"SeManTiK" the latest chip integration technology for contactless ID documents

January 21, 2013, Neubiberg, Berlin, Germany – How can a long-term valid electronic identity document be reliable? In order to find the answer to this question, experts from the German Federal Banknote Printing Company, semiconductor manufacturer Infineon Technology and Fraunhofer Institute for Reliability and Micro-Integrations have launched a long-term reliable electronic identity The research project of SeMan TIk ”. Partners participating in the project will explore reliable integrated new technologies and practical models to test and predict the working life of electronic identity documents.

Identity documents and travel documents are valid for a long time and must be able to withstand the harsh conditions often encountered during daily use. Therefore, they must be very safe, reliable and durable.

The head of the research project, Joachim Kloeser of the German Federal Banknote Printing Company, said: "Our goal is to develop multi-functional technologies for identity documents, which can work reliably for a long time without failure. In order to be realistic To test the reliability of these technologies under conditions, we need new standardized test procedures and simulation models, which are the objects of this research project. "

"SeMan TIK" project sponsor and project manager, Peter Stampka of Infineon Technologies pointed out: "'SeManTIK' has opened up new ways to allow us to carry out qualitative assessment and selection of existing high-security long-term documents. Our The common goal is to predict the required durability of these documents in the laboratory. This project takes us a big step towards this goal. In this way, we can enhance our competitiveness in Germany. "

The project is supported by the German Federal Ministry of Education and Research (BMBF). As a joint partner, the German Federal Criminal Police will dedicate its expertise in forensic medicine and method analysis. Bayer MaterialScience will provide supporting materials for this research project.

About Infineon

Infineon Technologies AG, headquartered in Neubiberg, Germany, provides semiconductor and system solutions for the three major scientific and technological challenge areas of modern society—energy efficiency, mobility, and security. In fiscal year 2012 (as of September 30), the company achieved sales of 3.9 billion euros and had approximately 26,700 employees worldwide. Infineon Technologies has operations all over the world, with branches in Miupida, USA, Singapore, Asia-Pacific, and Tokyo, Japan. Infineon is currently listed on the Frankfurt Stock Exchange (ticker symbol: IFX) and the U.S. over-the-counter market (OTCQX) InternaTIonal Premier (stock code: IFNNY). For more information, please visit.

Infineon in China

Siemens Semiconductor Division, the predecessor of Infineon Technologies (China) Co., Ltd., officially entered the Chinese market in 1995. Since the establishment of the first company in Wuxi in 1996, Infineon's business has achieved very rapid growth, with approximately 1960 employees in China (as of September 30, 2012), has become Infineon's Asia Pacific and global business An important driving force for development.

Infineon has established a complete industrial chain covering research and development, production, sales and marketing, and technical support in China. In terms of research and development, Infineon has established application R & D centers in Shanghai and Beijing, using domestic human resources to participate in research on key projects around the world; in Wuxi's back-end production plant, it produces advanced chip products for China and other global markets; The newly established subsidiary in Beijing is mainly engaged in the production of IGBT components; and has established a comprehensive sales network in China centered on Beijing, Shanghai, Shenzhen and Hong Kong.

About the German Federal Banknote Printing Company

The German Federal Banknote Printing Company, headquartered in Berlin, is one of the world's leading companies developing and providing system solutions for analog and digital security identification. In addition to a complete passport and ID system, the company also provides ID and security cards, ID verification hardware and software, as well as hosting centers and electronic ID services for domestic and foreign customers in the public and private sectors. The German Federal Banknote Printing Company also prints banknotes, stamps and tax stamps, and issues electronic publications. Together with the subsidiaries BIS German Federal Banknote International Service Co., Ltd., D-TRUST Co., Ltd., Maurer Electronics Co., Ltd. and iNCO Co., Ltd., the German Federal Banknote Group has a total of approximately 2,000 employees worldwide. In fiscal 2011, the group's revenue was 406.3 million euros. The group is also one of the founding members of the Fraunhofer Innovation Alliance "Berlin-Brandenburg Security Identity" and sponsors the establishment of the "Security Identity" profession at the Free University of Berlin. For more information, please visit:

About Fraunhofer Institute for Reliability and Micro Integration (IZM)

The Fraunhofer Institute for Reliability and Micro Integration is a member institution of the Fraunhofer Association, focusing on applied scientific research and corporate commissioned research, focusing on packaging technology and integration of multifunctional electronic components. In 2011, the institute had more than 300 employees and revenue reached 24 million euros. The five research laboratories of the Fraunhofer Institute for Reliability and Micro Integration can promote the development of cutting-edge international technology, explore current and future development trends, and work with industry partners to promote research progress, with a focus on future-oriented research. For more information, please visit.

Magnetoelectric Proximity Switch

The magnetic proximity switch is a kind of proximity switch. The magnetic proximity switch is one of many types in the sensor family. It is made by the use of electromagnetic working principle and advanced technology. It is a position sensor. It can transform the non-electricity or electromagnetic quantity into the desired electric signal through the change of the positional relationship between the sensor and the object, so as to achieve the purpose of control or measurement.

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