A third and fast emerging application is electronic signage where the low power attribute along with sunlight readability makes Electrophoretic displays (usually
called ePaper) a great choice.
Electronic paper, also
called epaper, is a general term for the display technology that aims to mimic the appearance of ink on paper.
Portable reading devices like the Amazon Kindle, Onyx Boox, PocketBook, and Kobo eReaders all use a unique technology
called epaper, which aims to mimic the look of ink on printed paper.
Dedicated ereaders on the other hand — Sony, Nook, Kindle, etc — are handheld devices that use a unique technology
called epaper, which mimics the look of ink on printed paper.
Not exact matches
A new color
epaper technology
called ClearInk is getting set to take off in the near future (hopefully).
The company that makes the
epaper screens for the majority of ebook readers, including Kindles and Nooks, is
called E Ink.
The new CAD Reader is the first device using a new E Ink technology
called Fina
ePaper.
In 2016 E-Ink developed a new breed of e-paper
called ACEP, which stands for Advanced Color
ePaper.
In 2018 we might see some bigger companies get into the color e-paper space with new E Ink technology
called ACEP, which stands for Advanced Color
ePaper.
And now, E Ink, one of the most important names in this particular market segment, has just announced the development of an color
ePaper display technology
called Triton, that enables color
ePaper solutions, enhancing the visual experience for ePublishing markets.
In May 2016, E Ink announced a color replacement for Triton
called Advanced Color
ePaper (ACeP), but it's still some way from making it into Kindles and other ebook readers.
E Ink Corporation, the company that supplies the
epaper screens used in the majority of dedicated ebook readers, issued a press release today announcing their new display technology
called Pearl.
ePaper Video: Here's my edited mini-video --[wpvideo Dn1HFmqw]
ePaper Technology: Reflective technology
called IMOD (Interferometric MODulation) with MEMS (microelectromechanical systems) at its core.
The science behind
epaper is
called electrophoresis, and an electrophoretic display is basically the rearranging of charged pigment particles by applying a small electric field to them.