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OBID
®
classic-pro
Manual
ID CPR.03.20-CD
FEIG ELECTRONIC GmbH
Page 40 of 40
H60100-5e-ID-B.doc
ANNEX C: Memory Organization of Supported Transponders
IC manufacturer
Standard
IC mfg Code
IC Type
No of blocks
(user area)
Block Size
Infineon
ISO 15693
0x05
SRF55V10P
128 (3 ... 127)
8 byte
Infineon
ISO 15693
0x05
SRF55V02P
32 (3 ... 31)
8 byte
Infineon
ISO 14443 A
-
SLE55R04
82 (5 ... 81)
8 byte
Infineon
ISO 14443 A
-
SLE55R04
133 (5 ...132)
8 byte
Infineon
ISO 14443 A
-
SLE55R16
261 (5...260)
8 byte
NXP / Philips
ISO 15693
0x04
I-Code SLI
32 (0 ... 27)
4 byte
NXP / Philips
ISO 14443 A
-
MF1 IC S50
(mifare 1k)
64 (47)
16 byte
NXP / Philips
ISO 14443 A
-
MF1 IC S70
(mifare 4k)
256 (215)
16 byte
NXP / Philips
ISO 14443 A
-
MF0 IC U1
mifare ultra
light
16 (12)
4 byte
STMicroelectronics
ISO 15693
0x02
LRI512
16 (0 ...15)
4 byte
Texas Instruments
ISO 15693
0x07
Tag-it HFI
64 (0 ... 63)
4 byte
5
The calculation of DB_ADR can be done with the following formula:
DB_ADR = MIFARE_SECTOR * 4 + MIFARE_BLOCK
6
The calculation of DB_ADR can be done with the following formula:
Sector 0 ... 31:
DB_ADR = MIFARE_SECTOR * 4 + MIFARE_BLOCK
Sector 32 ... 39:
DB_ADR = (MIFARE_SECTOR - 32) * 16 + MIFARE 128