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RADview-SC/TDMoIPNetwork Management System
Service Center for TDMoIP Applications
IPmux-11
19942005 RAD Data Communications Publication 01/05
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RADview-SC/TDMoIP IPmux-11 Users Manual i
ContentsChapter 1. Introduction
1.1 Overview of RADview FCAPS Model ................................................................ 1-1 1.2 System Level Operations ................................................................................... 1-1
Element Manager Window...................................................................................... .1-1
1.3
Port Level Operations ....................................................................................... 1-4
Chapter 2. Fault Configuration
2.1 System Level ..................................................................................................... 2-1 Viewing Active Alarms ............................................................................................ .2-1 Viewing the History Log .................. .................. ................... .................. ................. .2-2 Clearing the History Log.......................................................................................... .2-3 Viewing Self Test Results .................. ................... .................. .................. ................ .2-4
2.2 Port Level.......................................................................................................... 2-4 E1/T1 Diagnostics ................................................................................................... .2-4
Chapter 3. Configuration Management
3.1 System Level ..................................................................................................... 3-1 Configuring System Information .............................................................................. .3-2 Configuring System Parameters ................ .................. ................... .................. ........ .3-3 Configuring Bundles................................................................................................ .3-4 Configuring VLAN Parameters................................................................................. .3-6 System Commands ................. ................... .................. .................. .................. ....... .3-7 Maintaining Manager List........................................................................................ .3-9 Masking Traps....................................................................................................... .3-12 Telnet and Web Access......................................................................................... .3-13
3.2 Port Level........................................................................................................ 3-13 E1/T1 Port ............................................................................................................ .3-13 Ethernet Port ........................................................................................................ .3-19
Chapter 4. Performance Monitoring
4.1 System Level ..................................................................................................... 4-1 Setting the Polling Interval....................................................................................... .4-1 Viewing Bundle Statistics......................................................................................... .4-2 Viewing Bundle Current Statistics .................. .................. .................. .................. .... .4-3 Viewing Intervals Statistics....................................................................................... .4-4
4.2 Port Level.......................................................................................................... 4-5 Viewing E1/T1 Statistics........................................................................................... .4-5 Viewing Ethernet Statistics....................................................................................... .4-9
Chapter 5. Configuring IPmux-11 for a Typical Application
5.1 Overview .......................................................................................................... 5-1 Application .................. .................. .................. ................. .................. .................. .. .5-1 Guidelines for Configuring Typical Application ................... ................... .................. .5-1
5.2 Configuring IPmux-11, IPmux-14 Units ............................................................. 5-2 Configuring the IP Parameters ................. ................... .................. .................. ......... .5-2 Configuring Manager List ........................................................................................ .5-3
5.3 Creating Circuits................................................................................................ 5-3 Creating Mesh Service Circuit ................................................................................. .5-3 Creating Normal Service Circuit ................ .................. .................. .................. ...... .5-12
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Table of Contents
ii RADview-SC/TDMoIP IPmux-11 Users Manual
List of Figures
1-1. Element Manager IPmux-11 ............................................................................................... 1-2
2-1. Active Alarm List ................................................................................................................. 2-2
2-2. System Log Buffer................................................................................................................ 2-3
2-3. Clearing the Log Buffer Confirmation Message .................................................................... 2-4 2-4. Self Test Results................................................................................................................... 2-4 2-5. Loopback State Dialog Box.................................................................................................. 2-5
3-1. Element Manager IPmux-11 ............................................................................................... 3-2 3-2. System Information Dialog Box.............................................................................................. 3-3 3-3. System Parameters Dialog Box............................................................................................... 3-4 3-4. Bundle Connection Table...................................................................................................... 3-5 3-5. Remove Bundle Connection.................................................................................................. 3-6 3-6. VLAN Configuration Dialog Box ............................................................................................ 3-7 3-7. Delete LAN Table Confirmation Message .............................................................................. 3-8 3-8. Reset to Default Configuration Confirmation Message ........................................................... 3-8 3-9. Reset Agent Confirmation Message........................................................................................ 3-8 3-10. Manager List........................................................................................................................ 3-9 3-11. Add Manager Dialog Box .................................................................................................. 3-10 3-12. Change Manager Dialog Box ............................................................................................. 3-11 3-13. Masking Traps Dialog Box ................................................................................................. 3-12 3-14. Access Dialog Box ............................................................................................................. 3-13 3-15. E1 Interface Parameters Dialog Box ................................................................................... 3-14 3-16. T1 Interface Parameters Dialog Box................................................................................... 3-15 3-17. Bundles Table Port Level ................................................................................................ 3-18 3-18. Interface Information Network/User Port ........................................................................ 3-19 3-19. Interface Parameters Dialog Box Network/User Port ....................................................... 3-20
4-1. Polling Interval....................................................................................................................... 4-1 4-2. Bundle Statistics .................................................................................................................... 4-2 4-3. Bundle Current Statistics........................................................................................................ 4-3 4-4. Bundle Intervals Statistics....................................................................................................... 4-5 4-5. Port Current Statistics ............................................................................................................ 4-6 4-6. E1/T1 Intervals Data .............................................................................................................. 4-9 4-7. Interface Statistics Dialog Box .............................................................................................. 4-10
5-1. IPmux-11, IPmux-14 Units Operating Opposite Each Other .................................................. 5-1
5-2. Configuring Host IP Parameters for IPmux-11 ........................................................................ 5-2 5-3. Configuring Network Manager............................................................................................... 5-3 5-4. Mesh Services Map................................................................................................................ 5-3 5-5. IPmux-11 Element Manager .................................................................................................. 5-4 5-6. IPmux-11 E1 Interface Parameters......................................................................................... 5-5 5-7. IPmux-14 Element Manager .................................................................................................. 5-6 5-8. IPmux-14 E1 Interface Parameters......................................................................................... 5-7 5-9. Manual Circuit Dialog Box General Parameters Tab............................................................ 5-8 5-10. Manual Circuit Dialog Box Primary Circuit Tab................................................................. 5-9
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Table of Contents
RADview-SC/TDMoIP IPmux-11 Users Manual iii
5-11. Manual Circuit Dialog Box EP Param Tab ....................................................................... 5-10 5-12. Mesh Services Map with Circuit between IPmux-11 and IPmux-14 ................................... 5-11 5-13. Circuit List ......................................................................................................................... 5-11 5-14. Normal Services Map ........................................................................................................ 5-12 5-15. IPmux-11 Element Manager .............................................................................................. 5-13 5-16. IPmux-11 E1 Interface Parameters..................................................................................... 5-14 5-17. IPmux-14 Element Manager .............................................................................................. 5-15 5-18. IPmux-14 E1 Interface Parameters..................................................................................... 5-16 5-19. Normal Services Circuit Creation ....................................................................................... 5-17 5-20. Circuit List ......................................................................................................................... 5-17 5-21. Manual Circuit Dialog Box General Parameters Tab........................................................ 5-18 5-22. Manual Circuit Dialog Box Primary Circuit Tab............................................................... 5-19 5-23. Manual Circuit Dialog Box EP Param Tab ....................................................................... 5-20 5-24. Normal Service with Circuit ............................................................................................... 5-21 5-25. Circuit List ......................................................................................................................... 5-21
List of Tables
1-1. System Management Options................................................................................................. 1-2 1-2. Port Level Management Options ............................................................................................ 1-4
2-1. Active Alarm Parameters ..................................................................................................... 2-2 2-2. System Log Buffer Parameters ............................................................................................. 2-3 2-3. Loopback Parameters .......................................................................................................... 2-5
3-1. System Parameters ................................................................................................................ 3-4 3-2. Bundle Connection Parameters ............................................................................................. 3-5 3-3. VLAN Configuration Parameters ............................................................................................ 3-7
3-4. Manager List Parameters...................................................................................................... 3-10 3-5. Add Manager Parameters .................................................................................................... 3-11 3-6. Masking Traps Parameters ................................................................................................... 3-12 3-7. Telnet and Web Access Parameters ..................................................................................... 3-13 3-8. E1/T1 Interface Parameters .................................................................................................. 3-15 3-9. Bundle Configuration Table Parameters Port Level............................................................ 3-18 3-10. Interface Information Table Parameters ............................................................................. 3-19 3-11. Ethernet Interface Parameters ............................................................................................ 3-21
4-1. Polling Interval....................................................................................................................... 4-1 4-2. Bundle Connection Statistics ................................................................................................. 4-2
4-3. Bundle Current Statistics Parameters...................................................................................... 4-3 4-4. Port Current Statistics Parameters E1/T1.............................................................................. 4-6 4-5. Interface Statistics Parameters.............................................................................................. 4-10
5-1. Configuration Summary......................................................................................................... 5-2
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System Level Operations 1-1
Chapter 1Introduction
1.1 Overview of RADview FCAPS Model
RADview provides a complete solution for monitoring and controlling IPmux11.The RADview solutions conform to ITU-T Telecommunication ManagementNetwork (TMN) recommendations for SNMP management systems, known as theFCAPS model: Fault management detects and correlates fault in network devices, isolates
faults and initiates recovery actions. Configuration management tracks configuration changes, configures, installs
and distributes software and configuration files across the network. Accounting management collects accounting data and generates network
usage reports. Performance management continuously monitors network performance
(QoS, CoS) and resource allocation. Security management controls and restricts access to network resources.
1.2 System Level Operations
The element manager allows you to configure the device parameters.
To configure an IPmux-11 via the element manager: Select the node in the Service Center map and from the Configuration menu,
select Element Manager...
The Element Manager dialog box (Figure 1-1) appears allowing you toconfigure any of the elements listed.
Element Manager WindowThe Element Manager window allows you to configure the IPmux-11 at differentlevels: System Port.
Focusing on the interface name (level) allows you to access the interface menus.
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Chapter 1 Introduction RADview-SC/TDMoIP IPmux-11 Users Manual
1-2 System Level Operations
Figure 1-1. Element Manager IPmux-11
Table 1-1 lists the system management options for IPmux-11 in the Edit mode.
Table 1-1. System Management Options
Tasks Configuration Dialog Box and ParameterLocation
Path
Configuring system information System Information dialog boxSee Configuring SystemInformation
ConfigurationSystem Info
Configuring System Parameters System Parameters dialog boxSee Configuring SystemParameters
ConfigurationSystem Parameters
Viewing Bundle Connection Table Bundle ConnectionTableSee Configuring Bundles
ConfigurationBundle ConnectionTable
VLAN Configuration VLAN Configuration dialog box See Configuring VLAN Parameters
ConfigurationVLAN Configuration
Deleting LAN table(only for versions 3.00)
See Deleting LAN Table ConfigurationSystem CommandsDelete LAN Table
Restoring default configuration See Resetting to DefaultConfiguration
ConfigurationSystem CommandsDefault Configuration
Resetting IPmux-11 configuration See Resetting an Agent ConfigurationSystem CommandsReset
Polling the Agent See Polling the Agent ConfigurationSystem CommandsPoll Agent
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System Level Operations 1-3
Table 1-1. System Management Options (Cont.)
Tasks Fault Dialog Box and ParameterLocation
Path
Viewing active alarms(only for IPmux-11)
Active Alarm ListSee Viewing Active Alarms
Fault Alarms
Viewing the history log System Log BufferSee Viewing the History Log
FaultHistory LogList
Clearing the history log See Clearing the History Log FaultHistory LogClear
Tasks Diagnostics Dialog Box and ParameterLocation
Path
Viewing self test results See Viewing Self Test Results DiagnosticsSelf Test Results
Tasks Options Dialog Box and ParameterLocation
Path
Establishing link between IPmux-11and manager
Manager List dialog boxSee Maintaining Manager List
OptionsManager List
Masking traps Masking Traps dialog boxSee Masking Traps
OptionsMasking Traps
Setting Telnet and Web Access Access dialog boxSee Telnet Access
Options Access
Tasks Statistics Dialog Box and ParameterLocation
Path
Setting polling interval Polling Interval dialog boxSee Setting the Polling Interval
StatisticsPolling Interval
Viewing bundle statistics Bundle Current Graph dialog boxSee Viewing Bundle Statistics
StatisticsBundle Statistics
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1-4 Port Level Operations
1.3 Port Level Operations
Table 1-2 lists the port level management options.
Table 1-2. Port Level Management Options
Tasks Configuration Dialog Box and Parameter Location PathViewing Interface Information
(for Ethernet only)
Interface Information dialog boxSee Viewing Ethernet InterfaceInformation
ConfigurationInterface Info
Setting parameters Parameters dialog boxSee Configuring E1/T1 Parameters,Configuring Ethernet Parameters
ConfigurationParameters
Configuring bundles Bundle dialog boxSee Configuring Bundles
ConfigurationBundles
Tasks Diagnostics Dialog Box and Parameter Location Path
Initiate a loopback Loopback State dialog boxSee Performing a Loopback Test
DiagnosticsLoopback
Tasks Statistics Dialog Box and Parameter Location Path
Ethernet Interface
Viewing Ethernet interfacestatistics (only for Ethernet)
Interface Statistics dialog boxSee Viewing Ethernet Statistics
StatisticsInterface Statistics
E1/T1 Interface
Viewing current statistics Current DataSee Viewing Current Statistics
StatisticsCurrent
Viewing intervals statistics Intervals DataSee Viewing Intervals Statisitics
StatisticsIntervals
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System Level 2-1
Chapter 2Fault ConfigurationThis section describes Fault Configuration operations for system and port levels.
2.1 System Level
At system level you can: View active alarms View history log
Clear history log View self test results.
Viewing Active AlarmsThe Alarms command enables you to view agent alarms from the time that theselected IPmux11 was turned on or from the last time the active alarm list wascleared.
To view the Active Alarm List: Fault > Alarms...
The Active Alarm list appears.
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Figure 2-1. Active Alarm List
Table 2-1. Active Alarm Parameters
Parameter Possible Values/Remarks
Slot Slot
Port The type of portT1/E1
Alarm The type of AlarmPort alarms:Far End LOF, Far End Sending AIS, Near End LOF, Near End Loss of Signal,Near End Sending TS16 LOMF
Viewing the History LogThe History Log command enables you to display a history of alarms (up to512 entries) that were sent from the selected IPmux11 to the networkmanagement station.
To view the History Log: Fault > History Log > List
The System Log Buffer table appears.
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System Level 2-3
Figure 2-2. System Log Buffer
Table 2-2. System Log Buffer Parameters
Parameter Possible Values/Remarks
No. The number of the alarm in the Log Buffer
Description Brief description of the alarmUp to 80 characters
To view entries, starting from a specific number, in the History Log:
1. Click < Start From >
2. Select the starting number.
3. Click < Set>To print all the entries in the History Log: Click < Print>.
Clearing the History LogTo clear the History Log:
1. Fault > History Log > Clear . A confirmation box appears.
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2-4 Port Level
2. Click < OK > to confirm.
Figure 2-3. Clearing the Log Buffer Confirmation Message
Viewing Self Test ResultsTo view self test results obtained when the selected IPmux11 was poweredup: Diagnostics > Self Test Results...
The Self Test Results dialog box appears displaying descriptions of detectedfaults.
Figure 2-4. Self Test Results
2.2 Port Level
At port level you can perform diagnostic tests for: E1/T1 ports.
E1/T1 Diagnostics You can perform loopback tests for E1/T1 ports.
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RADview-SC/TDMoIP IPmux-11 Users Manual Chapter 2 Fault Configuration
Port Level 2-5
Performing a Loopback Test
To initiate a loopback test for an E1/T1 interface:
1. Click an E1/T1 port.
2. Diagnostics > Loopback... The Interface Loopback dialog box appears ( Figure 2-5).
3. Set the desired loopback test and click < Set>.The loopback test is performed.
Figure 2-5. Loopback State Dialog Box
Table 2-3. Loopback Parameters
Parameter Possible Values/Remarks
Port Port number of the interface.Type E1, T1
Current Loopback Current loopback statusInternal, External, Disable
Loopback Type of loopback test Internal, External, Disable
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System Level 3-1
Chapter 3Configuration ManagementThis section describes the different configuration operations for system and portlevels.
3.1 System Level
At system level you can: Configure system information
Configure system parameters
Configure bundles
Configure bundle components
Configure signaling profile parameters
Configure VLAN parameters
Configure system commands
Poll agent
Configure managers
Mask traps Enable Telnet and Web access.
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3-2 System Level
Figure 3-1. Element Manager IPmux-11
Configuring System InformationTo set system information for the selected IPmux device:
1. Configuration > System Info... The System Information dialog box appears.
2. Enter the required settings. You can change the Name , Contact, Location,Date , and Time fields.
3. Click < Set> to implement the changes.
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System Level 3-3
Figure 3-2. System Information Dialog Box
Configuring System ParametersTo set system parameters for the selected IPmux device:
1. Configuration > System Parameters .The System Parameters dialog box appears. System Parameters differdepending on the different port combinations. Table 3-1 describes thedifferent system parameters.
2. Configure the desired parameters.
3. Click < Set> to implement the changes.
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Figure 3-3. System Parameters Dialog Box
Table 3-1. System Parameters
Parameter Possible Values / Remarks
Default Gateway IP AddressDHCP Mode DHCP Mode
Enabled, Disabled
Aging Time (sec.) 10..450 (Default = 120)
Transmit Clock Source Source of the transmit clockInternal : Local clock source is usedExternal: Recovered from the other interface network and used for datatransmission on this interfaceLoopback: Transmit clock recovered from received data
Adaptive : Adaptive clock regeneration
Note : Field is disabled if activated circuit is connected.
Configuring BundlesTo view the bundle connection table: Configuration > Bundle Connection Table
The Bundle Connection Table appears.
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System Level 3-5
Figure 3-4. Bundle Connection Table
Table 3-2. Bundle Connection Parameters
Parameter Possible Values/Remarks
Slot No. 1
Channel No. 1
Bundle No. 1
Bundle Name Bundle name for selected channel. Table will display one bundle name perline
Admin. Status Connected ,Disconnected (frames will not be sent from this channel)
Oper Status Connected, Disabled , Remote Fail, Local Fail, Unavailable, Validation Fail,Standby
Dest. Name Logical name or IP address of the destination IPmux
Next Hop Indicates IP address to which the Ehternet frame will be sent when the Dest.Name IP is not in the device subnet
Dest. Bundle Bundle number in the destination IPmux device1..496
Jitter Buffer (tens of sec) Depth of the jitter buffer (elastic buffer per link whose size is configurable inunits of 10 micro seconds ( s).E1: 0..37..3200T1: 0..37..2400
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Table 3-2. Bundle Connection Parameters (Cont.)
Parameter Possible Values/Remarks
ToS IP ToS (Type of Service) assigned to this channel0..255
Configures IP ToS field in the IP frames transmitted by the device. Configures
the entire byte not only the 3 ToS bits. ToS assignment applies to all TDMpackets leaving IPmux.
TDM Bytes in Frame UDP payload (one-eight) length enabling reduction of Ethernet throughput.
E1/T1: 48..1440 (steps of 48)
VLAN Tagging No, Yes
VLAN ID VLAN ID1..4094
VLAN Priority VLAN priority0..7
OAM Connectivity Disable, Enable
Bundle Thoughput Throughput in bps
To remove a bundle:
1. Select a bundle in the Bundle Connection Table .
2. Click < Remove > A warning message appears.
Figure 3-5. Remove Bundle Connection
3. Click < Yes> to confirm remove.
Configuring VLAN Parameters
To set VLAN configuration parameters: Configuration > VLAN Configuration .
The VLAN Configuration dialog box appears.
Table 3-3 lists the VLAN Configuration parameters.
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System Level 3-7
Figure 3-6. VLAN Configuration Dialog Box
Table 3-3. VLAN Configuration Parameters
Parameter Possible Values / Remarks
VLAN ID 1 to 4094
VLAN Name VLAN Name
Network Port Yes, No
User 1 Port Yes, No
User 2 Port Yes, No Bundle 1
Manager IP Address
System CommandsThe System Commands option allows you to: Delete the LAN table
Reset the IPmux to its default configuration
Reset agent.
Deleting LAN Table
To delete the LAN Table:
1. Configuration > System Commands > Delete LAN Table . A confirmation message appears ( Figure 3-7).
2. Click < OK > to confirm.The Dynamic (MAC) LAN Table is deleted.
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Figure 3-7. Delete LAN Table Confirmation Message
Resetting to Default Configuration
To set the selected IPmux-11 to the default configuration:
1. Configuration > System Commands > Default Configuration . A confirmation message appears ( Figure 3-8).
2. Click < OK > to confirm reset of the default configuration.The default configuration replaces the current configuration.
Figure 3-8. Reset to Default Configuration Confirmation Message
Resetting Agent
To reset the selected IPmux11:1. Configuration > System Commands > Reset .
A confirmation message appears ( Figure 3-9).
2. Click < OK > to confirm.IPmux11 is reset.
Figure 3-9. Reset Agent Confirmation Message
The reset operation implements any changes made to the IPmux11 configuration.Note
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System Level 3-9
Polling the Agent
To poll the agent: Configuration > System Commands > Poll Agent.
The system is polled.
Maintaining Manager ListThe Manager List command enables you to establish the actual link between theselected IPmux11 device and the manager.
To display the manager list: Options > Manager List...
The Manager List appears.
Figure 3-10. Manager List
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Table 3-4. Manager List Parameters
Parameter Possible Values/Remarks
Host Name 1
Manager IP Address IP address of the Network Management Station
Mask Traps Indicates whether or not traps are masked by the system:
Yes, No
Access Ports Defines from which port this manager can configure the device. Values differ accordingto the ports combination:
Network =1, User1=2, User2=4, All (For Example: All ports = 7)
VLAN Tagging Yes, No
VLAN ID 1..4094
VLAN Priority 0..7
To add an entry in the manager list:
1. In the Manager List , click < Add... >The Add Manager dialog box appears ( Figure 3-11).
2. Enter the required settings.
3. Click < Set> to implement the changes.
This option is not available if ten managers currently exist.
Figure 3-11. Add Manager Dialog Box
Note
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System Level 3-11
Table 3-5. Add Manager Parameters
Parameter Possible Values/Remarks
Host Name. Selected Host Name
Manager IP Address IP address of the selected entry
Access Ports Defines from which port this manager can configure the device. Values differaccording to the ports combination:Network =1, User1=2, User2=4, All (for example: All ports = 7)
VLAN
VLAN Tagging Yes, No
VLAN ID 1...4094
VLAN Priority 0..7
Mask Traps
Link Up/Link Down Yes (checked), No (unchecked)
Alarm Status When checked, the trap is enabled
To change an entry in the Manager List:
1. Select an entry in the Manager List and click < Change >The Change Manager dialog box appears ( Figure 3-12).
2. Change the Mask Traps parameter.
3. Click < Set> to implement the changes.
Figure 3-12. Change Manager Dialog Box
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To remove an entry from the Manager List: Select a row from the Manager List (Figure 3-10) and click < Remove > .
A message appears warning about possible disconnection of the managerduring work.
Masking TrapsThe Masking Traps command enables you to select which traps should bemasked. All traps can be selected or deselected for masking as a group, or they canbe selected individually.
To manually select traps for masking:
1. Options > Masking Traps The Masking Traps dialog box appears (Figure 3-13).
2. Select which traps to mask, and then click < Set>.
Figure 3-13. Masking Traps Dialog Box
Table 3-6. Masking Traps Parameters
Parameter Possible Values/Remarks Authentication Failure Selecting this checkbox disables the Authentication Failure trap.
The following traps can be selected manually:LOS, LOF, AIS, RDI, FEBE, Local Connectivity, Remote Connectivity
Bundle Connection
Bundle Connectivity Enables bundle connectivityChecked, Unchecked
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Port Level 3-13
Telnet and Web AccessThe Access command allows you to enable Telnet and Web access.
To enable Telnet and Web access:
1. Options > Access
The Access dialog box appears (Figure 3-14).2. Configure Telnet and Web access and click < Set>.
Figure 3-14. Access Dialog Box
Table 3-7. Telnet and Web Access Parameters
Parameter Possible Values/Remarks
Telnet Access Enable/Disable accessing the device via TelnetDisable - no one will be allowed to access the device via TelnetEnable - all users are allowed to access the device via Telnet AccessManagers Only - Only manager stations listed in the manager's list are allowed
Web Access Enable/Disable accessing the device via Web browserDisable - no one is allowed to access the device via WebEnable - all users are allowed to access the device via WebManagers Only - Only manager stations listed in the manager's list are allowed
3.2 Port Level
At port level, you can configure parameter for: E1/T1 ports
Ethernet ports.
E1/T1 PortFor E1/T1 ports, you can configure: Interface parameters
Bundles.
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Configuring E1/T1 Parameters
To display or configure E1/T1 parameters:
1. Click an E1/T1 port.
2. Configuration > Parameters... The E1 or T1 Interface Parameters dialog box appears ( Figure 3-15 andFigure 3-16).
Figure 3-15. E1 Interface Parameters Dialog Box
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Port Level 3-15
Figure 3-16. T1 Interface Parameters Dialog Box
Table 3-8. E1/T1 Interface Parameters
Parameter Possible Values / Remarks
Port E1, T1
Admin Status Enable, Disable Transmit ClockSource
Source of the transmit clockInternal : Local clock source is usedExternal: Recovered from the other interface network and used for data transmission onthis interfaceLoopback: Transmit clock recovered from received data
Adaptive : Adaptive clock regeneration
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Table 3-8. E1/T1 Interface Parameters (Cont.)
Parameter Possible Values / Remarks
Rx Sensitivity Determines the maximum attenuation of the receive signal that can be compensated forby the interface receive path
Long Haul, Short Haul
(only applicable for E1 ports)
Line Type Line type affects the number of bits per second that the link can reasonably carry. It alsoaffects the interpretation of the port performance statistics.
For E1 ports:Framed (G.704), Framed-CRC, Framed-MF, Framed-CRC-MF Unframed (G.703): Use when the data being transmitted is unframed
For T1 ports:ESF: Extended SuperFrameD4: AT&T D4 formatUnframed: Use when the data being transmitted is unframed
Line Code(only applicablefor T1 ports)
Type of Zero Code Suppression used on the link B7ZS, B8ZS, AMI
Idle Code
(not applicablewhen the LineType isUnframed)
Byte pattern of the data transmitted in the E1/T1 Framer idle timeslots
0 to FF
Signaling Mode
(only applicablefor T1 ports)
Type of signaling used on the link
None, Robbed Bit
Line Mode T1 device operation modeDSU, CSU
Note: Only applicable for T1 ports
Line Length (feet) 0-133, 134-266, 267-339, 400-533, 534-655 Note: Only applicable for T1 ports with Line Mode DSU
Tx Gain (dB) Transmit line gain0, -.5, -5, -2.5
Note: Only applicable for T1 ports with the Line Mode CSU
Restore Time(sec)
Used to change the sync. Algorithms to reduce the time required for the port to return tonormal operation after a RED (LOF - loss of frame synchronization) alarm.1, 10
Note: Only applicable for T1 ports. Not applicable when the Line Type is Unframed.
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Table 3-8. E1/T1 Interface Parameters (Cont.)
Parameter Possible Values / Remarks
OOS Signaling Defines the value to be sent as a signal after alarm detection:
Space = both A and B signaling bits are forced to '0' during out-of-service periods
Mark = both A and B signaling bits are forced to '1' during out-of-service periodsSpace_Mark = A and B bits are forced to '0' for 2.5 seconds; then they are switched to'1' until out-of-service condition disappears
Mark_Space = A and B bits are forced to '1' for 2.5 seconds; then they are switched to'0' until out-of-service condition disappears
Space SignalingCode
Space Signaling Code - value to be sent as a signal during the first 2.5 seconds after alarmdetection
E1, T1-ESF:1..F
T1-SF(D4):1..4
Mark SignalingCode
Trunk conditioning signal value after alarm detection
E1, T1-ESF:1..F
T1-SF(D4):1..4
OOS Code Trunk conditioning data pattern to be sent upon a DS0 fail
AIS Transmit Enable, Disable
Configuring Bundles
To view bundles for an E1/T1 port:
1. Click an E1/T1 port.
2. Configuration > Bundles... The Bundles Table appears.
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Figure 3-17. Bundles Table Port Level
Bundles are groups of timeslots. The Bundle Table displays the details of eachbundle in the upper section of the table, and a representation of each timeslotwith the bundle assigned to it in the lower section of the table. Each bundle can beassigned to multiple timeslots, but each timeslot can only have one bundleassigned to it.
Table 3-9. Bundle Configuration Table Parameters Port Level
Parameter Possible Values/Remarks
Bundle No. Bundle numberBundle Name Name of the selected bundle
Empty Bundle When checked, indicates the bundle has not been assigned to any TSs (timeslots)
Bundle Status Connected, Disabled, Remote Fail, Local Fail, Unavailable, Validation Fail
Time Slots The timeslots and the bundles assigned to them. Timeslots with bundles assigned to themare marked with a dark blue box, while unassigned timeslots are marked with a gray box.
A T1 port has 24 timeslots that can be assigned to a bundle; an E1 port has 31 (withoutMF) or 30 (with MF).
To select an available timeslot:
1. Select a bundle from the Bundles Table and click Edit 2. Click the square beneath the timeslot number.
Selected timeslots appear yellow.
3. Click < Apply>.
To select all available timeslots for the selected bundle: Click < Select All>.
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To remove all selected timeslots from the selected bundle: Click < Clear All>.
You cannot edit a bundle that has already been used to define a connection in theBundle Connection Table ( Figure 3-4 ). To edit such a bundle, first delete the bundlefrom the Bundle Connection Table ( Figure 3-4 ) , and then return to the Bundle Table
to select new parameters.
Ethernet PortFor Ethernet ports, you can: View interface information
Configure interface parameters.
Viewing Ethernet Interface Information
To display information about the Ethernet interface:
1. Click the Ethernet port.2. Configuration > Interface Info...
The Interface Information table appears.
Figure 3-18. Interface Information Network/User Port
Table 3-10. Interface Information Table Parameters
Parameter Possible Values / Remarks
Port NETWORK, USER
Type ETH
MAC Address MAC Address
Note
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Table 3-10. Interface Information Table Parameters (Cont.)
Parameter Possible Values / Remarks
Mode Transmission mode: Full Duplex, Half Duplex
Rate (Mbps) Transmission rate:10, 100
Status Status of the link: Connected, Not Connected
Interface Type According to wavelength and laser mode 1300nmSM or 1300nm (single mode/multimode)
Note: Only for fiber optic Ethernet interface.
Configuring Ethernet Parameters
To set configuration parameters for the Ethernet interface:
1. Click the User or Network Ethernet port.
2. Configuration > Parameters... The Network Ethernet Interface Parameters dialog box appears(Figure 3-19).The User Ethernet Interface Parameters dialog box appears.
The User Ethernet rate will be the smaller value of User Rate Limit and(100TDMoIP traffic).
Figure 3-19. Interface Parameters Dialog Box Network/User Port
Note
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Table 3-11. Ethernet Interface Parameters
Parameter Possible Values / Remarks
Port User, Network
Type ETH
Auto Negotiation Checked (enabled), Unchecked (disabled) Note: Disabled for fiber optic Ethernet interface.
Max Capability Advertised
Defines the maximum capabilities of the interfaceOnly applicable when Auto Negotiation is enabled10BASE-T half duplex mode, 10BASE-T full duplex mode,100BASE-TX half duplex mode, 100BASE-TX full duplex mode
Note : Working in half duplex mode is not optimal and might cause communication problems.Disabled for fiber optic Ethernet interface.
Default Type 10BASE-T half duplex mode, 10BASE-T full duplex mode,10BASE-TX half duplex mode, 10BASE-TX full duplex mode
Only applicable when autonegotiation is disabledRate Limit (Kbps) Disable, 256, 512, 1000, 2000, 4000, 8000, 16000, 32000, 64000
User Rate Limit Can be set if Rate Limit=Enable0100 Mbps
VLAN Tagging VLAN TaggingUnmodified, Tag, Double Tag, Untag
Default VLAN Default VLAN
Default VLAN Priority 0..7
For Rate Limit=16000: 2..7For Rate Limit=32000: 4..7For Rate Limit=64000: 6..7
When Auto Negotiation is disabled and Max Capability Advertised is differentfrom the capabilities of the LAN (i.e. Max Capability = 100Bas-T full duplex, whileLAN works in 10BaseT half duplex), NMS will disconnect.
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System Level 4-1
Chapter 4Performance Monitoring
4.1 System Level
At system level you can: Set polling interval View bundle statistics.
Setting the Polling IntervalRADview updates displayed statistical data by polling the IPmux11 at setintervals. The Polling Interval command allows you to set the number of secondsbetween polls.
To set the polling interval: Statistics > Polling Interval
The Polling Interval dialog box appears.
Figure 4-1. Polling Interval
Table 4-1. Polling Interval
Parameter Possible Values / Remarks
Polling Interval (sec) Number of seconds between polls
Polling Enable Selecting the checkbox enables polling when a Statistics dialog box is open.
After each poll, RADview automatically updates the information in the dialog box.
If polling is disabled, RADview does not automatically update a Statistics dialog box.
Polling is always enabled when a Statistics graph is open.
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Viewing Bundle StatisticsTo display Bundle Connection Statistics: Statistics > Bundle Connection Statistics...
The Bundle Statistics dialog box appears.
Figure 4-2. Bundle Statistics
Table 4-2. Bundle Connection Statistics
Parameter Possible Values / Remarks
Slot 1
CH 1Bundle No. 1
Bundle Name Bundle name for selected channel. Table will display one bundle name per line.
Admin. Status State of the linkDisconnected, Connected
Dest. Name Logical name or IP address of the destination IPmux11
Oper. Status Connected, Remote Fail, Local Fail, Disabled, Unavailable, Validation Fail
Sequence Errors Number of times frames were dropped because frames were received from thenetwork with SN fields not equal to the last SN + 1 (or 2).
Buffer Underflow Number of times frames were dropped because the receive buffer was in anunderrun state. The buffer enters underflow state when: Sequence errors occur
Flow underrun takes place due to PDV expiration An overflow condition occurs.
Buffer Overflow Number of times that frames were droopped because the receive buffer exceededthe maximum allowed depth.
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Viewing Bundle Current Statistics
To view the Bundle Current Table: From the Bundle Statistics table (Figure 4-2), click < Bundle Current
Statistics >.
The Bundle Current Statistics dialog box appears.
Figure 4-3. Bundle Current Statistics
Table 4-3. Bundle Current Statistics Parameters
Parameter Remarks
Bundle No. For E1: 1 to 496
For T1: 1 to 384Bundle Name Bundle name for selected channel
Time Elapsed (sec) Amount of time that has passed since the beginning of the current 15-minuteinterval 0..899
Sequence Errors Number of times frames were dropped because frames were received from thenetwork with SN fields not equal to the last SN + 1 (or 2).
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Table 4-3. Bundle Current Statistics Parameters (Cont.)
Parameter Remarks
Buffer Underflow Number of times frames were dropped because the receive buffer was in anunderrun state. The buffer enters underflow state when: Sequence errors occur Flow underrun takes place due to PDV expiration An overflow condition occurs
Buffer Overflow Number of timesthat frames were droopped because the receive buffer exceededthe maximum allowed depth
Max. Delay Variation(10 sec)
Maximum size of the buffer (in 10s of sec) in the selected interval
Viewing Intervals StatisticsIf more than one measurement interval has passed since the IPmux startup orreset, you can view a selected 15-minute interval or cumulative totals of the datafrom the previous 24 hours in a graph or a table.
Statistics from previous intervals for an E1/T1 port can be viewed in list or graphform.
To view a list of statistics from previous intervals: From the Bundle Statistics Table (Figure 4-2), click < Bundle Intervals
Statistics >.
The Bundle Intervals Statistics dialog box appears.
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Figure 4-4. Bundle Intervals Statistics
The Bundle Intervals Data parameters are the same as the Bundle Current DataParameters (Table 4-3) with the addition of information regarding Interval No. andits duration.
4.2 Port Level
At system level you can: View E1/T1 statistics.
Viewing E1/T1 Statistics
Viewing Current Statistics
Statistics for an E1/T1 port can be viewed in list or graph form.
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To view a list of current error statistics for an E1/T1 port:
1. Click an E1/T1 port.
2. Statistics > Current ...The Port Current Statistics dialog box appears.
Figure 4-5. Port Current Statistics
Table 4-4. Port Current Statistics Parameters E1/T1
Parameter Remarks
Slot 1Port E1, T1
Current Data Each parameter displays the number of seconds of that particular type of errorencountered by the E1/T1 interface during the current 15-minute interval
Time Elapsed(sec)
Amount of time that has passed since the beginning of the current 15-minute interval 0 to 899
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Table 4-4. Port Current Statistics Parameters E1/T1 (Cont.)
Parameter Remarks
LOS Loss of Signal failureSync. LED turns off during LOS
For T1:Upon observing 192 contiguous pulse positions with no pulse of either positive ornegative polarity. (Signal is more than 30dB below nominal amplitude).
For E1:Upon observing 255 contiguous pulse positions with no pulse of either positive ornegative polarity.
LOF(RED alarm)
Loss of Frame, Local alarmSync. LED turns off during LOF
Declared when an OOF defect persists for 2.5 seconds and no AIS detect is present
OOF defect is the occurrence of a framing bits error
RAI Remote Alarm indication (also called YELLOW ALARM) An RAI pattern is received from the far end (user) when the far end framer enters a REDcondition (Loss Of Frame). In this condition, the sync. LED turns off
AIS Alarm Indication Signal received from userSync. LED blinks during AIS
For T1:Detected when an unframed "all 1" signal is received for 3 msec.
For E1:Detected when a string of 512 bits contains fewer than three zero bits.
LOMF Loss of Framing sequence in timeslot 16
Valid in E1 MF mode onlyFEBE Number of FEBE (Far End Back Failure) seconds
BES Bursty Errored Seconds(Errored second type B)
A count of seconds with 2 up to 319 CRC error events, without AIS or SEF (framing bitserrors) detection
Note : Displayed when Line Type is E1-CRC.
ES Errored Seconds A second containing one or mode of the following events:
CRC error event, SEF (OOF) event, or AIS
OOF defect is the occurrence of framing bits errorIf SES is also effective at the same time, ES will run for 10 seconds and stop
SES Severely Errored Seconds320 or more CRC error events, one or more SEF (OOF), or AIS. OOF defect is theoccurrence of framing bits error
UAS Unavailable SecondsNumber of seconds that the interface is unavailable. The system is unavailable after10 continuous SES.
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Table 4-4. Port Current Statistics Parameters E1/T1 (Cont.)
Parameter Remarks
DM Degraded Minutes A Degraded Minute is determined by collecting all of the Available Seconds, removingany Severely Errored Seconds and grouping the result in 60-second groups (1 minute).
A Degrated Minute is such a group that the cumulative errors during the seconds withinthe group exceed 1 10-6
LCV Line Code Violation
For T1:The sum of BPV and EXZ defects that occurred in a second.
BPV is the occurrence of a zero string greater than 15 (for AMI) or 7 (for B8ZS).
EXZ is the occurrence of a pulse of the same polarity as the previous pulse.
For E1:Count the number of code violations. (Two consecutive bipolar violations of the samepolarity).
AR Availability Ratio
ESR Errored Seconds Ratio
SESR Severely Errored Seconds Ratio
Viewing Intervals Statistics
If more than one measurement interval has passed since the IPmux startup orreset, you can view a selected 15-minute interval or cumulative totals of the datafrom the previous 24 hours in a graph or a table.
Statistics from previous intervals for an E1/T1 port can be viewed in list or graphform.
To view a list of statistics from previous intervals:
1. Click an E1/T1 port.
2. Statistics > Interval ...The Port Intervals Statistics dialog box appears.The results of the previous intervals are displayed in the Errors StatisticsIntervals table below.
If system is running less than fifteen minutes, the following message is displayed: System is up less than 15 min. No intervals data .
Note
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Figure 4-6. E1/T1 Intervals Data
The parameters for the Error Statistics Intervals Table are the same as for the ErrorStatistics Parameters E1/T1 (Table 4-4) with the addition of information regardingInterval No. and its duration.
Viewing Ethernet StatisticsTo view Ethernet interface statistics:
1. Click the User or Network Ethernet interface.
2. Statistics > Interface Statistics... The Ethernet Interface Statistics dialog box appears.
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Figure 4-7. Interface Statistics Dialog Box
Table 4-5. Interface Statistics Parameters
Parameter Possible Values / Remarks
Port User, Network
Type ETHReceived from Ethernet
Frames Number of correct frames received
Octets Number of octets received
Alignment Error Frames Number of frames received with alignment errors (for one LAN only)
FCS Error Frames Number of frames received with CRC errors (for one LAN only)
Oversize Frames Number of frames that are too long, and CRC is valid
Fragments Number of frames that are shorter than 64 bytes and have an invalid CRC
Jabber Number of frames that are too long and have an invalid CRC
Dropped Frames Number of dropped frames due to delivery problemsCRC Error Frames The number of good frames with invalid CRC
Transmitted to Ethernet
Frames Total number of frames successfully transmitted
Octets Total number of octets successfully transmitted
Collision Best estimate of the total number of collisions on Ethernet segment
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Overview 5-1
Chapter 5Configuring IPmux-11 for aTypical ApplicationThis chapter provides detailed instructions for setting up a typical application usingtwo IPmux units.
5.1 Overview
ApplicationThe section provides detailed instructions for configuring an IPmux-11 unitoperating opposite an IPmux-14 unit (see Figure 5-1).
IPmux-14 Adaptive Clock172.17.157.14
IPmux-11Loopback Clock172.17.157.11
PBXReceive Clock
PBXInternal Clock
E1E1
NetworkManagement
Station
EthernetSwitch
172.17.10.100
Figure 5-1. IPmux-11, IPmux-14 Units Operating Opposite Each Other
Guidelines for Configuring Typical ApplicationCertain guidelines are relevant to this application. In general, there are four basicconfiguration steps (described below) that need to be followed when deploying
any IPmux unit.1. IP Configuration Setting the device host IP address and the manager IP
address.
2. Physical layer configuration Setting the TDM parameters (line type, clocking,etc.) according to the application requirements and topology.
3. Creating a circuit via the Service Center.
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Table 5-1. Configuration Summary
Device E1 Parameters IP Parameters BundleParameters
Bundle Connection
IPmux-11 Transmit clock source:adaptive
Line type: Framed G.704CRC-4 enabled
CAS: disabled
Host IP address:172.17.157.11
Bundle 1Timeslots inbundle: 110
Bundle 1 of IPmux-11
IPmux-14 Transmit clock source:Loopback
Line type: Framed G.704CRC-4 enabled
CAS: disabled
Host IP address:172.17.157.14
Bundle 1Timeslots inbundle: 110
Bundle 1 of IPmux-14
5.2 Configuring IPmux-11, IPmux-14 Units
This section explains how to configure the IPmux units. The configurationprocedure is similar for both units, except for defining different host IP addresses,different clocking modes and different destination IP address for the bundleconnection.
Configuring the IP ParametersIP parameters are configured via the terminal application.
To configure the host IP parameters:
1. Display the Host IP menu (Configuration > System > Host IP ), and configurethe IP address and mask of the host:
IPmux-11 host IP address 172.17.157.11
IPmux-14 (B) host IP address 172.17.157.14
2. Save the changes.
Configuration>System>Host IP
1. IP address ... (172.17.157.11)
2. IP mask ... (255.255.255.0)
3. Default gateway ... (0.0.0.0)4. DHCP (Disable)
5. DHCP Status >
>
Please select item ESC-prev.menu; !-main menu; &-exit 1 Mngr/s
Figure 5-2. Configuring Host IP Parameters for IPmux-11
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Configuring Manager ListTo configure the manager list:1. Display the Manager List menu (Configuration > System > Management >
Manager list ), and enter IP parameters for the network manager station:NMS IP address 172.17.10.100
Manager location Network-Eth1.2. Save the changes.
Configuration>System>Management>Manager list
1. Manager IP address ... (172.17.10.100)
2. Manager location > (Network-Eth1)
3. Link up/down trap (Disable)
4. Alarm trap (Disable)
5. VLAN tagging (Disable)>
Please select item ESC-prev.menu; !-main menu; &-exit 1 Mngr/s
Figure 5-3. Configuring Network Manager
5.3 Creating Circuits
In the Service Center application, circuits can be created for Mesh and NormalServices. Both processes are outlined below.
Creating Mesh Service Circuit
Figure 5-4. Mesh Services Map
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Defining E1 Parameters
To configure E1 parameters for the source IPmux-11:
1. Double click on the desired IPmux-11 source (172.17.157.11) in the MeshServices Map (Figure 5-4).
The Element Manager appears.
Figure 5-5. IPmux-11 Element Manager
2. Select CH1.
3. From the Configuration menu, select Parameters ...The Interface Parameters dialog box appears ( Figure 5-6).
4. Select the following parameters:Transmit Clock Source= Adaptive
Line Type = Framed-CRC.
5. Click < Set>.
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Figure 5-6. IPmux-11 E1 Interface Parameters
To configure E1 parameters for the destination IPmux-14:
1. Double click on the desired IPmux-11 destination (172.17.157.11) in theMesh Services Map (Figure 5-4).
The Element Manager appears.
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Figure 5-7. IPmux-14 Element Manager
2. Select CH1.
3. From the Configuration menu, select Parameters ...The Interface Parameters dialog box appears ( Figure 5-8).
4. Select the following parameters:Transmit Clock Source = Loopback
Line Type = Framed-CRC.
5. Click < Set>.
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Creating Circuits 5-7
Figure 5-8. IPmux-14 E1 Interface Parameters
Creating Circuit
To create a circuit between IPmux-11 (172.12.157.11) and IPmux-14(172.17.157.14):
1. On the Services Map, select the source for the circuit. In this example it is the
IPmux-11 (172.17.157.11).2. While holding down the CTRL key, right click and drag a line between the
source IPmux-11 (172.12.157.11) and destination IPmux-14 (172.17.157.14).The Manual Circuit Configuration dialog box appears.
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Figure 5-9. Manual Circuit Dialog Box General Parameters Tab
3. Click on the General Tab ( Figure 5-9) and configure the following parameters:Connection Type = E1
Connection Bandwidth = 10xTs.
4. Click on the Primary Circuit Tab (Figure 5-9) and configure the followingparameters:
Line Type = Framed-CRC
TDM Bytes in Frame = 48
OAM Connectivity = Enabled (checked).
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Figure 5-10. Manual Circuit Dialog Box Primary Circuit Tab
5. Click on the EP Param Tab (Figure 5-11) and configure the followingparameters:
Jitter Buffer = 500
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Figure 5-11. Manual Circuit Dialog Box EP Param Tab
Save Circuit Parameter Settings
To save parameter settings: In the Manual Circuit Dialog Box, click .
A message appears asking you if you want to create another circuit. Click< No>. The circuit is created and appears on the Mesh Services Map.
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Figure 5-12. Mesh Services Map with Circuit between IPmux-11 and IPmux-14
Displaying Circuit Parameters
To display circuit parameters:
1. Click on the link in the Services Map (Figure 5-12).
2. Right click and select Circuit List The Circuit List appears.
Figure 5-13. Circuit List
3. Click < Parameters >The Manual Circuit Parameters dialog box appears.
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Creating Normal Service CircuitNormal Services have Branch and Central Sites. Double-clicking on the Branchand Central Sites opens the site windows. In our example, IPmux-11 is located inthe central site and IPmux-14 is located in the branch site.
Figure 5-14. Normal Services Map
Defining E1 Parameters
To configure E1 parameters for the source IPmux-11:
1. Double click on the desired IPmux-11 source (172.17.157.11) in the CentralSite (Figure 5-14).
The Element Manager appears.
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Figure 5-15. IPmux-11 Element Manager
2. Select CH1.3. From the Configuration menu, select Parameters ...
The Interface Parameters dialog box appears ( Figure 5-6).
4. Select the following parameters:Transmit Clock Source = Adaptive
Line Type = Framed-CRC.
5. Click < Set>.
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Figure 5-16. IPmux-11 E1 Interface Parameters
To configure E1 parameters for the destination IPmux-14:
1. Double click on the desired IPmux-11 source (172.17.157.11) in the BranchSite (Figure 5-14).
The Element Manager appears.
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Figure 5-17. IPmux-14 Element Manager
2. Select CH1.
3. From the Configuration menu, select Parameters ...The Interface Parameters dialog box appears ( Figure 5-8).
4. Select the following parameters:Transmit Clock Source = Loopback
Line Type = Framed-CRC.
5. Click < Set>.
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Figure 5-18. IPmux-14 E1 Interface Parameters
Creating Circuit
To create a circuit between the IPmux-11 (172.12.157.11) and the IPmux-14(172.17.157.14):
1. On the Central Site, select the source for the circuit. In this example it is the
IPmux-11 (172.17.157.11).2. While holding down the CTRL key, right click the mouse and drag a line
between the source IPmux-11 (172.12.157.11) and destination IPmux-14(172.17.157.14) (located in Branch Site).
A circuit is created between the two sites and appears with a dotted line.
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Creating Circuits 5-17
Figure 5-19. Normal Services Circuit Creation
To configure circuit parameters:
1. Select the circuit by clicking on its line in the Normal Services Map.
2. Right click and select Circuit List The Circuit List dialog box appears.
Figure 5-20. Circuit List
3. Click < Create >.The Manual Circuit Configuration dialog box appears.
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5-18 Creating Circuits
Figure 5-21. Manual Circuit Dialog Box General Parameters Tab
4. Click on the General Tab ( Figure 5-21) and configure the following parameters:Connection Type = E1
Connection Bandwidth = 10xTs
5. Click on the Primary Circuit Tab (Figure 5-22) and configure the followingparameters:
Line Type = Framed-CRC
TDM Bytes in Frame = 48
OAM Connectivity = Enabled (checked)
6. Select Central and Branch Sites
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Creating Circuits 5-19
Figure 5-22. Manual Circuit Dialog Box Primary Circuit Tab
7. Click on the EP Param Tab (Figure 5-23) and configure the followingparameters:
Jitter Buffer = 500.
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5-20 Creating Circuits
Figure 5-23. Manual Circuit Dialog Box EP Param Tab
Save Circuit Parameter Settings
To save parameter settings: In the Manual Circuit Dialog Box, click .
A message appears asking you if you want to create another circuit. Click< No>. The circuit is created and appears on the Normal Services Map.
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Creating Circuits 5-21
Figure 5-24. Normal Service with Circuit
Displaying Circuit ParametersTo display circuit parameters:
1. Click on the link in the Services Map (Figure 5-24).
2. Right click and select Circuit List The Circuit List appears.
Figure 5-25. Circuit List
3. Click < Parameters >The Manual Circuit Parameters dialog box appears.
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