viewing distance


The larger your display is, and the greater its distance from viewers, the higher you can go with your pixel pitch. For example, you would want a much lower PPIs for a wall-sized TV screen than a large billboard on an overpass above a busy highway. However, things become murkier when you move closer to a large billboard. With close viewing distances like these, both factors become significant in determining what pixel pitch is right for your purposes.


Since size and viewing distance impact which pixel pitch works best for different purposes, calculating the two values first will help you determine what pixel pitch is appropriate. Remember that larger displays typically use a higher number of pixels per inch to achieve sharper text and images. Therefore, if you have a large display, such as a TV screen, going for higher PPIs would make more sense. But if you have a smaller display, such as an LED monitor, going for lower PPIs might be better since it won't affect the quality of the images displayed. Also, remember that high-pixel pitches are good for displaying detailed information, whereas low-pixel pitches are good for displaying photos and videos.


3) Brightness


You must also consider how bright you want your displays to be. Brightness comes into play when determining a display's size and viewing distance because these two factors affect how much illumination a viewer needs to clearly see what's being displayed on an LED screen. Achieving the desired brightness level depends on two factors: how many LEDs a particular display has and how far away the viewer is from the screen.


Generally speaking, brighter screens require fewer LEDs to produce sufficient brightness levels for clear viewing. A low-brightness LED panel may work fine when viewed within 6 inches but starts becoming difficult to read once you get farther away. That's why it pays to think about all three of these variables together when figuring out what type of pixel pitch is best for your needs.


4) Transparency


Transparency is another factor you need to consider when deciding which type of pixel pitch is best for your needs. Transparency refers to how much light can pass through an object. The more transparent a display, the better it will be able to capture and relay images. In other words, objects with low transparency are harder to see from a distance because light has difficulty passing through them. This means a low pixel pitch is preferable for those types of materials. On the other hand, objects with high transparency work better when using a high pixel pitch because they allow more light to come through and make viewing easier.


To sum up, the correct pixel pitch for you to choose depends on your requirements. Do you want to display detailed information, or do you need to display colorful photos and videos? What is the size of your display, and what distance are you viewing the display at? Are you looking for a transparent display or one that lets lots of light through? These questions should help you determine whether to use a high pixel pitch (higher number of pixels per inch) or a low pixel pitch (lower number of pixels per inch).