Baracoda Barcode Reader - Manual (Page 52)

DualRunners – Communication Protocol v1.3 - 52 -
Data Capture
for Workforce
in Motion
For the two above commands, the complete list of card types codes for read/write compatibility:
Code Protocol Manufacturer Card type Compatibility
0x01 ISO 14443-A NXP Mifare Ultralight YES
0x02 ISO 14443-A NXP Mifare 1K YES
0x03 ISO 14443-A NXP Mifare 4K YES
0x04 ISO 14443-A NXP Desfire NO
0x05 ISO 14443-A Others (e.g. ASK) _ NO
0x06 ISO 14443-B Any _ NO
0x07 ISO 15693 NXP I-CODE SLI YES
0x08 ISO 15693 NXP I-CODE SLI-L YES
0x09 ISO 15693 NXP I-CODE SLI-S YES
0x0a ISO 15693 NXP Others NO
0x0b ISO 15693 Texas Instruments Tag-it HF-I Plus inlay YES
0x0c ISO 15693 Texas Instruments Tag-it HF-I Plus chip YES
0x0d ISO 15693 Texas Instruments Tag-it HF-I Standard chip/inlay YES
0x0e ISO 15693 Texas Instruments Tag-it HF-I Pro chip/inlay YES
0x0f ISO 15693 Texas Instruments Others NO
0x10 ISO 15693 STMicroelectronics LRI64 YES
0x11 ISO 15693 STMicroelectronics Others NO
0x12 ISO 15693 Legic Any NO
0x13 ISO 15693 Others _ NO
About the known cards memory constitution :
Card type Memory constitution
Mifare Ultralight 64 Bytes:
16 4-byte pages
Mifare 1K 768 Bytes:
16 48-byte sectors each constituted of 3 16-byte blocks
Mifare 4K 3456 Bytes:
32 48-byte sectors each constituted of 3 16-byte blocks
8 240-byte sectors each constituted of 15 16-byte blocks
I-CODE SLI 112 Bytes:
28 4-byte blocks
I-CODE SLI-L 32 Bytes:
8 4-byte blocks
I-CODE SLI-S 160 Bytes:
40 4-byte blocks
Tag-it HF-I Plus inlay 256 Bytes:
64 4-byte blocks
Tag-it HF-I Plus chip 256 Bytes:
64 4-byte blocks
Tag-it HF-I Standard chip/inlay 44 Bytes:
11 4-byte blocks