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2Q 2023, AMOLED Components & Material Market Track

This quarterly components and materials market track report selected 20 major OLED components and materials to conduct market research.
Substrate, TFT, Encapsulation, Touch sensor, Polarizer, Adhesive, Cover window, Module 8 categories were classified into the quarterly market, and market shares were analyzed by company and application (TV, Mobile).
In addition, it predicted the supply volume and market by components and materials until 2027. The Market Track Quarterly Report provides necessary information to industry leaders leading the OLED industry.

Development Trends of High Mobility Oxide TFT

a-indium gallium zinc oxide (a-IGZO) has become the standard backplane technology for OELD TVs due to its high mobility (~10 cm2 /Vs), very low leakage current (<10-12 A) and low process cost. The application of LTPO TFTs composed of LTPS and a-IGZO is expanding in premium smartphones.

2Q 2023, AMOLED Emitting Material Market Track

The quarterly emitting material market track investigates sales and sales volume by OLED emitting layer and common layer to understand the overall market for emitting materials. Performance analysis was categorized by country, panel maker, application product, layer, OLED method (RGB, WRGB, QD-OLED). A report of quarterly performances for three years is organized and provided. Market information up to 2027 was forecasted by predicting the amount of luminescent material usage and sales by company for the next five years. The Market Track Quarterly Report provides necessary information to professionals leading the OLED industry.

2Q 2023, Medium & Large OLED Display Market Track

This market track analyzes the current state of OLED production capacity for 10-inch and larger OLED displays categorized by major panel makers into major product groups such as Automotive, Note PC, Monitor, and TV. Detailed quarterly sales and shipments for product groups were investigated. Samsung Display developed a technology for production yield of 80% in half a year from the start of QD-OLED mass production. The large OLED market expanded as Samsung Electronics sold QD-OLED TV. Analysis of market forecasts 5 years later, such as ASP by application and OLED demand/supply analysis, are also provided.

2Q 2023, Small OLED Display Market Track

This market track analyzes the OLED production capacity for 10-inch or smaller OLED displays, categorized by major panel makers, countries, generations, substrates, TFT technologies, and application products (Watch, Smartphone, Foldable phone). Detailed quarterly sales and shipments for product groups were investigated. It analyzes ASP by application, OLED demand/supply, and provides market forecast analysis data for small OLED displays for the next 5 years until 2027.

OLED TV Trends for 2023

To date, 49 OLED TVs have been released in 2023, including those from LG Electronics and Samsung Electronics, as well as Sony, Philips, Panasonic, and Hisense.

Monthly OLED Emitting Material Patent Analysis Report

As the ‘OLED emitting material patent analysis report’ is published monthly in cooperation with UBI Research and Lordin Co., Ltd. (CEO Hyoung Yun Oh, www.lordin.net), a company specializing in OLED emitting materials, a patent analysis report that classified and analyzed the latest patents related to OLED emitting materials and excel data are provided together.

In addition, it is expected to be of great help to people in related industries because it deals with the issue of patent reviews and expired patent data.

The August report and Excel Row data published this time will be distributed free of charge. For inquiries, contact UBI Research. (e-mail address: marketing@ubiresearch.com, phone number: +82.2.577.4390)

Latest OLED Technology Trend Report

The “Latest OLED Technology Trend Report” analyzed the research presented by display companies, research institutes, and universities in SID, IMID, IDW from 2016 to 2020, and carefully selected and organized only the technology used in OLED manufacturing and the technology deemed applicable in the future.
It was compiled by Urabe (former Sony OLED development team leader/development director), a senior analyst at UBI Research.
The report will be a guideline that shows OLED developers the goals and directions of development by technology.

AMOLED Manufacturing Process Report Ver.3

The AMOLED manufacturing process report analyzes the structure and manufacturing process by dividing AMOLED into small and medium-sized and large-area, and also schematics the inspection process of small and medium-sized AMOLED, so each company can understand the overall structure and core processes of AMOLED.
The LTPO TFT process and QD-OLED process were added to the AMOLED process report ver.3 published this time.
This report is a must-read report for not only panel makers but also equipment and parts and materials makers to understand the AMOLED manufacturing process.

QNED Structure and Manufacturing Technology Analysis Report

UBI Research published a report analyzing Samsung Display’s 41 published patents for QNED (quantum dot nanorod LED). Samsung Display is developing QNED as the next-generation display business. Reports on the QNED structure have already been issued through various channels, but the substance of the QNED has not been released. This report contains directions for the development of QNED technology, including QNED pixel structure and nanorod LED alignment principles analyzed from published patent content. In addition, a manufacturing process constructed based on the structure depicted in the patent was included.

2020 OLED Emitting Material Report

The market data for the 2020 emitting material report calculated the demand and amount of materials considering the market changes by application products due to coronavirus and the business status of each panel maker. In this report, the current development status of materials and the direction of improvement of color reproduction rate of panel makers are recorded, so that it is possible to figure out what the direction of material development of light emitting materials companies should be. In addition, the process of manufacturing the pixel process described in the drawings is carefully recorded so that researchers in the light emitting material company can easily understand the process of making the OLED pixel.

2020 OLED Display Annual Report

The 2020 OLED Annual Report is a comprehensive version of the existing annual report and the contents of the Foldable Report, Solution Process Report and Automotive Report.
In addition, the contents of the report are organized by device so that each company can closely grasp the OLED industry of interest.
The OLED industry is broken down by device, detailing technology development trends, set trends, panel makers’ trends, and market performance and outlook.
In particular, the market data in the report contains almost the contents of the quarterly market tracks published by UBI Research and summarizes the results of the quarterly and yearly graphs in order to understand the annual flow as a single report.
All market data were categorized by company, device, substrate, and country. The market situation was analyzed in three dimensions by cross-analyzing by classification criteria.

2019 Automotive OLED Display Report

The Equipment Market Track Report surveyed the equipment market by quarter by selecting equipment for each process required for OLED manufacturing.
The equipment market was analyzed by quarter and year by dividing by Major Process (Substrate, TFT, OLED, Encapsulation, Cell, Module), Company, Nation, Generation, and Substrate Type (Flexible, Rigid). The equipment market was estimated at the time of ordering for evaporation equipment. The Market Track Quarterly Report provides necessary information to industry leaders leading the OLED industry.

2019 Solution Process OLED Annual Report

Solution process using inkjet OLED (sol OLED) has been developed mainly as a large OLED panel for TV, but recently began to attract attention in the monitor display market. The evaporation method with FMM that produces OLED for smartphones has a bending phenomenon of FMM. Thus, the substrate is used by dividing into two or four. Since smartphone-sized FMMs are used by attaching 10 to 15 sheets to the mask frame, the profitability is very low due to the small number of cells in the production of 20-inch or larger monitors.