P1.25 LED Module
- Pixel Pitch: 1.25mm
- Module Size: 320*160mm
- Module Resolution: 256*128
- Reflesh Rate:3840Hz
- Brightness:400 cd/m2
- CE,RoHS,FCC Approved
- 2 Years Warranty
- P1.25 LED Module Data Table
- P1.25 LED Module Vidoeo Explanation
- Document Download
| Item | Technical parameter | |
| Panel | Dimension | (W)320*160mm(H) |
| Pixel pitch | 1.25mm | |
| Pixel Density | 640000/ M2 | |
| Pixel configuration | 1R1G1B | |
| LED specification | SMD1010 | |
| Pixel resolution | (W)256*128(H) | |
| Average power | 22W | |
| Panel current | 4-4.5A | |
| Panel weight | 0.45KG | |
| Cabinet | Humidity | 10%-95%RH |
| Hub connecting | HUB75E | |
| Best viewing angle | Horizontal >170 Vertical>120 | |
| Best viewing distance | 1–10M | |
| Working temperature | -20-+60 | |
| Panel power supply | 5V40A | |
| Screen power supply | 220VAC/50HZ+_10% | |
| Max power | <600W/m² | |
| Average power | 240W | |
| Power quantity | 200W/6PCS | |
| Driving device | Constant current drive | |
| Technical parameter | Drive type | 1/64 Scanning |
| Refresh frequency | 3840HZ/S | |
| Display color | 4096*4096*4096 | |
| Brightness | 400cd/M2 | |
| Life span | 100000Hours | |
| Communication distance | <100M | |
Features of the P1.25 LED Module
Image Clarity
The P1.25 LED module has a pixel pitch of 1.25mm, featuring an extremely small pixel pitch and high pixel density, resulting in exceptional image clarity. The P1.25 LED module delivers an extraordinary visual experience.
Exceptional Color Performance
The P1.25 LED module features adjustable brightness levels with a wide range of color gradations, and the module has an extremely broad color gamut. LED displays assembled using the P1.25 LED module offer exceptional color reproduction and lifelike color accuracy.
High-End Applications
The exceptional clarity and color performance of the P1.25 LED module make it ideal for high-end display applications, such as business conference rooms, premium private home theaters, museums, or large-scale LED backdrop walls on stages. Viewers experience an immersive effect when watching the display.
Seamless Integration
The manufacturing process for the P1.25 LED module is highly refined, ensuring excellent uniformity and consistency in LED brightness across the entire module. The edges of the P1.25 LED module are also strictly controlled for quality, ensuring that after splicing, the P1.25 LED display has no noticeable seams, and the image appears highly unified and harmonious.
Easy Installation
The LED cabinets used for splicing the P1.25 LED module are lightweight, slim, and compact, making them easy for installation workers to transport and install, thereby reducing installation time and costs.
Energy-efficient
With an energy conversion efficiency of up to 80%, the P1.25 LED module achieves low energy consumption and high brightness, reducing long-term operational costs after installation.
Durable
Using Nationstar LED lamps for the LED panels, the P1.25 LED module features high-brightness LEDs that operate stably and are resistant to corrosion from air moisture and dust, ensuring a long service life.

P1.25 LED Module Parameters
Dimensions
The standard dimensions of the P1.25 LED module include 240×120 mm, 200×150 mm, 256×128 mm, and 320×160 mm.
In addition to these standard module sizes, you can also customize the P1.25 LED module dimensions to your needs by communicating with JYLED.
Refresh Rate
The base refresh rate of the P1.25 LED module is 1920 Hz. For high-end application scenarios requiring smoother visuals, you can opt for a P1.25 LED module with a refresh rate as high as 7860 Hz.
Brightness
The brightness of indoor P1.25 LED modules ranges from 400 to 1000 nits, offering high-brightness display performance suitable for any indoor application scenario.
Contrast Ratio
The P1.25 LED module boasts a contrast ratio of up to 5000:1, delivering rich color depth, detailed patterns, and exceptional visibility.

P1.25 LED Module Types
SMD P1.25 LED Module
The SMD P1.25 LED module uses surface-mount technology, enabling mass production via machine-based assembly processes. This mature production process offers low costs and high image quality, making it the most cost-effective option currently available on the market.
COB P1.25 LED Module
The COB P1.25 LED module revolutionizes the traditional single LED chip packaging format by integrating multiple LED chips onto a single substrate.
This simplifies the bonding process between LED chips and circuit boards, enhancing the optical efficiency of the LED chips. The cost of the COB P1.25 LED module is slightly higher than that of the SMD P1.25 LED module.
Flexible P1.25 LED Module
The flexible P1.25 LED module is flexible and can be freely bent. It can be installed in various special shapes according to your application scenario, such as spherical, cylindrical, and other unique forms, offering great flexibility and artistic appeal.

The price of the P1.25 LED module is closely related to its production materials, packaging technology, and size specifications. For specific pricing, please contact JYLED, who will provide a quote based on your specific requirements.
The P1.25 LED module offers a viewing angle of 160 degrees both vertically and horizontally, and the image remains distortion-free even at extreme viewing angles.
Generally, the P1.25 LED module is designed for indoor use. This is because its optimal viewing distance is better suited for indoor viewing requirements, and the LED chips in the P1.25 LED module are more delicate, with a brightness limit that is not ideal for outdoor viewing.
Using LED control software, locate the brightness option in the control interface, click on it, and adjust the brightness of the P1.25 LED module to the desired level.
Very convenient. If only a few LED chips or driver ICs are faulty, repairs can be performed on-site, or you can directly replace them with the 10% spare modules provided by JYLED.
1–2 meters is the optimal viewing distance for the P1.25 LED module. Of course, it can still be viewed clearly at other distances, but the viewing quality is not as good as at the optimal viewing distance.













