What is arguably the biggest innovation in Smartphones since the introduction of the iPhone will be showcased at the Mobile World Congress (MWC) in Barcelona this week. The YotaPhone, by Yota Devices, was a Best of CES 2013 award winner. The YotaPhone abandons the classic single LCD Smartphone design. At MWC, Yota will be introducing a revolutionary new smartphone with an E Ink ePaper display on the back of the phone. The extremely low power E Ink display enables the YotaPhone to deliver new functionality and extended battery life at the same time.
Category Archives: Flexible
E Ink’s New Segmented Kit Now Available
Last week I posted about the new YotaPhone and how they are utilizing our new flexible, dynamic, active matrix display to offer a futuristic take on the smartphone; a dual screened phone with EPD on one side, and LCD on the other.
For E Ink, flexible, high resolution, active matrix displays are a new offering; however, product designers have been imagining the possibilities utilizing a flexible TFT for years. There have been several companies looking to launch products using these displays, but the Wexler FlexONE was the first eReader on the market using such technology.
E Ink Dual Screen Smartphone Coming in 2013
Yesterday, December 12, our customer, Yota, announced a new phone coming in 2013 that features an E Ink display.

While E Ink has been included in cell phones before, with the Motofone F3, the Samsung Alias 2 and the Sony Ericsson Urbano Affare, the E Ink display had been a small supplemental display, or a keypad. The Yota product marks the first time E Ink will be a large secondary display on a smartphone.
Yet this phone is not significantly heavier or using significantly more power. How is this possible?
E Ink – The Beginning, Today & Our Future
By Joe Jacobson, Co-Founder of E Ink, Associate Professor of Media Arts and Sciences, Molecular Machines Group, MIT & Felix Ho, Chairman, E Ink Corporation
“As a young graduate student I had the opportunity to travel extensively throughout the globe and meet many people. On one memorable trip to a remote town in Peru I met an amazing young student who had never been more than a few miles from home. He had notebooks and notebooks of extraordinary aeronautical designs. Everything he had learned came from the one book on aeronautical engineering that his very modest town library had. His sole request to us was to please send him more books on aeronautical design. There are many examples like this, such as the famous Indian mathematician Srinivasa Ramanujan, who, starting at the age of 17, compiled some nearly 3900 highly original theorems in number theory starting with a single book that he had access to entitled A Synopsis of Elementary Results in Pure and Applied Mathematics by George S. Carr.
What if each kid on the planet had had access to the world’s library of books? That was the basic goal behind E Ink. Could we develop a new display and manufacturing technology that could produce eReaders that had the look and feel of real paper, consumed almost no power and could be manufactured at sufficient cost and volume to put a library of congress into the hands of each kid on the planet? The enabling concept behind E Ink was to create a new paradigm in manufacturing – manufacturing by printing or ‘printed electronics’ to meet those goals.


