User Manual
Table Of Contents
- E7 IC Card Reader Introduction
- 1.1 Overview
- 1.2 Features
- 1.3 Device Interface
- 1.4 Peader Packing List
- 1.5 Software
- 1.6 Reader Type Description
- 1.7 Function Instruction
- 1.8 API Function List
- Common Functions
- Device Function
- Keyboard Specific Functions
- S50 card functions
- S70 card specific function
- Ultralight card specific function
- Ultralight-C card specific function
- Mifare pro card specific function
- Mifare PLUS card specific function
- Contactless CPU card(ISO14443) specific function
- Desfire card specific function
- CPU(SAM) card specific functions
- 4442 card-specific functions
- 4428 Card-Specific Functions
- 1.9 Error codes and Meanings
- 2. API Function
- 2.1 Common Functions
- 2.2 Device Functions
- 2.3 Keyboard Special Functions
- 2.4 S50(M1)Functions
- 2.5 S70 card specific function
- 2.6 Ultralight card specific function
- 2.7 Ultralight-Ccard specific function
- 2.8 Mifare Pro card specific function
- 2.9 Contactless CPU card(ISO1443) specific functi
- 2.10 Desfirecard specific function
- 2.11 Mifare Plus card specific function
- 2.12 CPU(SAM)Functions
- 2.13 SLE4442 special Functions
- 2.14 SLE4428 special Functions
- 3.MIFARE ONE Card Structure
- 4.Appendix

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15
Manufacturer Block(IC card manufacturer code block): the first block of t he first
sector is used by the manufacturers, stored the IC card manufacturer code, the data
of this block can not be changed after written
MSB LSB
Philips’
Manufacturer code
0
1
2
3
4
5
6
7
8
9
1
0
1
1
1
2
13
14
15
serial number Manufacturer data
Checksum byte
Data Block : the first three blocks of all sectors are used to stor
e data (block 0 of sector 0 can only be read, block 1, bl
ock 2 can be used to store data)
Value Block: can be used as electronic purse (valid commands: read, write,
increment, decrement, restore, transfe), the data of the
value block only has 4 bytes
Sector Trailer(Block 3)(Control Block): Each sector has a control
block (block 3), including the key A (6 bytes) and
key B (6 bytes) and a control bit (4 bytes)
Control Properties:
1. the key and access control of each sector are independent, it may set their
own password and access control according to the actually need. In the access
control ,Each block has three control bits corresponding,defined as follows:
Block 0: C10 C20 C30
Block 1: C11 C21 C31
Block 2: C12 C22 C32
Block 3: C13 C23 C33
X X X X 0 0 1 0