P2.5 LED panels have a pixel pitch of 2.5mm. The pixel pitch, sometimes referred to as the pitch or dot pitch, is the density of the pixels on an LED display and correlates with resolution and the distance in millimeters from the center of a pixel to the center of the adjacent pixel. As pixel pitch indicates the amount of space between two pixels, a smaller pixel pitch means less empty space between pixels. This equates to higher pixel density and improved screen resolution.
With the fast development of LED display technology and the expansion of the display market, P2.5 LED displays are increasingly popular and widely used in conference rooms, monitoring rooms, control rooms, or any locations where high contrast and close-up viewing are needed. Here are some types and features of P2.5 LED displays for your reference while considering potential purchase:
1. Small pitch P2.5 LED panels boast ultra-thin cabinet design and lightweight, which will save much work at the installation and dismantlement, especially for rental displays that are often supposed to be frequently moved from places to places.
2. With high contrast ratio, high grayscale and fine uniformity, even in low brightness, the displayed layering and vividness of small pitch P2.5 LED panels are higher than traditional displays. It can also display more details of the image without loss of information content. Small pitch P2.5 LED panels are so smooth and seamless that they can display vivid images and bring viewers fantastic visual feasts.
3. The higher the refresh rate, the better the stability of displayed images. The lower the refresh rate, the fiercer the image flickers and flutters and the faster the eyes get tired. With a high refresh rate, small pitch P2.5 LED panels can display stable and clear images and restore the true information content of images.
•Excellent stability: High-quality material and strict process control to ensure the stability of our products.
•Outstanding quality: high-quality core material LED parts and our professional circuit board design to ensure reliability.
•Higher contrast ratio: adopt black SMD LED Lamps to ensure a higher contrast ratio than white SMD LEDs.
•Excellent effect: using dot-to-dot calibration technology to ensure the image is clearer, smoother level, and more vivid image in the LED display.
•Slim design and lightweight: high-quality profile aluminum is used to ensure the display is lightweight & thick, and transportation & installation become easier.
•Fantastic seamless & vivid visual performance: high-quality modules and professional structure cabinets designed to ensure the screens’ smooth level, seamless, vivid, and perfect image
•No noise during work: The fanless design of Colorlight’s LED screen will meet the quiet request of the conference & cinema.
•Better smooth level: 0.1mm connect error between the LED modules for our small pixel pitch LED display products
•Simple maintenance: Modular design makes maintenance convenient and easier. save you time and labor
1. With the serialization and standardization design, P2.5 indoor LED video walls, which are often completely seamless interactive walls, provide users with high-efficiency service by responding quickly without the smearing or double-image effect.
2. P2.5 indoor LED video walls usually have visible control boxes that provide source processing, windowing, control and monitoring of the video walls. It is really convenient for users to set up and control parameters like the brightness, RGB color space and grayscal
1. As LED displays are usually comprised of 0.5-square-meter panels, each of which contains tens of thousands of RGB LEDs, they can be expensive. The cost increases when the pixel pitch is smaller. So, one important thing to note is that you have to consider your need and finance situation before purchasing P2.5 LED displays.
2. An LED display with a pixel pitch of 0.7mm can be used to build a 1080p wall in a small area no much larger than a large-sized TV. A 4mm pixel pitch would require a size of about 8m x 4.5m to show a 1080p 16:9 image. Therefore, don’t purchase before you figure out where these displays are you going to install and what kind of effect do you expect.
3. When determining viewing distance and pixel pitch, the rule of thumb is that a smaller pixel pitch allows for a closer viewing distance. So, a P1.2 LED display will have significantly higher resolution and a closer optimal viewing distance than a P16 display. When selecting indoor P2.5 LED displays, it is important to first consider the distance viewers will be from displays. The general formula for the optimal viewing distance is: pixel pitch (mm) / (0.3~0.8) = optimal viewing distance (mm)
E.g., the best viewing distance for a P2.5 LED display is 3~8 meters; viewers at 3 meters distance will be able to distinguish the display clearly; however, those viewing from a greater distance such as 8 meters, will have less, but acceptable, clarity.
4. Since images will flicker and flutter fiercely and eyes will get tired with a lower refresh rate. Choose the right refresh rate of P2.5 LED displays according to specific purposes.
5. As LED walls tend to be brighter than projectors and, to some extent, televisions, they look very good on camera when shot with IMAG. Therefore, your LED walls are likely to be a large source of light that can balance or even overwhelm other lights. A good thing is that LED walls can be dimmed or brightened to a certain degree. However, that is something you need to consider in your planning.
n the near future, the terminal display scene will focus on experience, interaction, and planning. Additional cross-border elements will need to be introduced into the retail LED display scene with the sole aim of meeting the emotional needs of the clients for planning and personalization purposes. First, real-time interactions are the main reason why retail LED displays are here to stay. Through digital interactions, it is possible to strengthen the interaction between the audience and the screen.
This is critical as it sets the stage for the entire production process. This stage includes selecting the appropriate led chip (generally we use HS/RS/NATIONSTAR), driver IC (generally select DP/FM/ICN/MBI), design circuit board, capacitor resistor, CAD design of PCB and bottom case. The design process should consider factors such as the size, resolution, brightness, and viewing angle of the module.
Fabricate sample led modules and test their performance and functionality; prototypes must undergo rigorous testing for brightness, color consistency, and viewing angles, also make reasonable corrections to ensure they meet required specifications.
This includes fabrication of PCBs, assembly of LED chips and other components, and testing for defects. The PCB uses a reflow soldering process to assemble the SMD, fix the LED, IC, capacitor and resistor on the PCB, and the final product is tested for function and performance to verify whether each LED is working properly.
To ensure that the led display module meets the required specifications and quality standards; this includes testing color consistency, brightness, viewing angle and temperature resistance; mandatory 72-hour test aging before dispatch, white balance aging 48 hours, video aging 24 hours.
LED modules are fragile electronic devices, our QC personnel strictly check whether there are defective products, everything is normal, and choose reasonable foam, plastic bags, cartons for packaging to avoid damage during transportation.
P2.5 indoor led module 160mmx160mm
High Refresh rate indoor LED Screen Panel
High-quality full color SMD indoor LED display module
Including the Data Power Cables and 2 Years Warranty
Best Contrast and Color uniformity
P2.5 outdoor led module 160mmx160mm
High reliability and contrast,wide view angle and good consistency
High-quality full color SMD outdoor LED display module
Best Driving IC,such as MBI5124,ICN2038 with high refresh rate,high grey level with latest technology
P2.5 soft flexible led module 240mmx120mm
High strength compression resistance and anti-twist ability
Low maintenance cost, high brightness, low dead light rate, energy-saving, seamless splicing
It can be customized in any shape
Ultra-light and ultra-thin screen
In a word, a p2.5 led module refers to a led panel with a pixel pitch of 2.5mm. P is short for pixel pitch.
What is pixel pitch?
The pixel pitch directly affects the LED chip density and resolution of the LED display module. It refers to the distance (in millimeters) from the center of a pixel to an adjacent pixel. The dot pitch reflects the spatial distance between two pixels, so a smaller pixel pitch means higher pixel density and higher screen resolution. The picture below shows the difference between the P2.5 led panel and the P10 led panel. It will help you understand the dot pitch more intuitively.
What is the LED module?
As we all know, the area of a LED video wall can usually reach tens of squares or even hundreds of squares. The giant screen LED screens consist of many LED modules. The modular design facilitates the installation, transportation, and maintenance of the large LED screen. More importantly, you can get large led screen solutions of any size without difficulty. Therefore, P2.5 led panel is popular in the led display industry.
According to different classification standards, there are many types of p2.5mm led modules. The detailed classification is for customers to better understand the characteristics and application scope of different modules. Only by choosing the right LED module can it give full play to its maximum value. Next, we will introduce you to some different types of P2.5mm led panels.
Both indoor and outdoor p2.5mm led panels use high-quality led chips like Nationstar, Kinglight. It ensures that the led modules have good display performance.
However, their brightness and the lamp beads used are different. For example, the UNIT indoor p2.5 led panel adopts SMD2121 black LED, while the outdoor p2.5mm led panel adopts SMD1415 type lamp beads. The brightness of indoor modules is between 800-1000nits, and the brightness of p2.5 outdoor modules is over 5000nits.
The packaging technology adopted is different, and the difference between the modules is also obvious. DIP (dual in-line Package) technology currently has a small market share. UNIT DIP Series RGB Outdoor LED Display Module adopts DIP346 lamp beads. Its brightness exceeds 7000nits.
For small pitch such as p2.5 LED modules, the more popular ones are SMD (Surface Mounted Devices) and GOB (Chips on Board). The SMD P2.5mm led module is made of various materials into lamp beads, and then the lamp beads are soldered on the circuit board using a high-speed placement machine. Because of the mature and stable SMD technology, low manufacturing cost, and convenient maintenance, SMD led screen is very popular.
160×160 SMD p2.5 led module
GOB P2.5mm led module uses advanced transparent materials to seal the led light-emitting device. Therefore, GOB can effectively solve the protection problem of LEDs. At the same time, this material also has super thermal conductivity, which realizes moisture-proof, waterproof, and impact-proof. Compared with traditional LED modules, GOB LED panels can provide a more realistic color and visual appearance.
Soft LED display panels are often used to make creative LED displays. The p2.5mm flexible led modules have good display performance, high reliability, and the best color uniformity. Different from the traditional fixed-form led screen, with the help of a flexible display, you can easily create special-shaped LED screens with different shapes.
| P10 Outdoor LED module |
| Pixel specification: 1R1G1B |
| LED specification: SMD3535 |
| Pixel pitch: 10 mm |
| Resolution:10000dots / ㎡ |
| Module size:320 * 160mm |
| scan:1/2 1/4 |
| Brightness: >5500-6000 CD / ㎡ |
| Module port: HUB75 |
| Viewing angle: Deg. 170 |
| Frame Frequency HZ/S : ≥170 |
| Frame Frequency HZ/S: ≥3840 |
| Maximum power consumption:800 w / ㎡ |
| Waterproof level: IP65 |
| Use life: 100000 hours or more |
| Gray level: 8 bit – 16 bit adjustable, the factory standard 14 bit/recommend 65536 level |
| Control mode: computer synchronous control or Wi-Fi APP Asynchronous Control |
| The environment temperature: storage: – 40 ℃ to + 85 ℃ : operation: – 20 ℃ – + 80 ℃ |
| Environmental humidity: 10% 90% |
| Pixel is out of control rate: < 0.0001 (LED industry standard: less than three over ten thousand) |
| Supply mode: AC220V / 50 hz or AC110V / 60 hz |
