Skip to main content

Legic and NXP sign license agreement for Mifare technology

Legic Identsystems has announced that it will support NXP Semiconductors’ Mifare technology in its reader platforms.
March 2, 2012 Read time: 1 min
3555 Legic Identsystems has announced that it will support 566 NXP Semiconductors’ Mifare technology in its reader platforms. By becoming a licensee, the company will be able to ensure that its reader components and systems are compatible with the portfolio of Mifare-based smart cards, including Mifare Classic, Plus and DESFire EV1. Legic says the agreement will foster its position as a leading supplier of multi-standard identification technology and that users will be able to combine the benefits of the two most advanced contactless technologies worldwide.

By integrating Mifare technology in its reader components, Legic says it is addressing the need to serve global markets with a single reader device and true multi-standard systems.

For more information on companies in this article

Related Content

  • Q-Free touts integration of acquired solutions at ITS America
    January 13, 2016
    Q-Free subsidiary Intelight announced today it has named Michael Wieck as its new CEO. Wieck most recently served as CTO of SWARCO Traffic Americas and brings a diverse ITS background that has spanned 20 years.
  • Q-Free touts integration of acquired solutions at ITS America
    January 13, 2016
    Q-Free subsidiary Intelight announced today it has named Michael Wieck as its new CEO. Wieck most recently served as CTO of SWARCO Traffic Americas and brings a diverse ITS background that has spanned 20 years.
  • C/AVs are target of NXP launch
    October 10, 2022
    TEF82xx radar transceiver enables 360-degree sensing for critical safety applications
  • 'Privacy will be keen market driver', says NXP
    November 20, 2013
    Although there is much discussion of ‘an internet of things’ it is in fact a very broad term and security needs vary widely, Infineon Technologies’s Stephan Hofschen said. For things like power grids and M2M applications such as vehicle-to-vehicle communications there is a mandated need for very high levels of security, whereas the same cannot be said of all communications between the 50 billion interconnected devices expected to be in the world by 2025.