Phone +41 44 933 64 64
Fax +41 44 933 64 65
info@legic.com
Binzackerstrasse 41 ⁄ Post Box 1221
CH-8620 Wetzikon
Switzerland
LEGIC card-in-card solutions combine smart card micro-controllers with physical access and related multi-applications on one single smart card chip. The core element is the LEGIC all-in-one area which is a multi-application space that behaves on the application level like all other LEGIC advant crypto transponders. The LEGIC all-in-one area runs on contactless smart cards and NFC mobile phones provided by third parties.

Smart card micro-controllers are commonly used for applications including logical access to PC and networks (PKI), mobile phones (SIM cards), banking and public transport. LEGIC card-in-card extends these with physical access and related multi-applications leading to true all-in-one multi-application credentials.

Example: Open doors and log yourself on to PCs using dual interface smart cards or enter football stadiums using your NFC phone.
Typical third party applications used together with LEGIC card-in-card solutions include:
Endless possibilities
Enjoy the vast possibilities of the LEGIC contactless application world with dual interface smart cards and NFC mobile phones.
Easy integration
Seamlessly use dual interface cards and NFC mobile phones the same way as crypto transponders.
Investment security
Makes your system future proof through support of open card architectures (including Java CardTM).

Access new markets
Address emerging high volume markets both in the business and consumer areas through support of NFC enabled mobile phones.
User comfort
Use your personal NFC mobile phone as your single credential for all contactless applications.
Cost benefits
Save costs by using a single chip solution instead of two smart card chips used for hybrid cards; or just use your NFC mobile phone as your single credential.

Prepared platforms can be activated with the LEGIC functionality at any times with the activation token.
Platform |
Data memory |
Supplier |
Article no. supplier |
JCOP31 |
36 KB |
NXP |
P531x036 |
JCOP31 |
72 KB |
NXP |
P531x072 |
JCOP31 |
80 KB |
NXP |
J3A080 |
JCOP41 |
72 KB |
NXP |
P541x072 |