Sign up for a new account or log in here:
FlexUPD's unique property is in its use of a "de-bonding layer" between the glass and flexible substrate, which sticks to the production glass substrate firmly during the entire fabrication process and is completely non-adhesive to the polyimide film stacked on top. This allows the active matrix backplane used for high-quality color displays to be flexible.
ITRI claims FlexUPD will prove to be the simplest and cheapest option for mass producing flexible displays. FlexUPD will be commercialized soon and companies are already announcing plans to use it for flexible e-reader products, although the institute has not yet provided pricing estimates or a production timeline.
The technology will be quite useful for gadgets such as the Amazon Kindle. Other large companies in the industry, including Sony and LG, are working on flexible e-paper displays as well. Nevertheless, we're still a long way off from the days when we can buy a newspaper built using a flexible and thin display and not have to worry about losing it on our way to work.
Get free exclusive content, learn about new features and breaking tech news.