This appendix describes the general configuration procedures for TJ1600 product family.
17.1 Switch ON node and PC configuration
1. Switch ON the Node, and wait for 7 minutes for the node to completely come-up (before trying to ping or access the node (through browser).
2. The Factory default IP address for the Multiplexer is 192.168.1.254.
3. Use a PC/Laptop and configure the PC/laptop as mentioned in the following:
— IP Address to: Replace the IP address in the 192.168.1.0 network.
— Subnet Mask to: 255.255.255.0.
4. Connect the PC to the LAN/NMS/LCT interface of the multiplexer using a cross RJ-45 LAN/NMS cable.
Do the following steps to login to the system:
1. Connect the Ethernet port of PC/Laptop to the LAN/NMS port of the node using a cross cable. Use straight cable only, if both the Node and PC/Laptop are connected through Hub/Switch.
2. Open the Internet Explorer in the Windows PC. Enter the address in the address space: https://192.168.1.254 or http://192.168.1.254:20080.
NOTE: When logging in for first time, http login to the node is set as disable by default. When enabled, user can access the node through both https (secure) and http (insecure) login.
3. Log into the WUI with following user name and password:
— User Name: tejas
— Password: j72e#05t
4. Configuration:
— Name: Enter the Name of the Site/Location.
» Acceptable Values: combination of alphabets/numeric/special characters.
» Value Range: 1-22.
— Router ID: Enter the Router ID (Ex:192.168.254.1)
— Ethernet IP: Enter the Ethernet IP of the node (Ex:192.168.1.254).
— Contact: Enter the contact details.
— Location: Enter the location name.
5. Submit changes and Accept the Modifications. The node will go for a soft reboot if values of Ethernet IP and Router ID are changed and after 3 minutes, you can login to the system. If you are connecting other vendor Node to the local Node, then set the Remote node with the router ID and Ethernet IP as follows:
— Router ID: Enter the Router ID (Ex: 192.168.254.2).
— Ethernet IP: Enter the Ethernet IP of the other vendor's node (Ex: 192.168.2.254).
Following figure illustrates PC connected to the node in a network:
Figure 307: 
PC Connected to the Node
17.3 Configure OSPF parameters
To configure OSPF parameters, do the following steps:
1. Click Configuration > DCN > OSPF in the navigation menu. OSPF parameters configuration preview pane is displayed.
2. Enter relevant value in the Area text box.
3. Click Submit. A confirmation preview pane is displayed.
4. Click Accept Valid Modifications. A "Successfully Modified" message is displayed. The OSPF area is configured with the required value.
To configure VCG ports, do the following steps:
1. Click Configuration > Facilities > VCG. The VCG interface configuration preview pane is displayed.
2. Click the desired VCG. The Provisioning VCG Interface preview pane is displayed.
3. Select/Enter values referring to Provisioning VCG Parameters table.
4. Click Submit. A confirmation preview pane is displayed.
5. Click Accept Valid Modifications. A "Successfully Modified" message is displayed.
Table 14: Provisioning VCG Parameters Parameter Description Default Value Acceptable Values Admin Status The administrative status of the port. • Up: Sets the port in service. • Down: Sets the port out of service. Down • Up • Down Alarm Reporting Status The alarm reporting status of the port. • Report: Reports alarms raised on the port. • No-Report: Alarms raised at the port are not reported. Alarm Reporting status for VCG is provisionable for CEL-3 card only. Report • Report • No-Report LCAS Support LCAS support on the VCG port. • Enable: Traffic is not disrupted when a cross connect in one of the node is not functional. • Disable: The entire VCG port goes down when a single cross connect in the port is not functional. Enable • Enable • Disable Framing Type The framing standards for Ethernet over SDH as chosen while configuring the ETH card. GFP-F GFP-F Maximum Differential Delay (ms) The maximum difference delay allowed. 50ms -- CRC Type The CRC type. The field is not configurable. • CRC-16: Configures VCG for CRC-16 type. • CRC-32: Configures VCG for CRC-32 type. CRC-32 -- VCAT Indicates if the VC Group is provisioned to enable or disable virtual concatenation (VCAT). • Enable: VCAT is enabled. • Disable: VCAT is disabled. Enable • Enable • Disable Operating Granularity Granularity of the signals as chosen while configuring the ETH card. VC-4 • VC3 • VC4 • VC12 Payload FCS Adds FCS. • Enable: Allows the addition of the payload FCS as specified in GFP. • Disable: Does not allow the addition of payload FCS as specified in GFP. It is recommended to keep the Payload FCS enabled. Enable • Enable • Disable Remove channels with SD Removes channels with SD from VCAT. • Enable: Channels are removed from a VCAT group when there is a signal degrade on any of the TUs related to the channels. • Disable: Channels are not removed from a VCAT group when there is a signal degrade on any of the TUs related to the channels. NOTE: Remove Channels with SD is applicable for TP01 cards only. Disable -- VCG Circuit Identifier The identifier for the VCG. Tejas Networks Up to 40 alphanumeric characters Number of Channels The number of channels configured for the group. Parameter not configurable. 0 (0 Mbps) -- Ignore RDI in LFE Ignores the extra RDI generated by Ethernet cards in a uni-directional protection scheme. Disable • Enable • Disable Remove Channel with MND Removes channels with high differential delay. Enable • Enable • Disable
To add new VC to VCG, perform the following steps:
1. Click Configuration > Facilities > VCG. The VCG interface configuration page is displayed.
2. Click VCG to be configured. Provisioning VCG Interface page is displayed.
3. Click Add new VC. Add VC to VCG page is displayed. Configure the following parameters:
— Number of connections: Enter the number of VCs to be created.
— Working Port: select a work port and corresponding K, L, M values
— Reversion Mode: Non-Revertive / Revertive
The default value is Non-Revertive. The options Revertive and Non-Revertive are available when protection is enabled.
— WTR Time: Select value when Revertive is selected for Reversion Mode.
— Protection type on network: No Protection/50 ms Protection/Slow Protection
4. Click Submit. A confirmation page is displayed.
5. Click Accept Valid Modifications. A Successfully Modified message is displayed.
Do the following steps to Configure STM Interface:
1. Click Configuration > Facilities > STM in the navigation pane. The Port_SDH interface configuration preview pane appears.
2. Click on the desired STMn port link. The corresponding Provision interface - STMn-1-<slot no.>-<port no.> preview pane appears.
3. Select or enter the value for desired editable parameters. Refer to Provision interface- STM parameters table for parameter description, the default and acceptable values supported.
4. Click Submit. A confirmation message is displayed.
5. Click Accept Valid Modifications. A "Successfully Modified" message is displayed under the Warnings field.
— A click on Back link will direct you to Provision interface preview pane of the same interface.
Table 15: Provision interface- STM parameters Parameter Description Default Value Acceptable Value Admin Status Allows you to select the administrative status of the interface. • Up: Sets the interface in service. • Down: Sets the interface out of service. Up • Up • Down Alarm Reporting Status Allows you to select the alarm reporting status of the interface. • Report: Reports alarms raised on STM interface on Active alarms pane. • No-Report: Reports alarms raised on STM interface on Suppressed alarms pane. Report • Report • No-Report STM Port Profile Allows you to select the STM port profile. Internal-NNI • Internal NNI • External NNI Timing Transparent Mode Allows you to enable or disable Timing Transparent Mode (TTM) on a client side port. • No Timing-Transparent-Mapping: Indicates that TTM is disabled on the STM interface. • Timing-Transparent-Mapped to ODU: Indicates that TTM is enabled on the STM interface. The client signals can now be mapped into OTU transport frames. No Timing-Transparent-Mapping • No Timing-Transparent-Mapping • Timing-Transparent-Mapped to ODU Mapping Type Allows you to select the mapping type from the drop down list. NOTE: In case of TTM enabled STM-64 port, only 'AMP Mapping' is supported. Mapping Not Applicable • Mapping Not Applicable • AMP Mapping • BMP Mapping Line Coding Displays the type of line coding being used (NRZ coding). This field is not configurable. -- -- Laser Displays the laser being used. Click on the link to view the Laser details. For more information, refer to Viewing Laser Details. The laser details are displayed when a SFP/XFP module is physically present on the port and also when the SFP/XFP image is present, except few parameters. -- -- ECC Byte Selection Displays the established Embedded Communication Channel on the interface as: • ecc_disable • ecc_F1 • ecc_DCC_M/ecc_LDCC • ecc_DCC_R/ecc_SDCC • ecc_DCC_RM • ecc_DCC_HB_MBPS This field is not configurable. -- -- Transmit J0 Allows you to enter the Regenerator Section/Section trace message to be transmitted. Maximum length is as specified by the Transmit J0 Length and padded with spaces for strings less than specified length. abcdabcdabcdabc Any alphanumeric value Transmit J0 Length Allows you to select the transmit length of Regenerator Section/Section trace. 16 • 1 • 16 Expected J0 Allows you to enter the expected received Regenerator Section/Section trace value. abcdabcdabcdabc Any alphanumeric value Expected J0 Length Allows you to select the length of the expected received Regenerator Section/Section trace message. 16 • 1 • 16 Received J0 Displays the received Regenerator Section/Section trace message. -- -- TIM Action TIM Action settings control handling of mismatches between received and expected trace messages. Allows you to select the action taken on trace identifier match as: • tim_report: Reports trace identifier mismatch, not traffic affecting. • tim_ignore: Does not report trace identifier mismatch. • tim_downstream_ais: Reports trace identifier mismatch and sends Alarm Indication Signal (AIS) downstream, which is traffic affecting. tim-ignore • tim_report • tim_ignore • tim_downstream_ais Signal Fail BER Threshold (B2) Allows you to enable or disable Signal Fail BER thresholds. • Enable: Enables selecting the threshold, on crossing, which Signal Fail alarm is raised for errors detected by B2. • Disable: Signal Fail BER Thresholds are disabled. Disable • 1e-3 • 1e-4 • 1e-5 • Disable Signal Degrade BER Threshold (B2) Allows you to enable or disable Signal Degrade BER thresholds. • Enable: Enables selecting the threshold, on crossing, which Signal Degrade alarm is raised for errors detected B2. • Disable: Signal Degrade BER Thresholds are disabled. Disable • 1e-5 • 1e-6 • 1e-7 • 1e-8 • 1e-9 • Disable Threshold (for TCA-15min) • Parameter to enable TCA (Threshold Crossing Alerts) for 15 minutes duration. • Enable: TCA is user configured for 15 minutes interval. If this field is enabled, an alert/event is raised on Performance Monitoring counts crossing the threshold value. The thresholds are changed from the TCA Settings for 15-min duration link on same page. • Disable: TCA are disabled. • Default: Default values for the thresholds are used. Disable • Enable • Default • Disable Threshold (for TCA-1Day) Parameter to enable TCA for 1 day duration. • Enable: TCA is user configured for 1 day interval. If this field is enabled, an alert/event is raised on Performance Monitoring counts crossing the threshold value. The thresholds are changed from the TCA Settings for 1-day duration link on same page. • Disable: TCA are disabled. • Default: Default values for the thresholds are used. Disable • Enable • Default • Disable Link Bundling Allows you to enable or disable link bundling on the port. In case of multiple paths between two nodes and link bundling enabled on all the links, protocols namely OSPF-TE, RSVP, and CSPF will be enabled and the related information will be shared via a single Bundled Interface created. In essence, only one adjacency shall be created with that neighbor using any non-faulty link. Disable • Disable • Enable Identifier Allows you to enter the name (identity) for the STM port. -- Alphanumeric characters Unreserved Bandwidth Priority Displays the priority for VC. -- -- VC4 Displays the number of unreserved VC4 channels. VC4_4c Displays the number of unreserved VC4_4c channels. VC4_16c Displays the number of unreserved VC4_16c channels. VC4_64c Displays the number of unreserved VC4_64c channels. -- -- Miscellaneous Operate on All AUGs Allows you to select/unselect the check box for bulk enabling/disabling of AUGs. NOTE: This parameter is not applicable if TTM is enabled on a given port. -- -- All AUGs Mapping Structure Allows you to enable (AU4) or disable AUG mapping for all the AUGs on the STM port. This parameter is editable when 'Operate on All AUGs' check box is selected. For TTM enabled ports, the value is set to '99' by default. Disable • AU4 • Disable
17.7 Configure Ethernet interfaces
Do the following steps to configure Ethernet port:
1. Click Configuration > Facilities > Ethernet in the navigation menu. Ethernet interface configuration preview pane appears.
2. Click the intended Ethernet interface. Input the following parameters:
— Admin Status: Up
— Alarm Reporting Status: Report
— MTU: Maximum size of a packet that can be sent through the interface. The default value is 9600.
— Auto Negotiation: Enable or Disable depending on end equipment configuration.
— Flow Control: Allows the user to select the type of flow control on the Ethernet interface.
— Threshold Enable for 15 min Interval: Disable/Enable
— LAN Circuit Identifier: User dependent /Convenient
— LACP: Enable
3. Click the intended Ethernet interface.
4. Click Submit. A confirmation page appears.
5. Click Accept Valid Modifications. A "Successfully Modified" message is displayed. Repeat the above steps to configure the more Ethernet interface.
To configure Timing Manager:
1. Click Configuration > Synchronization > Synchronization Status in the navigation menu and change QL Mode to Enabled.
To configure the parameters, refer TJ1600 Product Family User Interface Guide:
— QL Mode
— Output QL mode
— reversion mode
— WTR time
— output QL
— min QL
Click Submit.
2. Click Nominate timing reference. Provide the second reference source and assign the second priority to it.
Select a value from the drop-down menu for the following parameters.
— Clock Reference
— Clock reference Port
— Priority
3. Click View Nominated timing reference to verify the nominated clock. Repeat the above steps to nominate more than one clock source.
Do the following to check the alarms:
• To view alarms that are currently active on the node, click Faults > Active Alarms in the navigation pane.
• To view all the alarms suppressed on the node, click Faults > Suppressed Alarms in the navigation pane.
• To provision new alarm filters, click Faults > Alarm Filters in the navigation pane.
• To provision the alarm history, click Faults > Event history in the navigation pane.
• To view and change the severity of alarms, click Faults > Alarm Severity in the navigation pane. An asterisk appears before the name of alarms for which severity has been changed.