Empowering display industry professionals with cutting-edge insights and analysis
by Arthur Berman
The structure of Phosphorescent Organic Light Emitting Diodes (PhOLEDs) typically includes multiple layers of various organic materials. Simplifying the structure of the device is an important goal in the ongoing development of PhOLEDs. One approach …
Tags:France| OLED Materials| OLEDs| R&D (Research & Development)
by Bob Raikes
What They Say A group of researchers from the Hokkaido University in Japan has developed a new material it is calling ‘ITZO’ for its constituent elements indium, tin, zinc and oxygen) promises to be …
Tags:Oxide TFTs| R&D (Research & Development)
by Milos Pavlovic
What They Say The University of Rennes, France, has developed what it believes to be the world’s most efficient single-layer PHOLED emitter with an EQE of more than 22%. The group said that in …
Tags:France| OLED Materials| OLEDs| R&D (Research & Development)
by Artem Alekseenko
Set-top box (STB) shipments continued to decline in 2021, driven by a combination of migration to streaming, market saturation, consumer cost-cutting measures, and supply chain constraints. According to ABI Research, a global technology intelligence firm, …
Tags:Analytics & Tools| R&D (Research & Development)| STBs
by Bob Raikes
What They Say Optics.org reported on some intriguing technology research by several Fraunhofer establishments in Germany that allows the creation, effectively, of LTPS silicon layers on top of CMOS silicon wafers and circuits. The …
Tags:LTPS TFT| R&D (Research & Development)| Semiconductors
by Bob Raikes
What They Say In its Innovation 2022 event, Intel showed a prototype slidable/rollable OLED-based PC which opens out from a 13″ diagonal to 17″. Intel CEO Pat Gelsinger introduced JS Choi of Samsung Display …
Tags:Flexible Displays| Intel| R&D (Research & Development)| Rollable Devices| Rollable Displays| Samsung
by Bob Raikes
What They Say A hat-tip to Alfred Poor, publisher of Health Tech Insider for pointing me to an article about the use of ink-jet printing to create Bragg mirrors. The technology has been developed …
Tags:InkJet Deposition| Optics| R&D (Research & Development)
by Bob Raikes
What They Say Semiconductor Engineering published quite a long article on the state of play of microLED developments and has some useful information, especially if you are new to the field. In it, Eric …
Tags:Apple| Apple Watch (iWatch)| Investment| MicroLED| R&D (Research & Development)| Small Pixel Pitch LED SPP| Supply Chain
by Arthur Berman
A research team led by He Liu with the Materials Science and Engineering Program at Florida State University (Tallahassee, FL) is developing an effective approach to achieving efficient and stable blue light emission from …
Tags:LED| PeLED (Perovskite LED)| Perovskite| R&D (Research & Development)
by Milos Pavlovic
What They Say The Elec reports on the basis of information from Taiwan’s ETRI research organisation at IMID that Samsung Display is looking to develop thinner QD-OLED panels by removing one of the glass …
Tags:Flexible Displays| Google Glass| QD OLEDs| R&D (Research & Development)| Rollable Devices| Rollable Displays| Samsung Display
by Arthur Berman
Up to now, poor device stability has hampered commercialization of display products using perovskite-based LEDs. To put the extent of the stability problem into perspective, at this time, the typical lifespan of perovskite-based LEDs …
Tags:PeLED (Perovskite LED)| Perovskite| R&D (Research & Development)
by Bob Raikes
What They Say Nature has published an article from Samsung Display describing blue InGaN/GaN multiple quantum well (MQW) nanoRod LEDs (nLEDs) that have high EQE (20.2±0.6%). The group studied the interaction between the GaN …
Tags:LED| QNED| Quantum Dots| R&D (Research & Development)| Samsung
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