Empowering display industry professionals with cutting-edge insights and analysis
by Arthur Berman
MicroLEDs can be as small as 2 microns and bundled to produce a device of almost any size. These features can be considered some of the up-side of microLEDs fabricated using conventional technologies. One …
Tags:Flexible Displays| Graphene| MicroLED
by Arthur Berman
A team of researchers headed by Hyeonggeun Yu, a former postdoc within the Department of Materials Science and Engineering at the North Carolina State University, (Raleigh, North Carolina) are developing a new approach for …
Tags:Medical| OLED Fabs
by Arthur Berman
Ayataka Endo, a member of the research team at Kyulux Inc. (Fukuoka, Japan), presented an invited paper during the recent SID Displayweek conference that reported the latest progress on the company’s HyperFluorescence (HF) OLED …
Tags:OLED Materials| SID Display Week 2020| TADF
by Arthur Berman
Researchers from Seoul National University (Seoul, Korea) in collaboration with personnel from KAIST (Daejeon, Korea), Samsung Advanced Institute of Technology (Suwon, Korea) and the Korea Photonics Institute (Gwangju, Korea) are developing a new method …
Tags:MicroLED
by Arthur Berman
In 2019, Tesseract Imaging Limited developed a mixed reality glasses type headset called the Jio HoloBoard. The company’s latest offering is called JioGlass and can be seen as a follow up to that product. …
Tags:Augmented Reality| Virtual Reality
by Arthur Berman
Conventional optical components typically derive light manipulating capabilities from their shape and/or material composition. On the other hand, there are optical components that can manipulate light based on an entirely different approach. This approach …
Tags:Lenses| | Optics| R&D (Research & Development)
by Arthur Berman
Plasmonic technology has the potential to be integrated into reflective displays as the means to produce pixels that are extremely compact and that present a wide range of colors. The colors produced using plasmonic …
Tags:Plasmonic Displays| R&D (Research & Development)| Reflective Display
by Arthur Berman
Failures in the operation of liquid crystal displays are often associated with a change in the ionic conductivity of the liquid crystal material. More specifically, an increase in conductivity can degrade the quality of …
Tags:LC Materials (Liquid Crystal)| Manufacturing
by Arthur Berman
A team of researchers headed by Shoichiro Nakao of the Department of Chemistry within the School of Science at the University of Tokyo (Tokyo, Japan) have demonstrated the highest mobility in a thin film …
Tags:Materials| R&D (Research & Development)| Semiconductors
by Arthur Berman
A team of Korean developers operating under the name OWLFS, Inc. is developing an interesting HUD-based display system that can be applied to almost any motorcycle helmet. The product is called Revan and it …
Tags:Automotive| Crowdfunding (Kickstarter etc)| Head Up Displays HUDs
by Arthur Berman
A team of researchers headed by Hayato Watanabe within the Science and Technology Research Laboratories at NHK (Tokyo, Japan) is developing a novel lightfield based 3D TV system. The display is reported as producing …
Tags:Autostereo 3D| Japan| Light Field Displays| NHK
by Arthur Berman
The latest headset product designed by Shenzhen NED Optics Co., Ltd.(Hong Kong, China), the Goovis Young, is described as a “personal mobile cinema.” Company literature specifically explains that it is not a face-mounted computer …
Tags:Crowdfunding (Kickstarter etc)| HMDs (Head Mounted Displays)
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