We’d say that making your own OLED displays at home definitely falls ... an electroluminescent organic compound, on a substrate of ITO (indium tin oxide) glass. We especially appreciate the ...

Applied Materials has announced a transformative development in OLED display technology with its new MAX OLED platform. This innovation is said to redefine the scalability and efficiency of OLED ...

We’d say that making your own OLED displays at home definitely falls ... an electroluminescent organic compound, on a substrate of ITO (indium tin oxide) glass. We especially appreciate the ...

POLED and AMOLED are simply two different types of OLED displays, primarily made by LG and Samsung Display respectively. The P in POLED refers to the use of a plastic substrate, while the AM in ...

OLED TV screens are approximately 3/16" thick, and that includes the front glass and back substrate. In fact, the actual display technology in between the glass and substrate is so thin that it is ...

BOE, a leading Chinese maker of LCD and OLED displays, is looking to make glass core substrates for next-generation domestic processors, Nikkei reports. The company plans to launch a pilot ...

Although development was focused on printing P-OLED displays (Fig. 3), the traditional LCD industry became interested in the technology. As LCD substrate sizes reached Gen 5 (1,100 mm × 1,300 mm ...

The OLED device itself is extremely thin (approximately 0.5 μm including electrodes), so the display thickness depends mainly on the thickness of the substrate (glass or film, etc.), and the ...

OLED materials include substrates, encapsulation, cathode, anode, hole injection material (HIL), electron transport material (ETL), emissive material (EML). WILMINGTON, DE, UNITED STATES ...

One issue in realizing practical flexible OLED displays is the durability of OLED devices. Thin film substrates are permeable to oxygen and water vapor in the air, so that using materials ...