Hybrid Smart Card,Hybrid Smart Cards

Mifare 1k + SLE5542 Hybrid Cards

Mifare 1k S50 :    �
1 kbyte EEPROM (768 Byte free available)
Unique serial number (4 Byte)
16 securely separated sectors supporting multi-application
Each sector consists 4 blocks with a length of 16 Byte
2 x 48 bit keys per sector for key hierarchy
Access conditions free configurable based on 2 level key hierarchy
Number of single write operations: 100.000
Data retention: 10 years

SLE5542:

- Intelligent 256-Bytes EEPROM
- Write-protect function
- Programmable Security Code verification logic
- EEPROM is organized 256 x 8 bit offering the possibility of
  programmable write protection for each byte
- Data can only be changed after entry of the correct
  3-byte programmable security (security memory)
- Dimension: CR80 standard credit card size
- Material: PVC

Mifare 4K + SLE5528 Hybrid Cards

Mifare 4K S70:
4 Kbyte EEPROM (3480 Byte free available)
Unique serial number (4 Byte)
40 securely separated sectors supporting multi-application:
32 sectors consist of 4 blocks with a length of 16 Byte
• 8 sectors consist of 16 blocks with a length of 16 Byte
• 2 x 48 bit keys per sector for key hierarchy
Access conditions free configurable based on 2 level key hierarchy
Number of single write operations: 100.000
Data retention: 10 years

SLE5528:
SLE 5528 is 100% functional compatible to SLE 4428
1024 x 8-bit EEPROM organization of Data Memory
1024 x 1-bit Protection Memory
• Byte-wise write protection of Data Memory
• Not alterable Manufacturer Code for unique identification of application
Data Memory alterable only after verification of 2 Byte Programmable Security Code (PSC)
Advanced CMOS-technology optimised for security layout

Mifare 1K + Temic T5567

Mifare 1k S50 :    
1 kbyte EEPROM (768 Byte free available)
Unique serial number (4 Byte)
16 securely separated sectors supporting multi-application
Each sector consists 4 blocks with a length of 16 Byte
2 x 48 bit keys per sector for key hierarchy
Access conditions free configurable based on 2 level key hierarchy
Number of single write operations: 100.000
Data retention: 10 years

Temic T5567

IC manufacturer: Atmel
- Function: Read/Write protect by password
- Memory: 330-bit EEPROM(10 blocks, 33bits each)
- Frequency: 125KHz
- RF protocol: N/A
- Modulation: FSK, PSK, Manchester, Biphase, NRZ

 EM4100 + Mifare 4K

EM4100:

-64 bit memory array laser programmable
-Several options of data rate and coding available
-On chip resonance capacitor
-On chip supply buffer capacitor
-On chip voltage limiter
-Full wave rectifier on chip
-Large modulation depth due to a low impedance modulation device
-Operating frequency 100 – 150 kHz, (125kHz)
-Very small chip size convenient for implantation
-Very low power consumption

Mifare 4K:

4 Kbyte EEPROM (3480 Byte free available)
Unique serial number (4 Byte)
40 securely separated sectors supporting multi-application:
32 sectors consist of 4 blocks with a length of 16 Byte
• 8 sectors consist of 16 blocks with a length of 16 Byte
• 2 x 48 bit keys per sector for key hierarchy
Access conditions free configurable based on 2 level key hierarchy
Number of single write operations: 100.000
Data retention: 10 years

Mifare DESfire EV1 4K + LEGIC Prime MIM256

Mifare DESfire EV1 4K:

ISO/IEC 14443 Type A
Contactless transmission of data and powered by the RF field (no battery needed)
Up to 100 mm operating distance
13.56 MHz operating frequency
Fast data transfer: 106 kbit/s, 212 kbit/s, 424 kbit/s
High data integrity: 4 byte MAC, 16 bit CRC, parity, bit coding, bit counting
True deterministic anti-collision
7 byte unique identifier (cascade level two according to ISO 14443-3)
Support of ISO 14443-4 transport protocol
4 KB (4 Kbytes) EEPROM
EEPROM write time 2 ms (1 ms erase, 1 ms program)
10-year data retention
100,000 write cycles

LEGIC Prime MIM256:

Data Medium MIM256
Memory: 256 Bytes
Available as: Wafer / MCC2-module
– multiapplications via freely programmable, variable segment lengths
– improved communication range due to small power consumption of MIM
– highly robust due to encrypted, contactless 13.56 MHz data transfer
– fast access to application via search string
– compatibility between chip generations
– encrypted data transmission
– high security due to unique authorisation concept
– none erasable/duplicable unique number and licensee identification
– individually programmable read/write protection for each segment
– single ASIC Chip
– technology transfer and support through license concept

Hitag 1 + LEGIC advant ATC1024-MV

Hitag 1:

Complete identification transponder for use in contactless applications.
Operating frequency 125 kHz.
Data transmission and supply energy via RF link, no internal battery.
Low power EEPROM technology for writing distance that equals reading distance.
Total memory size 2048 bits.
Parts of memory can be write protected by the user.
Effective communication protocol with outstanding data integrity check.
Secure mutual authentication function.
Encrypted data transmission.
Anticollision protocol for handling of multiple transponders inside the field of the reader antenna.

LEGIC advant ATC1024-MV:

Chip LEGIC advant ATC1024-MV
ISO standard ISO/IEC 15693
Memory size* 1024 byte
UID 8 byte
SafeID yes
Range** up to 70 cm
Key management (per app.) MTSC
Data transfer encryption
(per application)
DES, 3DES,
LEGIC encryption
Data storage encryption
(per application)
DES, 3DES,
LEGIC encryption
Cryptographic authentication
(per application)
64 bit
Max. number of applications 59
Memory segmentation dynamic
Application segment size 16 – 944 byte
Data retention 10 years
EEPROM cycles 100,000
Baud rates up to 26.48 kbps
Delivery form MCC2 module

 ……etc.