http://www.olednet.com/wp-content/uploads/2018/03/180329_QD_OLED.png 599 797 OLEDNET http://www.olednet.com/wp-content/uploads/2015/09/logo_oled.png OLEDNET2018-03-29 17:32:412018-03-29 17:32:41QD-OLED TV, is it to be the next generation premium TV?
Samsung Electronics is currently occupying the premium TV market with QD-LCD TVs, which use 'PL-QD (photoluminescence quantum dot) technology'. This technology has a mechanism in which the material stimulated by external light re-emits light.
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V-technology said on February 7 that it would establish an 'organic electronics business demonstration facility' in Yonezawa, Yamagata Prefecture to develop a fine hybrid mask (FHM), which is next-generation deposition mask for OLEDs, and next-generation deposition technology. The total investment is planned to be about 5 billion Japanese yen for two to three years. The facility is scheduled to be completed in August, 2018 and the mask samples are to be shipped from October, 2018.
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At the "Year End Seminar of OLED/Display" held at COEX in Seoul, Korea, on December 7, Kim, Seok-Soon, CEO of Unijet said that ink-jet printing technology can implement over 550 RGB ppi and ink-jet printing can be applied to small and medium-sized OLED process as well.
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At the 'IMID 2017 Business Forum' held in COEX, Seoul from 18th to 19th, Toshiaki Arai, chief technologist of JOLED announced JOLED's printing technology and future road map.
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Recently VR contents experience through smart-phone device has…
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At the Global Materials Tech Fair 2017 held on September 22 in COEX, CEO Ko Chang-hoon of EM Index, Cynora's Korean partner, announced the development of the thermally activated delayed fluorescence, blue TADF, which is currently under development at Cynora.
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AUO showed the OLED that can be collapsible and three kinds of round OLEDs (1.2-inch, 1.3-inch, 1.4-inch) for the smart watch in Touch Taiwan 2017 held on 20th. The round OLEDs in 1.2-inch and 1.4-inch of AUO are 326ppi, and it lowers an electric consumption at 30% versus former production goods. AUO also improves the visibility capacity in outdoor by embedding the brightness increase mode to make a display screen of two kinds of round OLEDs be clear even under bright sunlight.
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A Korean venture company has succeeded in developing blue dopant for Organic Light Emitting Diodes (OLED) that a Japanese company has had its exclusive patent for. The dopant is an element that improves efficiency and life time by mixing with host that actually colors within the OLED.
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Samsung Display has received great attention by releasing a large number of applications using OLED such as VR and light field display in iMiD 2017 held in BEXCO, Busan from 28th to 31st August. First, Samsung Display comparatively exhibited a 3.5-inch OLED with 460ppi resolution for virtual reality and an 806ppi 3.2-inch OLED. A company official said "The higher the ppi, the better the experience of realism and immersion," and mentioned "We are currently developing higher resolution OLEDs."
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LG Display's Kwon Se-Yeol senior researcher introduced the 77-inch transparent flexible OLED which had been introduced in June at IMID 2017 held in BEXCO, Busan on Aug. 30, and announced the applied technologies to realize this. Kwon Se-Yeol senior researcher mentioned, "OLED is self-luminous, so it can be manufactured with a thin thickness because it does not need a back light unit. The thinner the thickness, the more flexible the OLED can be so that it is easy to implement flexible displays with OLEDs." and forecasted. "It can be used in various fields such as signage and smart desk."
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Prof. Hwang Chang-Hoon, CEO of OLEDON, a venture laboratory of Dankook University, presented a plane source FMM deposition technology capable of implementing 2250 ppi at iMiD 2017 held on the 28th. According to Prof. Hwang Chang-Hoon's presentation, the plane source deposition technology developed by OLEDON differs from the existing organic material deposition method.
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At iMiD 2017 in BEXCO, Busan on 28th, AP Systems announced that it succeeded in developing 1000ppi FMM with USPL (ultra-short pulse laser). Since FMM plays a role of depositing pixels and RGB organic materials, FMM serves as a factor that determines resolution and yield of OLED. At present, FMM is mainly manufactured by etching method. This method has a problem that a shadow phenomenon due to the precision, thickness, and weight of the fine pattern occurs, in order to solve this problem, various FMM manufacturing processes such as laser processing and electro-forming have been developed.