Over the years, Enbon has been offering customers high-quality products and efficient after-sales services with the aim of bringing unlimited benefits for them. indoor led wall If you are interested in our new product indoor led wall and others, welcome you to contact us.The product is characterized by its excellent heat dispersion capacity. Its material has many desirable properties for thermally efficient and durable heat exchangers.
Enbon FS-Plus series is a LED display screen uses for indoor staging, exhibitions, shopping malls and other social events. The weight of the box is 40% lighter than the traditional iron box, which saves a lot of costs. Anti-knock design to avoid damage to the module, reducing maintenance and improve work efficiency. High brightness and high contrast maintain the suction cup tool before use. The iron plate is installed on the back of the module and is easy to disassemble and assemble. Current sharing gives consistent power to panel, in case of any panel power supply failure. With bringhtness control that you could adjust brightness degree to the resultt you want.
┃ Product Parameters
|1.25, 1.53, 1.86, 2.5, 3|
|SMD1010(P1.25) SMD1515(P1.53, P1.86) SMD2020(P2.5, P3)|
|500nits(P1.25) 600nits(P1.53) 800nits(P1.86) 900nits(P2.5, P3)|
|256*128dots(P1.25) 208*104dots(P1.53) 172*86dots(P1.86) 128*64dots(P2.5) 104*52dots(P3)|
|534*400dots(P1.25) 405*304dots(P1.53) 341*256dots(P1.86) 256*192dots(P2.5) 213*160dots(P3)|
|320*160mm (P1.25, P1.53, P1.86, P2.5, P3)|
|640*480*85mm(P1.25, P1.53, P1.86, P2.5, P3)|
|0.5kg(P1.25, P1.53, P1.86, P2.5, P3)|
|5.5kg(P1.25, P1.53, P1.86, P2.5, P3)|
|10％ ～ 90％|
|AV, S-Video, VGA, DVI, YPbPr, HDMI, SDI|
|500 w/sqm(P1.25, P1.53, P1.86, P2.5, P3)|
|Average Power||160 w/sqm(P1.25, P1.53, P1.86) 200 w/sqm(P2.5, P3)|
|≥160° (horizontal), ≥160° (vertical)|
|Density||695556dots/m2(P1.25) 401111dots/m2(P1.53) 284444dots/m2(P1.86) 160000dots/m2(P2.5) 111111dots/m2(P3)|
┃ Product Display
Q: What method do you use to improve luminance and color uniformity
A: The most important thing is to find out is what your screen manufacturer does to fix the inherent non-uniformity issues found in all LEDs. The method that yields the best results is the PWM correction method, and it often produces a screen that is cheaper than extreme binning methods, because the screen manufacturer does not need to purchase such tight binning lots from the LED manufacturers in order to achieve uniformity. Also, it enables the user to recalibrate the screen as the LEDs become dimmer over the course of several years.
Q: Are correction coefficients used for each pixel or only for each module?
A: For best results, correction coefficients should be provided for each pixel. Correction coefficients for the module can reduce or eliminate the patchwork quilt effect that shows modules with different brightness and color, but it cannot completely remove the boundary differences between different modules and will do nothing to eliminate the dirty window effect caused by pixel-to-pixel uniformity differences
Q: How many correction coefficients are used for each pixel?
A: It is possible to produce correction only for luminance and white point. A screen of this type will use 3x1 correction coefficients (3 coefficients for each pixel). A full color corrected screen will use 3x3 coefficients (9 coefficients for each pixel).
Q: Are the PWM coefficients stored in the modules in addition to storing them in the video controller?
A: The coefficients need to be stored in the video controller in order to perform the video signal processing; however, it is also very convenient to store them in a type of flash memory on the module. This not only provides a backup for the coefficients, but it also enables the module to automatically update the coefficient database in the video controller when it is moved or replaced.