Innovations in Display Tech Bring Us Closer to the Digital World
E Ink, the creator of ePaper technology, has partnered with AUO, a display and smart application solutions provider, to develop large-size color ePaper displays, according to a press release. As part of the deal, E Ink will provide full-color ePaper modules, and AUO will provide integrated software and hardware technologies along with the TFT backplane components.
The FW-BZ53L series features Sony’s Deep-Black Non-Glare coating to offer low reflection, high contrast, and precise image quality. The new display has a brightness of 780 nits to ensure high visibility under various lighting conditions, as well as 47% haze with a low-reflection filter. Like the other models in the BZ30L series, the new model incorporates sustainable elements, including SORPLAS recycled plastic and an ECO Dashboard that gives users a better understanding of power consumption.
The technical principle behind this technique is called “electrowetting,” and it is able to induce liquid motion by changing the electrical field on a given surface. With the Droplet Watch, that shifting electrical field is done through three concentric circles of 60 electrodes, representing the 60 “ticks” on a watch face. Electrodes get charged or discharged, which causes the droplets along the lanes between these circles to move around, just like the hands on a clock.
The Eazeye Radiant is a hybrid, with both a backlight and semi-reflective surfaces behind the actual display to allow it to use ambient light to enhance the brightness of the display. The look is similar to an E Ink display, but offers full colour and with a 60Hz refresh rate you won’t see the ghosting which can be very apparent on E Ink devices. It is also much better at dealing with direct sunlight than a traditional display, if anything it enhances both the brightness and lowers the amount of power it draws.
The company announced that the 6-Gen Mobara fab is advancing ahead of schedule, and production of eLEAP panels will begin before the end of 2024. JDI developed 14" laptop panels that are three times brighter than other OLEDs (at 1,600 nits), and is also targeting smartwatches, smartphones and automotive displays. JDI is also looking into adopting a tandem structure, to increase brightness even further to 3,000 nits.
Perovskite light-emitting diodes (PeLEDs) that can simultaneously emit and detect light. This dual prowess enables one display to function as a touch interface, ambient light sensor, image scanner (including fingerprint recognition), and importantly, harness ambient illumination to charge devices—ushering in a new era for self-charging wearables. Published in Nature Electronics, these findings herald a new era of ultra-thin, versatile displays.
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