Universal Display (UDC) logoUniversal Display Corporation today announced the development of the worlds thinnest flexible, active-matrix OLED (AMOLED) display prototype built to date. Resulting from Universal Displays collaboration with Professor Jin Jang of Kyung Hee University, the Companys research demonstrates significant flexibility enhancements and AMOLED robustness when built on ultra-thin metallic foil substrates. This work will be reported in a joint paper at the Society for Information Display (SID) 2008 International Symposium, Seminar and Exhibition at the Los Angeles Convention Center in Los Angeles, CA.

The joint paper, which will be presented by Universal Displays Dr. Rui Qing (Ray) Ma, Department Manager, Flexible Displays, discusses the successful fabrication of a low-power flexible AMOLED device built on ultra-thin (25µm) metallic foil substrate. The monochrome device combines an amorphous-Silicon (a-Si) backplane developed and fabricated by Professor Jangs team with a top-emission, phosphorescent OLED front plane from Universal Display. Through flexibility testing, the work shows that these backplanes can operate effectively when conformed repetitively to a tight diameter of 5 millimeters. This is significant in that it demonstrates additional feasibility for product concepts such as the Companys Universal Communication Device. Dr. Ma will present the findings today during the OLED Display Technology I session in Concourse Hall 152 at 10:40 A.M. PT. The paper is titled Highly Flexible Low Power Consumption AMOLED Displays on Ultra-Thin Stainless Steel Substrates.

Were excited to announce advances in the flexibility and ruggedness of ultra-thin OLED displays, the result of a successful collaboration with our world-class collaborators at Kyung Hee University, said Steven V. Abramson, President and Chief Executive Officer of Universal Display. These advances support our initiative to develop flexible OLED display technologies for military and consumer applications, including a roll-out OLED display for our concept Universal Communication Device.



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