1. The document provides instructions for configuring inband and outband network administration (NA) on a ZXDSL 9210 device. This includes setting IP addresses, routes, VLANs, SNMP settings, and testing the connection. 2. It also describes how to configure basic Ethernet and ADSL user services on the device by adding user ports to VLANs, setting PVIDs, and optionally creating line and alarm profiles. 3. The configuration is saved before testing the network connectivity with ping commands.

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ZXDSL 9210 Guide
Inband NA Connected through the Connection Card
1. Use the serial port cable to connect ZXDSL 9210 to the PC. Configure the super terminal of the PC
and log onto ZXDSL 9210.
2. Use the erase command to reset the data before making the services available. Reboot the device to
make effective the data resetting.
DSL# erase
3. It is unnecessary to set the inband MAC address since it is unique by default.
4. Enter the config mode, and set the network administration VLAN (set to 100 here).
DSL# configure
DSL(config)# add-vlan 100
5. Add the uplink port into the VLAN, and select tag.
DSL(config)# vlan 100 3/1 tag
6. Use the ip subnet command to set the inband IP address of the device. You need to plan the IP address
of each network element on the whole network, so as to make sure that the IP addresses of the network
elements do not conflict with each other. Besides, make sure that the IP address of the inband and outband
egresses of the same network element are not in the same network segment.
DSL(config)#ip subnet 192.10.10.1 255.255.255.0 100
7. Use the snmp-server host command to set the NA server IP. And set the authentication character of this
NA server. The system defaults the authority of the community with the authentication character private
as read-and-write. Through this setting, the NA alarm message can be reported to the NA server.
DSL(config)#snmp-server host 192.10.10.200 private
8. Enable the trap switch of the port. The default status of this switch is disable. You can operate on the
board to enable the trap switch of all ports on this board.
DSL# configure slot adsl 2
DSL(cfg-slot-adsl-2)# trap-control enable
9. If the network element and the NA server are not in the same network segment during the NA
networking, you need to use the ip route command to configure a static route.
DSL(config)#ip route 0.0.0.0 0.0.0.0 192.10.10.2
10. Save the configuration performed on the control switching board, as shown in
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DSL(config)# exit
DSL# copy running-config startup-config
Are you sure to save configuration data?[y/n]y
Save finished successfully
11. Use the ping command to test whether the network connection is normal and smooth. If normal and
smooth, the configuration is completed; if not, please check the above data configuration and the
connection of the hardware networking.
DSL# ping 192.10.10.200
PING 192.10.10.200:56 data bytes
64 bytes from 192.10.10.200:icmp_seq=0. time=0. ms
64 bytes from 192.10.10.200:icmp_seq=1. time=0. ms
64 bytes from 192.10.10.200:icmp_seq=2. time=0. ms
----192.10.10.200 PING Statistics----
3 packets transmitted, 3 packets received, 0% packet lost
round-tirp(ms) min/avg/max=0/0/0
Ping 192.10.10.200 successfully
The outband NA is configured on the control switching board. It is connected to the NA server through the
ETH egress on the control switching board, so as to achieve the unified network administration of the
devices.
Outband NA
1. Use the serial port cable to connect ZXDSL 9210 to the PC, and configure the super terminal of the PC.
2. After logging in, enter the reboot command on the main interface to reboot the device.
3. During the reboot process, if the system prompts “Press 's' to stop auto-boot...”, press the s key within
seven seconds to stop the auto boot of the system, so as to enter the VxWorks Boot mode.
4. In the VxWorks Boot mode, use the c command to modify the IP address and gateway of the system
outband NA.
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Use “inet on ethernet (e): 10.61.86.41 10.61.86.40:0xfffffc00” to set the outband IP address and mask.
The mask must be hexadecimal, and 0x is the sign of hex. Use “gateway inet (g): 10.61.87.254” to set the
gateway address.
Note: The IP address of the outband and inband NA’ s should not be in the same network segment.
5. After modifying the IP address and gateway address of the system outband NA, use the command p to
check whether the modification is correct.
6. After the check, use the M command to modify the outband MAC address.
“Please input the new MAC address: aa0c01” shows that you have to enter the last three characters of the
MAC address to modify the outband MAC address.
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7. When the parameter configuration is completed, use the @ command to reboot the system.
8. When the system is rebooted successfully, use the show ip subnet command to check whether the
parameter configuration for the system outband NA is successful.
9. When the system is rebooted successfully, if the IP address of the outband NA of the network element
and that of the NA server are not in the same network segment, you still need to configure a route.
(Optional)
10. When the route configuration is completed, use the show ip route command to check whether the NA
and route configurations are successful.
11. Set the IP address and authentication character for the NA server on the control switching board.
12. Enable the trap switch of the port. The default status of this switch is disable. You can operate on the
board to enable the trap switch of all the ports on this board.
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13. When the parameter configuration is completed, use the copy command to save the system
configuration performed on the control switching board.
Activating Basic Services
2.2.1 Ethernet User Configuration
For the access of the Ethernet users, you don’ t need to make special configurations with ZXDSL 9210.
The computer can be connected to ZXDSL 9210 directly through the cable or the Ethernet switch.
However, in the actual networking, you need to divide the network into different VLAN’ s according to
various needs, so as to isolate the ports.
2.2.1.1 Configuration Procedures for Connection through the Connection Interface Board
Take the simplest VLAN as an example: The user board is connected to the Ethernet switch through the
Ethernet electrical interface of the connection sub-card FEC on the Ethernet connection interface board,
and the Ethernet switch is connected to the BAS. It is required to select tag for both the uplink interface of
ZXDSL 9210 and the interface of the peer-end Ethernet switch. And you also need to set pvid for the user
port. The port pvid must be consistent with vlan id of the VLAN which contains the port.
1. Create a VLAN.
2. Add the Ethernet user port into the VLAN without selecting tag.
3. Set pvid of the user port to VLAN ID.
4. Add the connection port into the VLAN and select tag.
5. Save the configuration.
2.2.1.2 Configuration Procedures for Connection through the Connection Interface Board
1. Create a VLAN.
DSL# configure
DSL(config)# add-vlan 101
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2. Add the user port into the VLAN without selecting tag.
DSL(config)# vlan 101 3/4 untag
3. Set pvid of the user port to VLAN ID.
DSL(config)# interface ethernet 3/4
DSL(cfg-if-eth-3/4)# pvid 101
4. Add the connection port into the VLAN and select tag.
DSL(config)# vlan 101 3/1 tag
5. Save the configuration.
DSL# copy running-config startup-config
Are you sure to save configuration data? [y/n]y
The configuration for Ethernet users is completed by now.
2.2 ADSL User Configuration
The ADSL user access can be implemented through the ADSL user interface board. This section
introduces only the configuration method for connection through the Ethernet connection board or the
control switching board.
2.2.1 Configuration Procedures
1. Create a service VLAN.
2. Add the user port into this VLAN without selecting tag.
3. Set pvid of the user port to VLAN ID.
4. Add the connection port into the service VLAN and select tag.
5. Set the parameter set and alarm parameter set for the ADSL line according to the office requirements.
(Optional)
6. Distribute the parameter set and alarm parameter set of the ADSL line to the actual line. (Optional)
7. Set the user port PVC, making it corresponding to the Modem PVC.
8. Save the configuration.
2.2.1.1 Detail Process
1. The operations from Step 1 to Step 4 are the same as those of the Ethernet user configuration (see
Section 2.2.1).
2. Create the ADSL line parameter set, which is used to limit the line speed. Use the adsl-profile
command for the first time to create a line configuration file. Please note that the name of the line
configuration file cannot start with a number. Use the adsl-profile command for the second time to
configure parameters for the existed line configuration file. (Optional)
DSL(config)# adsl-profile adsl512
This profile do not exist. Would you like to create? [y/n]y
3. Modify the parameters in the ADSL line parameter set.
DSL(config)# adsl-profile adsl512
PS:Q-quit
AtucConfRateMode[fix(1),adaptAtStart(2),adaptAtRun(3)](Def:2)2// Office-side rate adapting mode
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AtucConfRateChanRatio [0-100](Def:0)// Office-side rate adapting ratio
AtucConfTargetSnrMgn [0-310](Def:60)// Office-side destination noise margin
AtucConfMaxSnrMgn [0-310](Def:120)// Office-side max noise margin
AtucConfMinSnrMgn [0-310](Def:0)// Office-side min noise margin
AtucConfDownshiftSnrMgn [0-310](Def:0)// Office-side decreased noise margin
AtucConfUpshiftSnrMgn [0-310](Def:120)// Office-side increased noise margin
AtucConfMinUpshiftTime [0-16383](Def:0)// Office-side min time interval for increase
AtucConfMinDownshiftTime [0-16383](Def:0)// Office-side min time interval for decrease
AtucChanConfFastMinTxRate[0-131040](Def:32)// Min transmission rate of the office-side fast channel
AtucChanConfInteMinTxRate[0-131040](Def:32)// Min transmission rate of the office-side interleaved
channel
AtucChanConfFastMaxTxRate[0-131040](Def:8128):512// Max transmission rate of the office-side fast
channel
AtucChanConfInteMaxTxRate[0-131040](Def:8128):512// Max transmission rate of the office-side
interleaved channel
AtucChanConfMaxInterDelay[0-255](Def:32)// Max office-side interleaved delay
AturConfRateMode[fixed(1),adaptAtStartup(2),adaptAtRuntime(3)](Def:2)// User-side rate
adapting mode (usually select the self-adapting mode)
AturConfRateChanRatio [0-100](Def:0)// User-side rate adapting ratio
AturConfTargetSnrMgn [0-310](Def:60)// User-side destination noise margin
AturConfMaxSnrMgn [0-310](Def:120)// User-side max noise margin
AturConfMinSnrMgn [0-310](Def:0)// User-side min noise margin
AturConfDownshiftSnrMgn [0-310](Def:0)// User-side decreased noise margin
AturConfUpshiftSnrMgn [0-310](Def:120)// User-side increased noise margin
AturConfMinUpshiftTime [0-16383](Def:0)// User-side min time interval for increase
AturConfMinDownshiftTime [0-16383](Def:0)// User-side min time interval for decrease
AturChanConfFastMinTxRate[32-1536](Def:32)//512 Min transmission rate of the user-side fast channel
AturChanConfInteMinTxRate[32-1536](Def:32)//512 Min transmission rate of the user-side interleaved
channel
AturChanConfFastMaxTxRate[32-1536](Def:1024):512// Max transmission rate of the user-side fast
channel
AturChanConfInteMaxTxRate[32-1536])(Def:1024):512// Max transmission rate of the user-side
interleaved channel
AturChanConfMaxInterDelay[0-255](Def:32)// User-side max interleaved delay
4. Create the alarm parameter set for the ADSL line
DSL(config)# adsl-alarm-profile alarm512
This profile do not exist. Would you like to create? [y/n]y
5. Modify the parameters in the alarm parameter set of the ADSL line. (Optional)
DSL(config)# adsl-alarm-profile alarm512
PS:Q-quit AtucThresh15MinLofs[0-900](Def:0)// Alarm threshold for the office-side 15 minutes frame
loss
AtucThresh15MinLoss [0-900](Def:0)// Alarm threshold for the office-side 15 minutes signal loss
AtucThresh15MinLols [0-900](Def:0)// Alarm threshold for the office-side 15 minutes link loss
AtucThresh15MinLprs [0-900](Def:0)// Alarm threshold for the office-side 15 minutes power loss
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AtucThresh15MinESs [0-900](Def:0)// Alarm threshold for the office-side 15 minutes error code second
AtucThreshFastRateUp [0-8128](Def:0)// Alarm threshold for the office-side 15 minutes fast channel rate
increase
AtucThreshInteRateUp [0-8128](Def:0)// Alarm threshold for the office-side 15 minutes interleaved
channel rate increase
AtucThreshFastRateDown[0-65535](Def:0)// Alarm threshold for the office-side 15 minutes fast channel
rate dncrease
AtucThreshInteRateDown[0-65535](Def:0)// Alarm threshold for the office-side 15 minutes interleaved
channel rate dncrease
AtucInitFailTrapEnable[enable(1),disable(2)](Def:2)1//Office-side alarm of allowing initialization failure
AturThresh15MinLofs [0-900](Def:0)// Alarm threshold for the user-side 15 minutes frame loss
AturThresh15MinLoss [0-900](Def:0)// Alarm threshold for the user-side 15 minutes signal loss
AturThresh15MinLprs [0-900](Def:0)// Alarm threshold for the user-side 15 minutes link loss
AturThresh15MinESs [0-900](Def:0)// Alarm threshold for the user-side 15 minutes power loss
AturThreshFastRateUp [0-900](Def:0)// Alarm threshold for the user-side 15 minutes error code second
AturThreshInteRateUp [0-900](Def:0)// Alarm threshold for the user-side 15 minutes fast channel rate
increase
AturThreshFastRateDown[0-900](Def:0)// Alarm threshold for the user-side 15 minutes interleaved
channel rate increase
AturThreshFastRateDown[0-900](Def:0)// Alarm threshold for the user-side 15 minutes interleaved
channel rate increase
AturThreshInteRateDown[0-900](Def:0)// Alarm threshold for the user-side 15 minutes fast channel rate
dncrease
6. Configure the generated ADSL line file to the actual line, so as to implement the speed limit function.
(Optional)
DSL(config)# slot adsl 2
DSL(cfg-slot-adsl-2)# adsl profile adsl512
7. Configure the generated ADSL line alarm file to the actual line.
DSL(cfg-slot-adsl-2)# adsl alarm-profile alarm512
8. Configure the PVC: Make the port PVC corresponding to the MODEM PVC.
DSL# configure
DSL(config)# slot adsl 2
DSL(cfg-slot-adsl-2)# atm pvc 8:81
Note: Set the ADSL port PVC on the ADSL user interface board to the same as that of the peer-end
MODEM PVC.
9. Save the configuration.
DSL# copy running-config startup-config
Are you sure to save configuration data? [y/n]y
The service configuration for the ADSL user board is completed by now.
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