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IPmux-14 - RADProductsOnline

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1. Security 5 1 UNIX users and permissions 5 2 Security Management 5 1 Self Test Results viewing 7 6 Serial Port configuring 3 4 Statistics bundle 6 2 Ethernet 6 10 System clocks configuring 3 10 System Commands resetting Agent 3 30 User s Manual default configuration 3 30 System Information configuring 3 3 System level menu options Agent mode 2 7 System Level Operations 2 7 System management options Agent mode 2 7 System Management Options 2 7 System Parameters configuring 3 2 T Telnet Access 5 1 Traps masking 7 1 Typical Applications configuration sequence 4 4 configuring 4 1 IPmux 11 and IPmux 14 Units 4 2 connecting IPmux 11 to the NMS 4 3 creating circuits 4 5 U User interface 2 4 Vy VLAN configuring parameters 3 12 W Web Access 5 1 RADview SC TDMolIP IPmux 14
2. i Retresh Ready m Figure 3 9 Static MAC Table Dialog Box Table 3 7 Static MAC Table Parameters Parameter Possible Values Remarks VLAN ID 1 4094 MAC Address The destination MAC address in a frame to which this entry s filtering information applies Received Bridge Port The port number of the port from which a frame must be received in order for this entry s filtering information to apply User1 User2 Network You have the following options e Add Add a new entry to the table e Remove Remove an entry to the table e Remove All Remove an entry to the table 3 14 Setting the System Parameters RADview SC TDMoIP IPmux 14 User s Manual Chapter 3 Configuration Management gt To add a new entry 1 Click Add The Static MAC Table Add Entry dialog box appears see Figure 3 10 2 Configure the desired parameters The Add Entry parameters are the same as the parameters for the Static Mac Table see Table 3 7 3 Click Apply The new entry is added to the table 4 Click Close The Add Entry dialog closes and the Static MAC Table dialog box displays the updated table zw Static MAC Table Add Entry x Received Bridge Port VLAN ID MAC Address 00 00 00 00 00 00 Apply Close EE Rt Iv Figure 3 10 Static MAC Table Add Entry Dialog Box gt To remove entries 1 Select the rows of entries you wish to remove from the table 2 Click Remove A confirmation message appe
3. RADview SC TDMolIP IPmux 14 User s Manual Chapter 3 Configuration Management gt Toremove all selected timeslots from the selected bundle Note e Click lt Clear All gt You cannot edit a bundle that has already been used to define a connection in the Bundle Connection Table Figure 3 18 To edit such a bundle first delete the bundle from the Bundle Connection Table Figure 3 18 and then return to the Bundle Table to select new parameters Managing Bundle Connections Bundles are groups of timeslots The Bundle Connection Table command displays the detailed technical parameters of each bundle in the system Although you can use the Element Manager to view the bundle connections and to remove them complete management of bundle connections is accomplished using the Service Center map For information on managing bundle connections using the Service Center map refer to Chapter 5 of the RADview SC TDMoIP System Manual Creating Bundle Connections For information on creating and managing bundle connections using the Service Center map refer to Chapter 5 of the RADview SC TDMoIP System Manual For examples see Creating Circuits in this manual Removing Bundle Connections For information on removing bundle connections using the Service Center map refer to Chapter 5 of the RADview SC TDMOoIP System Manual In cases where a circuit is broken you may use the Bundle Connection Table to manually remove a bundle connection
4. gt To display the bundle connection table e Select Configuration gt Bundle Connection Table The Bundle Connection Table appears RADview SC TDMolIP IPmux 14 Setting the Operational Parameters 3 25 Chapter 3 Configuration Management User s Manual 94 87 Bundle Connection Table Channel Bundle Oper Dest Dest Jitter Buffer TOM Bytes eee reed icis ERE ane tens of usec fo Remove Close Refresh Ready E Figure 3 17 Bundle Connection Table left side VLAN VLAN OAM Bundle PSN Type Connection Outbound Outbound Outbound Inbound Inbound ID Priority Connectivity Throughput YP Mode Label Tagging Tunnel Label Exp Bits Label Tagging Tunnel Label Figure 3 18 Bundle Connection Table right side 3 26 Setting the Operational Parameters RADview SC TDMoIP IPmux 14 User s Manual Chapter 3 Configuration Management Table 3 12 Bundle Connection Table Parameters Parameter Possible Values Remarks Slot No 1 Channel No 1 4 Bundle No 1 31 Note A maximum of 16 bundles is allowed Bundle Name Bundle name of the selected channel The Table displays one bundle name per line Admin Status Connected Disconnected Frames will not be sent through this channel Oper Status Connected Disabled Remote Fail Local Fail Unavailable Validation Fail Standby Sequence Error Buffer Underflow Buffer Overflow Dest Name Logical name or IP address of t
5. 2 Click OK to confirm reset of the default configuration The default configuration replaces the current configuration Default Configuration Ed AN RESETTING AGENT CONFIGURATION Current configuration will be lost j Cancel Figure 3 21 Default Configuration Dialog Box Polling the Agent RADview periodically and automatically reads polls IPmux 14 variables You can force RADview to immediately poll the Agent and update the display by polling IPmux 14 manually The Poll Agent command is useful if you configure the device NOT to perform periodic polling of the Agent gt To poll the agent e Select Configuration gt System Commands gt Poll Agent RADview polls IPmux 14 and updates any displayed information Resetting IPmux 14 The Reset command enables you to reset the Agent s hardware to re initialize the main board CPU of the IPmux 14 unit Use this command to reset IPmux 14 in the unlikely event that the device is unresponsive has locked up or is behaving erratically gt To reset IPmux 14 1 Select Configuration gt System Commands gt Reset A confirmation message appears Figure 3 22 2 Click lt OK gt to confirm The Agent s hardware resets the IPmux 14 unit is re initialized and its active software is decompressed and loaded into the RAM 3 30 Additional Tasks RADview SC TDMolIP IPmux 14 User s Manual Chapter 3 Configuration Management zx pec eme Figure 3 22 Reset Ag
6. Ready g Figure 7 5 Self Test Results 7 6 Monitoring Object Status RADview SC TDMOoIP IPmux 14 User s Manual Parameter Port Type Current Loopback Loopback Chapter 7 Fault Management 7 2 Performing Loopback Tests The Loopback diagnostics command enables you run loop tests on an E1 or T1 port to troubleshoot data loss on a link and locate where the data is being lost in order to correct the problem To initiate a loopback test for an E1 T1 interface 1 Click an E1 T1 port 2 Select Diagnostics gt Loopback The Interface Loopback dialog box appears Figure 7 6 3 Set the desired loopback test and click Set The loopback test is performed 172 17 157 11 Interface Loopback x Port CHI Type E1 CurrentLoopback Disable Loopback Disable Cancel Refresh jm Figure 7 6 Interface Loopback State Dialog Box Table 7 4 Interface Loopback Parameters Possible Values Remarks Port number of the interface E1 T1 Current loopback status Internal External Disable Type of loopback test Internal External Disable RADview SC TDMoIP IPmux 14 Performing Loopback Tests 7 7 Chapter 7 Fault Management User s Manual 7 8 Performing Loopback Tests RADview SC TDMoIP IPmux 14 Index A Agent resetting IPmux 14 3 30 Agent mode system level menu options 2 7 Alarms active viewing 7 3 B Bundle Connections managing
7. 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 The number of code violations Two consecutive bipolar violations of the same polarity 6 7 Viewing Port Intervals Statistics RADview can display Intervals Statistics information and graphs that aggregate the statistics over 15 minute intervals The Interval statistics command displays intervals statistics for the selected E1 or T1 port in both table and graph formats This information is useful for assessing quality of service for network troubleshooting and planning purposes To view a list of statistics from previous intervals 1 Click an E1 T1 port 2 Select Statistics gt Interval The Port Intervals Statistics dialog box appears The results of the previous intervals are displayed in the Port Intervals Statistics table below the graph e f system is running less than fifteen minutes the following message is displayed System is up less than 15 min No intervals data e After 900 or more Unavailable Seconds the Ratios AR ESR and SESR display 0 Viewing Port Intervals Statistics RADview SC TDMoIP IPmux 14 User s Manual Chapter 6 Performance Management 2 Port Intervals Statistics E EP xj Slot t z z z I Port cnt Type E1 Number of Intervals 2 o Eaa 11 51 12 06 12 21 Intervals Ending Tim
8. For additional details on launching and using RADview please refer to the RADview SC TDMoIP User s Manual To open the IPmux 14 Element Manager from the SNMPc Management Console window PC version e Double click the IPmux 14 icon located in the map view The RADview IPmux 14 Element Manager window appears To open the IPmux 14 Element Manager from the EMS HPOV window Unix version e Select the IPmux 14 icon located in the map view and then click the zoom icon Lr The RADview IPmux 14 Element Manager window appears RADview SC TDMoIP IPmux 14 Launching RADview IPmux 14 2 3 Chapter 2 Installation and Setup User s Manual 2 4 Using the GUI 40 109 VL222 E1 Connected ni x Configuration Fault Diagnostics Statistics Options Help Interface Name Interface Type Connector Type IPMUX 14 ETH Figure 2 3 Element Manager IPmux 14 The RADview IPmux 14 Element Manager window provides a dynamically updated representation of the IPmux 14 network element allowing you to monitor and manage the IPmux 14 device The Element Manager window displays the device hardware configuration represented as a list of rows showing the existing slots and ports IPmux 14 is managed by selecting a row and then selecting the desired function from the menus In many cases this will open a sub window or dialog box allowing further selection and manipulation The status of each port is indicated by the background
9. Table of Contents User s Manual 4 3 4 4 Configuration SEQUENCE P 4 4 Creating CMU M NKEA 4 5 Creating a Mesh Service ORCI eic qusc oi Queda U Lo aides On Qo Vim EUM UM DIA I RN E RAA 4 5 Creating a Normal Service CMC UI uaseicunicdsticide subeunt ani otia bi Du Cup cu de GR MEE 4 14 Chapter 5 Security Management 5 1 5 2 Setting Management Access AUthorizatiorisus seid nik etaed nove iru pla ci niae Len bius 5 1 Unix sers ond POHTISSIQDS srr saben estes Ubi nes EnEn E EU E AEE A ESE 5 2 Chapter 6 Performance Management 6 1 6 2 6 3 6 4 6 5 6 6 6 7 6 8 Htoductione EE TEE EE Em 6 1 Setting the Polling Intervall sss au Yi AS RRANE S t UR PIANI Mae NUT RA V ia OMM ERN D MM auiii 6 1 Viewing B ndle Statistics sce gati ie pian uud ena te sU aO MONA SER DEED AU AI dup IR o EE Ee eiis 6 2 Viewing Bundle Current Statlst lbs uie trice rata EE Re pa LE QU RARu a dh Ue REPRE R NE ERO t URN RUE 6 3 Viewing Bundle Intervals Statistics uu e repe i tia tedio tnt sold t ita aon ia Pia RAN UR RURSUS 6 5 Viewing E1 T1 Port Current Statistics ud sesercrntde rd neret Eta aha ebtusa oun diu ato issa 6 6 Viewing Port Intervals Statistics oso a EOM RR RA EUER FINA IURI M ERU AR EUER DARREN EPUR OE RUA 6 8 Viewing Ethernet Port Statistics o cas cocu as ret rose EAD Sed OH RAD URN Ou Ra IKE RDUM GRELS ndi Ee RA DUE 6 10 Chapter 7 Fault Management 7 1 7 2 Monitoring Object St
10. gt VLAN Configuration The VLAN Configuration dialog box appears Table 3 6 lists the VLAN Configuration parameters 172 17 157 11_Source VLAN Configuration m x Network User 1 User 2 VLAN Name Port Port Port Bundle Manager VLAM 1 Iv a E Change Remove Close Refresh Ready m Figure 3 8 VLAN Configuration Dialog Box Table 3 6 VLAN Configuration Parameters Parameter Possible Values Remarks VLAN ID 1 4094 VLAN Name The name of the VLAN Network Port Yes No User 1 Port Yes No User 2 Port Yes No Bundle No 1 64 Manager No IP Address 3 12 Setting the System Parameters RADview SC TDMoIP IPmux 14 User s Manual Note Note Chapter 3 Configuration Management You have the following options e Add Add a new VLAN e Change Change parameters of a VLAN e Remove Remove a VLAN e Close Apply VLAN Parameters and close the dialog box e Refresh Poll the device and display the latest values in the dialog box To add a new VLAN 1 Click Add The Add VLAN dialog appears 2 Configure the desired parameters 3 Click Set The VLAN is added and the screen is refreshed e The Add button will be disabled if there are already 16 VLANs in the table e The VLAN ID must be different from any already in the table To change parameters of a VLAN 1 Click the row of a VLAN to select it 2 Click Change The Change VLAN dialog appears 3 Configure the desire
11. 3 25 Bundles bundle connection table 3 25 configuring 3 23 removing 3 28 viewing current table 6 3 intervals table 6 5 statistics 6 2 ico Clocks system configuring 3 10 Configuration Management 3 1 D Default Configuration resetting 3 30 Device 1 1 E E1 T1 parameters configuring 3 18 statistics viewing current 6 6 intervals 6 8 Element Manager 2 4 Ethernet interface information displaying 3 29 parameters RADview SC TDMolIP IPmux 14 configuring 3 21 statistics viewing 6 10 mp Fault Management 7 1 FCAPS model 1 2 H History Log clearing 7 5 viewing 7 4 xp Installation and Setup 2 1 Introduction 1 1 IPmux 14 Introduction 1 1 p LAN Table deleting 3 17 Loopback Tests performing 7 7 M MAC Table configuring 3 14 deleting 3 17 Management configuration 2 1 3 1 connecting to the NMS 2 3 fault 7 1 functions 1 2 options 1 1 performance 6 1 security 5 1 setting access authorizations 5 1 Manager List 3 6 Masking Traps 7 1 Menu Options system level Agent mode 2 7 p Performance Management 6 1 Polling Interval setting 6 1 Polling the Agent 3 30 Index Port Level Management Options 2 8 Port Level Menu Options IPmux 14 2 8 Q QoS configuring 3 16 Quality of Service configuring 3 16 R RADview launching 2 3 RADview using 2 4 Rate Limitation see QoS configuring 3 16 Resetting Agent 3 30
12. 4 22 Manual Circuit Dialog Box Primary Circuit Tab RADview SC TDMOIP IPmux 14 Creating Circuits 4 21 Chapter 4 Configuring 7 T Manual Circuit Configuration Typical Applications User s Manual Click on the EP Param tab Figure 4 23 and configure the following parameters Jitter Buffer 500 Genera Node Node Mng IP Rdn Channel Bundle CBID HostIP MostiP Mask Nest Hop VLAN Tagging VLAN ID VLAN Priority Jitter Buffer 10x usec TOS Adapttra Clock Source 608 Payload Suppression M Source ui Destination 0000000000000 7 17247 157 11 Sourte 17217157 14 Destination a mn one fore m cet cott uesa mre yj Mapia 1 Jipundieo 33 Ipundilec m x ess a PRO 47247 157 11 17247 457 14 IT CETT r ES 2 Zo OS R ll 42 p dR a i i Figure 4 23 Manual Circuit Dialog Box EP Param Tab Saving the Circuit Parameters gt To save the circuit parameters 1 2 In the Manual Circuit Dialog Box click lt Set gt 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 4 22 Creating Circuits RADview SC TDMolIP IPmux 14 User s Manual Chapter 4 Configuring Typical Applications 172 18 159 35 Normal Service n Configuration View Help Figure 4 24 Normal Service with Circuit Displayi
13. Connection Table Bundle Connection Table See Configuring Bundles Configuration Bundle Bundle ConnectionTable Configuring VLAN Parameters Configuring the Static MAC Table Configuring Quality of Service Rate Limitation Configuring the System Clocks Deleting LAN table Restoring default configuration VLAN Configuration dialog box See Configuring VLAN Parameters Static MAC Table dialog box See Configuring the Static MAC Table Rate Limitation dialog box See Configuring Quality of Service Rate Limitation System Clocks dialog box See Configuring the System Clocks Delete LAN Table dialog box See Deleting LAN Table Default Configuration dialog box See Resetting IPmux 14 to the Default Configuration Configuration VLAN Configuration Configuration we MAC Table Configuration we QoS w Rate Limitation Configuration w Clocks Configuration System Commands we Delete LAN Table Configuration System Commands we Default Configuration Resetting the IPmux 14 device Reset Agent dialog box See Resetting IPmux 14 Configuration we System Commands w Reset Polling the Agent See Polling the Agent Configuration we System Commands Poll Agent Tasks Fault Dialog Box and Parameter Path Location Viewing active alarms Active Alarm List Fault See Viewing Active Alarms we Alarms Viewing the history log System Log Buffer Fault See Viewing the History Log gt History
14. Intervals 3 Legend Sequence Errors sec Mibuffer Underflow sec Buffer Underflow sec Wimax Delay Variation 10 usec Min Jitter Buffer Level msec Max Jitter Buffer Level msec 12 45 Intervals Ending Time For a different View click on the Legend Sequence Buffer Buffer Max Delay Min Jitter Max Jitter Errors Underflow Overflow Variation Buffer Level Buffer Level sec sec sec 10 usec msec msec E 10 33 to next polling Figure 6 4 Bundle Intervals Statistics The Bundle Intervals Data parameters are the same as the Bundle Current Data Parameters Table 6 3 with the addition of information regarding Interval No and its duration 6 6 Viewing E1 T1 Port Current Statistics The Current statistics command enables you to view current statistics for the selected E1 or T1 port Statistics are displayed in both table and graph forms This information is useful for assessing quality of service for network troubleshooting and planning purposes gt To view a list of current error statistics for an E1 T1 port 1 Click an E1 T1 port 2 Select Statistics gt Current The Port Current Statistics dialog box appears 6 6 Viewing E1 T1 Port Current Statistics RADview SC TDMoIP IPmux 14 User s Manual Parameter Slot Port Type Current Data Chapter 6 Performance Management z 2 Port Current Statistics
15. Log gt ist Clearing the history log See Clearing the History Log Fault gt History Log Clear Viewing self test results Self Test Results dialog box Diagnostics RADview SC TDMolIP IPmux 14 Using the GUI 2 7 Chapter 2 Installation and Setup Tasks Configuration Tasks Options Establishing link between IPmux 14 and manager Dialog Box and Parameter Location See Viewing Self Test Results Dialog Box and Parameter Location Manager List dialog box See Maintaining Manager List User s Manual Path e Self Test Results Path Options gt Manager List Masking traps Masking Traps dialog box Options See Masking Traps gt Masking Traps Setting Telnet and Web Access Access dialog box Options See Enabling or Disabling Telnet and ACCESS Web Access Tasks Statistics Dialog Box and Parameter Path Location Setting polling interval Polling Interval dialog box Statistics See Setting the Polling Interval Polling Interval Viewing bundle statistics Port Level Menu Options Bundle Statistics dialog box See Viewing Bundle Statistics Statistics Bundle Statistics The following tables list the RADview tasks that are available on the port level Tasks Configuration Viewing Interface Information for Ethernet only Configuring port parameters Table 2 5 Port Level Management Options Dialog Box and Parameter Location Interface Information dialog box See Viewing Ethern
16. QI DU dU UU LUN SIM AEE aaia 3 4 Maintaining the Manager List uuceeteanidui vic idecdekaburtuc Kun ninian Ui de i irc ARAA EE an 3 6 Configuring the Systemi ClogkSssciisicsiisinsir nm 3 10 Config ring VLAN uci femp P PN Hem 3 12 Configuring the Static MAC Table 4 aadntasa cei dieci daos aibnies dieit qid ds denda 3 14 Configuring Quality of Service Rate Limitation sese 3 16 Deleting the LAN Table auis data id dea auta a Re bit d id Ga Rap ME dodi ues Maud 3 17 3 2 Setting the Operational Pala Melers nen eocucdiasvis xd haa ope ttd sb Or rains 3 18 Configuring IPmux T4 Ports at the Physical Layer 2i ec nnanui cnini t cba catal 3 18 Assigning Tirmeslots to Bundles diac dicen ca t id t dien aei id dde bal dud tua dc dead 3 23 Managing Burne CoMmmectiOns D X 3 25 3 3 Additional c 3 29 Displaying Ethernet Interface Information eene 3 29 Resetting IPmux 14 to the Default ConfiguratiOfi uic natia iata tne meti ead hear nent 3 30 Polling the ACSIA P 3 30 RESCUING PMU TA re EM 3 30 Chapter 4 Configuring Typical Applications 4 1 Configuring the IPmux 11 and IPmux 14 Us ais nti enitn Dre c Seta Sent 4 2 Configuring the Host IP Parameters siasi rsisi kinas na d SINN RA Rc dXX seas 4 2 Configuring the Manager LISE tsar abi acceso tublatn kei ati edebant ndun tid 4 3 4 2 Connecting IPmux 14 to the Management Station eese 4 3 RADview SC TDMolIP IPmux 14 i
17. Resetting IPmux 14 RADview SC TDMoIP IPmux 14 User s Manual Operation Security e Telnet and Web Access Peformance e Setting the Polling Interval e Viewing Bundle Statistics e Viewing Bundle Current Statistics e Viewing Bundle Intervals Statistics Chapter 1 Introduction Location in User s Manual Chapter 5 Chapter 6 e Viewing E1 T1 Current Port Statistics e Viewing Port Intervals Statistics e Viewing Ethernet Port Statistics Fault e Masking Traps e Viewing Active Alarms e Viewing the History Log e Clearing the History Log e Viewing Self Test Results e Performing Loopback Tests RADview SC TDMoIP IPmux 14 Chapter 7 RADview SC TDMOoIP IPmux 14 Overview 1 3 Chapter 1 Introduction User s Manual 1 4 RADview SC TDMOoIP IPmux 14 Overview RADview SC TDMoIP IPmux 14 Chapter 2 Installation and Setup This chapter describes how to configure IPmux 14 for management and connect it to the management station and includes the following sections e Pre configuring IPmux 14 for network management Configuring the IP parameters Configuring the manager list e Connecting IPmux 14 to the management station e launching RADview IPmux 14 element manager e Using the GUI Selecting the device or a port Status Indicators Common dialog buttons System level menu options Port level menu options 2 1 Pre configuring IPmux 14 for Network Management To remotely administer IPmux via a network
18. Select Configuration gt Interface Info The Interface Information table appears 172 17 157 11 Interface Information Port Network Type ETH Mac Address Mode Full Duplex Rate Mbps 100 Status Connected Close l Ready m Figure 3 20 Interface Information Network User Port Table 3 13 Interface Information Table Parameters Possible Values Remarks NETWORK USER ETH MAC Address Transmission mode Full Duplex Half Duplex Transmission rate 10 100 Status of the link Connected Not Connected According to wavelength and laser mode 1300nmSM or 1300nm single mode multimode Note Only for fiber optic Ethernet interface RADview SC TDMolIP IPmux 14 Additional Tasks 3 29 Chapter 3 Configuration Management User s Manual Resetting IPmux 14 to the Default Configuration The Default Configuration command enables you to reset the Agent s configuration back to the factory defaults Use this command when you wish to reconfigure all of the parameters from a clean starting point This is useful when IPmux 14 s current configuration is completely unsatisfactory such as when moving a device to another site or if the configuration database has become corrupted or the device s software has been upgraded gt Toset the selected IPmux 14 to the default configuration 1 Select Configuration gt System Commands gt Default Configuration A confirmation message appears Figure 3 21
19. TX Full Duplex Mode Rate Limit VLAN Tagging Junmoditied w Default VLAM Default VLAN Priority Set Cancel Refresh Ready ja Figure 3 15 Interface Parameters Dialog Box Network User Port Table 3 10 Ethernet Interface Parameters Possible Values Remarks User Network ETH Checked enabled Unchecked disabled Note Disabled for fiber optic Ethernet interface Defines the maximum capabilities of the interface Only applicable when autonegotiation is enabled 10BASE 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 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 disabled Rate Limit Kbps Disable 256 512 1000 2000 4000 8000 16000 20000 32000 40000 64000 80000 Note e The Rate Limit parameter is read only e 2000 40000 and 80000 are only available for the Network Port e 32000 and 64000 are only available for the User Port 3 22 Setting the Operational Parameters RADview SC TDMoIP IPmux 14 User s Manual Chapter 3 Configuration Management Parameter Possible Values Remarks VLAN Tagging VLAN Tagging Unmodified Tag Double Tag Untag Note e Double Tag is not available for the Net
20. color of its row according to the following table Table 2 1 Element Manager Port Status Colors Row Color Status White Gray Normal Purple Fail Blue Test Each row in the Element Manager window contains three columns e The Object column Interface Name represents the system or slot object e The Interface Type column represents the type of interface port installed in this slot e The Connector Type column represents the type of physical connector on this port 2 4 Using the GUI RADview SC TDMoIP IPmux 14 User s Manual Chapter 2 Installation and Setup Selecting the Device or a Port By selecting a row you can manipulate or manage the selected system or port When selected a light blue frame is displayed around the selected window and the background color of the selected row is dark gray Only one row can be selected at a time There are two IPmux 14 user interface object levels e System whole device contains all of the parameters and functions that are common to the whole device e Port contains all of the parameters and functions of the selected port gt To select the entire device system e In the Element Manager window click the System row gt To select a port e In the Element Manager window click the row of the desired port Status Indicators At the top of the window the title bar displays element name status where status is either Connected or Disconnected accordin
21. per line Desired state of the link Disconnected Connected Oper Status Dest Name Actual state of the link Connected Remote Fail Local Fail Disabled Unavailable Validation Fail Sequence Error Buffer Underflow Buffer Overflow Logical name or IP address of the destination IPmux Sequence Errors sec Buffer Underflow sec Buffer Overflow sec PSN Sequence Errors Number of seconds that the sequence number of an incoming frame caused a transition from the sync state to the out of sequence state Out of sequence frames are dropped because the frames were received from the network with Sequence Numbers not equal to the last Sequence Number 1 or 2 Number of seconds that the receive Eth to TDM buffer underflowed When a continuous underflow is caused by a loss of frame flow a single buffer underflow is counted A buffer undeflow indicates that frames were dropped because the receive buffer was in an underrun state The buffer enters underflow state when e Sequence errors occur e Flow underrun takes place due to PDV expiration e An overflow condition occurs Number of seconds that the receive Eth to TDM buffer overflowed A buffer overflow indicates that frames were dropped because the receive buffer exceeded the maximum allowed depth Number of times that the sequence number of an incoming frame indicated Loss of Frame or that Out of Order occurred in the PSN PSN Reordered frames 6
22. the Manager List 1 Select an entry in the Manager List and click lt Change gt The Change Manager dialog box appears Figure 3 6 2 Change the desired parameters 3 Click lt Set gt to implement the changes Change Manager Host Name Manager IP Address Access Ports VLAN VLAN Tagging No El LAN II 4 hl ion E Mask Traps None Link UpiLink Down M Alarm Status Iv di Set Cancel a eS ean Figure 3 6 Change Manager Dialog Box gt To remove an entry from the Manager List 1 Select a row from the Manager List Figure 3 4 and click Remove A message appears warning about possible disconnection of the manager 2 Click OK RADview SC TDMoIP IPmux 14 Setting the System Parameters 3 9 Chapter 3 Configuration Management Configuring the System Clocks User s Manual The System Clocks command enables you to configure the Master and Fallback clocks that keep the IPmux 14 communications lines synchronized with external devices You can also use this command to mark the Clock Quality Stratum Level gt To configure the system clocks 1 Select Configuration gt Clocks 2 The System Clocks Dialog Box appears 3 Configure the desired parameters and click Set Note Master and Fallback clocks cannot be set to the same port 40 103 VL 2 System Clocks Ed Parameter Connect Clock Current Clock Master rMaster Clo
23. 152 20241 72 17 157 11999172 1 7 157 511 72 1 7 157 54 pu rd 172 17 157 71 7 0 AE 72 17 157 65 Figure 4 12 Mesh Services Map with Circuit between IPmux 14 and IPmux 14 Displaying the Circuit Parameters gt To display the circuit parameters 1 Click on the link in the Services Map Figure 4 12 2 Right click and select Circuit List The Circuit List appears 172 17 157 11_Source 172 17 157 14_Destination Circuit List es ONE EECTERTNRETTN Create Parameters Rename Connection Ran Remove Print sSmetrie Ciose Rees Fro IIIS UU NINCIDON D UUMINIUMUNCNC L Figure 4 13 Circuit List RADview SC TDMoIP IPmux 14 Creating Circuits 4 13 Chapter 4 Configuring Typical Applications User s Manual 3 Click Parameters The Manual Circuit Parameters dialog box appears 4 Verify that the parameters are correct Creating a Normal Service Circuit Normal Services have Branch and Central Sites Double clicking on the Branch and Central Sites opens the site windows In our example IPmux 11 is located in the central site and IPmux 14 is located in the branch site ECEE m Seen Nes lal x Configuration View Help DX aja amp CREE eR S Bm aa e 172 18 159 35 New o Configuration View Help a Configuration View Help DY je ej m ME x eje ej ml 7247 57 11 Sourc 7217 157 14 Destination Figure 4 14 Normal Services Map 4 14 Creating Circuits RADview SC TDMolIP
24. 4 Number of times that Frames had been reordered in the PSN Viewing Bundle Current Statistics The Bundle Current Statistics command enables you to view current statistics for the selected bundle connection Statistics are displayed in both table and graph formats This information is useful for assessing quality of service for network troubleshooting and planning purposes gt To view the Bundle Current Table 1 Select Statistics gt Bundle Connection Statistics The Bundle Statistics dialog box appears Figure 6 2 2 Select the bundle for which you wish to display the statistics RADview SC TDMOIP IPmux 14 Viewing Bundle Current Statistics 6 3 Chapter 6 Performance Management User s Manual 3 Click Bundle Current Statistics gt The Bundle Current Statistics dialog box appears Bundle No 1 Bundle Name Bundled Legend Bisequence Errors sec WiButfer Underflow sec WBiBuffer Overflow sec Bi Max Delay Variation 10 usec Min Jitter Buffer Level msec Wimax Jitter Buffer Level msec z E HE i 4 157 172 187 202 Time Elapsed sec 142 For a different View click on the Legend Time Elapsed sec Sequence Errors sec Buffer Underflow sec Buffer Overflow sec Max Delay Variation 10 usec Min Jitter Buffer Level msec Max Jitter Buffer L
25. 812 Local Source Adaptive Internal Rx Port Station External User Clock Quality RADview SC TDMolIP IPmux 14 Port1 Port4 Set this field to mark the quality level of the clock ST1 Stratum 1 Clock 0x10 ST2 Stratum 2 Clock 0x70 ST3 Stratum 3 Clock 0xA0 ST3E Stratum 3 Enhanced Clock 0xDO Note This field only appears for IPmux 14 hardware version 2 0 and above The quality is encoded according to SSM Synchronization Status Messages encoding The binary bits in positions 8765 of the byte are encoded in the following manner Bit 8 is the left most and most significant bit MSB bit 5 is the least significant bit LSB Bit No 8765 Description 0010 Stratum 1 PRC Primary Reference Clock Rec G 811 0100 Stratum 2 SSU T Sync Source Unit Transit Rec C 812 Transit 1000 Stratum 3 SSU L Sync Source Unit Local Rec G 812 Local Setting the System Parameters 3 11 Chapter 3 Configuration Management User s Manual Configuring VLAN Parameters The VLAN Configuration command enables you to configure the list of virtual LANs VLANs A VLAN is a logical virtual network of devices that behave as if they are on the same physical LAN segment even if they are physically connected to different network segments In addition multiple VLANs can co exist on the same switching hardware providing a form of logical network segmentation gt To configure VLAN parameters e Select Configuration
26. IPmux 14 User s Manual Chapter 4 Configuring Typical Applications Defining the E1 Parameters gt To configure the E1 parameters for the source IPmux 14 1 Double click on the desired IPmux 11 source 172 17 157 11 in the Central Site Figure 4 14 The Element Manager appears 172 17 157 11_Source Connected Fault Options System IPMUX 11 User1 ETH 45 45 User2 ETH Figure 4 15 IPmux 14 Element Manager 2 Select CH1 3 From the Configuration menu select Parameters The Interface Parameters dialog box appears Figure 4 6 RADview SC TDMolIP IPmux 14 Creating Circuits 4 15 Chapter 4 Configuring Typical Applications User s Manual 4 Select the following parameters Transmit Clock Source Adaptive Line Type Framed CRC 5 Click Set om 172 17 157 11 Source Interface Parameters Enabled Adaptive Long Haul Framed CRC D em o 0 0 0 0 0 Bo CE mmm 0 0 koara Famecnc fe Enc 8 m ho o o o Ew 3 Figure 4 16 IPmux 11 E1 Interface Parameters 4 16 Creating Circuits RADview SC TDMOIP IPmux 14 User s Manual Chapter 4 Configuring Typical Applications gt To configure E1 parameters for the destination IPmux 14 1 Double click on the desired IPmux 14 destination 172 17 157 11 in the Branch Site Figure 4 14 The Element Manager appears 172 17 157 14_Destination Connected options N
27. ITU T Telecommunication Management Network TMN recommendations for SNMP management systems known as the FCAPS model Fault management detects and correlates faults in network devices isolates faults and initiates recovery actions Configuration management tracks configuration changes configures installs and distributes software and configuration files over 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 Overview of the IPmux 14 Management Functions Table 1 1 lists the operations that you can perform via RADview and their locations in this manual RADview SC TDMOoIP IPmux 14 Overview Table 1 1 Management Functions Operation Location in User s Manual Configuration Chapter 3 System Parameters System Information Serial Port Parameters Manager List System Clocks VLAN Parameters Configuring the Static MAC Table Configuring Quality of Service Rate Limitation Deleting the LAN Table Configuring E1 T1 Ports Configuring the Ethernet Ports Assigning Timeslots to Bundles Creating Bundle Connections Removing Bundle Connections Displaying Ethernet Interface Information Displaying Bundle Connection Information Resetting IPmux 14 to the Default Configuration Polling the Agent
28. Information Dialog Box Configuring the Serial Port The Serial Port Interface Parameters command enables you to configure the various settings of the IPmux 14 serial port gt To configure the serial port 1 Click the serial port 2 Select Configuration gt Parameters The serial port Interface Parameters dialog box appears 3 Configure the desired parameters and click Set 4 If a confirmation dialog box appears click OK Note Changing the Interface Type causes IPmux 14 to reset 3 4 Setting the System Parameters RADview SC TDMOIP IPmux 14 User s Manual Chapter 3 Configuration Management 172 17 157 35 35 Interface Parameters x Port CHI Type Serial interface Type ME Rate Kbps 32 x Tx Clock Source pre2 RTS b CTS On m Clock Polarity Normal i Set Cancel Refresh A L Figure 3 3 Serial Interface Parameters Dialog Box Serial Port Table 3 2 Serial Interface Parameters Parameter Possible Values Remarks Interface Type The type of serial interface RS 530 EIA 530 V 35 X 21 RS 232 RS 449 Note If a bundle is defined over the serial interface then the Interface Type field is grayed out and cannot be changed until the bundle is removed Rate Kbps Data rate of the serial interface calculated as N Speed x 64 kbps Multiplier 1 32 x 64 Note If a bundle is defined over the serial in
29. Label Tagging Inbound Tunnel Label Possible Values Remarks Outbound labels Disabled Enabled Note Available only when PSN Type is MPLS ETH MPLS transmit label 0 1048576 Note Available only when PSN Type is MPLS ETH The MPLS Network priority EXP bits used for this bundle 0 7 Inbound labels Disabled Enabled Note Available only when PSN Type is MPLS ETH MPLS receive label 0 1048576 Note Available only when PSN Type is MPLS ETH gt To remove a bundle 1 Select a bundle in the Bundle Connection Table 2 Click Remove A warning message appears a Remove Bundle Connection x 2 This operation will destroy existing connection Are you sure to remove selected connection Figure 3 19 Remove Bundle Connection 3 Click Yes to confirm 3 28 Setting the Operational Parameters RADview SC TDMoIP IPmux 14 User s Manual Chapter 3 Configuration Management 3 3 Additional Tasks Displaying Ethernet Interface Information The Ethernet Interface Information command enables you to display the various parameters of the Ethernet port You can use this information as a troubleshooting aid to ensure that the Ethernet cable is working properly and that the connection is at the appropriate speed at half full duplex gt To display information about the Ethernet interface Parameter Port Type MAC Address Mode Rate Mbps Status Interface Type 1 Click the Ethernet port 2
30. RADview SC TDMolP Network Management System Service Center for TDMoIP Applications IPmux 14 1994 2006 RAD Data Communications Publication 12 06 Contents Chapter 1 Introduction NEIN 1 1 1 2 RADview SC TDMolIP IPmux 14 Overview eee eene nns 1 1 Overview of the RADview FCAPS Modlel eseeseseeeeeeeeeeee e enne 1 2 Overview of the IPmux T4 Management FOlCHOHS actin ict rin rita spi a ita eiii than aa 1 2 Chapter 2 Installation and Setup 2 1 Pre configuring IPmux 14 for Network Management eee 2 1 eon AE disciple 2 1 eu MupIhcu ca GSSAnm 2 2 2 2 Connecting IPmux 14 to the Management Station eee 23 2 3 Launching RADview IPmux 14 ves ei bui not bcia asus epi MR otto occid xr Nee 2 3 2A Using o ON euer 2 4 Selecting the Device of SLE OEE adea dcn cbe ciii aaa POM tM cEd M SPINE GLO QN 2 5 t tus NCSA UO MR 2 5 Common Dialog B WTO T 2 6 System Level Meri Options nesie rere FER eie roster tA breed ete son re audire 2 7 Port Level Ment ODLOTS s erroe Css troi aeter pen rated Gu a e D Ven veg E TAY AR EN nens 2 8 Chapter 3 Configuration Management 3 1 Setting the Syster Parameters m RN ae OS 3 2 Configuring System Parameters ssri sret Fonda Mi caddie kan p Rad ia area RNAi 3 2 Configuring Systemi Information P M 3 3 Configuring th Seri l POE a tret mitula a iana aas an Aai
31. Slot 1 Port CH1 Type E1 10 40 70 100 130 160 Time Elapsed sec For a different view click on the Legend Time Elapsed sec 138 ES 10 SES o UAS 136 LCV Close Poll Ready 1 6 sec to next polling Figure 6 5 Port Current Statistics Table 6 4 Port Current Statistics Parameters E1 T1 Remarks 1 CH1 CH4 E1 T1 Each parameter displays the number of seconds of that particular type of error encountered 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 0 899 RADview SC TDMOoIP IPmux 14 Viewing E1 T1 Port Current Statistics 6 7 Chapter 6 Performance Management User s Manual Parameter ES SES UAS LCV Note Remarks Errored Seconds A second containing one or more of the following events CRC error SEF OOF or AIS Note e An OOF defect is the occurrence of a framing bits error If SES also occurs at the same time ES will stop after 10 seconds Severely Errored Seconds 320 or more CRC error events one or more SEF OOP or AIS OOF defect indicates a framing bits error Unavailable Seconds Number of seconds that the interface is unavailable The system is unavailable after 10 continuous SES Line Code Violations For T1 The sum of BPV and EXZ defects that occurred in a second
32. TI Stratum 1 Clock 0x10 ST2 Stratum 2 Clock 0x70 ST3 Stratum 3 Clock 0xA0 ST3E Stratum 3 Enhanced Clock OxDO Note This field only appears for IPmux 14 hardware version 2 0 and above The quality is encoded according to SSM Synchronization Status Messages encoding The binary bits in positions 8765 of the byte are encoded in the following manner Bit 8 is the left most and most significant bit MSB bit 5 is the least significant bit LSB Bit No 8765 Description 0010 Stratum 1 PRC Primary Reference Clock Rec C 811 0100 Stratum 2 SSU T Sync Source Unit Transit Rec G 812 Transit 1000 Stratum 3 SSU L Sync Source Unit Local Rec G 812 Local Determines the maximum attenuation of the receive signal that can be compensated for by the interface receive path Long Haul 32 dB Short Haul 10 dB Line type affects the number of bits per second that the link can reasonably carry It also affects 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 SuperFrame D4 AT amp T D4 format Unframed Use when the data being transmitted is unframed Note Line Type is grayed out and can t be changed when a bundle is defined over the selected interface Type of Zero Code Suppression used on the link B7ZS B8ZS AMI Byte patter
33. ables full management from the network via SNMP for example by means of RADview network management stations In addition IPmux 14 includes the following additional management capabilities via both out of band and inband communication e Supervision terminal ASCII terminal or a PC running a terminal emulation program connected either directly or through a modem or any other type of full duplex data link This terminal can perform all of the IPmux 14 supervision and configuration functions including preliminary system configuration e Telnet from any host capable of IP communication with IPmux 14 out of band using SLIP or PPP or inband over IP The functions available via Telnet are similar to those available from a supervisory terminal e Web browsers using ConfiguRAD ConfiguRAD is a user friendly Web based element management system that is embedded in IPmux 14 and provided at no extra cost ConfiguRAD can be accessed from any standard Web browser This manual discusses configuration via RADview RAD s SNMP based network management application for PC or Unix To configure IPmux 14 via ASCII terminal Telnet or Web browser see the IPmux 14 Installation and Operation Manual RADview SC TDMoIP IPmux 14 RADview SC TDMOoIP IPmux 14 Overview 1 1 Chapter 1 Introduction User s Manual Overview of the RADview FCAPS Model RADview provides a complete solution for monitoring and controlling IPmux 14 The RADview solutions conform to
34. ars 3 Click OK The entries are removed from the table gt To remove all entries from the Static MAC Table 1 Click Remove All A confirmation message appears 2 Click OK All of the entries are removed from the table RADview SC TDMoIP IPmux 14 Setting the System Parameters 3 15 Chapter 3 Configuration Management User s Manual Configuring Quality of Service Rate Limitation The Rate Limitation command enables you to configure rate limits for IPmux 14 in order to maintain Quality of Service QoS during times of high network traffic You can select Ingress Rate Boundaries to define the rate limiting ranges for the ingress traffic The actual data rate of the incoming traffic is selected from the rates limited by the boundaries These boundaries are applied to the regular and flooded Rate Limits You can also select regular or flooded Rate Limits to be applied to all frames gt To configure Quality of Service Rate Limitation 1 Select Configuration gt QoS gt Rate Limitation The Rate Limitation dialog box appears 2 Configure the desired parameters and click Set oe 172 17 157 35 35 Rate Limitation Boundaries PLAS it ala sis Rate Limit Flooded Rate Limit Network Disabled x Disabled User 1 Disabled x Disabled User2 Disabled fes Mbps m Set Cancel Refresh Ready m Figure 3 11 Rate Limitation Dialog Box Table 3 8 Rate Limitation Parameters Parameter Po
35. atus CUM RT TIT ITI TS 1 2 3 4 5 6 it 8 9 100g 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 EET L EN Edit SelectAll Clear Apply Close Refresh Ready Figure 3 16 Bundles Table Port Level Prim Bundle Send Bundle Table 3 11 Bundle Configuration Table Parameters Port Level Parameter Possible Values Remarks Bundle No Bundle Name Empty Bundle Bundle Status Time Slots 3 24 Setting the Operational Parameters Bundle Number Name of the selected bundle When checked indicates the bundle has not been assigned to any TSs timeslots Status of the bundle Connected Disabled Remote Fail Local Fail Unavailable Validation Fail Sequence Error Buffer Underflow Buffer Overflow The timeslots and the bundles assigned to them Timeslots with bundles assigned to them are 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 without MF or 30 with MF gt 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 lt Apply gt To select all available timeslots for the selected bundle e Click Select All
36. atuss siressa T 7 1 Masking Traps EE 7 1 Viewing Active AIRING sisses ESS 7 3 Viewing the History O8 iiit ret eet ee eer eite eno A R a R 7 4 Clearing the History I ia Dm 7 5 Viewing Self Test RESUS oasis didit Gira dotum h adit tib lseantia aariaa ida aan iaaa EREE Re 7 6 Performing Loopback Tests me M 7 7 RADview SC TDMOoIP IPmux 14 Chapter 1 Introduction This chapter provides an overview of the IPmux 14 device and the RADview Service Center TDMoIP IPmux 14 functions and contains the following sections e Pmux 14 Overview e RADview SC TDMOoIP IPmux 14 Overview e Overview of the RADview FCAPS Model e Overview of the IPmux 14 Management Functions 1 1 IPmux 14 Overview IPmux 14 offers a solution for extending traditional E1 T1 or serial data services transparently over packet switched networks PSNs such as IP Ethernet and MPLS networks The device converts the data stream coming from its four TDM ports or its serial data port into configurable sized packets that are extended over the Fast Ethernet network port and vice versa IPmux 14 offers end to end synchronization for voice leased line applications IPmux 14 also features two Fast Ethernet user ports for data Ethernet connectivity to the IP Ethernet network Management is performed locally from a terminal or remotely via Web Telnet or SNMP 1 2 RADview SC TDMOoIP IPmux 14 Overview IPmux 14 includes an SNMP agent that en
37. be selected Doubled Tagging Network User1 User2 Yes No 1 4094 0 7 RADview SC TDMolIP IPmux 14 Setting the System Parameters 3 7 Chapter 3 Configuration Management User s Manual gt To add an entry to the manager list 1 In the Manager List click Add The Add Manager dialog box appears Figure 3 5 2 Enter the required settings 3 Click lt Set gt to implement the changes Note This option is not available if there are already ten managers Add Manager E xl Host Name LANI Manager IP Address p 0 0 0 Access Ports All v VLAN VLAN Tagging L VLAN ID 4 VLAN Priority 4 Mask Traps None v Link UpiLink Down Li Alarm Status O Set Cancel Ready m Figure 3 5 Add Manager Dialog Box Table 3 4 Add Manager Parameters Parameter Possible Values Remarks Host Name LAN1 Manager IP Address IP address of the NMS Access Ports Defines from which port this manager can configure the device Values differ according to the ports combination All VLAN VLAN Tagging Yes No VLAN ID 1 4094 VLAN Priority 0 7 3 8 Setting the System Parameters RADview SC TDMoIP IPmux 14 User s Manual Chapter 3 Configuration Management Parameter Possible Values Remarks Mask Traps None When checked disables the other Mask Trap options Link Up Link Down Yes checked No unchecked Alarm Status When checked the trap is enabled gt To change an entry in
38. c MAC Table Configuring Quality of Service Rate Limitation Deleting the LAN Table e Setting the Operational Parameters Configuring IPmux 14 Ports at the Physical Level a Configuring the E1 T1 Ports a Configuring the Ethernet Ports Assigning Timeslots to Bundles Managing Bundle Connections a Creating Bundle Connections a Removing Bundle Connections e Additional Tasks Displaying Ethernet Interface Information Displaying Bundle Connection Information Resetting IPmux 14 to the Default Configuration Polling the Agent Resetting IPmux 14 RADview SC TDMoIP IPmux 14 Setting the System Parameters 3 1 Chapter 3 Configuration Management User s Manual 3 1 Setting the System Parameters Configuring System Parameters The System Parameters command enables you to view and set major system parameters for the IPmux 14 device You can configure parameters such as the Default Gateway DHCP Client Mode Aging Time and Transmit Clock Source and the External Clock User Quality gt To set system parameters for the selected IPmux device 1 Select Configuration gt System Parameters The System Parameters dialog box appears System Parameters differ depending on the different port combinations Table 3 1 describes the different system parameters 2 Configure the desired parameters 3 Click lt Set gt to implement the changes 172 17 157 11 System Parameters m xj Default Gateway 72 47 157 1 Aging Time
39. cations User s Manual Certain guidelines are relevant to this application In general there are four basic configuration 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 Table 4 1 Configuration Summary Device E1 Parameters IP Parameters Bundle Bundle Connection Parameters IPmux 11 e Transmit clock source Host IP address Bundle 1 Bundle 1 of IPmux 11 adaptive 172 17 157 11 Timeslots in e Line type Framed G 704 bundle 1 10 CRC 4 enabled e CAS disabled IPmux 14 e Transmit clock source Host IP address Bundle 1 Bundle 1 of IPmux 14 Loopback 172 17 157 14 Timeslots in e Line type Framed G 704 bundle 1 10 CRC 4 enabled e CAS disabled 4 1 Configuring the IPmux 11 and IPmux 14 Units This section explains how to configure the IPmux units The configuration procedure is similar for both units except for defining different host IP addresses different clocking modes and different destination IP addresses for the bundle connection Configuring the Host IP Parameters The host IP parameters are configured via the terminal application gt To configure the host IP parameters 1 Display the Host IP menu Configuratio
40. ck Source Part Station External User Clock Quality o rFallBack Clock Source Adaptive m Port 3 v User Clock Quality o m Set Cancel Refresh Figure 3 7 System Clocks Dialog Box Table 3 5 System Clocks Parameters Possible Values Remarks Indicates the current source of the system clock read only Rey m8 Master Fallback Master Clock Source Adaptive Internal Rx Port Station External 3 10 Setting the System Parameters Port1 Port4 RADview SC TDMolIP IPmux 14 User s Manual Parameter User Clock Quality Fallback Clock Chapter 3 Configuration Management Possible Values Remarks Set this field to mark the quality level of the clock STI Stratum 1 Clock 0x10 ST2 Stratum 2 Clock 0x70 ST3 Stratum 3 Clock 0xA0 ST3E Stratum 3 Enhanced Clock 0xDO Note This field only appears for IPmux 14 hardware version 2 0 and above The quality is encoded according to SSM Synchronization Status Messages encoding The binary bits in positions 8765 of the byte are encoded in the following manner Bit 8 is the left most and most significant bit MSB bit 5 is the least significant bit LSB Bit No 8765 Description 0010 Stratum 1 PRC Primary Reference Clock Rec G 811 0100 Stratum 2 SSU T Sync Source Unit Transit Rec G 812 Transit 1000 Stratum 3 SSU L Sync Source Unit Local Rec G
41. d parameters 4 Click Set The VLAN parameters are changed To remove a VLAN 1 Click the row of a VLAN to select it 2 Click Remove A warning message appears Removing VLAN may disconnect the Agent for 30 seconds 3 Click OK The VLAN is removed The Remove button is only enabled for disconnected VLANs if the selected VLAN is used by a bundle or a Manager then the Remove button will be disabled To apply the VLAN parameters 1 Click Close A warning message may appear Changing the User VLAN Tagging may disconnect Agent for 30 seconds 2 Ifa warning message appears click OK The parameters are saved to the Agent RADview SC TDMoIP IPmux 14 Setting the System Parameters 3 13 Chapter 3 Configuration Management User s Manual Configuring the Static MAC Table The Mac Table command enables you to manually configure Virtual VLAN Bridged Local Area Networks port based VLANs per IEEE 802 1Q where VLAN membership of a data frame is determined based upon the bridge port on which the frame is received and the frame s destination MAC address The mappings of Received Bridge Ports and destination MAC Addresses to VLAN IDs are stored in the Static MAC Table gt To configure the Static MAC Table e Select Configuration gt MAC Table The Static MAC Table dialog box appears 172 18 94 116 Static MAC Table VLAN ID MAC Address Received Bridge Port 1 22 22 22 22 22 22 Remove 7 Add
42. e For a different View click on the Legend From hh mm To hh mm SESR 1 000 00 0 00 3 23 0 00 m is s6 to next polling Figure 6 6 Port Intervals Statistics Table 6 5 Port Intervals Statistics Parameters E1 T1 Parameter Remarks Slot 1 Port CH1 Type E1 T1 Number of Number of intervals sampled Intervals Inv No Interval Number From hh mm Starting time of the interval To hh mm Ending time of the interval ES Errored Seconds A second containing one or more of the following events CRC error SEF OOF or AIS Note e An OOF defect is the occurrence of a framing bits error e If SES also occurs at the same time ES will stop after 10 seconds RADview SC TDMolIP IPmux 14 Viewing Port Intervals Statistics 6 9 Chapter 6 Performance Management User s Manual Parameter SES UAS LCV AR ESR SESR Remarks Severely Errored Seconds 320 or more CRC error events one or more SEF OOF or AIS OOF defect indicates a framing bits error Unavailable Seconds Number of seconds that the interface is unavailable The system is unavailable after 10 continuous SES Line Code Violations 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 The number of code violations Two consecutive bipolar vio
43. e Parameters Enabled Adaptive Long Haul Framed CRC mn JUN Figure 4 6 IPmux 11 E1 Interface Parameters RADview SC TDMOIP IPmux 14 Creating Circuits 4 7 Chapter 4 Configuring Typical Applications User s Manual gt To configure E1 parameters for the destination IPmux 14 1 Double click on the desired IPmux 14 destination 172 17 157 11 in the Mesh Services Map Figure 4 4 The Element Manager appears 172 17 157 14_Destination Connected options Network J ETH ig T ETH TES ETH rj45 CH2 Slot 1 El 0 0 0 M5 0 CH3 Slot 1 El 0 0 0 M58 0 CH4 Slot 1 EL 0 648 000000000 Figure 4 7 IPmux 14 Element Manager 2 Select CH1 3 From the Configuration menu select Parameters The Interface Parameters dialog box appears Figure 4 8 4 8 Creating Circuits RADview SC TDMOoIP IPmux 14 User s Manual Chapter 4 Configuring Typical Applications 4 Select the following parameters Transmit Clock Source Loopback Line Type Framed CRC 5 Click lt Set gt 4 Enabled Loopback Long Haul Framed CRC Loopback s Long Hau x rameecRc x Pe rct 0 5 bi o po bisae x Disable Figure 4 8 IPmux 14 E1 Interface Parameters RADview SC TDMoIP IPmux 14 Creating Circuits 4 9 Chapter 4 Configuring Typical Applications User s Manual Creating a Circuit g
44. e quality is encoded according to SSM Synchronization Status Messages encoding The binary bits in positions 8765 of the byte are encoded in the following manner Bit 8 is the left most and most significant bit MSB bit 5 is the least significant bit LSB Bit No 8765 Description 0010 Stratum 1 PRC Primary Reference Clock Rec C 811 0100 Stratum 2 SSU T Sync Source Unit Transit Rec G 812 Transit 1000 Stratum 3 SSU L Sync Source Unit Local Rec G 812 Local Configuring System Information The System Info command enables you to view and set system information for the IPmux 14 device This information is useful for identifying multiple IPmux 14 units and for tracking their locations and administrative contacts You can also use the System Information dialog box for setting the system Date and Time and for viewing the DHCP client status gt To set system information for the selected IPmux device 1 2 Select Configuration gt System Info The System Information dialog box appears Enter the required settings You can change the Name Contact Location Date and Time fields 3 Click Set to implement the changes RADview SC TDMoIP IPmux 14 Setting the System Parameters 3 3 Chapter 3 Configuration Management User s Manual zw 40 112 VL 222 SER System Information name of contact person the location of this device 2006 02 14 13 44 18 Figure 3 2 System
45. e to be sent as a signal during the first 2 5 seconds after alarm detection E1 T1 ESF 1 F T1 SF D4 1 4 Trunk conditioning signal value after alarm detection E1 T1 ESF 1 F T1 SF D4 1 4 OOS Code AIS Transmit Trail Mode Note Trunk conditioning data pattern to be sent upon a DSO fail Note When Line Type is set to Unframed OOS Code is grayed out and its value cannot be changed Enable Disable Enables the end to end transfer of TDM OAM in framed mode when theirTDMoIP Payload Format is set to V2 Termination Trail mode is disabled Extension Trail mode is enabled Configuring the Ethernet Ports The Ethernet Interface Parameters command enables you to configure the various parameters of the Ethernet port the port s software configuration To set configuration parameters for the Ethernet interface 1 Click the User or Network Ethernet port 2 Select Configuration gt Parameters The Ethernet Interface Parameters dialog box appears Figure 3 15 The User Ethernet rate is the smaller value of User Rate Limit and 100 TDMolIP traffic RADview SC TDMolIP IPmux 14 Setting the Operational Parameters 3 21 Chapter 3 Configuration Management User s Manual Parameter Port Type Auto Negotiation Max Capability Advertised Default Type om 172 18 201 7 Interface Parameters xi Auto Negotiation il Kuerisen Max icapebiiny 4 CUBASE Ful Duplex Mode Default Type h 00BASE
46. ent Dialog Box Note The reset operation implements any changes made to the IPmux 14 configuration RADview SC TDMolIP IPmux 14 Additional Tasks 3 31 Chapter 3 Configuration Management User s Manual 3 32 Additional Tasks RADview SC TDMolIP IPmux 14 Chapter 4 Configuring Typical Applications This chapter provides detailed instructions for setting up a typical application using two IPmux units and contains the following sections e Configuring the IPmux 11 and IPmux 14 Units Configuring the Host IP Parameters Configuring the Manager List e Connecting IPmux 14 to the Management Station e Configuration Sequence e Creating Circuits Creating a Mesh Service Circuit a Defining the E1 Parameters o Creating a Circuit a Saving the Circuit Parameters a Displaying the Circuit Parameters Creating a Normal Service Circuit a Defining the E1 Parameters o Creating a Circuit a Saving the Circuit Parameters a Displaying the Circuit Parameters This chapter provides detailed instructions for configuring an IPmux 14 unit operating opposite an IPmux 11 unit see Figure 4 1 IPmux 11 Adaptive Clock Internal Clock Tox MEE Ethernet i ie e k oopbac OC Switch 172 17 157 14 Receive Clock 172 17 10 100 Networ Management Station Figure 4 1 IPmux 14 IPmux 11 Units Operating Opposite Fach Other RADview SC TDMoIP IPmux 14 Configuring the IPmux 11 and IPmux 14 Units 4 1 Chapter 4 Configuring Typical Appli
47. escription 1 2000 08 17 15 21 47 COLD START 2 2000 08 17 15 31 29 LINE FEBE START TDM SLOT CH 1 3 2000 08 17 15 31 32 LINE FEBE END TDM SLOT CH 1 4 2000 08 17 15 35 56 CON SYNC TDM SLOT BUNDLE 1 5 2000 08 17 15 35 57 CON LOCAL FAIL TDM SLOT BUNDLE 1 6 2000 08 17 15 35 57 LOF START TDM SLOT CH 1 7 2000 08 17 15 35 57 LINE AIS START TDM SLOT CH 1 8 2000 08 17 15 35 57 LOF END TDM SLOT CH 1 9 2000 08 17 15 35 58 CON SYNC TDM SLOT BUNDLE 1 10 2000 08 17 15 35 59 LINE AIS END TDM SLOT CH1 11 2000 08 17 15 36 17 CON LOCAL FAIL TOM SLOT BUNDLE 1 12 2000 08 17 15 36 18 LOF START TDM SLOT CH 1 13 2000 08 17 15 36 18 LINE AIS START TOM SLOT CH 1 14 2000 08 17 15 36 18 LOF END TDM SLOT CH 1 15 2000 08 17 15 36 19 LINE AIS END TDM SLOT CH 1 15 2000 08 17 15 36 33 CON SYNC TDM SLOT BUNDLE 1 17 2000 08 17 15 36 33 CON LOCAL FAIL TDM SLOT BUNDLE 1 18 2000 08 17 15 36 33 LOF START TDM SLOT CH 1 2000 08 17 15 36 33 Mii ae START TDM SLOT CH 4 Print Save to File Start From Close Refresh Ready 4 Figure 7 3 System Log Buffer Table 7 3 System Log Buffer Parameters Parameter Possible Values Remarks No The number of the alarm in the log buffer Description Brief description of the alarm Up to 80 characters 7 4 Monitoring Object Status RADview SC TDMolIP IPmux 14 User s Manual Chapter 7 Fault Management gt To view entries starting from a specific number in the History Log 1 Click Sta
48. ess Dialog Box Table 5 1 Telnet and Web Access Parameters Parameter Possible Values Remarks Telnet Access Enable Disable accessing the device via Telnet Disable No one is allowed to access the device via Telnet Enable All users are allowed to access the device via Telnet Access Managers Only Only manager stations listed in the manager s list are allowed to access the device via Telnet Web Access Enable Disable accessing the device via Web browser Disable No one is allowed to access the device via Web Enable All users are allowed to access the device via Web Managers Only Only manager stations listed in the manager s list are allowed to access the device via Web RADview SC TDMoIP IPmux 14 Setting Management Access Authorizations 5 1 Chapter 5 Security Management User s Manual 5 2 Unix Users and Permissions RADview HPOV when running on a Unix based operating system supports the users and permissions security feature Only an Administrator can add or remove nodes from the Service Center map For further details refer to the chapter on Security in the RADview SC TDMoIP System Manual 5 2 Unix Users and Permissions RADview SC TDMolIP IPmux 14 Chapter 6 Performance Management This chapter discusses how to monitor IPmux 14 performance 6 1 Introduction IPmux 14 continuously collects performance statistics for its various ports and for bundle connections The collected data enables network administrato
49. et Interface Information Interface Parameters dialog box See Configuring the E1 T1 Ports Configuring the Ethernet Ports Configuring the Serial Port Path Configuration Interface Info Configuration w Parameters Configuring bundles Bundle dialog box Configuration See Configuring Bundles Bundles Tasks Diagnostics Dialog Box and Parameter Location Path Initiate a loopback Loopback State dialog box Diagnostics See Performing a Loopback Test Loopback Tasks Statistics Dialog Box and Parameter Location Path Ethernet Interface Viewing Ethernet interface Interface Statistics dialog box Statistics statistics only for Ethernet See Viewing Ethernet Port Statistics we Interface Statistics E1 T1 Interface Viewing current statistics Port Current Statistics dialog box Statistics See Viewing Current Statistics we Current Viewing intervals statistics Port Intervals Statistics dialog box Statistics See Viewing Intervals Statisitics Intervals Using the GUI RADview SC TDMolIP IPmux 14 Chapter 3 Configuration Management This chapter describes how to configure IPmux 14 on all levels including system and port and contains the following sections e Setting the System Parameters Configuring System Parameters Configuring System Information Configuring the Serial Port Maintaining the Manager List Configuring the System Clocks Configuring VLAN Parameters Configuring the Stati
50. etwork J ETH ig T ETH TES ETH rj45 CH2 Slot 1 El 0 0 0 M5 0 CH3 Slot 1 El 0 0 0 CH4 Slot 1 EL 00 648 00000000 Figure 4 17 IPmux 14 Element Manager 2 Select CH1 3 From the Configuration menu select Parameters The Interface Parameters dialog box appears Figure 4 8 RADview SC TDMolIP IPmux 14 Creating Circuits 4 17 Chapter 4 Configuring Typical Applications User s Manual 4 Select the following parameters Transmit Clock Source Loopback Line Type Framed CRC 5 Click lt Set gt 172 17 157 14_Destination Interface Parameters Slot 1 Port CH1 Type E1 Admin Status Enabled Transmit Clock Source loopack xj Rx Sensitivity dB LongHau Line Type Framd CRC H Idle Code E 00S Signaling Prace xl Space Signaling Code 1 ttt t lt s ststs S Mark Signaling Code DD 00S Code FFO AIS Transmit Disable xj Set Cancel Refresh Ready 4 Figure 4 18 IPmux 14 E1 Interface Parameters Creating a Circuit gt To create a circuit between IPmux 11 172 12 157 11 and IPmux 14 172 17 157 14 1 On the Central Site select the source for the circuit In this example it is the IPmux 14 172 17 157 11 4 18 Creating Circuits RADview SC TDMolIP IPmux 14 User s Manual Chapter 4 Configuring Typical Applications 2 Wh
51. evel msec E Ssec to next polling Figure 6 3 Bundle Current Statistics Table 6 3 Bundle Current Statistics Parameters Parameter Remarks Bundle No For E1 1 to 496 For T1 1 to 384 Bundle Name Bundle name for selected channel Time Elapsed sec Amount of time that has passed since the beginning of the current 15 minute interval 0 899 6 4 Viewing Bundle Current Statistics RADview SC TDMoIP IPmux 14 User s Manual Parameter Sequence Errors sec Buffer Underflow sec Buffer Overflow sec Chapter 6 Performance Management Remarks Number of seconds in the current interval that the sequence number of an incoming frame caused a transition from the sync state to the out of sequence state Out of sequence frames are dropped because the frames were received from the network with Sequence Numbers not equal to the last Sequence Number 1 or 2 Number of seconds in the current interval that the receive Eth to TDM buffer underflowed When a continuous underflow is caused by a loss of frame flow a single buffer underflow is counted A buffer undeflow indicates that frames were dropped because the receive buffer was in an underrun state The buffer enters underflow state when e Sequence errors occur e Flow underrun takes place due to PDV expiration e An overflow condition occurs Number of seconds in the current interval that the receive Eth to TDM buffer overflowed A buffer overflow i
52. face Type is set to X 21 the CIS parameter is not applicable and is not displayed Clock Polarity Clock Polarity Normal Invert Maintaining the Manager List In order to remotely configure IPmux 14 the IP address of the NMS must be listed in the Manager List The Manager List command enables you to display and configure the Manager List where you designate the destination NMS stations for SNMP traps gt To display the manager list Select Options Manager list The Manager List appears 3 6 Setting the System Parameters RADview SC TDMoIP IPmux 14 User s Manual Chapter 3 Configuration Management 172 17 157 11 Manager List 172 17 150 175 Manager Access VLAN IP Address Ports Tagging VLAN ID Priority 172 17 150 239 INO 172 18 159 35 NO All Add Change Remove Close Refresh Ready m Figure 3 4 Manager List Dialog Box Parameter Host Name Manager IP Address Mask Traps Access Ports VLAN Tagging VLAN ID VLAN Priority Table 3 3 Manager List Parameters Possible Values Remarks LAN1 IP address of the Network Management System Indicates whether or not traps are masked by the system Yes No Defines from which port this manager can configure the device Values differ according to the ports combination All For IPmux 14 when VLAN Tagging for the User1 and User2 ports in Ethernet Interface Parameters are set to Double Tag the following values may
53. g to the current connectivity of the network element to the NMS At the bottom of the Element Manager window there is also a communications status bar Sometimes congestion in the network handling the management traffic causes significant delays during polling transfer of large data tables etc When feasible a progress bar is used to inform the operator of the ongoing process status Otherwise a message is displayed in the status bar at the bottom of the screen according to the following table Table 2 2 Element Manager Status Bar Messages Message Status Working Displayed from the moment when a request is sent to the network element IPmux 14 until data is received or a certain time expires around 5 seconds Waiting Displayed while the RADview station waits more than a few seconds for the network element response but less than the time out time Interrupted When all attempts to communicate with network element failed time out or when the response was an SNMP error Ready Displayed after the process has been successfully completed RADview SC TDMoIP IPmux 14 Using the GUI 2 5 Chapter 2 Installation and Setup Common Dialog Buttons User s Manual Function buttons located in a sub window or dialog box each initiate the execution of an operation The most common buttons and their respective functions are listed in the following table Table 2 3 Common Dialog Buttons Bu
54. he destination IPmux Next Hop IP address to which the Ethernet frame will be sent when the Dest Name IP is not in the device subnet Dest Bundle Bundle number in the destination IPmux device 1 496 Jitter Buffer tens of usec ToS Depth of the jitter buffer per link elastic buffer whose size is configurable in units of 10 micro seconds us E1 0 37 3200 T1 0 37 2400 IP ToS Type of Service assigned to this channel 0 255 Configures the 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 TDM packets leaving IPmux UDP payload one eight length enabling reduction of Ethernet throughput TDM Bytes in Frame E1 T1 48 1440 steps of 48 Note Applicable only when Connection Mode is TDMoIP CE No Yes VLAN Tagging VLAN ID VLAN ID 1 4094 VLAN Priority VLAN priority 0 7 Disabled OAM Connectivity Enabled Bundle Thoughput Throughput in bps Bundle encapsulation PSN Type Connection Mode MPLS ETH Multi Protocol Label Switching Ethernet UDP IP TDMolP CE Time Division Multiplexing over the Internet Protocol Circuit RADview SC TDMolIP IPmux 14 Emulation HDLC High Level Data Link Control Setting the Operational Parameters 3 27 Chapter 3 Configuration Management User s Manual Parameter Outound Label Tagging Outbound Tunnel Label Outbound EXP Bits Inbound
55. his parameter only applies when Rate Limit is set to Disable Changing the Boundaries parameter automatically changes the set of values that may be selected for the User1 and User2 ports in the Rate Limit and Flooded Rate Limit combo boxes For Network ports it only changes the set of values that may be selected in the Flooded Rate Limit combo box When the set of selectable values for a combo box is automatically changed its parameter value is set to Disable For user ports User1 User2 Flooded Rate Limit is only available when Rate Limit is set to Disable If Rate Limit is not set to Disable then Flooded Rate Limit is grayed out and its value is not used If Flooded Rate Limit is not set to Disable then Rate Limit is grayed out and its value is not used Deleting the LAN Table The Delete LAN table command deletes all learned addresses from the MAC table This command is useful when a device has been moved and the cached MAC information is invalid Normally the Aging Time expires outdated MAC addresses and automatically deletes them from the LAN table gt To delete the LAN Table 1 Select Configuration gt System Commands gt Delete LAN Table Delete LAN Table BE xj AN Erasing LAN Table Information will be lost Figure 3 12 Delete LAN Table Dialog Box 2 Click lt OK gt to confirm The Dynamic MAC LAN Table is deleted RADview SC TDMolIP IPmux 14 Setting the System Parameters 3 17 Chapter 3 Config
56. ile 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 Figure 4 19 Normal Services Circuit Creation gt 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 central branch Circuit List ES xi Circuit Name Ran Type Bandwidth de Connected Activated Oper Status Activation Status Figure 4 20 Circuit List 3 Click lt Create gt The Manual Circuit Configuration dialog box appears RADview SC TDMoIP IPmux 14 Creating Circuits 4 19 Chapter 4 Configuring Typical Applications User s Manual Manual Circuit Configuration Figure 4 21 Manual Circuit Dialog Box General Parameters Tab 4 Click on the General tab Figure 4 21 and configure the following parameters Connection Type E1 Connection Bandwidth 10xTs 4 20 Creating Circuits RADview SC TDMOIP IPmux 14 User s Manual Chapter 4 Configuring Typical Applications 5 Click on the Primary Circuit tab Figure 4 22 and configure the following parameters Line Type Framed CRC TDM Bytes in Frame 48 OAM Connectivity Enabled checked 6 Select Central and Branch Sites Figure
57. lations of the same polarity Availability Ratio Errored Seconds Ratio Severely Errored Seconds Ratio 6 8 Viewing Ethernet Port Statistics The Ethernet Interface Statistics command enables you to view statistics for the selected Ethernet port The aggregate statistics for the port are displayed in a dialog box This information is useful for assessing quality of service for network troubleshooting and planning purposes To view Ethernet interface statistics 1 Click the User or Network Ethernet interface 2 Select Statistics gt Interface Statistics The Ethernet Interface Statistics dialog box appears 6 10 Viewing Ethernet Port Statistics RADview SC TDMolIP IPmux 14 User s Manual Parameter Port Type Received from Ethernet Frames Octets Oversize Frames Chapter 6 Performance Management 172 17 157 11 Interface Statistics 2004 08 16 14 23 10 Port Network Type ETH Received From Ethernet Frames 104260240 Octets 1182253862 Oversize Frames 0 Fragments 0 Jabber 0 Dropped Frames 1 CRC Error Frames 0 Transmitted To Ethernet Frames 103018047 Octets 1102452992 Collision 0 Close Ready 4 Figure 6 7 Interface Statistics Dialog Box Table 6 6 Interface Statistics Parameters Possible Values Remarks User1 User2 Network ETH The total number of packets received including bad packets broadcast packets and multicast packets The total number of octe
58. lecting this checkbox disables the Bundle Connectivity trap 7 2 Monitoring Object Status RADview SC TDMolIP IPmux 14 User s Manual Chapter 7 Fault Management Viewing Active Alarms The Alarms command enables you to view agent alarms from the time that the selected IPmux 14 was turned on or from the last time the active alarm list was cleared Use this command to locate problems and as a troubleshooting aid gt To view the Active Alarm List e Select Fault gt Alarms The Active Alarm list appears oe 172 17 157 11 Active Alarm List Print Save to File Close Refresh Ready m Figure 7 2 Active Alarm List Table 7 2 Active Alarm Parameters Parameter Possible Values Remarks Slot 1 Port The type of port T1 E1 Alarm The type of Alarm Port alarms Far End LOF Far End Sending AIS Near End LOF Near End Loss of Signal Near End Sending TS16 LOMF RADview SC TDMolIP IPmux 14 Monitoring Object Status 7 3 Chapter 7 Fault Management User s Manual Viewing the History Log The History Log command enables you to display a history of alarms up to 512 entries that were sent from the selected IPmux 14 to the network management station Use this command to locate problems and as a troubleshooting aid gt To view the History Log e Select Fault gt History Log gt list The System Log Buffer table appears 172 17 157 11 System Log Buffer l D
59. management station NMS it is necessary to first configure some basic IPmux 14 parameters via an ASCII terminal session to the IPmux 14 control port The following steps are required 1 Configuring the host IP parameters IP address IP mask default gateway 2 Defining the network management station in the manager list For more detailed information about configuring IPmux 14 for network management see Chapter 4 of the IPmux 14 Installation and Operation Manual Configuring the IP Parameters The IPmux host IP parameters may be assigned automatically via DHCP or they may be configured manually gt To manually configure the host IP parameters 1 Display the Host IP menu Configuration gt System gt Host IP 2 Disable the DHCP mechanism 3 Save the changes RADview SC TDMoIP IPmux 14 Pre configuring IPmux 14 for Network Management 2 1 Chapter 2 Installation and Setup User s Manual 4 Enter the new host IP parameters for IPmux Host IP address IP mask Default gateway 5 Save the changes Configuration gt System gt Host IP 1 IP address 192 168 10 1 IP mask 255 255 255 0 Default gateway 0 0 0 0 DHCP Disable DHCP Status Please select item 1 to 5 ESC prev menu main menu amp exit Figure 2 1 Configuring the Host IP Parameters for IPmux 14 Configuring the Manager List gt To configure the Manager List 1 Display the Manager List menu Configuration gt Sy
60. n gt System gt Host IP and configure the IP address and mask of the host Pmux 11 host IP address 172 17 157 11 Pmux 14 host IP address 172 17 157 14 Save the changes 4 2 Configuring the IPmux 11 and IPmux 14 Units RADview SC TDMoIP IPmux 14 User s Manual Chapter 4 Configuring Typical Applications Configuration gt System gt Host IP IP address uie LISAGlge193 41 IP mask sitter u2552255 255 0 Default gateway 0 0 0 0 DHCP Disable DHCP Status Please select item 1 to 5 ESC prev menu main menu amp exit 1 Mngr s Figure 4 2 Configuring Host IP Parameters for IPmux 14 Configuring the Manager List gt To configure the manager list 1 Display the Manager List menu Configuration gt System gt Management gt Manager list and enter IP parameters for the network manager station NMS IP address 172 17 10 100 Manager location Network Eth1 2 Savethe changes Configuration gt System gt Management gt Manager list Manager IP address saa LIZ 17 10 100 Manager location Network Eth1l Link up down trap Disable Alarm trap Disable VLAN tagging Disable Please select item 1 to 5 ESC prev menu main menu amp exit Figure 4 3 Configuring Network Manager 4 2 Connecting IPmux 14 to the Management Station IPmux 14 can be managed by a Network Management Station NMS that is located on the LAN hub or switch connected to the
61. n of the data transmitted in the E1 T1 Framer idle timeslots 0 to FF Type of signaling used on the link None Robbed Bit T1 device operation mode DSU CSU Note Only applicable for T1 ports 0 133 134 266 267 339 400 533 534 655 Note Only applicable for T1 ports with Line Mode DSU 3 20 Setting the Operational Parameters RADview SC TDMoIP IPmux 14 User s Manual Parameter Line Buildout dB Chapter 3 Configuration Management Possible Values Remarks Transmit line gain for T1 CSU line mode 0 5 5 2 5 Note Only applicable for T1 ports with CSU Line Mode Restore Time sec OOS Signaling Used to change the sync Algorithms to reduce the time required for the port to return to normal 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 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 periods Space 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 Signaling Code Mark Signaling Code Space Signaling Code valu
62. ndicates that frames were dropped because the receive buffer exceeded the maximum allowed depth Max Delay Variation 10 usec Maximum size of the buffer in 10s of usec in the selected interval Note This parameter is used for a CES E1 T1 card whose hardware version is greater than 5 00 Min Jitter Buffer Level msec Minimum jitter buffer level in msec for the current interval Max Jitter Buffer Level msec Maximum jitter buffer level in msec for the current interval 6 5 Viewing Bundle Intervals Statistics RADview can display Intervals Statistics information and graphs that aggregate the statistics over 15 minute intervals The Bundle Intervals Statistics command displays intervals statistics for the selected bundle connection in both table and graph formats This information is useful for assessing quality of service for network troubleshooting and planning purposes To view a list of statistics from previous intervals 1 2 3 Select Statistics gt Bundle Connection Statistics The Bundle Statistics dialog box appears Figure 6 2 Select the bundle for which you wish to display the statistics Click lt Bundle Intervals Statistics gt The Bundle Intervals Statistics dialog box appears RADview SC TDMolIP IPmux 14 Viewing Bundle Intervals Statistics 6 5 Chapter 6 Performance Management User s Manual zw Bundle Intervals Statistics Xi Bundle No a Bundle Name Bundleo Number of
63. ng 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 Note Polling is always enabled when a Statistics graph is open 6 3 Viewing Bundle Statistics The Bundle Connection Statistics command enables you to view statistics for all bundle connections This information is useful for assessing quality of service for network troubleshooting and planning purposes gt To display Bundle Connection Statistics e Select Statistics gt Bundle Connection Statistics The Bundle Statistics dialog box appears a 94 87 Bundle Statistics Bundle Admin Oper Dest Sequence Buffer Buffer TX Frames RX Frames PSN Sequence PSN Reordered CH Bundle Name Errors Underflow Overflow No Status Status Name sec sec sec to PSN From PSN Errors Frames Bundle Current Statistics Bundle Intervals Statistics Close Refresh Figure 6 2 Bundle Statistics 6 2 Viewing Bundle Statistics RADview SC TDMolIP IPmux 14 User s Manual Chapter 6 Performance Management Table 6 2 Bundle Statistics Parameter Possible Values Remarks Slot 1 CH CH1 CH4 Bundle No 1 496 Bundle Name Admin Status Bundle name for selected channel Table will display one bundle name
64. ng Mode Line Interface Line Length ft Line Buildout dB QOS Signaling Space Signaling Gode Mark Signaling Gode OOS Code AIS Transmit Trail Mode Restoration Time sec Enabled v Adaptive Y short Haul Y ESF Y pazs E None v DSU Y 0 133 7 5 v 1 v space v Disable v Termination v Set Cancel Refresh Ready m Figure 3 14 T1 Interface Parameters Dialog Box Table 3 9 E1 T1 Interface Parameters Possible Values Remarks E1 T1 Enable Disable Transmit Clock Source Source of the transmit clock Adaptive Adaptive clock regeneration Loopback Transmit clock recovered from received data Internal Local clock source either the internal clock or an external clock that is directly attached to IPmux 14 System Recovered from the other interface network and used for data transmission on this interface This option is only available when the external clock is operational RADview SC TDMoIP IPmux 14 Setting the Operational Parameters 3 19 Chapter 3 Configuration Management User s Manual Parameter User Clock Quality Rx Sensitivity Line Type Line Code only applicable for T1 ports Idle Code not applicable when the Line Type is unframed Signaling Mode only applicable for T1 ports Line Interface Line Length feet Possible Values Remarks Marks the quality level of clock S
65. ng the Circuit Parameters gt To display the circuit parameters 1 Click on the link in the Services Map Figure 4 24 2 Right click and select Circuit List The Circuit List appears 172 17 157 11_Source 172 17 157 14_Destination Circuit List Y S Es x OAM SSS Create Parameters Rename Connection Ran Remove Print Savetoriie Close Rees Fm a ee ee ee f eady Figure 4 25 Circuit List 3 Click Parameters The Manual Circuit Parameters dialog box appears 4 Verify that the parameters are correct RADview SC TDMoIP IPmux 14 Creating Circuits 4 23 Chapter 4 Configuring Typical Applications User s Manual 4 24 Creating Circuits RADview SC TDMolIP IPmux 14 Chapter 5 Security Management This chapter discusses how to manage IPmux 14 security and includes the following sections e Setting Management Access Authorizations e Unix Users and Permissions 5 1 Setting Management Access Authorizations The Access command allows you to enable or disable management via Telnet and Web access Use this command to tighten security or to enable access when necessary gt To enable or disable Telnet and Web access 1 Select Options gt Access The Access dialog box appears Figure 5 1 2 Configure Telnet and Web access and click Set 157 12t1 Access Telnet Access Enable Web Access Enable Set Cancel Refresh Ready m Figure 5 1 Acc
66. one of the unit s Ethernet ports gt To connect IPmux 14 to the Network Management Station 1 Connect a Network Management Station to the LAN hub or switch 2 Connect one of the IPmux s Ethernet ports to the LAN RADview SC TDMoIP IPmux 14 Connecting IPmux 14 to the Management Station 4 3 Chapter 4 Configuring Typical Applications User s Manual 4 4 4 3 Configuration Sequence Several basic configuration steps need to be followed when deploying any IPmux unit 1 3 IP Configuration Setting the IPmux 14 host IP address and the manager IP address Physical layer configuration Setting the TDM parameters line type clocking etc according to the application requirements and topology Creating circuits via the Service Center IPmux 14 can be managed by a network management station that is located on the LAN connected to the one of the unit s Ethernet ports In order to establish a proper connection it is necessary to configure IPmux with a basic configuration gt To perform the preliminary IPmux 14 configuration 1 2 3 4 5 6 7 8 Connect an ASCII terminal to the IPmux 14 RS 232 control port Log in as Superuser su Assign an IP address to IPmux 14 Assign a subnet mask and a default gateway You can also enable or disable the IPmux 14 DHCP client Set read trap and read write communities to public Set a manager IP address and location Reset IPmux 14 Note Make sure that you save
67. p in order to prevent a known problem from causing repeated alerts at the network monitoring station and to enable focusing on new problems that may arise All traps can be selected or deselected for masking as a group or they can be selected individually gt To manually select traps for masking 1 Select Options gt Masking Traps The Masking Traps dialog box appears Figure 7 1 2 Select which traps to mask and then click lt Set gt RADview SC TDMolIP IPmux 14 Monitoring Object Status 7 1 Chapter 7 Fault Management User s Manual Parameter Authentication Failure LOS LOF AIS RDI FEBE External Clock Bundle Connection Bundle Connectivity 2 Masking Traps d x Authentication Failure LOS LOF AIS RDI FEBE oU H B O H Wi External Gloch Bundle Connection Bundle Connectivity Set Cancel Refresh Ready im Figure 7 1 Masking Traps Dialog Box Table 7 1 Masking Traps Parameters Possible Values Remarks Selecting this checkbox disables the Authentication Failure trap Selecting this checkbox disables the LOS trap Selecting this checkbox disables the LOF trap Selecting this checkbox disables the AIS trap Selecting this checkbox disables the RDI trap Selecting this checkbox disables the FEBE trap Selecting this checkbox if available disables the External Clock trap Note This parameter is only enabled when an external clock is operational Se
68. rs to monitor the transmission performance and thus the quality of service provided to users RADview can display Intervals Statistics information and graphs that aggregate the statistics over 15 minute intervals RADview can also display Current Statistics information and graphs displaying a more immediate view of the statistics counters The Current Statistics window is refreshed periodically according to the Polling Interval or manually whenever you click the Poll button This chapter explains how to perform the following tasks e Setting the Polling Interval e Viewing Bundle Statistics e Viewing Bundle Current Statistics e Viewing Bundle Intervals Statistics e Viewing E1 T1 Port Current Statistics e Viewing Port Intervals Statistics e Viewing Ethernet Port Statistics 6 2 Setting the Polling Interval RADview updates displayed statistical data by polling IPmux 14 at set intervals The Polling Interval command allows you to set the number of seconds between polls gt To set the polling interval e Select Statistics gt Polling Interval The Polling Interval dialog box appears RADview SC TDMoIP IPmux 14 Setting the Polling Interval 6 1 Chapter 6 Performance Management User s Manual 172 17 157 11 Polling Interval Polling Interval sec Polling Enable Iv Set Cancel pm Figure 6 1 Polling Interval Table 6 1 Polling Interval Parameter Possible Values Remarks Polli
69. rt From 2 Select the starting number 3 Click lt Set gt gt To print all the entries in the History Log e Click Print Clearing the History Log The History Log gt Clear command enables you to erase all of the entries in the alarm history This command is helpful for clearing out large numbers of entries for repeated alarms resulting from problems that have already been corrected or noted gt To clear the History Log 1 Select Fault gt History Log gt Clear A confirmation box appears 2 Click lt OK gt to confirm Clear E xj f AN CLEARING THE LOG BUFFER 1 Cancel Figure 7 4 Clearing the Log Buffer Confirmation Message RADview SC TDMolIP IPmux 14 Monitoring Object Status 7 5 Chapter 7 Fault Management User s Manual Viewing Self Test Results The Self Test Results command enables you to view the results of the IPmux 14 self test When the device is turned on it checks itself In case a fault is detected this is noted in the Self Test Results log Use this command as a troubleshooting aid to help determine the cause of an apparent device hardware or software failure gt To view Self Test results obtained when the selected IPmux 14 was powered up e Select Diagnostics gt Self Test Results The Self Test Results dialog box appears displaying descriptions of detected faults 172 17 157 11 Self Test Results Fault Cause Passed Initial Self Testing Print Close Refresh
70. sec Iv 304 d Set Cancel Refresh Ready m Figure 3 1 System Parameters Dialog Box Table 3 1 System Parameters Parameter Possible Values Remarks Default Gateway IP Address DHCP Mode DHCP Client Mode Enabled Enables DHCP Client action for IPmux 14 Disabled Disables DHCP Client action for IPmux 14 Aging Time sec Aging Time in seconds Checked Unchecked 16 4080 Default is 120 Note When the checkbox is checked the Aging Time parameter is enabled and its value can be changed 3 2 Setting the System Parameters RADview SC TDMoIP IPmux 14 User s Manual Parameter Transmit Clock Source External Clock User Quality Chapter 3 Configuration Management Possible Values Remarks Source of the transmit clock Internal Local clock source is used External Recovered from the other interface network and used for data transmission on this interface Loopback Transmit clock recovered from received data Adaptive Adaptive clock regeneration Note Field is disabled if an activate circuit is connected Allows the user to mark the quality level of the clock STI Stratum 1 PRC Primary Reference Clock Rec G 811 0x10 ST2 Stratum 2 SSU T Sync Source Unit Transit Rec C 812 Transit 0x70 ST3 Stratum 3 SSU L Sync Source Unit Local Rec G 812 Local 0xAO0 ST3E Stratum 3 Enhanced Clock OxDO Note This field only appears for IPmux 14 hardware version 2 0 and above Th
71. ssible Values Remarks Boundaries Defines the valid ranges of ingress rate 256 Kbps 64 Mbps 5 Mbps 80 Mbps 25 Mbps 50 Mbps Rate Limit The maximum rate permitted to transfer via this port per Ethernet port Network User1 User2 For Network ports Disable 256 Kbps 512 Kbps 1 Mbps 2 Mbps 3 Mbps 3 5 Mbps 4 Mbps 4 5 Mbps 5 Mbps 8 Mbps 10 Mbps 16 Mbps 20 Mbps 25 Mbps 40 Mbps 50 Mbps 80 Mbps For User1 User2 ports when Boundaries is set to 256 Kbps 64 Mbps Disable 256 Kbps 512 Kbps 1 Mbps 2 Mbps 4 Mbps 8 Mbps 16 Mbps 32 Mbps 64 Mbps 3 16 Setting the System Parameters RADview SC TDMoIP IPmux 14 User s Manual Parameter Flooded Rate Limit Note Chapter 3 Configuration Management Possible Values Remarks For User1 User2 ports when Boundaries is set to 5 Mbps 80 Mbps Disable 5 Mbps 10 Mbps 20 Mbps 40 Mbps 80 Mbps For User1 User2 ports when Boundaries is set to 25 Mbps 50 Mbps Disable 25 Mbps 50 Mbps The maximum rate permitted to transfer broadcast multicast and unicast flooded frames via this port per Ethernet port Network User1 User2 When Boundaries is set to 256 Kbps 64 Mbps Disable 256 Kbps 512 Kbps 1 Mbps 2 Mbps 4 Mbps 8 Mbps 16 Mbps 32 Mbps 64 Mbps When Boundaries is set to 256 Kbps 64 Mbps Disable 5 Mbps 10 Mbps 20 Mbps 40 Mbps 80 Mbpslf When Boundaries is set to 25 Mbps 50 Mbps Disable 25 Mbps 50 Mbps Note In IPmux 14 t
72. stem gt Management gt Manager list 2 Enter the IP address of the network management station 3 Save the changes Configuration gt System gt Management gt Manager list 1 Manager IP address 192 168 10 100 2 Link up down trap Disable 3 Alarm trap Disable 4 VLAN tagging Disable Please select item 1 to 5 ESC prev menu main menu amp exit Figure 2 2 Configuring the Manager List 2 2 Pre configuring IPmux 14 for Network Management RADview SC TDMolIP IPmux 14 User s Manual Note Chapter 2 Installation and Setup 2 2 Connecting IPmux 14 to the Management Station IPmux 14 can be managed by a network management station NMS that is located on the LAN hub or switch connected to the one of the unit s Ethernet ports To connect IPmux 14 to the network management station 1 Connect a network management station to the LAN hub or switch 2 Connect one of IPmux 14 s Ethernet ports to the LAN 2 3 Launching RADview IPmux 14 The RADview IPmux 14 Element Manager application can be opened from the SNMPc Management Console PC version HPOV Unix version or Network Elements Tree windows A separate RADview IPmux 14 Element Manager window can be opened for each IPmux 14 unit In order to launch the Element Manager you must first ensure that the server is running and start the client If it is not already in the NMS database you must also add the IPmux 14 object to the NMS as a managed element
73. t To create a circuit between IPmux 11 172 12 157 10 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 14 172 17 157 10 2 While holding down the CTRL key right click the mouse and drag a line between the source IPmux 11 172 12 157 10 and destination IPmux 14 172 17 157 14 The Manual Circuit Configuration dialog box appears W Manual Circuit Configuration xj General Primary Circuit Secondary circuit fan Circuit Name fPmutt IPmuxt Connection Type E1 X Connection Bandwidth fi OxTS Y Redundancy Comments Oe A You can press Setto save Circuit Configuration Cancel eady Figure 4 9 Manual Circuit Dialog Box General Parameters Tab 3 Click on the General tab Figure 4 9 and configure the following parameters Connection Type E1 Connection Bandwidth 10xTs 4 10 Creating Circuits RADview SC TDMolIP IPmux 14 User s Manual Chapter 4 Configuring Typical Applications 4 Click on the Primary Circuit tab Figure 4 9 and configure the following parameters Line Type Framed CRC TDM Bytes in Frame 48 OAM Connectivity Enabled checked Figure 4 10 Manual Circuit Dialog Box Primary Circuit Tab RADview SC TDMOIP IPmux 14 Creating Circuits 4 11 Chapter 4 Configuring Typical Applications User s Manual 5 Click on the EP Param tab Figure 4 11 and configure the following parameters Ji
74. terface then the Rate field is set to 1 x 64 and is grayed out and cannot be changed until the bundle is removed RADview SC TDMolIP IPmux 14 Setting the System Parameters 3 5 Chapter 3 Configuration Management User s Manual Parameter Tx Clock Source RTS CTS Possible Values Remarks Transmit clock source DCE Adaptive Clock is recovered from the IPmux 14 network interface and sent to the user s equipment connected to the data port DCE Internal Clock is received from the internal oscillator and sent to the user s equipment connected to the data port DTE1 Adaptive IPmux 14 supplies the receive clock to the user equipment connected to the data port and accepts the user transmit clock The clock is recovered according to the received data flow rate at the IPmux 14 data port DTE1 Internal IPmux 14 supplies the receive clock to the user equipment connected to the data port and accepts the user transmit clock The local clock source internal oscillator signal is sent to the user equipment connected to the data port DTE2 Clock is provided by the user s equipment connected to the serial data port When Interface Type is set to X 21 DCE Adaptive DCE Internal Request to Send signal line status Off 0 On 1 Note RIS is applicable only when Tx Clock Source is set to DTE2 otherwise the RIS parameter is not displayed Clear to Send On Always ON RIS CTS follows RTS Note When Inter
75. ts of data including those in bad packets received on the network excluding framing bits but including FCS octets 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 problems CRC Error Frames Transmitted to Ethernet Frames Octets Collision The number of good frames with invalid CRC Total number of frames successfully transmitted Total number of octets successfully transmitted Best estimate of the total number of collisions on Ethernet segment RADview SC TDMOoIP IPmux 14 Viewing Ethernet Port Statistics 6 11 Chapter 6 Performance Management User s Manual 6 12 Viewing Ethernet Port Statistics RADview SC TDMolIP IPmux 14 Chapter 7 Fault Management This chapter describes how to manage IPmux 14 alarms and how to run a loopback test and contains the following sections e Monitoring Object Status Masking Traps Viewing Active Alarms Viewing the History Log Clearing the History Log Viewing Self Test Results e Performing Loopback Tests 7 1 Monitoring Object Status e This section discusses monitoring the status of network objects including managing alarms Masking Traps The Masking Traps command enables you to select which SNMP traps should be masked disabled You can mask a tra
76. tter Buffer 500 gt Manuel Circuit Confsquration General Primary Circuii atone Circuit resn Parm Source Destination p Node 172474157 11 Source 172 17 157 14_ Destination Node Ming IP 3721745744 1724715714 l 7 Rdn Mone None x Channel cet Blot 1 Mapping Mapping Bundle undieo CBID 1 HoetiP 47207 45741 MostiP Mask 0000 nooo Next Hop pooo baoon VAN Tagging r VLAN ID M a VLAN Priority XmeBumrdousey foo lt SQ 14 TOS pono A ll o 3 Adaptive Clock Source na JFE E T ar a_n i t 013 4 85 7 e 9 1 1 2 9 1 99 1 7 Ww i122 ewe 35 7 m send bore i Destination TSA i ts i r24 6 67 slo 70mm ow s OT he nio na emis he Oe aa Berd barde i Common Param EP Param d You can press Sato save Circuit Configuration Figure 4 11 Manual Circuit Dialog Box EP Param Tab Saving the Circuit Parameters gt To save the circuit parameters 1 In the Manual Circuit Dialog Box click lt Set gt A message appears asking you if you want to create another circuit 2 Click No The circuit is created and appears on the Mesh Services Map 4 12 Creating Circuits RADview SC TDMoIP IPmux 14 User s Manual Chapter 4 Configuring Typical Applications 172 18 159 35 Mesh Service 157 j inl xi Configuration View Help om js ej put d 2 17 152 188 72 17
77. tton Function Set Confirm and activate the selections made in the dialog box and close the box Apply Confirm and activate the selections made in the dialog box without closing the box Cancel Cancel the selections made in the dialog box and close the box Close Close the dialog box without any other effect OK Confirm the message displayed in an information box and close the box Add Open a new dialog box that is used to add a new item to the list or table displayed in the dialog box Change Open a new dialog box that is used to change an item selected in the list or table displayed in the dialog box Delete Delete a selected item from the list or table displayed in the dialog box Refresh Poll the managed unit to retrieve again the information needed to Using the GUI display the current dialog box This action updates the displayed information RADview SC TDMolIP IPmux 14 User s Manual System Level Menu Options Chapter 2 Installation and Setup The following tables list the RADview tasks that are available on the system level Tasks Configuration Configuring System Information Configuring System Parameters Table 2 4 System Management Options Dialog Box and Parameter Location System Information dialog box See Configuring System Information System Parameters dialog box See Configuring System Parameters Path Configuration we System Info Configuration we System Parameters Viewing Bundle
78. uration Management User s Manual 3 2 Setting the Operational Parameters Configuring IPmux 14 Ports at the Physical Layer Configuring the E1 T1 Ports The E1 T1 Interface Parameters command enables you to configure the various parameters of the E1 T1 port the port s software configuration The parameters vary according to the port type gt To display or configure E1 T1 parameters 1 Click an E1 T1 port 2 Select Configuration gt Parameters The E1 or T1 Interface Parameters dialog box appears see Figure 3 13 and Figure 3 14 40 109 L222 E1 Interface Parani Slot 1 Port CH4 Type E1 Admin Status a Transmit Clock Source adaptive v Rx Sensitivity dB short Haul v Line Type Framed G 704 v Idle Code LN 005 Signaling ecc Space Signaling ode 101 Mark Signaling Gode ho OOS Code LERNEN AIS Transmit Disable v Trail Mode Termination Set Cancel Refresh Ready m Figure 3 13 E1 Interface Parameters Dialog Box 3 18 Setting the Operational Parameters RADview SC TDMoIP IPmux 14 User s Manual Parameter Port Admin Status Chapter 3 Configuration Management Slot Port Type T1_10 108 Interface Parameters a 1 CH1 Ti Admin Status Transmit Clock Source Rx Sensitivity dB Line Type Line Code Idle Code Signali
79. work Port e For the User7 port of IPmux 14 setting VLAN Tagging to Double Tag automatically sets the User2 port to Double Tag as well Setting the User2 port to Double Tag has no effect on the User1 port VLAN Tagging Default VLAN Default VLAN Default VLAN Priority 0 7 When Rate Limit is 32000 2 7 When Rate Limit is 64000 4 7 nee When Auto Negotiation is disabled and Max Capability Advertised is different from the capabilities of the LAN for example when Max Capability is 100BaseT full duplex while the LAN is in 10BaseT half duplex the NMS will disconnect Assigning Timeslots to Bundles Bundles are groups of timeslots The Bundle Table displays the details of each bundle in the upper section of the table and a representation of each timeslot with the bundle assigned to it in the lower section of the table Each bundle can be assigned to multiple timeslots but each time slot can only have one bundle assigned to it The Bundles command enables you to assign timeslots to bundles and to remove the timeslot assignments from bundles gt To view bundles for an E1 T1 port 1 Click an E1 T1 port 2 Select Configuration gt Bundles The Bundles Table appears RADview SC TDMOoIP IPmux 14 Setting the Operational Parameters 3 23 Chapter 3 Configuration Management User s Manual x 172 17 157 14vlan Bundles Slot 1 l Port CH1 Type E1 Bundle No Bundle Name Empty Bundle Bundle St
80. your settings at each configuration screen Configuration Sequence RADview SC TDMolIP IPmux 14 User s Manual Chapter 4 Configuring Typical Applications 4 4 Creating Circuits In the Service Center application circuits can be created for Mesh and Normal Services Both processes are outlined below Creating a Mesh Service Circuit 172 18 159 35 Mesh Service 157 Configuration View Help Big e e ml j XI XI pur m 217 152 1688 72 17 1562 202 72 17 157 11 9991 72 1 7 157 511 72 17 157 54 172 17 157 71 7 0 E 72 17 157 65 72 17 157 11_ Source 172 17 157 14 Destination Figure 4 4 Mesh Services Map Defining the E1 Parameters gt To configure the E1 parameters for the source IPmux 11 1 Double click on the desired IPmux 11 source 172 17 157 11 in the Mesh Services Map Figure 4 4 The Element Manager appears RADview SC TDMoIP IPmux 14 Creating Circuits 4 5 Chapter 4 Configuring Typical Applications User s Manual 172 17 157 11 Source Connected Oplans Figure 4 5 IPmux 11 Element Manager 2 Select CH1 3 From the Configuration menu select Parameters The Interface Parameters dialog box appears Figure 4 6 4 6 Creating Circuits RADview SC TDMOoIP IPmux 14 User s Manual Chapter 4 Configuring Typical Applications 4 Select the following parameters Transmit Clock Source Adaptive Line Type Framed CRC 5 Click Set 172 17 157 11 Source Interfac

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