Products Description
Introducing the LP1 series digital indoor video led monitor, available in 250x250mm, 750x250mm, and 1000x250mm dimensions. Constructed from high-quality aluminum alloy through die-casting, the entire cabinet is designed for indoor fixed installation applications. Whether it's for malls, airports, entertainment halls, or meeting rooms, this display is perfect for showcasing digital content with style and clarity. Upgrade your indoor setting with the LP1 series digital indoor video led monitor, and experience a new level of visual excellence.

Rapid pre-maintenance
Adopt magnetic suction maintenance mode

In order to address the challenges posed by wired connections and reduce costs, there is a need to explore port direct connections and find innovative solutions. By adopting this approach, we can mitigate the issues caused by traditional wired setups. It is crucial to reevaluate our current methods and consider alternative options that can optimize connectivity while also minimizing expenses. By pursuing these avenues, we can overcome the limitations imposed by wired connections and embrace a more efficient and cost-effective approach.

High flatness
The box body of this die-cast aluminum enclosure is of high precision, guaranteeing excellent process quality. Its smooth surface further enhances its overall aesthetics.

Angle cutting design
The design of the screen edge includes an Angle cutting feature that makes it effortless to construct a screen body with a perfect 90° right angle. This design is unique and makes the construction process much easier.
Determining the size of an electronic full-color LED display and considering the necessary factors are crucial when customers engage in customization and installation. Lite professional manufacturer advises on the essential aspects to be determined for configuring the display's size. To ensure accuracy, the following factors must be carefully considered:
1. The need to display content;
2. Site space conditions;
What is the size of the module for the display unit (in the case of indoor screens) or the size of the pixel (for outdoor screens)?
4. The size of the hemming.
LED display manufacturers and service providers can be informed about the following four aspects by customers. In return, the manufacturers and service providers can offer recommendations on the size of the display screen. Ultimately, the customer has the final say in determining the size, and the customization is exclusively accomplished in China. Let's create a similar piece of content by reorganizing the provided information, maintaining the essence of the original text but delivering it in a different manner.
How many colors can LEDs display?
Additive color mixing is a phenomenon observed in LED lights, where different combinations of the primary colors - red (R), green (G), and blue (B) - can produce a vast array of shades. LED lights have the capability to emit colors like red, yellow, green, white, blue, and many others. By adding these primary colors together, a new shade is formed. This process enables LED lights to create a wide range of colors and is known as additive color mixing.
Additive primary colors, namely red, green, and blue, derive their name from the fact that they cannot be produced by mixing other colors. By combining these three colors in different proportions, a vast array of hues becomes achievable. For instance, a mixture of red and blue results in the formation of purple, while combining green and blue yields cyan.
RGB or RGBA technology is often used in the design of LED lights. These lights are capable of creating a wide range of colors by combining the primary colors. By mixing equal amounts of red, green, and blue, the result is white light. However, adjusting the proportions of these colors will produce various shades, such as pink, yellow, orange, and many others. The versatility of LED lights allows for the creation of vibrant and dynamic lighting effects, catering to different moods and atmospheres.
Moreover, LED lights can emit non-primary colors, such as amber, white, and cool white. Amber lights are created by combining red and yellow, while white lights are created by combining red, green, and blue. Cool white lights are generated by adding more blue to the white light, whereas warm white lights are produced by adding more red.
In conclusion, LED lights have revolutionized the lighting industry with their ability to produce a wide range of colors, including primary and non-primary colors. Different hues can be created by mixing the three primary colors, red, green, and blue, in varying amounts, which is known as additive color mixing. As technology advances, more advanced LED lights are being developed, enabling us to illuminate our world with beautiful and vivid colors.
FAQ
What is a lamp module? What are the advantages and disadvantages?
It refers to the DIP packaging lights through the PCB board, and the tin is filled in the light hole by welding. The module made of this process is the lamp module; ; The disadvantage is that the pixel density is small;
What is a table sticker? What are the advantages and disadvantages?
The table sticker is also called SMT. The lamp encapsulated SMT packaging is welded on the surface of the PCB board through the welding process. The lamp foot does not need to pass through the PCB board. The module made of this process is called the tablet module; the advantage is: the display effect is good. , Pixel density is high, suitable for indoor viewing; the disadvantage is that the brightness is not high enough, and the lamp pipe itself is not good enough;
| PARAMETER | ||||||
| Item | P1.56 | P1.95 | P2.5 | P2.6 | P2.97 | P3.91 |
| Pixel Pitch | 1.5625mm | 1.953mm | 2.5mm | 2.604mm | 2.976mm | 3.906mm |
| LED Type | SMD1212 | SMD1515 | SMD1515 | SMD1515 | SMD2020 | SMD2020 |
| Module Resolution | 160 x 160dots | 128 x 128dots | 100 x 100dots | 96 x 96dots | 84 x 84dots | 64 x 64dots |
| Driving Mode | 1/40scan | 1/32scan | 1/25scan | 1/32scan | 1/28scan | 1/16scan |
| Module Pixels | 25,600dots | 16,384dots | 10,000dots | 9,216dots | 7,056dots | 4,096dots |
| Module Size | 250mm x 250mm | |||||
| Cabinet Size | 1000mm x 250mm or 750mm x 250mm or 250mm x 250mm | |||||
| Cabinet Resolution (1000mm x 250mm) | 640 x 160dots | 512 x 128dots | 400 x 100dots | 384 x 96dots | 336 x 84dots | 256 x 64dots |
| Pixel Density | 409,600dots/㎡ | 262,144dots/㎡ | 160,000dots/㎡ | 147,456dots/㎡ | 112,896dots/㎡ | 65,536dots/㎡ |
| Best Viewing Distance | ≥1.5m | ≥1.9m | ≥2.6 m | ≥2.6 m | ≥2.9 m | ≥3.9 m |
| Brightness | 500nits | 800nits | 1200nits | 800nits | 800nits | 800nits |
| IP Grade | IP43 | |||||
| Refresh Rate | 1,920Hz~3,840Hz(depends on IC driver solution) | |||||
| Gray Scale | 14bits~22bits(depends on IC driver and controller solution ) | |||||
| Viewing Angle | H:110° / V:110° | |||||
| Maximum Power Consumption | 500W/ ㎡ | 500W/ ㎡ | 500W/ ㎡ | 450W/ ㎡ | 350W/ ㎡ | 300W/ ㎡ |
| Average Power Consumption | 160W/ ㎡ | 150W/ ㎡ | 115W/ ㎡ | 100W/ ㎡ | ||
| Screen Lifespan | ≥100,000 hours | |||||
| Input Voltage | AC110V - AC220V @ 50Hz/60Hz | |||||
| Operating Temperature | ﹣20℃~50℃ | |||||
| Operating Humidity | 10%~90% | |||||
| Cabinet Material | Die-casting Aluminum | |||||
| Cabinet Weight | 5.5kg/panel | 5.3kg/panel | 5.2kg/panel | |||
| Operating System | Windows (Win7, Win10, etc.) | |||||
| Signal Source Compatibility | DVI,HDMI1.3,DP1.2,SDI,HDMI2.0,etc. | |||||
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