Sentences with phrase «yuom flexible display technology»

You've just imagined a future scenario with flexible display technology.

Since its founding in 2006, NanoLumens has built a portfolio of more than 20 international families of issued and filed patents on its flexible display technology that effectively address the commercial market void between relatively small flat - panel displays and huge, limited application LED boards.

The company has shifted its business model away from marketing e-readers that use their flexible display technology and instead will license it to other companies.

New flexible display technology from Plastic Logic promises good things, too, however the main problem remains not how to display text, rather it is how to link different versions of the same text together for use across devices, because what we call «books» today are now available in many different contexts and interfaces.

«This is another step in the direction of radically new interaction techniques afforded by smartphones based on thin film, flexible display technologies» says Roel Vertegaal (School of Computing), director of the Human Media Lab at Queen's University who developed the flexible PaperPhone and PaperTab.

The company has been showing off its flexible display technology since at least 2012, and last year introduced the Galaxy Note Edge and Galaxy 6 Edge, both of which feature curved displays.

TechRadar speculates that the mention of foldable screens could be hinting that the company is already experimenting with flexible display technology like the one that is being rumored for Samsung's highly anticipated Galaxy X phone.

Samsung notably unveiled its Samsung Yuom flexible display technology at the Consumer Electronics Show in January.

Samsung unveiled its Youm flexible display technology at the 2013 Consumer Electronics Show and showcased at the 2014 CES a flexible display prototype made with a plastic substrate, which works well with AMOLED displays.

But we may not see these innovations from Samsung first, as several other companies are also experimenting with flexible display technology.

Samsung showcased at CES its Youm brand flexible display technology during CES 2013, which prompted rumored about a smartphone that could bend.

Samsung originally introduced its flexible display technology, called Youm, at the 2013 Consumer Electronics Show.

These concepts and more can become a reality with flexible display technology, and they have the potential to bring exciting new functionality to the market.

It's safe to say that the Round was not what most of us expected from flexible display technology, after Samsung teased it for years as a game changing feature.

After waiting for so long, finally Samsung is show - casing its first flexible display technology this week.

Not exact matches

Blindingly fast chips, flexible displays, nanotube cooling, and more: Tomorrow's technologies will change everything about computing, whether you're at home, at work, or on the road.

The business is trying out a different sort of flexible display material — carbon nanotube technology that can be applied to special surfaces with an inkjet machine.

Potential applications for flexible electronic technology include phones that have curved display surfaces or clothing with electronics printed on them to monitor the vital signs of athletes or members of the military.

These plastic electronic displays could also provide smartphones with shatterproof displays (good news for anyone who's inadvertently tried drop - testing their phone onto the pavement) and lead to the next generation of flexible wearable technology.

Flexible electronics technology is already being used in such products as flexible, super-thin and durable LCD display screens, which can be written on with either a stylus or finger and then erased with the touch of aFlexible electronics technology is already being used in such products as flexible, super-thin and durable LCD display screens, which can be written on with either a stylus or finger and then erased with the touch of aflexible, super-thin and durable LCD display screens, which can be written on with either a stylus or finger and then erased with the touch of a button.

About NanoLumens: Headquartered in Atlanta, Georgia, NanoLumens, Inc. (www.nanolumens.com) is a privately held corporation engaged in the research, product development, marketing and sales of unique flexible and fixed large - format LED display solutions in any size, shape, or curvature, that address a yawning technology gap in the $ 14 billion digital display industry.

So - called flexible electronics technology is most often associated with slim computer displays that bend like plastic.

The Fellows Prize selection committee selected Sergei Tretiak in part for his development of organic light - emitting diodes for flexible displays, organic lasers, light - harvesting energy devices, and other important technologies.

Distinctive entrances, daylighting, large / medium / small group learning spaces, student display areas, thoughtful color palettes, flexible / mobile walls, spaces of solitude, creativity spaces, multimedia studios, performance areas, flexible / mobile furniture variations, student - accessible teacher work areas, technology anywhere - anytime, portable writing surfaces, and private, personalized spaces are some of the characteristics that signal to a customer that engagement and choice are a top priority in delivering 21st - century education.

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Plastic Logic has long been associated with the development of flexible displays, but we have yet to see a successful commercial application of the technology so far.

Plastic Logic has already established a partner program to work with leading global display makers and consumer electronics companies to enable flexible, plastic AMOLED supply chains through licensing and technology transfer to mass volume producers,» the press release revealed.

The duo has lined up several technology demonstrators throughout 2014, which will start off with the launch of a fully organic and flexible AMOLED display during the Flextech Conference in Phoenix, AZ..

A UK - based star - up called R&D Core developed a new touch - display technology that is especially suited for flexible display.

FlexEnable and Chunghwa Picture Tube (CPT) demonstrate an OTFT full - color flexible AMOLED display manufactured by using FlexEnable's low - temperature process and CPT's RGB OLED technology.

A «buyer's guide» to flexible plastic e-paper displays Display technology is ubiquitous — meaning we all spend a lot of time engaging with «screens» of some kind... most of which are made of glass.

Flexible OLED displays are the latest advancement in OLED technology.

The technology will enable product designers to develop stylish, more ergonomically - friendly devices in several emerging industrial segments, including flexible AMOLED and other displays for mobile and Wearables and the Internet of Things, - markets which are forecast to be worth $ 12Bn by 2020 (IHS 2013 report) and $ 1.9 trillion across all sectors in 2020 respectively.

FLEx technologies use an ultra-thin, flexible light guide that can be placed at the front of a reflective display stack.

The new center will focus on materials for next - generation display technologies - specifically OLED displays and flexible displays (OLEDs and e-paper displays).

The research suggests that flexible paper - thin displays based on the technology could have the capacity to switch between a power - saving «colour e-reader mode», and a backlit display capable of showing video.

The latest e-reader news has it that E Ink Corporation USA, pioneers in the field of electronic paper display technology has joined hands with LG.Philips LCD in creating world's first tablet size flexible electronic paper display.

The flex AMOLED display was made using Plastic Logic's truly flexible oTFT backplane technology, combined with Novaled's OLED frontplane materials.

Splinterproof display is there to be seen in e-readers like Plastic Logic's Que e-reader and also many manufacturers like e-Ink and Bridgestone are planning to develop flexible e-reader display technology.

«Our leading - edge plastic electronic technology, proven manufacturing process and can - do customer focus enables our customers to bring robust, flexible, functional, low - power glass - free display - based products to market, which creates exciting opportunities for market growth, differentiation and competitive advantage.

Kolon's CPI technology is built using a patented, high - heat - resistant material with the potential to revolutionize flexible displays, organic light - emitting diodes (OLEDs), consumer devices and other transparent flexible electronics.

Durable, flexible displays have been made possible by our leadership in plastic electronics technology and our development and industrialisation of the organic thin film transistor (OTFT).

The Adam is an Android based 10.1 - inch slate using Pixel Qi «s 3qi display technology for indoor and outdoor use; based on NVIDIA's Tegra 2 chipset — itself a source of delay rumors — it promises to be an arguably more flexible alternative to Apple's iPad while supporting 1080p HD video and longer battery life.

The result, a flexible, transmissive backplane, represents a significant breakthrough in the manufacture of new large area image sensors and demonstrates the potential use of Plastic Logic's unique flexible transistor technology beyond plastic displays.

On Monday, E Ink Holdings introduced the E Ink Mobius, a new flexible electronic paper display (EPD) technology.

Plastic Logic has developed a flexible plastic display technology using organic thin film transistors (OTFT).

While the main draw is showing off new technology like 3D televisions, they apparently had a small display of flexible electronic paper at this year's convention.

Plastic Logic's electrophoretic display technology makes the badges robust, but flexible, whilst being incredibly low power for multiple days usage, combined with Blendology's «OneTap» technology.

To build e-paper, several different technologies exist, some using plastic substrate and electronics so that the display is flexible.

As with electrophoretic technology, e-paper displays built using Liquavista's technology could be manufactured on a flexible plastic substrate, making them thinner and lighter.