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4mm/3mm/2.5mm/2.0mm/1.5mm ultra high definition series
Indoor high-
Including: OTL4.0/OTL3.0/OTL2.5/OTL2.0/OTL1.5
Application: Public signal publishing platform, Traffic monitor scheduling, military commanding agency, Video meeting system, television studio, senior market and so on.
R&D background: With the development of the ultra high light LED display may use in the outdoor environment and extensive area no gap connection technology improve. The LED display will be applied more extensive in the major fairs just like the Beijing Olympic Games, Shanghai World Expo, Guangzhou Asian Games and so on.
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Product Feature: |
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2. The picture is extracted stably without corrugation and black screen. With regard to the image with dynamic display effect, the edge of the image is clear. The dynamic effect can be shown perfectly. The image information can be restored accurately and factually. Thus, the video is played fluently with exquisite image effect, bringing the pleasant visual enjoyment. Moreover, the LED display has very excellent brightness uniformity. With the application of brightness correction for single dot, the brightness of the whole display screen has a near- |
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No Time Delay LED High Definition TV Projector |
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3. The system for the product developed by Retop endows the product with the features of no time delay for signal, gorgeous color, grey scale of 16bit as well as the wireless remote control function. (Customers can choose other systems.) |
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Unique Wireless Transmission Technology 3D Video Effect |
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4. Each cabinet is configured with two pieces of specially designed mini power supply. The product has no fan with low noise. The strong heat dissipation is attributed to the alloy material and the special design for thermal conduction. |
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7. The product is applied with the distinctive moire processing technology. As to the CCD or CMOS image sensor, each pixel can only sense the intensity and not the color of the light. Through covering each pixel with a filter of different colors, the pixel can sense the light intensity of corresponding color, thus solving the problem. |
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Related Names |