Shen Zhen RDM Tag Master RDM880 RFID MODULE User Manual

Shen Zhen RDM Tag Master Co., Ltd. RFID MODULE

USERS MANUAL

RDM TAG MASTER CO.,LTD 中国 ·深圳市南山区高新区科技南十二路方大大厦 201 室 TEL： +86-755- 61313350 Fangda Building201,Keji 12th Rood south, High-Tech Industrial Park, Nanshan Shenzhen, China Http://www.datarfid.com E-mail：support@datarfid.com FAX：+86-755- 61313357 RDM880 SERIAL MODULE: OEM & ODM ISO14443A/B, ISO15693, ISO11784/11785 MODULE DEVELOPMENT KIT 1 RS232 or SPI OPERATIONS The OEM & ODM ISO14443-A-B, ISO15693, ISO11784 /11785 MODULE can operate with a terminal such as computer or other controller, which can supply RS232 or SPI interface. 1.1 Electrical Interface Basically, this communication protocol does not need to be bound with any electrical interface characteristic. Typically the following types of physical link could be used: • RS232 (Point to point only) • CMOS-Logic Level (Point to point only) • SPI (Slave only) 1.2 Data Format The data format (Start Bit, Data Bits, parity, Stop Bit) is software configurable, and can be set to match the special requirement of data transmission between two communication devices. The general data format is defined as: Parameter Description Baud Rate Selective: 9600, 19200, 38400, 57600, 1152000 (It can be changed by command Send from the Host) Data Bits Fixed: 8 bits Start Bit Fixed: 1 Bits Stop Bit Selective: 1 bit. Parity None The following is the default setting (RS232): Baud Rate Data Bits Start Bit Stop Bit Parity 9600 8 1 1 None
RDM TAG MASTER CO.,LTD 中国 ·深圳市南山区高新区科技南十二路方大大厦 201 室 TEL： +86-755- 61313350 Fangda Building201,Keji 12th Rood south, High-Tech Industrial Park, Nanshan Shenzhen, China Http://www.datarfid.com E-mail：support@datarfid.com FAX：+86-755- 61313357 2 Link Layer The communication protocol is a packet-oriented protocol - all the data exchanged between two communication devices will be based on packet format. The protocol is designed for multi-drop mode and where point-to-point mode could be treated as a special case of multi-drop mode. The data packet starts with the control character ‘STX’ and ends with ‘ETX’, which follows the 8-bit BCC checksum. Besides the checksum is used for error checking, character (byte) time-out and packet (command) time-out are used to re-synchronous the communication. 2.1 Packet Format There are two types of data packets. Command Message is the packet Send from the Host to the reader device. The Reply Message is the packet Send from the reader to the Host. Packet format for Command Message (Host to Reader) STX STATION ID DATA LENGTH CMD DATA[0..N] BCC ETX Packet format for Reply Message (Reader to Host) STX STATION ID DATA LENGTH STATUS DATA[0..N] BCC ETX
RDM TAG MASTER CO.,LTD 中国 ·深圳市南山区高新区科技南十二路方大大厦 201 室 TEL： +86-755- 61313350 Fangda Building201,Keji 12th Rood south, High-Tech Industrial Park, Nanshan Shenzhen, China Http://www.datarfid.com E-mail：support@datarfid.com FAX：+86-755- 61313357 3 Available Commands Name Description SYSTEM COMMANDS SetAddress Program the Device Address to the reader SetBaudrate Set the reader’s communication baud rate SetSerlNum Set the reader’s Serial Number GetSerNum Get the reader’s Serial Number SetUserInfo Set the Usr Information GetUserInfo Get the User Information GetVerNum Get the reader’s firmware version number. SetPort Control status of the I/O ports. SetLED Turn On/Off the LEDs SetBuzzer Turn On/Off the Buzzer Control-workmode Control the reader to stay in active state or idle state ISO14443-A-B COMMANDS REQA ISO14443A REQUEST Anticoll ISO14443A Anti-collision Select ISO14443A Select Halt ISO14443A Halt Request_B ISO14443B REQB command Attrib_B ISO14443B ATTRIB command RDM_Rst_ Typeb Integrate the request and attrib command RDM__Typeb_Transfer_Command ISO14443-4 transparent command Type B Card MF_Read The Read command integrates the low level commands (request, anti-collision, select, authentication, read) to achieve the reading operation with a one-step single command. MF_Write The Write command integrates the low level commands (request, anti-collision, select, authentication, write) to achieve the writing operation
RDM TAG MASTER CO.,LTD 中国 ·深圳市南山区高新区科技南十二路方大大厦 201 室 TEL： +86-755- 61313350 Fangda Building201,Keji 12th Rood south, High-Tech Industrial Park, Nanshan Shenzhen, China Http://www.datarfid.com E-mail：support@datarfid.com FAX：+86-755- 61313357 with a one-step single command. MF_InitVal The Initialization command integrates the low level commands (request, anti-collision, select, authentication) to achieve the value block initialization with a one-step single command. MF_Decrement The Decrement command integrates the low level commands (request, anti-collision, select, authentication) to achieve the Decrement with a one-step single command. MF_HLIncrement The Increment command integrates the low level commands (request, anti-collision, select, authentication) to achieve the Increment with a one-step single command. MF_GetSnr The GetSnr command integrates the low level commands (request,anticoll,select) to achieve the select card with a one-step single command,and output the card’s Snr ISO15693 COMMANDS RDM_Inventory ISO15693 Inventory Command RDM_Read ISO15693 Read Command RDM_Write ISO15693 Write Command RDM_Lockblock ISO15693 Lock_Block Command RDM_StayQuiet ISO15693 Stay_Quiet Command RDM_Select ISO15693_Select Command RDM_Resetready ISO15693_Reset_To_Ready Command RDM_Write_Afi ISO15693_Write_AFI Command RDM_Lock_Afi ISO15693_Lock_AFI Command RDM_Write_Dsfid ISO15693_Write_DSFID Command RDM_Lock_Dsfid ISO15693_Lock_DSFID Command RDM_Get_Information ISO15693_Get_System_Information Command RDM_Get_Multiple_Block_Security ISO15693_Get_Multiple_Block_Security Command
RDM TAG MASTER CO.,LTD 中国 ·深圳市南山区高新区科技南十二路方大大厦 201 室 TEL： +86-755- 61313350 Fangda Building201,Keji 12th Rood south, High-Tech Industrial Park, Nanshan Shenzhen, China Http://www.datarfid.com E-mail：support@datarfid.com FAX：+86-755- 61313357 RDM_15693_Transfer_Command Using this command may transparent ISO15693 command to The Card that it meet the ISO15693 protocol CAUTION: Changes or Modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. 3.1 Sequence Example 3.1.1 SetBaudrate ( 0x81 ) Data Field DATA[0] Communication speed 0x00 – 9600 bps 0x01 – 19200 bps 0x02 – 38400 bps 0x03 – 57600 bps 0x04 – 115200 bps Response: STATUS: 0x00 - OK Data Field DATA[0] Return the new communication speed Code. 0x00 – 9600 bps 0x01 – 19200 bps 0x02 – 38400 bps 0x03 – 57600 bps 0x04 – 115200 bps Description Set the reader’s baud rate for host communication. The baud rate will be stored in the reader’s EEPROM and used as the new default baud rate.The new baud rate will not take effect until the reader is reset. EXAMPLE: Send Data： AA 02 02 81 01 80 BB Response Data：： AA 02 02 00 01 01 BB (19200,N,8,1) 3.1.2 CMD_MF_Request (0x25) Data Field DATA[0]: Request mode 0x00 – Request Idle 0x01 – Request All DATA[1]: 00 don’t need to execute the halt command
RDM TAG MASTER CO.,LTD 中国 ·深圳市南山区高新区科技南十二路方大大厦 201 室 TEL： +86-755- 61313350 Fangda Building201,Keji 12th Rood south, High-Tech Industrial Park, Nanshan Shenzhen, China Http://www.datarfid.com E-mail：support@datarfid.com FAX：+86-755- 61313357 01 need to execute the halt command Response: Data Field STATUS: 0x00 – OK DATA[0-3]: Card Serial Number Description: The High Level Value Increment Command integrates the low level commands (Request, AntiColl1, Select) and get the SNR of selected card. EXAMPLE: Send Data： aa 02 03 25 26 00 02 bb Response Data：AA 02 06 00 00 16 0F F4 7F 96 BB 3.2 ISO15693 Commands Example 3.2.1 RDM_Inventory (0x10) Data Field DATA[0]: Flags Bit0: Sub_carrier_flag Bit1: Date_rate_flag Bit2: Inventory_flag Bit3: Protocol Extension_flag Bit4: Afi_flag Bit5: nb_slots_flag Bit6: Option_flag Bit7: RFU DATA[1]: Afi DATA[2]: Masklengh DATA[3..10]: Maskvalue Response: STATUS: 0x00 - OK Data[0] : The card’s number that exist in the reading area Data[1..n] : UID Description: Run the anticollison loop. through this command you can get the UID of all the VICC in the readable zone.(usually it may get 3 to 6 card’s snr,it base on the strength of the RF power) Example: Send Data： aa 00 04 10 06 00 00 12 bb
RDM TAG MASTER CO.,LTD 中国 ·深圳市南山区高新区科技南十二路方大大厦 201 室 TEL： +86-755- 61313350 Fangda Building201,Keji 12th Rood south, High-Tech Industrial Park, Nanshan Shenzhen, China Http://www.datarfid.com E-mail：support@datarfid.com FAX：+86-755- 61313357 When only one card in the reading area： AA 00 0B 00 01 00 01 4A 80 E9 11 00 00 07 3E BB Two card in the reading area： AA 00 15 00 02 00 01 4A 80 E9 11 00 00 07 E0 00 00 3B 80 E9 11 00 00 07 87 BB Three card in the reading area： AA 00 1F 00 03 00 01 4A 80 E9 11 00 00 07 E0 00 00 3B 80 E9 11 00 00 07 E0 00 00 3F 80 E9 11 00 00 07 2C BB Four card： AA 00 29 00 04 00 01 4A 80 E9 11 00 00 07 E0 00 00 3B 80 E9 11 00 00 07 E0 00 00 3E 80 E9 11 00 00 07 E0 00 00 3F 80 E9 11 00 00 07 BC BB Have no card in the reading area： AA 00 02 01 83 80 BB
RDM TAG MASTER CO.,LTD 中国 ·深圳市南山区高新区科技南十二路方大大厦 201 室 TEL： +86-755- 61313350 Fangda Building201,Keji 12th Rood south, High-Tech Industrial Park, Nanshan Shenzhen, China Http://www.datarfid.com E-mail：support@datarfid.com FAX：+86-755- 61313357 4 RDM880 Type Description RDM880 X---- X Contactless Interface option A: ISO14443-TYPEA B: ISO14443-TYPEA+B C: ISO15693 D: ISO14443-TYPEA+TYPEB E: ISO14443-TYPEA+TYPEB+IS015693 F: ISO11784/ISO11785 Communication Interface Option T = TTL S = RS232 P = SPI This device complies with Part 15 of the FCC Rules.Operation is subject to the following two conditions:1. This device may not cause harmful interference, and2. This device must accept any interference received, includinginterference that may cause undesired operation. Information in this document is subject to change without notice. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of RDM Tag Master Co.,Ltd.

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