74 model 3000 ADMAP-5M AN712 Module User’s Manual
Chapter 5 Application Interface
5
5.9 AN712 Module Management and Control
The AN712 management and control message transmission illustrated in figure 5-19 is
used for sending instruction messages to the AN712 module.
Figure 5-19 AN712 Management and Control Message Basic Format
The socket data header identifies socket data. It is where command/response set for
system management (SMG) can be specified.
Auxiliary information is unused.
Management and control identifier indicates the management and control function within
the AN712 module.
Status indicates the state of processing an added message in case of response
messages. Status is unused for command messages, in which case 0 must be specified.
The value 0 indicates that the command has been processed normally. Other than the
value 0 is an error code indicating that the request command has not been processed
normally.
A list of management and control messages usable for the AN712 module is shown in
Table 5-3. The parameters in messages for each command and response are described
in section 5.9.1 and subsequent pages.
Table 5-3 AN712 Management and Control Messages
Name Header Description
Scan transmission block
registration
SMG RQ/SMG RR To set high, medium, low speed scan
transmission blocks
Scan transmission cycle
setting
SMG RQ/SMG RR To set high, medium, low speed scan
transmission cycles
Scan transmission healthy
monitor cycle setting
SMG RQ/SMG RR To set high, medium, low speed scan
transmission block healthy monitor
cycles
Scan transmission start/stop SMG RQ/SMG RR To start/stop high, medium, low speed
scan transmission
Station status control SMG RQ/SMG RR To instruct ADMAP station status control
(Inring, off-ring, online, standby)
Command/
Response
15 0
Status
+00(0x00)
+04
0x04
+06
0x06
+08
0x08
+10
0x0A
+12
0x0C
+14
0x0E
+16
0x10
Management and control identifier
By te address
Socket data header:
'AN712 SMG RQ '
'AN712 SMG RR '
+20(0x14)
+22
0x16
+18
0x12
AN712 management and control
command or response
Auxiliary information