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On this blog we will track down the latest Amazon Kindle news. We will keep you up to date with whats hot in the bestsellers section, including books, ebooks and blogs... and we will also bring you great Kindle3 tips and tricks along with reviews for the latest KindleDX accessories.

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September 2016
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Mirasol v/s e-Ink: What’s The Future?

Qualcomm_Mirasol_ebook_reader_prototype_14-351x500

The screen is real but the housing is non-functional right now

Qualcomm is funding the development of a new type of display technology called Mirasol and it is being touted as the future of eBook readers. That means it will replace the e-Ink technology that our beloved Kindle uses. So how does it work and why is it (reportedly) so much better?

Mirasol has been developed by mimicking a feature that makes the butterfly’s wings shimmer. It uses no back lighting, just like e-Ink and uses incidental light to reflect it back through a special layer. This layer is made up of multiple microscopic membranes that can be change through electric current. Once they change, they remain static in that state until another electric charge causes them to change again. This means they do not use electricity during a period of no change.

Their main advantage is that these membranes can produce the three main colors used in modern color displays – Red, Green And Blue (RGB) – and hence can produce a vibrant colored image. They also produce very impressive blacks (at least in theory) because in their closed state they reflect no light at all and have no other source of light.

Due to their design, they are able to run higher frame rates, thus making smooth videos a possibility on the display. Currently, pushing the frame rate up on the e-Ink would cause it to consume more battery.

That is because e-Ink uses tiny microcapsules that have three states – Black, white amd mixed. Changing them through negative and positive charges creates the same effect as LCD pixels. But since they contain physical particles, they do not need any backlighting. But making them support RGB would require highly specialized particles and higher frame rates would require much more current.

How this will affect eBook readers is still debatable but if it does become viable, then Amazon might consider switching. We just have to wait a bit more to see how it pans out. Qualcomm intends to have it in the market by the end of 2010.