OLEDs are already being used in many mobile devices and TVs, and the next generation of these panels will be flexible and bendable. Different kinds of flexibility When we talk about flexible OLEDs, it's important to understand what that means exactly.
A TFT acts like an electronic valve: TFTs can be used in many ways, but two of the most common are display backplanes and digital logic. Displays At a basic level, a display is made up of two parts: Most of the time, when you hear about displays, you hear about the frontplane technology—e.
If you want to make a display flexible, however, you need both the frontplane and the backplane to be flexible, and you need both to be durable enough to be used in the real world.
OLED and e-Paper frontplane technologies already have the required levels of Flexible displays and durability, however, the backplane has previously been a constraint. With Polyera Flexible TFTs, however, the backplane can also be made flexible, making the full display flexible: These materials have electrical properties similar to the materials traditionally used in TFTs, but with novel physical properties, including true flexibility.
Most attempts to make flexible displays have relied on depositing traditional electronic materials, such as silicon, on plastic substrates. This approach allows the creation of products with displays in a fixed curve, but the brittleness of these electronics layers makes them unsuitable for products which are dynamically flexible.
Enabling Manufacturing at Scale, Today There have been other attempts to use novel materials that are more robust than traditional silicon, but these have required either building entirely new display fabrication plants, or significant investment to modify existing ones.
This means that display manufacturers can quickly start producing flexible displays with their existing processes and equipment—no new fabs need to be built, and existing production capacity can be used without costly modifications. But flexible displays are just the beginning.
This means you can literally print circuitry. This also means faster manufacturing and lower costs, allowing you to put electronics places you never could before: Whether enabling displays or logic, and whether used as a drop-in solution to traditional display manufacturing plants or using novel techniques like printing, Polyera Flexible TFTs represent a revolution in transistor technology that will enable the next generation of electronics.Creatacor is devoted to creating a unique, collaborative partnership with you to maximize your returns from trade shows and events.
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WALKER MOBILE 12 Proximity & Attachment to OLED Having the touch-panel electrodes a few microns away from the OLED display creates problems with noise and parasitic capacitance AUO demoed a solution at SID Display Week (with the electrodes on the underneath of the OLED encapsulation glass).
OLED is an emerging display technology that enables beautiful and efficient displays and lighting panels. OLEDs are already being used in many mobile devices and TVs, and the next generation of these panels will be flexible and bendable.
Potential Applications of Flexible Displays. It is widely accepted by the display industry that flexible Active-Matrix Organic Light Emitting Diode (AMOLED) technology will dominate the next-generation flexible displays, offering unquestionable advantages over liquid crystal display (LCD) and electrophoretic display (EPD), in applications ranging .
These phones actually all have flexible OLED displays — they’re just trapped in a rigid body. The promised land of super-bendy phones and roll-up screens hasn’t arrived, but the flex-tech is.
|Flexible OLED products||Flexible electronic paper based displays[ edit ] A prototype flexible electronic paper display Flexible electronic paper e-paper based displays were the first flexible displays conceptualized and prototyped. Though this form of flexible displays has a long history and were attempted by many companies, it is only recently that this technology began to see commercial implementations slated for mass production to be used in consumer electronic devices.|
|Flexible OLED | OLED-Info||Companies like LG and Samsung have spent years demoing flexible displays that sit on their own outside of any device. How are these screens different than curved screens before?|
|Samsung Galaxy Round||We are committed to making world-class jewelry displays that are both functional and beautiful, but most of all will sell your jewelry!|
|Different kinds of flexibility||What it really takes to make a flexible phone So when Samsung and LG or anyone talk about a flexible display, they're talking about the organic light-emitting diode, or OLED, layer -- located beneath the cover glass -- that's now made using flexible materials like plastic rather than rigid glass.|
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