According to ETNews, BOE reduced its AMOLED production for Apple to about 2-3 months in February and March, down from around 9-10 million units it originally planned to produced, as the company failed to secure enough driver ICs.

ETNews says that LX Semicon (previously Silicon Works) cannot supply BOE with enough driver chips. Most of the company's chips will be supplied to LG's OLED panels.

Demand for larger mobile OLED displays, for laptops, tablets and monitors is on the rise, and OLED makers (Led by Samsung Display) are planning to establish 8.5-Gen OLED production fabs dedicated for IT panels. The leading maker is

DSCC posted a very interesting article with predictions on this new development in the industry, saying that there are currently 11 different 15K G8.5/G8.6 IT OLED lines under development.

Next week, Toray Research Center (TRC) will host an online webinar focused on OLED technologies. TRC, who supplies technical analysis and support for R&D and manufacturing, invites you to attend the online lectures at no cost, to learn more about OLED technologies and analysis of OLED devices.

One of the topics covered in these online webinars will be the degradation analysis of OLED devices. The researchers at TRC can use nine different techniques to analyze the OLED stack, looking for organic impurities, degradation products, outgas and luminescence properties of an OLED device. The researchers can also look at the sealing property of the encapsulation layer and analyze the OLED device's cathode.

Last week Samsung launched its flagship tablets for 2022, the S8 series, which include two versions with AMOLED displays. It seems as if demand for the S8 (LCD) and S8 Ultra (Super AMOLED) is very high, and Samsung has halted the pre-orders for both tablets. You can still pre-order the Galaxy Tab S8+.

The Galaxy Tab S8+ sports a 12.4-inch 120Hz HDR10+ 1752x2800 Super AMOLED display. The high-end Galaxy Tab S8 Ultra offers a much larger 14.6" 1848x2960 120Hz HDR10+ Super AMOLED display. The series also includes the more basic Galaxy Tab S8 which features an LCD display (11" 1600x2560 120Hz).

Last month Dell announced the Alienware AW3423DW gaming monitor, the first one to spot Samsung's 34-inch QD-OLED panels. The company announced that the AW3423DW will ship in the spring, with a price of $1,299.

The Alienware AW3423DW gaming monitor sports a curved 34-inch 175Hz 3440x1440 QD-OLED panel, Nvidia G-Sync and DisplayHDR 400 True Black certification.

Samsung launched a new range of mobile devices, most of which feature AMOLED displays. The new smartphone range starts with the Galaxy S22 which sports a 6.1" 120Hz 1300 nits 1080x2340 Dynamic AMOLED 2X, and the Galaxy S22+ which offers similar specifications but with a larger 6.6" AMOLED which is also brighter at 1,750 nits.

The Galaxy S22 Ultra features a 6.8" 120Hz 1750-nits 1440x3080 Dynamic AMOLED 2X, and also stronger specifications, including up to 1TB of storage, 12GB of RAM, a quad camera setup with a main 108MP sensor and an S Pen stylus.

According to a report from Korea, Samsung Electronics haven't yet finalized its agreement with Samsung Display regarding the supply of QD-OLED TV panels.

It seems that Samsung Electronics wants to get the QD-OLED TV panels at a price equal to what LGD is offering its WOLED TV panels, but SDC cannot accept this. If the two companies cannot agree on a price quickly, Samsung will have to delay the launch of its QD-OLED TVs (the current plan is to start shipping the TVs in mid-2022).

According to a report from Korea, Samsung's QD-OLED production yields are still very low (around 30%), and the company is currently waiting for market reaction of the first range of products.

The company will need to decide whether to expand its production in the near future or not, and according to the report, it is not likely to decide before the 2nd half of 2022, as products haven't actually been launched yet. This means that SDC's total QD-OLED capacity will remain as it is today (30,000 monthly Gen-8.5 panels) at least until the end of 2023.

Samsung Display launched a new platform for OLED material simulation, to support its growing partner ecosystem for the development of OLED materials. The platform is open for Samsung's partners at no cost, and other companies can obtain a license.

The platform, called Sync-OLED, is used to evaluation OLED material characteristics before they are synthesized, to help speed up R&D projects that aim to find improved materials. The platform was developed in collaboration with the Korea Institute of Science and Technology Information (KISTI) Super Computing Application Center.

In 2021 we reported that Germany-based trinamiX (a subsidiary of BASF) developed an under-the-OLED 3D imaging sensor, that enables high performance face authentication while working behind the display.

The company now announced that its Face Authentication technology has been accredited according to the top standards as defined by Android and FIDO Alliance, which means that its solution now meets high security demands.