NXP has 15 years of experience providing our customers with solutions based on our own SmartMX® security controllers and embedded operating systems. Our security controller ICs are embedded in smart cards, mounted on circuit boards or assembled into tokens—they are used for applications demanding the highest security and reliability (ePassports, electronic ID credentials, payment cards, SAM modules and more).
Our SmartMX platform delivers safe and fast transactions in contact, contactless and dual-interface environments. It provides advanced attack resistance and optimized performance, supported by powerful cryptographic coprocessors and ultra-low-power designs for eGovernment, banking and public transport applications.
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SmartMX3 P71D321 Contact and Dual-Interface Controller |
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SmartMX3 P71D600 Coming soon |
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As a major player in electronic passports solutions, NXP technologies are used for securely authenticating travelers’ identities.
NXP offers a variety of electronic ID solutions combining national specifications and excellent security.
The electronic vehicle license serves both as proof-of-eligibility for driving a vehicle across borders and as a secure identity document during visual inspections by government officials and electronic services.
The electronic health ID contributes to efficient healthcare systems by protecting critical personal data and integrating health records, as well as providing emergency data in a single multi-purpose card for secure in-person and online authentication.
Learn the definition, benefits and challenges of identification applications, such as governmental eDocuments, mobile identification and smart papers.
Our broad range of webinars is provided to enable your knowledge for security controller solutions for mobile, wearables, automotive, IOT or Smartcard.
The SmartMX3 P71D321 is setting a dimension of security and performance for contactless and dual-interface applications.
Protection, flexibility and simplicity in identity services from NXP.
Measuring just 200 µm, the MOB10 is ideally suited for use in ultra-thin inlays for passport data pages and identity cards.