Wednesday, 17 Jul 2019

Microoled and Fraunhofer FEP receive Franco-German Business Award for industrial cooperation

The goal of the Franco-German award in business awarded by the Franco-German chamber of industry and commerce is to highlight collaborative efforts between French and German enterprises

Microoled/Fraunhofer - Micro OLED display

12 Dec 2017 | Editor

Microoled and Fraunhofer FEP have announced they have been been awarded a Franco-German business award for their industrial cooperation. The jury, which consisted of the President of the Franco-German chamber of industry and commerce journalists of the Handelsblatt, and prestigious representatives from universities and industry, have chosen the collaboration between nominees Fraunhofer FEP and Microoled as winner of prize in the New Technologies and Industry 4.0 category.

The goal of the Franco-German award in business awarded by the Franco-German chamber of industry and commerce is to highlight collaborative efforts between French and German enterprises. Symbolising Franco-German cooperation, the prize is awarded for "best practices" in four categories: Environment, Climate and Energy; Innovation, New Technologies, and Industry 4.0; and Industrial Collaboration/Start-Ups.

Dr. Gunther Haas accepted the award with great pleasure at the awards ceremony in Paris on December 11, 2017.

Microoled and Fraunhofer have been working together already for several years in European funded projects in the field of design and technology of microdisplays. Since 2015, they started a bilateral collaboration on the development of a new type of microdisplay with ultra-low power consumption, about 100× lower compared to the state-of-the-art, based on an existing prototype at Fraunhofer. This new microdisplay has been transferred to the manufacturing line of Microoled located in Grenoble/ France and is in production today.

The ultra-low-power microdisplay is based on a new concept integrating a memory function into the pixels and a new driving concept based on a differential update of information. This new approach allows to reduce power consumption of the display from typically 200 mW down to 2–3 mW. In addition, power consumption not only of the display, but also of the whole transmission chain is considerably reduced, enabling the realisation of extremely compact and lightweight wearable products like smartglasses or Augmented Reality systems.

Microoled/Fraunhofer - Micro OLED display glasses

Figure: Microoled/Fraunhofer - Micro OLED display glasses

"One of the factors for the success of the Franco-German joint project is the know-how developed by each of the project partners over many years. At Fraunhofer, we already had a verified design concept as well as having developed and presented various prototypes of this microdisplay. This convinced Microoled, and was the kick-off for our project."

Dr. Uwe Vogel, head of the Fraunhofer FEP Microdisplays and Sensors division

"The joint experience we developed over the long-term through research projects funded by the European Commission provided a good basis for successful cooperation, such as in the current LOMID project for developing large surface area OLED microdisplays (grant agreement No. 644101). Moreover, Microoled has acquired years of product development and manufacturing expertise, as well as extensive international marketing experience which are both essential ingredient for successfully introducing new microdisplay components to the market."

"We are extremely pleased about this distinction and accept it on behalf of all of our colleagues who participated as recognition of our joint work. It will spur us on to future projects for transferring Fraunhofer technologies to the market."

Dr. Gunther Haas, Co-Founder and Chief Technology Officer of Microoled

www.microoled.net    www.fep.fraunhofer.de   

About Fraunhofer FEP

Source: Fraunhofer FEP

About MicroOLED

Source: MicroOLED

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