# PWP.CFG # # This file contains the configuration for the MVI56-PWP communication # module. # # LOCATION : Test Engineering # DATE : 06/21/2005 # CONFIGURED BY : RAR # MODIFIED : # # This section is used to define the configuration for the Module level # data. # [Module] Module Name : MVI56-WA-PWP Communication Module [Backplane Configuration] Failure Flag Count : 0 # #Used for PTQ, MVI56, MVI69 & MVI71 and not for MVI46 Read Register Start : 0 #DB start location in module for data moved from module to processor. Read Register Count : 1000 #Number of registers to move from module to processor. Write Register Start : 1000 #DB start location in module for data moved from processor to module. Write Register Count : 1000 #Number of registers to move from processor to module [RADIO CONFIGURATION] SIGNAL LED 1 : 20 #minimum signal quality level for LED 1 SIGNAL LED 2 : 25 #minimum signal quality level for LED 2 SIGNAL LED 3 : 30 #minimum signal quality level for LED 3 SIGNAL LED 4 : 35 #minimum signal quality level for LED 4 RTS Threshold : 2347 #RTS/CTS handshake threshold byte count (60 to 2347) #less then 60 will interfere with control pockets. Transmit Rate : 3 #See table in documentation (1 to 7) WEP Key Rollover : No #Yes or No to use random WEP key value (1 to 4) # This section is used to define the parameters required for the Simple Network Time # Protocol (SNTP) client. [RADIO SNTP CLIENT] NTP SERVER IP ADDRESS : 0.0.0.0 #IP address for NIST, Boulder, Colorado. 132.163.4.102 TIME ZONE : 8 #Number of hours from GMT (-11 to +11) USE DAYLIGHT SAVINGS TIME : No #Yes or No DATABASE REGISTER : 3000 #database word location where to store time (-1=ignore). #This register value should be an even number. # This section is used to define the exchanges that will be produced and consumed using # the PWP Protocol. You may enter up to 100 exchanges can be defined for the PWP driver. [RADIO PWP EXCHANGES] # # Exch Type = Exchange type P=Producer, C=Consumer # Cast Type = B=Broadcast (to all nodes), M=Multicast (group of nodes), # U=Unicast (to a single node) # DB Reg = Starting database register in module where data sourced/placed # Reg Count = Number of database registers to transfer/accept in message # Swap Code = 0=None, 1=Swap words, 2=Swap bytes & words, 3=Swap bytes # P/C Time = Milliseconds between production/consumption. # For Exch Type C, set to 4 x the P/C time of the P message on other device. # 0 = No Timeout. # For Exch Type P, 0 = No message produced. # # IP Address = IP address of destination (produced data) or source (consumed data) # Exch ID = Exchange ID for this message (1 to 16383) must be unique for each exchange # CS Major = Configuration Signature Major version number (0 to 255) # CS Minor = Configuration Signature Minot version number (0 to 255) # START # Exch Cast DB Reg Swap P/C IP Addres Exch Config. Sig. Comment # Type Type Reg Coun Cod Time ID Major Minor C M 0 5 0 8000 172.16.10.71 10710 1 0 # # P U 0 5 0 2000 172.16.10.71 10750 1 0 # END # This section contains the list of multicast group addresses the PWP server # should process (consumer messages for this server produced on other units). # This list may contain up to 16 IP addresses. The reserved group addresses # for the EGD protocol are 224.0.7.1 to 224.0.7.32. The module will support # other group addresses than this data set. [RADIO PWP MULTICAST GROUP LIST] START # 224.0.7.7 END # NOTE: The Module does not need the Static ARP tables, but it does support them, although at this time PCB des not. #[RADIO STATIC ARP TABLE] #START # 172.16.10.79 00:10:C6:90:9C:26 #END