논란 종결. OLED에 반사 방지 안 된다고?

Subscribe to ColorScale: http://bit.ly/32PAy5F Support ColorScale by becoming a member -    / @colorscale   "AR processing is not possible on front-emitting OLEDs." "Front-emitting OLEDs already have AR processing, but it's difficult to reduce their reflectivity below 5%." "AR processing is not possible on front-emitting OLEDs with touch functionality." "AR processing is not possible on front-emitting OLEDs without tempered glass." "AR processing on front-emitting OLEDs results in a loss of brightness and viewing angle." "Therefore, AR processing is only possible on front-emitting OLEDs in special forms, such as AG-LR, which combines anti-glare (AG) processing with low-reflection processing." I believe you've been confused by these claims. You don't need to be confused anymore. These claims are all incorrect. I clearly explained why they are incorrect in the video. For simplicity, a single-layer anti-reflection coating was shown. However, multi-layer anti-reflection treatment can achieve anti-reflection effects across a wider range of wavelengths. In the case of smartphones, the screen is exposed to extremely harsh environments, so the potential problems that may arise when the anti-reflection coating peels off are likely to be highlighted, which is why anti-reflection coatings are not included. [References] 1. Saxena, Kanchan, et al. "Implementation of anti-reflection coating to enhance light out-coupling in organic light-emitting devices." Journal of Luminescence 128.3 (2008): 525-530. 2. Shin, Cheol, et al. "Enhancing the optical performance of organic light-emitting diodes using nanoscale random rubbed structure." Nanomaterials and Nanotechnology 12 (2022): 18479804221132983. 3. https://www.sciencedirect.com/topics/... #oled #ar #antireflective 0:00 Display Reflection 5:00 Antireflection Treatment 7:20 OLED Structure 11:19 Antireflection even with top-emitting displays 18:12 Does AR Reduce Brightness? 25:06 Conclusion