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Escort LRP2000 75 , 6.4.14 ABxS Command 86H: Write All

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RFID Communications

75 LRP2000 Passive Reader/Writer

6.4.14 ABxS Command 86H: Write All

DESCRIPTION

Command 86H writes data to all RFID tags, or all tags with the same Family ID.

DISCUSSION

This command is used to write segments of data to contiguous areas of tag memory. It is capable of

transferring up to 1 kByte of data from the Host with one command. The timeout value is given in 1 ms

increments and can have a value of 001EH to FFFEH (65,534 ms). When the timeout is set to 0, the

controller returns a syntax error. The Write consists of a Tag Family ID and an Reserved Byte, start

address followed by the data stream to be written to the RFID tag. If the write range exceeds the last tag

address, the controller returns error message 21H, invalid format. The data to be written to the tag is

contained in the LSB of the register, and the MSB is always 00H. The controller returns a response when

the timeout expires. The controller returns a response when the timeout expires.

Example

Writes four bytes of data, starting at address 0001H. A timeout of 2 seconds (07D0H = 2000 x 1 ms

increments) is set for the completion of the Write. The Family ID byte is set to 2, so all tags with Family ID

of 2 are written to (four tags in this example).

Field Remarks

Command Command number in hex preceded by AAH

Family ID Tag Family ID - 00H = all tags

Reserved 00H

Start Address Tag address where the write will start

Write Length Number of tag addresses to be written to in bytes

Timeout Timeout value given in 1 ms units (001EH - FFFEH)

Write Data Data to be written

Message Terminator FFFFH

Command from host Response from controller

MSB LSB Remarks MSB LSB Remarks

AAH 86H Perform Command 86 AAH 86H Command Echo

02H 00H Tag Family/Reser ved 04H 08H Ntags/Status

00H 01H Start Address FFH FFH Message Terminator

00H 04H Write Length

07H D0H Timeout

00H 40H Data byte 1

00H 41H Data byte 2

00H 42H Data byte 3

00H 43H Data byte 4

FFH FFH Message Terminator

Contents

Main Escort Memory Systems Warranty Table of Contents Chapter 1 Introduction Chapter 2 Installation and Guidelines Chapter 3 Electrical Interface Chapter 4 Communications Interface ii Chapter 6 RFID Communications Page 1 1 Introduction 1.1 Introduction 1.2 Unpacking and Inspection 1.3 FCC Compliance Page Page Page Page Page Page Page Page 11 2.2 Installation 2.2.1 LRP2000-26 Antenna Assembly Page 13 Page Page Page 17 3.2 Antenna Cabling Page Page 21 3.3 Data Terminal Blocks Page 23 3.4 Power Supply Wiring Page Page 3.8 Digital I/O Circuitry 27 3.8.1 Inputs 3.8.2 Outputs Electrical Interface 29 Figure 23: J20 Output Connector Table 5: Output Connector Pinout Page Page Page 33 3.9 Master/Slave Configuration 3.9.1 Setting Jumper 32 on the Master 35 3.9.2 DIP Switch Settings on the Slave 3.9.3 Setting Jumper J16 on the Slave 37 4 Communications Interface 4.1 Configuring the Serial Interface 4.1.1 COM1 4.1.2 COM2 Page 39 4.1.3 Digital Board DIP Switch 4.2 Optional Ethernet Interface 4.3 Configuring the Ethernet Module for Network Communication Page Page 43 4.4 LED Indicators Communications Interface LRP2000 Passive Reader/Writer 44 Figure 39: LED Indicators Table 13: LED Indicators 45 Page 5 Menu Configuration 5.1 How to Enter the Menu Configuration 5.2 Set-Up Operating Parameters 5.2.1 Set COM1 Parameters 5.2.2 Set COM2 Parameters 49 5.2.3 Set Operating Mode Page 51 5.2.4 Set RF Communication 5.2.5 Restore Factory Defaults 5.2.6 Return to Main Menu 53 5.3 Download New Program 5.4 Downloading DSP Firmware 5.5 Exit to Operating Mode 6 RFID Communications 6.1 Introduction LRP2000 Passive Reader/Writer 56 6.1.1 ABx Command Set Listings Table14, Table 15, and Table 16 list the ABx commands recognized by the LRP2000. NOTE: The delay between the characters of a command sent to the controller cannot be longer than 200 ms. Table 14: Single Tag Commands 6.2 Command Parameters 6.2.1 Command Timeout 6.2.2 Delay Between Duplicate Decodes 6.3 Multi-tag Command Parameters 6.3.1 Tag Repeat Count 6.3.3 Start Continuous Read 59 6.4 Standard ABx Protocol Table 18: Multi-tag Example 6.4.1 ABxS Command 04H: Fill Tag 61 6.4.2 ABxS Command 05H: Read 6.4.3 ABxS Command 06H: Write 63 6.4.4 ABxS Command 07H: Read Tag Serial Number 6.4.5 ABxS Command 08H: Tag Search 6.4.6 ABxS Command 0DH: Stop/Start Continuous Read 65 6.4.7 ABxS Command 14H: Get Memory Status 67 6.4.8 ABxS Command 16H: Write Family Code 6.4.9 ABxS Command 17H: Lock Family Code 6.4.10 ABxS Command 82H: SN Read All 69 6.4.11 ABxS Command 83H: Start/Stop Continuous SN Read All 71 6.4.12 ABxS Command 84H: Fill Tag All 73 6.4.13 ABxS Command 85H: Read All LRP2000 Passive Reader/Writer 74 75 6.4.14 ABxS Command 86H: Write All 6.4.15 ABxS Command 87H: Read Tag SN All 77 6.4.16 ABxS Command 88H: Tag Search All 6.4.17 ABxS Command 8BH: Write Family Code All 79 6.4.18 ABxS Command 8CH: Lock Family Code All 6.4.19 ABxS Command 8DH: Start/Stop Continuous Read All 81 6.4.20 ABxS Command 91H: Memory Lock All 83 6.4.21 ABxS Command 94H: SN Fill Page 85 6.4.22 ABxS Command 95H: SN Read 6.4.23 ABxS Command 96H: SN Write 87 6.4.24 ABxS Command 10H: Set Output 89 6.4.25 ABxS Command 11H: Input Status 6.5 ABx Fast Protocol 91 6.5.1 ABxF Command 04H: Fill Tag 93 6.5.2 ABxF Command 05H: Read 6.5.3 ABxF Command 06H: Write 95 6.5.4 ABxF Command 07H: Read Tag Serial Number 6.5.5 ABxF Command 08H: Tag Search 97 6.5.6 ABxF Command 0DH: Start/Stop Continuous Read 6.5.7 ABxF Command 14H: Get Memory Status 99 6.5.8 ABxF Command 16H: Write Family Code This example change the family code of the tag to 00H. DESCRIPTION Command 16H changes the family code of an RFID tag. 6.5.9 ABxF Command 17H: Lock Family Code 6.5.10 ABxF Command 82H: Read Data and SN All 101 LRP2000 Passive Reader/Writer 102 103 6.5.11 ABxF Command 83H: Start/Stop Continuous SN Read All Page 105 Response from controller 6.5.12 ABxF Command 84H: Fill All 107 6.5.13 ABxF Command 85H: Block Read All LRP2000 Passive Reader/Writer 108 109 6.5.14 ABxF Command 86H: Block Write All 6.5.15 ABxF Command 87H: Read Tag SN All 111 6.5.16 ABxF Command 88H: Tag Search All 113 6.5.17 ABxF Command 8DH: Stop/Start Continuous Read All 6.5.18 ABxF Command 91H: Memory Lock All 115 6.5.19 ABxF Command 8BH: Write Family Code All 6.5.20 ABxF Command 8CH: Lock Family Code All 117 6.5.21 ABxF Command 94H: SN Fill LRP2000 Passive Reader/Writer 118 This example fills the tag with serial number 1DB0320000104E0 with FFH. 119 6.5.22 ABxF Command 95H: SN Block Read LRP2000 Passive Reader/Writer 120 121 6.5.23 ABxF Command 96H: SN Block Write LRP2000 Passive Reader/Writer 122 This example writes 4 bytes to the tag with serial number 1DB0320000104E0 starting at address 0AH. 123 6.5.24 ABxF Command 10H: Set Output 6.5.25 ABxF Command 11H: Input Status 125 The following example shows only input B is ON, and A, C, and D are OFF. 6.6 ABx ASCII Protocol 6.6.1 ABx ASCII Protocol Command Structure 6.6.2 ABx ASCII Protocol Response Structure 127 LRP2000 Passive Reader/Writer 128 129 6.7 ABx Error Codes 6.7.1 Multi-tag Error Codes 6.7.2 ABx Standard Error Codes 6.7.3 ABx Fast Error Codes 6.7.4 ABx ASCII Error Codes 131 6.7.5 Multi-tag Command Error Code 132 Appendix A Specifications A.1 Electrical A.2 Communication A.3 Mechanical Specifications A.4 Environmental Appendix B Models and Accessories B.1 Available Models B.2 Options B.3 Accessories B.4 Tags 134 Appendix C ASCII Chart ASCII Chart 135