Ultra Thin (UT) refers to an ultra-slim OLED structure optimized for IT applications. Samsung Display unveiled a product called "UT One," which incorporates UT technology thisyear. "UT One" is not only 30% thinner and lighter than conventional rigid OLED panels, but also features oxide (Oxide) TFT technology, enabling the driving frequency to be reduced to as low as 1Hz-making it a next-generation low-power solution.
Ultra Thin (UT) refers to an ultra-slim OLED structure optimized for IT applications. Samsung Display unveiled a product called "UT One," which incorporates UT technology thisyear. "UT One" is not only 30% thinner and lighter than conventional rigid OLED panels, but also features oxide (Oxide) TFT technology, enabling the driving frequency to be reduced to as low as 1Hz-making it a next-generation low-power solution.
What is the name of the technology described below? "A technology that refers to ultra-thin OLED structures, reducing thickness and weight compared to conventional Rigid OLED or LCD panels for IT devices." 1 UT (Ultra Thin) 2 UTG (Ultra Thin Glass) 3 UPC (Under Panel Camera)
Ultra Thin (UT) is an ultra-slim OLED structure. It reduces thickness and weight by approximately 30% by removing the top glass layer (one of the two glass substrates used in conventional Rigid OLEDs) and applying thin film encapsulation (TFE).This technology enables the production of thinner and lighter laptops and tablets. 2 Ultra Thin Glass (UTG): Ultra-thin reinforced glass used in display cover windows. It is flexible and foldable, making it suitable for foldable display windows. 3 Under Panel Camera (UPC): A technology where a camera is placed beneath the display panel.
Samsung Display's "UT One" incorporates TFT technology. Which of the following technologies is applied? 1 Amorphous Silicon (a-Si) 2 Low-Temperature Polycrystalline Silicon (LTPS) 3 Oxide
Samsung Display's UT One uses Oxide TFT. Oxide is an amorphous-type TFT that offers faster electron mobility than a-Si, making it advantageous for high-resolution products. In addition, due to its low leakage current*, UT One supports ultra-low refresh rate operation down to 1Hz. ·X· Wait a Minute !! Leakage current that flows even when the TFT, which operates the display pixels, is completely turned off. This can cause luminance instability. Such issues become especially noticeable at low refresh rates below 10Hz. By reducing leakage current, display flickering that occurs during low refresh rate can be resolved. 1 Amorphous Silicon (a-Si): A TFT technology using non-crystalline silicon with slow electron mobility, mainly used in low-resolution LCD products 2 Low-Temperature Polycrystalline Silicon (LTPS): A TFT technology with high electron mobility, primarily used in high-resolution smartphone displays
Which of the following statements about UT One is correct? 1 The refresh rate varies from 1Hzto 120Hz depending on the content. 2 The refresh rate varies from 30Hzto 120Hz depending on the content.
Samsung Display's "UT One" is the first IT OLED panel to feature 1Hz variable refresh rate, made possible by the application of Oxide TFT technology. This allows the refresh rate to dynamically adjust from 1Hzto 120Hz depending on the content, enabling more efficient power consumption. In particular, when viewing static content, UT One reduces power usage, extending actual device usage time. Compared to conventional panels, it can reduce power consumption by approximately 30%.
We've learned about the technology behind "UT One". Samsung Display's "UT One" is a next-generation, low-power technology featuring an ultra-thin structure and support for a 1Hz variable refresh rate. It reduces both thickness and weight, as well as power consumption-enhancing overall user experience. In the era of Al, where lighter and longer-lasting devices are essential, be sure to remember Samsung OLED with UT One technology!