The vertical market segment of identification encompassing Electronic Traceability, Near Frequency Communication, Tags, Cards & Labels, Security and Dual Interface Memory is the subject of a microsite launched by EBV Elektronik.

The website provides an overview of markets and applications, and general material about the subject of identification as well as detailed descriptions of the actual applications.

Visitors to the website can pick out precisely what they want to see in the semiconductor area and zoom into it from the application level. By clicking on the corresponding product in the overview, users gain direct access to detailed information such as technical properties and logistical details, and they can also see a personalised form that has been completed in advance. This can be submitted by interested parties who wish to make contact with the corresponding EBV Identification specialist.

“With this tailor-made website, which includes information about all aspects of the Identification sector, we offer a premium quality platform that addresses the specific needs of our customers and their products and applications in this market, “ explained Christian Krieber, Director Vertical Segment Identification EMEA. “The background information provided by our Identification website ranges from consumer applications in computer games, pay TV, mobile phones and washing machines to medical applications and metering (energy meters) and beyond to automotive applications (from immobiliser systems to car sharing), industrial applications (IP protection, logistics, etc.) and animal registration. For each of these areas, there are multiple associated pages”, he added.

The applications page provides information about numerous topics. The Security page features links to associated pages containing detailed information about the topics of IP protection, authentication, access control / ticketing, payment, pay TV, vending machines, cloud computing and immobiliser systems. One more click leads the user from here to the level of the applicable semiconductor for the individual application.


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