What we have seen in the last few years Impressive advances in OLED technology. On the one hand, Samsung surprised us with its QD-OLED technology, which combines the color and brightness offered by the quantum dot layer with the organic diode technology of OLED. On the other hand, there’s also LG’s OLED evo, which now features a cutting-edge microlens array to boost the brightness and performance of its panels.

These two large groups are the ones we can find in the vast majority of OLED televisions. However, there are many other experimental technologies currently working with OLED panels to deliver better performance and features. One of them is ‘MAX OLED’, a revolutionary new technology Companies such as Samsung Display, Visionox and Japan Display are behind its development and staging. Below these lines we tell you what it consists of and how it develops compared to existing panels.

‘MAX OLED’ promises revolution in OLED panel manufacturing

Currently, Applied Materials is the company that provides deposition manufacturing solutions to most OLED display manufacturers. This company just announced A new type of production called ‘MAX OLED’It promises to significantly improve existing solutions in the production of OLED panels.

“Applied Materials, Inc. today introduced the MAX OLED solution, a patented OLED pixel architecture and revolutionary display manufacturing technology designed to bring the premium OLED displays found in high-end smartphones to tablets, PCs, and ultimately televisions,” the company said. in the press release.

Image: Applied Materials

“Applied’s MAX OLED solution makes it easy to scale OLED manufacturing from Gen 6* glass substrates to Gen 8* substrates that are approximately twice as large and even larger,” he continues.

Technology by manufacturer Can increase the brightness of OLED panels up to three times. However, it is also mentioned that this technology can increase the resolution of the panels by approximately 2.5 times, specifically up to approximately 2,000 pixels per inch (dpi).

In addition, Applied Materials ensures that energy consumption can be reduced by more than 30%, while The service life can also be increased by up to five times.. This technology will allow manufacturers to produce all types of OLED displays, from small devices such as mobile phones and tablets to medium and large sizes such as monitors and televisions.

To achieve such improvements, Manufacturers should invest in technology From Applied Materials. Its solutions typically cost companies around $500 million, according to figures from analyst firm DSCC.

Among manufacturers already participating in using this type of technology Samsung Screen position. Dr. Vice President and Director of the Applied Flexible and Display Technology Overview group. “The consumer electronics industry has been waiting for a breakthrough that could bring OLED technology to the hundreds of millions of tablets, PCs and televisions sold each year,” said Brian Shieh. “We are proud to partner with Samsung Display to help bring this revolutionary technology to the global market,” he continued.

In addition to Samsung, other manufacturers such as Japan Display and Visionox have also confirmed that they will be among the companies that will benefit from this new and revolutionary technology. According to DSCC, everything indicates that the ViP and eLEAP technology we knew before are partly based on Applied’s MAX OLED solution.

There are no details yet on when we might see this technology in action, so we’ll have to wait until we learn more about it. While it’s true that we’ve seen stagnation in OLED technology in the face of miniLED’s great advances, this new manufacturing solution could be the spark the industry has been waiting for to continue delivering even more amazing OLED panels.

via | Flat PanelsHD

Cover image | Xataka

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