Innovations in Display Tech Bring Us Closer to the Digital World
First place was awarded to “Caelum,” designed by talented Turkish designer Cagatay Afsar. The company recognized how the design beautifully integrates a 27-inch Transparent OLED panel into the partition of a desk, eliminating the need for a separate monitor to free up desk real estate and reduce household clutter. When not in use, the display can even switch to its transparent mode as to seamlessly blend in with the room’s décor.
Samsung's expertise in OLED technology and flexible displays just received a major boost through the acquisition of German company Cynora. So why is Cynora important? Two reasons. The first is the company's focus on producing the next generation of foldable, flexible, and transparent OLED displays. The second, and arguably more important reason, is Cynora's work on novel "TADF-based blue and green emitter systems."
A new bendable organic light-emitting diode (OLED) that produces warm, candle-like light with hardly any emissions at blue wavelengths might find a place in flexible lighting and smart displays that can be used at night without disrupting the body’s biological clock. The device, which is an improved version of one developed recently by a team of researchers from National Tsing Hua University in Taiwan, is made from a light-emitting layer on a mica substrate that is completely free of plastic.
The FingerTip FTG2-SLP touchscreen controller from STMicroelectronics has been designed to enable advanced features that will be able to support the latest active-matrix organic light-emitting diode (AMOLED) displays in smartphones. The controller is suitable for smartphones with flexible AMOLED displays that integrate the touch-sensitive panel directly on the OLED emitter layer for an extremely thin profile.
OLED microdisplay maker eMagin announced that EO System Company (EOST) , an established electro-optical devices defense supplier, has been using the company's range of OLED microdisplays in its products. EOST is using eMagin's displays in its snipers thermal weapon sights, thermal imaging systems and binocular systems for surveillance.
Samsung will begin production of its new MicroLED TVs that use low-temperature polycrystalline silicon thin-film transistors instead of printed circuit boards. This marks the first time Samsung has produce MicroLED TVs that favour LTPS TFT over printed circuit boards, with production to begin next quarter. This technology allows smaller screens to support 4K technology, but doesn’t come cheap.
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