QUIO QM-201C-HF Contactless Card Read or Write Module User Manual

QM-201C-HF Contactless Card Read or Write Module
User Manual

QM-201C-HF Contactless Card Read or Write Module

Contactless Card Read/Write Module QM-201C-HF
Contactless Card Read/Write Module
QM-201C-HF
User’s Manual
(version 1.4)
WEB: www.quio-rfid.de
MSN&EMAIL: kontakt@quio-rfid.de
PHONE:+49 (0) 202 404329
MOBILE: +49 (0) 202 404350

Summary

QM-201C-HF contactless card Read/Write module was designed on high integrated reader ICs for contactless communication on 13.56MHz of Philips.QM-201 integrates MF RC500 RF base station . Engineers need not take care how to control MF RC500 RF base station. Just send command to module over IIC or UART.
QM-200 series contactless card Read/Write module support ISO14443-A Mifare One S50,S70，UltraLight，MifarePro,ISO14443-B SR176, ISO15693 ,I CODE SL2 and then other compatible card.

QM-200 Series Module

IS014443-B
IS015693| +3.3V–+5V| IIC,UART(TTL)| Mifare S50,S70, Mifare Pro,
18014443—B SR176, ICode
SL2, IS015693|

QM-201C-HF Characteristic

☞Completely operation of Mifare One through simple command set.
Contactless Card Read/Write Module（QM-201C-HF）User’s Manual
☞Communication Protocol:
1. UART: Baud Rate 19200bps。
2. IIC：Max rate 400Kbps。
☞Auto request card: When the card put into antenna, the pin “CARDIN” will be low.
☞Power supply :+4.5~+5.5V.
☞Read Card distance 5~10cm.（Depend on the antenna）
☞You can get C51 source code example with theh module.

Function specification

4.1 Pin Function

Pin function [Table 1]:

4.2 Dimension

Protocols

5.1 UART Protocols of Commands
Uart Protocols of Commands use data blocks.The format of data block :

1. Format of TXD（MCU → QM-201C-HF Module）

| [SIX]| [LEN]| [CMD]| [DATA]| [CHK]| [ETX]
---|---|---|---|---|---|---
Description| 0x02| Package Length| Commad| The Content of
bytes| CheckSum| 0x03
Number of Byte| 1| 1| 1| n| 1| 1

Table 2
a) Asynchronism half duplex, 1 Start bit + 7 Data bits + 1 Stop bit.
b) The default transfer speed is 19200 bit/s.
c) Block Header STX=0x02, Block End ETX=0x03. From header to end ,but not include the header STX and the end ETX, if there is 0x02,0x03 or 0x10 , then must add 0x10 before it.
d) Block Header STX=0x02.
e) Package Length: the byte from Length itself to Checksum, but not include the added byte 0x10 due to 0x02,0x03 or 0x10.
f) Command: Refer to the Command List.
g) The Content of n bytes: the parameter.
h) CheckSum: XOR result from [Length] to then last byte of [Content], but not include the added byte 0x10 due to 0x02,0x03 or 0x10.
i) Block End ETX=0x02.
Example:
CMD: 0x10，DATA:0x00
Block Header:0x02。
LEN:0x04(=1Byte(Len) +1Byte(CMD)+1Byte(DATA)+1Byte(CHK))
CMD:0x10,0x10. (Add 0x01 before 0x10)
DATA:0x00。
CHECKSUM:0x14(=0x04^0x10^0x00)
Package Send:0x02,0x04,0x10,0x10,0x00,0x14,0x03.
2) Respond Format（QM-201C-HFmodule → MCU ）

| [STX]| [LEN]| [CMD]| [STATUS]| [DATA]| [CHK]| [ETX]
---|---|---|---|---|---|---|---
Content| 0x02| Package Length| Command| Ox00: Success
OxFF: Fail| The Content of
bytes| CheckSum| 0x03
Num of Byte| 1| 1| 1| 1| n| 1| 1

Table 3
a) Asynchronism half duplex, 1 Start bit + 7 Data bits + 1 Stop bit.
b) The default transfer speed is 19200 bit/s.
c) Block Header STX=0x02, Block End ETX=0x03. From header to end ,but not include the header STX and the end ETX, if there is 0x02,0x03 or 0x10 , then must add 0x10 before it.
d) Block Header STX=0x02.
e) Package Length: the byte from Length itself to Checksum, but not include the added byte 0x10 due to 0x02,0x03 or 0x10.
f) Command: Refer to the Command List.When the MCU send the command to the module, the module send back this command to the MCU.
g) Status: Operation result. Success: 0x00. Fail: 0xFF.
h) During the communication, command content.
i) CheckSum: XOR result from [Length] to then last byte of [Content], but not include the added byte 0x10 due to 0x02,0x03 or 0x10.
j) Block End ETX=0x02.
5.2 IIC Protocol

1. Format of TXD(MCU → QM-201C-HF Module)

| [Address of module] (W/R)| [LEN]| [CMD]| [DATA]| [CHK]
---|---|---|---|---|---
Content| Write: OxAO| Package Length| Command| The Content of
n bytes| CheckSum
Read: OxAl
Num of Byte| 1| 1| 1| n| 1

Table 4
a) Address of module (W/R)：
b) When Write to module, the Address is 0xA0.
c) When Read from module, the Address is 0xA1.
d) Package Length: the byte from Length itself to Checksum.
e) Command: Refer to the Command List.
f) The Content of n bytes: the parameter.
g) CheckSum: XOR result from [Length] to then last byte of [DATA].
2) Respond Format(QM-201C-HFmodule → MCU)

| [LEN]| [CMD]| [STATUS]| [DATA]| [CHK]
---|---|---|---|---|---
Content| Package Length| Command| Ox00: Success OxFF: Fail| The Content
of n bytes| CheckSum
Num of Byte| 1| 1| 1| n| 1

Table 5
h) Package Length: the byte from Length itself to Checksum.
i) Command: Refer to the Command List.
j) Status: Operation result. Success: 0x00. Fail: 0xFF.
k) The Content of n bytes: the parameter.
l) CheckSum: XOR result from [Length] to then last byte of [DATA].
5.3 Switch of Uart and IIC
QM-201C-HF Contactless card read/write module support UART and IICthey can be switched by the port PORTSEL
PORTSEL = 1(High), UART is selected.
PORTSEL = 0(Low), IIC is selected.

Command List

| [CMD Name]| [Dir]| [LEN]| [CMD]| [STATUS and DATA]| [Description]
---|---|---|---|---|---|---
System Command
1| Modue Setting| Send| 0x04| Ox01| Ox00| 4 combination with bit() and bit1:
Antenna Status (BITO)
0: Turn off Antenna
1: Turn on Antenna
Ox01
0x02
| | | | | 0x03| Auto Request (BITI)
0: Turn off Auto Request
1: Turn on Auto Request
---|---|---|---|---|---|---
Recurn| Ox04| Ox01| 0x00| Status:
Ox00: Success
OxFF: Fail
OxFF
2| Power Setting| | 0x03| 0x02| |
Recurn| 0x04| 0x02| Ox00| Status:
Ox00 -Success
OxFF: Fail
OxFF
Contact less card Command
1| Request Card| | (kW| Ox10| Ox00| Request card modes
Ox00: request all card in antenna area °set: request card that have not halted in antenna area
Ox01
Recurn| 108| oxio| 0x00| Serial No| Status:
Ox00: Request success + Card Serial No(4 bytes).
OxFF: Request Fail.
0x04| OxFF
4| Read
Block| Send| OxOB| Ox11| 8Byte| Key Set(IByte)+Block No(lByte) 4 Key (6Bytes)
a.Key Set (1Byte) t
Select Key A. B(BITIB ->O:Key A: 1:Key B Key Ilode(BITI)->
O:Use key passed.
1:Use key downloaded.
b.Index of Key Downloaded(BITe11117) ->O’31
Recurn| 0x14| Oat I| Ox00| Data| Ox00: Success. 16 bytes of data return.
Ox04| OxFF| OxFF: Fail
S| Mile Block| Send| OxIB| Ox12| 24bytes| Key set (1Byte) +Block %(illy te) + Key (011ytes)+ Data (16Bytes)
a. Key Set (IByte):
Select Key A. B(BITO)->O:Key A: 1:Key B
| | | | | | ->0’31
---|---|---|---|---|---|---
| ,117| I I| 0x12| Ox00| Status:
Ox00: Success OxFF: Fail
OxFF
6| Read  Sector| Send| OxOB| 0x13| Kbytes| Key Set (IByte) + Index of Sector (IByte) +Key (6Bytes) a.Key Set (IByte):
Select Key A.B(BITO)-)O:Key A:I:Key B Key Ilode(BITI)->
O:Use key passed.
I:Use key downloaded.
b.Index of Key Downloaded(BIT2-BIT7) -4’31
Rawn| 0x44| Ox113| Ox00| Data| Ox00: success. Mbytes of data return.
0x04| 0x13| OxFF| OxFF: Fail
7| Initialize purse| Send| OxOF| 4| I2Bytes| Key Set (IByte) +I ndex of Block (IByte)+ Key (6Bytes) +Purse Initial Value
(4aytes. LSB)
a.Key Set (lByte) I
Select Key A,BWITC0->O:Key A; I:Key B Key Mode(BITI)->
O:Use key passed.
I:Use key downloaded.
b. Index of Key Downloaded(13112% BITD ->C31
Rawn| 0x04| 0x14| Ox00| Slaws:
Ox00: Success OxFF: Fail
OxFF
8| 131| Send| OxOB| Ox15| SBytes| Key Set (IByte)+Index of Block(lByte)+ Key (BBytes)
a.Key Set(lByte)i
Select Key A.B(BITO)->0:1Cey A;I:Key B Key Node (BITI)->
O:Use key passed.
I:Use key downloaded.
b. Index of Key Downloaded(BITfIlIM ->O’31
Recurn| Ox08| Ox15| Ox00| Data| 040: Success. abytcs of purse valuellSBI
0x04| | OxFF| OxFF: Fail
9| doarnent| Send| OxOF| Ox16| I2Byes| Key Set (IByte)+ Index of Block(lByte)+ Key (6Byt es) + value of decrement (-Myles, LSB)
a.Key Set (1Byte1:
Select Key A.B(BITC)-)0:Key A:1:Key B Key llode(BITI)->
0:Use key passed.
I:Use key downloaded.
b.Index of Key Dom loaded (BITaM ) ->O’31
---|---|---|---|---|---|---
Recurn| 4| 0x16| Ox00| Status:
Ox00: Success OxFF: Fail
OxFF
10| Increment| Send| OxOF| 0x17| 12Bytes| Key Set (IByte)+Index of Block(lByte)+ Key (6By tee) + value of Increment (4Byt es. LSB)
a.Key Set (-Byte):
Select Key A.B(BITO)->0:Key A:I:Key B Key Ilode(BITI)-)
0:Use key passed.
I:Use key downloaded.
b.Index of Key Downloaded (BITeBIT7) ->O’31
i –| Ox04| 0x17| Status:| Ox00: Success OxFF: Fail
OxFF
II| Purse backup| Send| OxOC| Ox18| 9Bytes| Key Set (IByte)+ Index of Block(lByte)+
Index of Block Backup(IByte) +Key (6Byte)
a.Key Set (IByte):
Select Key A.B(BITO)->0:Key A:I:Key B Key llode(BITI)->
0:Use key passed.
I:Use key downloaded.
b.Index of Key Downloaded(BIT2.13ITD ->O’31
ps: the index of block and the backup block must be in the sae sector.
Rettign| OxOC| Ox18| Ox00| Status:
Ox00: Success
OxFF: Fail
OxFF
12| Card Halt| Send| 0x03| 0x19| |
| | Retur| 0x04| 0 \ 19
Ox00| | §ORR: Success OxFF: Fail
---|---|---|---|---|---|---
OxFF
13| Key
Download| Send| OxOA| Ox I A| Index of key(lByte
, 0-31 ) + Key (6Bytes )|
Return| 0x04| Ox 1 A| Ox00| Status:
Ox00: Success OxFF: Fail
OxFF
14| Read RC500
EEPROM| Send| Ox06| OxIB| | Address(2Bytes)-1-Legnth(1Bytes) Ps:
Address: High byte afront
Length: not more than 16
Return| n+4| OxIB| Ox00| Data| Ox00: success, n(Length) bytes of data return.
0x04| OxFF| OxFF: fail
15| Write RC500
EEPROM| Send| n + 5| Ox I C| N bytes data
Ps:| Address(2Bytes)+Data(nBytes)
Address: High byte afront Data: not more than 16 bytes.
Return| 0x04| Ox1C| Ox00| Status:
Ox00: Success OxFF: Fail
OxFF

Table 6
Tips Turn on the antenna before the operation of contactless card.

Command test sample

Samples below are based on uart protocol.
7.1．request card
Send：02 04 10 10 00 14 03
Receive：02 08 10 10 00 4D 56 A2 57 F6 03
7.2．read block
Send：02 0B 11 00 3E FF FF FF FF FF FF 24 03
Receive：02 14 11 00 00 01 00 00 00 00 00 00 00 00 00 00 00 00 00 00 04 03
7.3．write block
Send：02 1B 12 00 3E FF FF FF FF FF FF 00 01 00 00 00 00 00 00 00 00 00 00 00 00 0Receive：02 04 12 00 16 03
7.4．download key
Send：02 0A 1A 00 FF FF FF FF FF FF 10 10 03
Receive：02 0A 1A 00 FF FF FF FF FF FF 10 10 03
7.5．initial purse
Send：02 0F 14 00 3D FF FF FF FF FF FF 01 00 00 00 27 03
Receive：02 04 14 00 10 10 03
7.6．read purse
Send：02 0B 15 00 3D FF FF FF FF FF FF 23 03
Receive：02 08 15 00 10 02 00 00 00 1F 03
7.7．increment of purse
Send：02 0F 16 00 3D FF FF FF FF FF FF 01 00 00 00 25 03
Receive：02 04 16 00 12 03
7.8．decrement of purse
Send：02 0F 17 00 3D FF FF FF FF FF FF 01 00 00 00 24 03
Receive：02 04 17 00 13 03
7.9．purse backup
7．9．1 initial purse 1
Send：02 0F 14 00 3D FF FF FF FF FF FF 01 00 00 00 27 03
Receive：02 04 14 00 10 10 03
7．9．2 initial purse 2
Send：02 0F 14 00 3C FF FF FF FF FF FF 05 00 00 00 22 03
Receive：02 04 14 00 10 10 03
7．9．3 purse backup from 1 to 2
Send：02 0C 18 00 3D 3C FF FF FF FF FF FF 15 03
Receive：02 04 18 00 1C 03
7．9．4 read purse 2
Send：02 0B 15 00 3C FF FF FF FF FF FF 22 03
Receive：02 08 15 00 FF 04 00 00 E6 03
7.10．card halt
Send：02 10 03 19 1A 03
Receive：02 04 19 00 1D 03
7.11．read RC500EEPROM
Send：02 06 1B 00 70 10 10 7D 03
Receive：02 14 1B 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 0F 03
7.12．write RC500EEPROM
Send：02 15 1C 00 70 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 79 03
Receive：02 04 1C 00 18 03
7.13．module IDLE
Send：02 10 03 10 02 01 03
Receive：02 04 10 02 00 06 03
7.14．module set
Send：02 04 01 00 05 03(turn off antenna)
Receive：02 04 01 00 05 03
Send：02 04 01 01 04 03(turn on antenna)
Receive：02 04 01 00 05 03

Order

Web:www.quio-rfid.de
Phone:+49 (0) 202 404329
Email:kontakt@quio-rfid.de

Contactless Card, RFID…
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References

• RFID for industrial, commercial & logistics - HERPA TECH
• QUIO – RFID/NFC und Kartentechnologie

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