ELECTRONIC PAPER
E-paper (Electronic Paper) which was first innovated in the 1970’s by Nick Sheridon, is able to display text and images until further changes are done to it by the user. Electronic paper is able to reflect the light around it and unlike some technologies does not require electricity consumption to function [1].
The high resolution and contrast, thin with low power consumption E-paper displays that look like physical papers led the technology’ inventors to introduce different handheld devices like PDA’s, cell phones, e-books to be lighter while improving the reading quality for users [2]. With the use of Electronic ink, which gathers the advantage of looking like the typical ink used on papers and the interactive compatibility with electronic displays, the text used on E-paper is more dynamic and interactive than the traditionally-printed one [2].
The E-paper technology enables the readers to be more comfortable when reading the content displayed because of the following characteristics:
- Images displayed on an Electronic paper are steady and stable which enables the user to conveniently view all parts displayed [1]
- Since E-paper reflects ambient light it also provides wider screening or viewing angles [1]
- E-papers are light weight and thin [1]
- Shatterproof [3]
- E-papers are also durable and long lasting [1]
- Viewing ability in various lighting conditions including sunlight [3]
With the use of plastic electronics which rely on inorganic conductors such as copper or silicon, the E-paper technology benefits by having flexible displays. This adds to the advantages of the use of E-papers for readers [1].
For more information on how Electronic Paper Displays (EPD)'s electronic ink technical technology works please CLICK HERE
References:
[1] http://en.wikipedia.org/wiki/Electronic_paper#cite_note-0
[2] http://www.wired.com/science/discoveries/news/2001/03/42056
[3] http://www.eink.com/products/index.html
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