The patented OLED pixel design combined with a revolutionary manufacturing process enhances all types of OLED displays by ...

Applied Materials, Inc. launched the MAX OLED solution, bringing high-quality OLED displays to tablets, PCs, and TVs. This ...

Japan Display Inc. (JDI) anticipates its eleventh consecutive year of net losses and plans to pivot from displays to growth ...

LG is supposing the future will be full of such flexible displays, and its latest rendition of the concept screen is capable ...

The stretchable display mandate was actually given by the Korean government, and it sponsored a consortium of companies and research facilities to produce prototypes, mandating at least 20% ...

A diode on a permeable plastic substrate will be damaged by the infiltrating ... We have succeeded in developing a flexible, air-stable OLED by inverting the structure between the electrodes.

Figure 2 (b) shows an example of the cross-sectional structure of flexible OLED displays. Here, we can see that the TFTs and OLEDs are formed on a thin, flexible plastic film substrate.

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 ...

The panel is super-thin at only 0.05 mm, about one tenth the thickness of OLED panels with a normal glass substrate. It features a high contrast ratio, is polarizer-free and has a resolution of ...

The term 8.6G refers to an OLED glass substrate (GCS) measuring 2,250mm × 2,600mm. Compared to 6G OLED, 8.6G substrates are over twice the size, resulting in higher production efficiency.