at low cost
ATC1024-MV010 belongs to LEGIC's advant smartcard ICs..
LEGICs advant smartcard ICs offer a high security level at low cost. They are perfect for high volume projects like hotel key cards, anti-fake labelling, city cards, e-tickets, etc. The combination of a wide reading distance, good transaction speed and a powerful, modern security architecture form the basis for reliable and competitive RFID solutions. These smartcard ICs are the best choice for all who want to migrate from older, less secure contactless chips to modern, highly secure ones without incurring any economic disadvantages.
Anti-fake labelling chips, often use no or older security mechanisms. The ATC1024-MV010 has a special low-power encryption which does not jeopardize the long reading distances required for anti-fake labels. It has higher data storage with its 1k byte memory and 3DES authentication than the ATC256-MV410.
City cards are used as electronic travel cards, payment, customer or gift cards. As the possibilities and combinations are endless, the chip used is equipped with enough memory space, has a wide reading distances for good user experience and trusted security. LEGIC’s cost efficient ATC1024-MV010 with 1k byte of memory and 3DES authentication is the perfect solution for multi-application city cards.
In the field of ticketing, a fast transaction time is of utmost importance. The ATC1024-MV010 with its short processing time is therefore the best choice for fraud-proof, cheap and easy to control travel card requirements.
Technical data of
|RF standard||ISO 15693|
|Memory size (Byte)||912|
|UID (Byte) ***||8|
|Range **||Up to 10 cm|
Key management |
|Data transfer encryption||3DES|
Data storage encryption |
AES (128/256 Bit), 3DES|
Cryptographic authentication |
(per application) ***
Max. number |
of applications *
|Application segment size||Variable|
|Data retention (min.)||10 years|
|EEPROM cycles (min.)||100,000|
|Baud rate (kbit/s)||Up to 26.48|
|Certified hardware platforms||–|
* Memory size indications are nominal values. The effective max. number of applications is depending on the memory requirements of applied applications
** Max. reading range depends on used RF standard, the requirements of national spectrum management authorities, reader application, antenna, transponder suroundings
*** Depends on RF standard