background image

Configuration manual Reader 

5

Modifications, misprints and errors excepted.

English

1. 

Introduction

The RRU4 Kathrein UHF RFID reader system is characterised by great flexibility in addressing RFID applications. 

One reason for this is the wide variety of reading devices from the Kathrein product portfolio, which are compatible 

with  each  other  and  permit  optimum  configuration  to  the  application.  A  further  reason  for  the  high  flexibility 

is  the  wide  range  of  parameters  for  configuring  the  reader  firmware.  This  configuration  manual  explains  the 

various  configuration  parameters  and  give  instructions  on  how  to  make  the  optimum  parameter  settings  for  the  

application of your Kathrein RFID reader.

A  configuration  parameter  of  the  RRU4  reader  system  consists  of  a  32-bit  long  identification  number  (ID)  and  a 

data part which is 8 to 32 bits depending  on the parameter. The data part is referred to below as the “parameter 

value”  or  just  the  “value”.  The  ID  allows  the  various  parameters  to  be  read  or  set  in  the  reader  system.  

Each ID – and hence each configuration parameter – stands for a special functionality within the reader system.

1.1. 

Structure of the configuration IDs

The  ID  of  a  configuration  parameter  is  not  selected  arbitrary,  rather  it  contains  information  about  the  respective 

configuration parameter. The ID of a configuration parameter contains the following information:

the configuration group to which the parameter belongs

a sequential number to differentiate parameters within a group

the data type (byte, word, etc.) of the value

the number of data bytes in the value

whether the value of the parameter is signed (are negative values possible)

the unit of the value

For  ease  of  handling  the  configuration  parameters  are  addressed  by  their  plain  text  names.  The  plain  text  name 

begins  with  “cfgid”  followed  by  the  name  of  the  configuration  group.  This  includes  the  function  name  of  the  

parameter. That is the part that clearly states the function/use of the configuration parameter. For example:
Configuration parameter “cfgidTagCommIntelligentWrite”
“cfgid”   

initial code

“TagComm” 

Name of the configuration group

“IntelligentWrite”  Function name of the parameter

For more details about the structure of the ID or the naming of configuration parameters, see the file “konfigids.h” in  

the source files for the programming environment of the RRU4 reader system.

For programmers:

 This file contains macros in the programming language “C”, which offers you the facility in your 

programming environment to address the configuration parameters by their plain text names. The plain text name is 

then translated into the respective configuration ID at compile time.

1.2. 

The parameter sets

The configuration of an RFID reader of the RRU4 reader system is organised in parameter sets. Each reader has 

eight  parameter  sets.  Apart  from  one  exception  (“cfgidGlobalDefaultParamset”)  all  the  configuration  parameters 

listed  below  are  represented  in  every  parameter  set. The  use  of  parameter  sets  allows  an  RFID  reader  to  switch 

from  one  configuration  to  another  with  only  one  command.  The  parameter  set  selected  is  then  designated 

the  “active  parameter  set”.  Reading  and  writing  configuration  parameters  using  the  protocol  commands 

“GetParameterById”  and  “SetParameterById”  is  always  performed  on  the  active  parameter  set.  When  the  active 

parameter  set  is  changed  it  can  be  saved  into  the  reader's  EEPROM  using  “SaveActiveParamset”,  and  thus  is 

available  again  when  the  reader  is  restarted.  Changing  over  between  parameter  sets  is  performed  using  the  

command “SetActiveParamset”.

Summary of Contents for RRU 4 series

Page 1: ...r all Kathrein RFID reader and describes the configurationspharameter that are necessary to operate the reader Although reference is made in the text to RRU4 respect with the same commands can be cont...

Page 2: ...M ARU RS232 FCC 52010136 M ARU ETH E6 52010198 M ARU ETH U6 52010199 RFID UHF Reader This manual applies to the following RRU4 types Type Order number RRU4 RS4 E6 52010093 RRU4 ETG E6 52010094 RRU4 ET...

Page 3: ...the reader Scope The information contained in this manual is intended for the support of the development process and as development guidance for the customer In addition this manual offers supporting...

Page 4: ...e configuration parameters of the RRU4 reader system 6 2 1 The Global configuration group 6 2 2 The configuration group RFInterface 6 2 3 MultiplexingExposureTime1 8 9 2 4 The configuration group Tag...

Page 5: ...alue For ease of handling the configuration parameters are addressed by their plain text names The plain text name begins with cfgid followed by the name of the configuration group This includes the f...

Page 6: ...2 2 The configuration group RFInterface 2 2 1 RFPower1 8 Characteristics available from firmware v1 30 00 Data type Byte 8 bit Unit dBm erp Value range 0 68 136 Description This parameter allows the...

Page 7: ...by the reader and the next inventory command is received within the time configured by this parameter the reader can dispense with the LBT and the antenna test and start the inventory more quickly No...

Page 8: ...t of the reader Either an antenna port number 1 to 8 or a zero can be entered in each of the eight list slots If a zero is entered the list slot is deactivated and the reader skips to the next list sl...

Page 9: ...interrupted at the expiry of the exposure time but is continued to completion 2 3 1 CableLoss1 8 Characteristics available from firmware v1 30 00 Data type Byte 8 bit Unit dB Value range 0 255 Descri...

Page 10: ...e threshold setting are then no longer detected by the reader 2 3 4 MultiPowerTagAccess1 8 Characteristics available from firmware v1 30 00 Data type Bool 8 bit Unit Value range 0 255 Description The...

Page 11: ...the RSSI value of the tag is fluctuating around the threshold value In such a scenario EnableRSSIThresholdAtSpecificCmds should be deactivated 2 3 7 FlashWriteAdditionalPower Characteristics available...

Page 12: ...conds This configuration parameter instructs the reader the session with which it should work Characteristics available from firmware v1 30 00 Data type Byte 8 bit Unit Value range 0 15 Description Th...

Page 13: ...reader communication the coding of the data from tag to reader There are various data transmission rates data reception rates and codings available Since not every combination of these three properti...

Page 14: ...e tag with IntelligentWrite activated no error message is generated by the reader No write command is issued to the tag in the process of reading the existing data comparing it with the data to be wri...

Page 15: ...tags should participate in the inventory If the configuration parameter has the value zero the tags participate in the inventory for which the inventoried flag is set to A Otherwise only the tags for...

Page 16: ...he protocol commands SyncGetEPCs SyncBulkGetEPCs ASyncGetRawEPCs and ASyncGetEPCs All other protocol commands behave as if TransmitGetEPCsPreSelect is zero Depending on the value of this configuration...

Page 17: ...configuration parameter can be used to specify whether or not before the inventory a select command should be sent to perform a global reset of all tags within the antenna range 2 4 14 NumberOfEPCWord...

Page 18: ...in the antenna range for multiple inventories a coming message is generated for that tag and the message is sent to the higher level If a tag is no longer detected during multiple inventories a going...

Page 19: ...ion This configuration parameter allows specification of which additional information on a tag should be sent when tag data are sent to the higher level Every bit of the lower four bits that is set to...

Page 20: ...ation scenarios it is of interest to view how the field strength RSSI value of a tag behaves in the time between the coming message and the going message This allows amongst other things conclusions t...

Page 21: ...er selects a channel from this channel list at random for communication with the tags 2 7 3 ChannelSwitchingMode Characteristics available from firmware v1 30 00 Data type Byte 8 bit Unit Value range...

Page 22: ...0 1 Watt since within these channels channel 3 has a maximum power setting of only 0 1 Watt 2 If point 1 yields a maximum power setting of 0 Watt if for instance EN302208 was selected and a channel ot...

Page 23: ...048575 Description This configuration parameter specifies the mid frequency of channel 0 for the Specia communications standard 2 8 2 ChannelWidth Characteristics available from firmware v1 32 00 Data...

Page 24: ...ailable from firmware v1 32 00 Data type Byte 8 bit Unit Value range 0 255 Description This configuration parameter for the Special communications standard specifies the first channel to be used for t...

Page 25: ...nglish 3 List of references communication protocol A for software developers configurational manual reader B for commissioning installation manual reader C Setup and installation installation manual a...

Page 26: ...ntact Kathrein RFID E Mail rfid sales kathrein sachsen de Am Kroit 25 27 Internet www kathrein rfid de D 83123 Amerang 4 Contact address Configuration manual Reader 26 Modifications misprints and erro...

Reviews: