According to the report of the American Physicist Organizations Network on December 5, South Korea’s Samsung Electronics Co., Ltd. in a recently released concept video showed a transparent, flexible tablet PC with an active-matrix organic light-emitting diode (AMOLED) display. The development of tablet computers has brought new highlights.
Future mobile devices may all move toward Samsung’s latest display. People can view the camera through transparent forms, locate through augmented reality technology, and read electronic magazines through gestures.
The most compelling feature of Samsung's video presentation is the tablet's active-matrix OLED display, which may be used in future mobile devices. Organic light emitting diodes (OLEDs) are a display technology, active matrix (AM) refers to the control of pixels, active matrix organic light emitting diode technology is already in use, and the next generation of screen displays will also mainly use this technology.
Earlier this year, Samsung demonstrated the flexible Active Matrix Organic Light Emitting Diode display developed by it. According to reports, Samsung smartphones with such displays will be available in 2012.
American financial website Benzinga. Luis Besian of com listed the main benefits that such a display may bring: a bendable display that resists collisions, is less likely to break or break, and makes a wearable computer possible.
Nokia is also working hard to develop a flexible flexible phone. According to reports, the company’s research and development department, the Nokia Research Center, has been working with scientists at the University of Cambridge in the UK to produce products that can change the appearance and interface of handheld devices. In addition to continuing to explore technologies that control cell phones through squeeze and rotation, Nokia is also exploring technologies related to wearable phones.
Future mobile devices may all move toward Samsung’s latest display. People can view the camera through transparent forms, locate through augmented reality technology, and read electronic magazines through gestures.
The most compelling feature of Samsung's video presentation is the tablet's active-matrix OLED display, which may be used in future mobile devices. Organic light emitting diodes (OLEDs) are a display technology, active matrix (AM) refers to the control of pixels, active matrix organic light emitting diode technology is already in use, and the next generation of screen displays will also mainly use this technology.
Earlier this year, Samsung demonstrated the flexible Active Matrix Organic Light Emitting Diode display developed by it. According to reports, Samsung smartphones with such displays will be available in 2012.
American financial website Benzinga. Luis Besian of com listed the main benefits that such a display may bring: a bendable display that resists collisions, is less likely to break or break, and makes a wearable computer possible.
Nokia is also working hard to develop a flexible flexible phone. According to reports, the company’s research and development department, the Nokia Research Center, has been working with scientists at the University of Cambridge in the UK to produce products that can change the appearance and interface of handheld devices. In addition to continuing to explore technologies that control cell phones through squeeze and rotation, Nokia is also exploring technologies related to wearable phones.
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