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Setting L2 Ports

1. gt INTRACOM SISCPONICS TELECOM telecom solutions mm A OMNLBAS Local Craft Terminal Application Ei Local Craft Terminal 192 168 57 9 OmnBas aw Control Syster 9 GbE Port 1 System Verson Re 2105 GbE Pot 2 Pe S C8 Network eE PTP stot 1 g ODU OB PTP slot 3 iE pee 9 004 Pee 2 A iondoe z se 192 168 57 8 OmniBAS 4w 4 T g Guren Bp ePropertes Gil Reset Modem Protection Mode G Clear CFG as Configuration GDC 002 33 User Manual Edition 1 0 Confidential INTRACOM S A TELECOM SOLUTIONS 2010 All rights reserved All copyright intellectual and industrial rights in this document and in the technical knowledge it contains are owned by INTRACOM S A TELECOM SOLUTIONS and or their respective owners This document is made available to the end users only for their internal use No part of this document nor any data herein may be published disclosed copied reproduced redistributed by any form or means electronically or mechanically or used for any other purpose whatsoever without the prior written approval of INTRACOM S A TELECOM SOLUTIONS Information as well as drawings and specifications contained in this document are subject to change without prior notice All trademarks and copyrights mentioned herein are the property of INTRACOM S A TELECOM SOLUTIONS and or their respective owners Any rights not expressly granted herein are reserve
2. GbE Port 2 When you select the target point in the Management Tree e g GbE Port 1 the target data are automatically entered in the corresponding fields Card and GbE of the wizard 0 Ml Management GbE Properties Update A 192 168 57 12 OmniBAS 192 168 57 9 OmniBAS j 3 Control 2 GbE Port 1 GbE Port 2 Connection Setup Wizard Select Target Hl Interface 16E1 El Line 1 Za El Line 2 Se E1Line 3 Card Control GbE GbE Port 1 ElLine 4 Za El Line 5 Sa El Line 6 ElLine 7 S ElLine 8 Sa El Line 9 E1Line 10 El Line 11 ElLine 12 Se El Line 13 El Line 14 Se El Line 15 lt Back Next gt Cancel 4a ine After completing the target data selection click the Next button The To select a node from the tree press Select Select TDM PWE3 Connection screen appears to define the attributes of the TDM PWE3 connection s to be created Ap Rey Connection Setup Wizard TDH PWES Connection Select GbE Properties ECID Ingress W Auto Advance ECID Egress W Auto Advance Destination MAC Address p p E O o Buttered E1 Frames Facket Jitter 10000 Payload Suppress VLAN Exist ae 7s lt Back Next gt Cancel Continued on next page CP INTRACOM 7 TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Creating PWE3 TDM Connections through GbE Ports Continu
3. The current Max Tx Power is displayed in the Capabilities tabbed sheet 125 lt gt STE LE C OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the ODUs Continued Monitoring In the PtP ODU Management Properties window click the Status tab In the a reshold status tabbed sheet that appears click the button to retrieve the current information regarding the threshold alarms of the selected ODU Threshold Alarms Max Temperature ASS Threshold i Pit IF Power Alarm Below 54 Below 6 5 The following table describes when the threshold alarms are generated When an alarm is generated the corresponding virtual led is red Alam Alarm Generation Max When the temperature inside the ODU exceeds the threshold Temperature you have set see par Configuring an ODU on page 30 RSSI When Rx power i e power from the remote radio unit is less Threshold than the threshold defined by the user see par Configuring an ODU on page 30 Pif If Power When the power of the Tx IF signal falls below 26 5 dBm Alarm Below 5 V When the output voltage of the ODU internal power supply unit falls below 4 85 V Below 6 5 V When the output voltage of the ODU internal power supply unit falls below 6 35 V Continued on next page 126 Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the ODUs Continued
4. Time Slot Usage 00 O01 02 03 0405 06 07 08 091011 121314151617181 pe e e e Pot oe ie Tit ie i Tt End of procedure Continued on next page TELECOM E o e F E re OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the E1 Lines Continued Massive To monitor the E1 lines status of an OmniBAS node proceed as follows monitoring of E1 Lines In the Management Tree click the Interface 16E7 element of the 192 168 57 9 OmrniBAS OmniBAS node D Control QP GbE Port 1 QP GbE Port 2 re Binterface 1661 HGE Network In the Management Interface Properties window that appears click the ELE tres button Ea Management Interface Properties i Update TEI H E1 Line State Properties 7 PAVE Sre MAC Address 00 05 59 17 2 08 53 E1 Line Clock Selection ET Line 1 Interface In the E1 Line State window that appears click the Eaire button to display the current information regarding the E1 lines 2 E1 Line State E Eure Clear s On Top Properties E1 Line Status Loopback Status Elre Fane ype Ciock Made T6 Usse LOP OOF AS AA Pone Donn Aann Siae LUU Liane ALU Afara 32 off dle E1Line1 Unframed Ide Idle E1 Line 2 Unframed E1 Line 3 Unframed E1 Line 4 Unframed E1 Line 5 Unframed E1 Line 6 Unframed E1 Line 7 Unframed E1 Line 8 Unframed E1 Line 9 Unframed E1 Line 10 Unframed E1 Line 11 Unframed Unframed
5. to VLAN ID field fr Update Th Cancel EP Clear Save 8 e In the VLAN List window that appears click the Eiee button to display all created VLANs ON ete selected Del e Select the VLAN you want e g Poe VLAN 80 click the right mouse 110 1 ESE button and from the drop down i4 ooo menu select the Select VLAN 120 option 130 Yi ARII ier reece The a n the selected VLAN is displayed in the VLAN Port tabbed sheet L Properties VLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark Fort Membership L2 Port 3 i Leave blank to list all entries Associate WYLAN ID 80 Bil Delete Upto l List Click the 2 5 button to create the association s If you want to verify the creation of the new VLAN port s click the List button in the VLAN Port tabbed sheet see par Viewing the VLAN Port Membership List on page 56 End of procedure If you want to associate more than one VLAN to the selected L2 port select the Up to check box and in the corresponding text box type the ID of the last VLAN you want to associate For example if you select the Up to check box and then type VLAN ID 130 the following six VLANs are requested to be associated with the selected L2 port 100 110 112 114 120 and 130 and not the VLAN with ID 80 CP INTRACOM m TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting Ethernet QoS Introduction Configuring
6. E1 Line 13 Unframed E1 Line 14 Unframed E1 Line 15 Unframed E1 Line 16 Unframed of of o Of Enabled idle Enabled Enabled Enabled Enabled Enabled Enabled Enabled Enabled Enabled Enabled Enabled Enabled Enabled Enabled Enabled Se Sea oe oe ee Ee eae oe oe oS E1 Line Status response The 16 E1 lines of the selected Interface 16E7 element are displayed together with their attributes frame type TS usage alarms status administrative state loopback status etc End of procedure Continued on next page INTRACOM iia amp Pree CoM Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the E1 Lines Continued Performing To perform loopback test in case of E1 PWE3 TDM line fault proceed as loopbacks in an follows E1 Line In the Management Tree expand the Interface 16E7 element and click the E1 q oo line you want e g E1 Line 1 4 GbE Port 1 4 GbE Port 2 Hi Interface 16E1 fee El Lire 2 In the Management E1 Properties window click the Re button to view the current properties of the selected line EA Management E1 Properties Update TESI ca Apply To All El Line Properties El Line Status E1 Line LOS Loss of Signal OOF Out of Frame Clock Mode None AlS Alarm Indication Signal RAl Remote Alarm Indication E Power Down Frame Type Rian A ele ee lee ain Time Slot Usage OO 01 02 03 0405 06 07 08 09 1011 12
7. Establishing local or remote connection by entering the IP address of the OmniBAS node continued 12 Cse aon When the connection with the OmniBAS node has been established successfully the connected node is displayed in the Management Tree and its characteristics appear in the System Characteristics group box of the OmniBAS System properties window 4 Local Craft Terminal Open re Save Management Tree amp Find Legend sme 192 168 57 8 OmniBAS 4wW Control 4 GbE Port 1 4 GbE Port 2 gI A gt Properties Performance Alarms Connections i EA OmniBAS 4W System Eurie Network Neighborhood Search for available SNMP WiBAS Flex agents in the subnet Hi Interface 16E1 Log on to selected system to receive equipment info and traps Connect Ca Network PTP slot 1 OBB PTP slot 2 OBB PTP slot 3 ob PTP slot 4 End of procedure gg ODU gE ODU g ODU g ODU System Characteristics Description OmniBAS running Linus Object ID 1 3 6 1 4 1 1807 1 2 22 0 UpTime 144515000 ms 40 hrs 8 min and 35sec SS Contact E S y Name o SOS Location ee Services none 0 Power Supply Filters and Fan Control Unit Properties E Show Properties Continued on next page gt INTRACOM Chapter 2 Getting Started OmniBAS LCT User Manual Edition 1 0 Establishing Connection with an OmniBAS Node Continued Establishing To establish a local or r
8. When the connection with the OmniBAS node has been established successfully the connected node is displayed in the Management Tree and its characteristics appear in the System Characteristics group box of the OmniBAS System properties window 2 Local Craft Terminal Open fe g A E3 ne Save Properties Performance Alarms Connections ON Tree amp Find Legend S 192 169 57 8 OmniBAS 4w J Control Q GbE Port 1 GbE Port 2 fl Interface 16E1 GE Network O BB PTP slot 1 gE ODU OBB PTP slot 2 g ODU OBB PTP slot 3 gE ODU cE PTF slot 4 End of procedure gE ODU EA OmniBAS 4W System Update i Network Neighborhood Search for available SNMP WIBAS Flex agents in the subnet Gu Lag on to selected system to receive equipment info and traps ea Connect System Characteristics Description JOmniBAS running Linus Object ID 1 3 6 1 4 1 1807 1 2 22 0 UpTime 144515000 ms 40 hrs 8 min and 35sec 000 Contact E Name Location Services mone 0 Power Supply Filters and Fan Control Unit Properties Show Properties gt INTRACOM Chapter 2 Getting Started OmniBAS LCT User Manual Edition 1 0 2 4 GUI Overview Introduction The scope of this section is to get you familiar with the Graphical User Interface GUI of the OmniLCT application The OmniLCT GUI consists of the following parts Main Menu Toolbar 2 Local Craft Te
9. e View a list of all E1 lines together with their attributes e Perform loopback tests in an E1 line Monitoring the To monitor the current status of an E1 line proceed as follows properties of an E1 Line see Cio 112 Management Tres In the Management Tree expand the E Legend Interface 16E1 element and click the E1 ie line you want e g E1 Line 1 4 GbE Port 1 4 GbE Port 2 Hl Interface 16E1 fee ez ElLine 2 Sa El Line 3 Ga ElLine 4 Za El Line 5 In the Management E1 Properties window click the Eaire button to view the current properties of the selected line EA Management E1 Properties DER Update E Gs Cas Apple To All El Line Properties El Line Status E1 Line LOS i Loss of Signal Frame Type AAE ela e ie eta OOF Out of Frame Clock Mode None AlS Alarm Indication Signal RAL Remote Alarm Indication Power Down Time Slot Usage 00 01 02 03 04 05 06 OF 08 09 1011 121314 1516171919 202 MI Iv vv Iv I Ie I I El Admin State Administrative Status Enable Set Loopback Test E1 Line Framer loopbacks are valid only for doubleframe muliframe Frame Types Current status start stop amp Retresh Continued on next page gt INTRACOM Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the E1 Lines Continued Monitoring the properties of an E1 Line continued In the Frame Type drop down list of the E1 Line P
10. Connections List Introduction This paragraph describes the Connections List window through which you can view the PWE3 TDM connections of the OmniBAS node together with their attributes Also this paragraph describes how to e Activate the Connections List window e Remove PWE3 TDM connections from the OmniBAS node Through the Connections List window you can also monitor the performance of the PWE3 TDM connections as described in par Monitoring the Performance of a PWE3 TDM Connection on page 158 Activating To activate the Connections List window of an OmniBAS node proceed as Connections follows List In the Management Tree click on the OmniBAS node you want Control E GbE Port 1 49 GbE Fort 2 Interface 16E1 z CE Network os PTP slot 2 gE ODU os FTF slot 3 RE DDU On the Main Menu select Tools gt Connection List or click ate on the Toolbar Connections Connection List Ctrl L Connection Wizard Ctrl The Connections List window of the selected OmniBAS node appears 2 Connections List 3 Connections X Rp Delete BP cance Al wieard Search en Find S OnTop ECID Ingress ECID Egress PortID Noof TS Dest MAC Address VLAN Exist VLAN ID VLAN Pri Bits Payload Suppress On the toolbar of the Connections List window expand the La Connections button and click PWE3 TDM Continued on next page INTRACOM ie gt Pree co M Chapter 5 Viewing Lists OmniBAS L
11. Control utresa 4 pz H Ej System Version Rel_2_0_0 1c8 Overall Rack Sys Type PtP Set Actual Rack Sys Type PiP LE Pair 1 3 Sada Set i Pair 2 4 Standalone Set Current 55 Ml 67 oo L2 Properties Reset Temperature 35 5 Actions Synchronisation ia PIP Protection Operation Mode Normal a Apply Locked Clock Source Interface Card Apply Update i Clock Source Out Of Range Is Locked Holdover State R Store CFG amp Clear CFG Configuration Interface Card False True False Source Clock Status response Continued on next page page CP INTRACOM 95 TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting Monitoring System Synchronization Continued Setting the synchronization operation mode continued From the Operation Mode drop down list of the Synchronization group box select e FreeRun the system gets synchronization from the internal oscillator of the processor module e Normal the system gets clock synchronization from one of the eight available clock sources If you select Normal operation mode you must also select the clock source to be used for the synchronization of the system as described in the following par Defining the clock source on page 97 Synchronisation Ve Operation Mode Normal Cr Locked Glock Sowce a Apo Update Normal Freer Click the corresponding FF button to apply the
12. In the Management Tree expand the OmniBAS node you want and select 192 162 57 14 OmniBAS the Contro element We 168 57 9 OmnibAS ms GbE Port 1 Q GbE Port 2 a Network In the Management Control Properties window that appears click the FW L2Properties button located in the System group box 4 Management Control Properties 1 r Update TEN Temperature System E System Version Rel 1_2 1 UngAleshol z Overall Rack Sys Type PiP ka Set Actual Rack Sys Type PiP F 557 Modem Protection Mode 175 Pair 1 3 Standalone Set 104 Pair 2 4 Standalone Get ae S ka 4 Curent 55 Ht 67 es ig L Properties cs al Reset i Temperature 38 5 In the L2 Properties window click the Bridge tab to display the Bridge tabbed sheet and then click the Get button to retrieve the general bridge parameters Ea L2 Properties VLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark General Bridge Parameters Management WYLAN Eoo Bridging Mode CVLAN Inband Mm Address 10 10 1011 Ether Type 1 Inband Man Met Mask 255 255 255 0 MAC Address 00 05 59 fiz fce BE By default the VLAN with ID 1 is the management VLAN of the OmniBAS node If you want to change the management VLAN see the previous par Changing Management VLAN page 182 In the Inband Mgm Address text box type the IP address of the OmniBAS node If unsure contact your network administrator Continued on next page page
13. Monitoring ODU In the PtP ODU Management Properties window click the Capabilities tab Capan Mug In the Capabilities tabbed sheet that appears click the Eie button to retrieve the current information regarding the capabilities of the selected ODU Ea PtP ODU Management Properties Update Capabilities Band High Spectrum Inversion On Loopback S On First Frequency 3 469 500 KHz Last Frequency 1 9 665 000 kHz Frequency Step 500 kHz Max Ts Power z dE m Min Ts Power 6 ii dE ri Attribute Description Band Displays the transmission radio band of the ODU High or Low Spectrum Indicates if spectrum inversion is enabled ON or not OFF Inversion Loopback SI Indicates if the ODU loopback capability is supported ON or not OFF First Frequency Displays the first frequency of the ODU transmission radio band in kHz Last Frequency Displays the last frequency of the ODU transmission radio band in kHz Frequency Step Displays the frequency step used for frequency channel selection Max Tx Power Displays the upper limit of the power allowed for specific modulation in dBm Displays the lower limit of the power allowed in dBm Continued on next page 127 OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the ODUs Continued Monitoring In the PtP ODU Management Properties window click the Analogue Monitor Beenie tab In the Analo
14. Overwnite Default Priority Incoming C Tag Priority o lit FortT ype Ethermet Stats 1 Stats 2 sells y Consult the following table to modify any of the L2 port attribute Attribute Description L2 Port Displays the selected L2 port Port VLAN Displays the L2 oriaging modes C VLAN Port Mode or Type S VLAN Port Mode Default Displays the default VLAN of the selected L2 port This is the VID VLAN tag by which the incoming untagged frames are tagged and it is used for the cases where user traffic is untagged or priority tagged If you want to change the Default VID of the L2 port Click the button In the VLAN list window that appears click the fer Ueda button to display all created VLANs Select the VLAN you want click the right mouse button and from the drop down menu that appears select the Select VLAN option The selected VLAN ID is displayed in the Default VID field Continued on next page Future release 2 See Appendix B 802 1Q Ethernet Frame for the description of the Ethernet MAC frame CP INTRACOM m TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting L2 Ports Continued Monitoring Modifying L2 ports continued Default This is the default priority applied to the incoming untagged Priority packets It can be also applied to priority tagged packets when the Overwrite Default Priority attribute takes Default Priority value
15. click the t button to apply the modulation settings to the modem bas do not need to reset the modem for the change to apply End of procedure gt INTRACOM 45 TELE OM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 3 2 Configuring Ethernet Traffic This section provides the following step by step procedures to configure the Ethernet traffic po Poe Pe Creating VLANs Setting L2 Ports Associating VLANs with L2 Port Setting Ethernet QoS 60 ee 46 Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting L2 Bridging Mode Introduction OmniLCT application automatically creates six L2 ports for an OmniBAS node two corresponding to the GbE ports Wireline L2 ports with index 1 and 2 and four corresponding to the modems Wireless L2 ports with index 3 4 5 and 6 The L2 ports cannot be deleted The default VLAN of the L2 ports is the native VLAN VLAN with ID 1 The L2 ports of an OmniBAS node must be configured to operate in C VLAN mode or S VLAN mode All L2 ports of an OmniBAS must be configured to operate only in one of the above modes C VLAN or S VLAN This paragraph describes how to set the L2 bridging mode of an OmniBAS node Setting L2 To set the L2 bridging mode of an OmniBAS node proceed as follows bridging mode In the Management Tree expand the Cp Find Legend OmniBAS node you want and select the 192 168 57 1
16. e Unframed unstructured stream of bits at 2048 kbit s no channels are associated with any specific group of bits E1 Line Properties Frame Type Unframed unstructured In the Management E1 Properties window click the TE button to apply the new setting to the selected E1 Line If you want to apply the new setting to all E1 Lines that are not associated with a connection click the RB Appl To Al button instead of the H tore button End of procedure Continued on next page Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Configuring an E1 Line Continued Enabling dis To enable disable an E1 line proceed as follows abling an E1 line In the Management Tree expand the Interface 16E7 element and click the E1 cee line you want e g E1 Line 1 4 GbE Port 1 4 GbE Port 2 Hi Interface 16E1 E Line 1 Ga El Lire 2 In the Management E1 Properties window click the t button to view the current properties of the selected line 2 Management E1 Properties i io Update fig Aen oA Apply To All E1 Line Properties E1 Line Status F1 Line LOS Loss of Signal Frame Type Unframed unstructured OOF Out of Frame Clock Mode None AIS Alarm Indication Signal RAl Remote Alarm Indication Power Down Update Time Slot Usage 00 01 02 03 04 05 06 07 08 09 10 11 1213 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Viviviv Vivi ei iii iii ii i i iv i i E1
17. f eae Metwork ois PTP slot 1 g ODU cE PTP slot 3 gE ODU In the Management PtP Modem Properties window click the idat button to view the current properties of the modem EA Management PtP Modem Properties Temperature C F Aan 80 176 40 104 0 32 20 4 Modem 29 bf Temperature 39 97 Modem Version oder 3 3 29 FPGA 7120941 Remote Modem Link Status 4 IP Address i 7220r 15 Slot 1 PiP Working configuration m Bandwidth Set r Y Frofile Optimum Sps Gain Modulation ACM Mode Automatic 7 et PHY Mode l1 k oe a Reset Modem Status Current Ts PH Modulation vi 32AM 0 8690 7MHZ Lo Current As PHY Modulation v7 0 3204M 0 8690 7MHZ Lo Transmit Symbol Rate 5570000 bps Received Normalized MSE 36 2 dB LOPC Decodes Stress oC Protection Mode working Alarms Modem Failure 4 Link Status i Link Error No Error FH Restart Lock Indicators Timing Lock Preample Lock LDPE Unlock Lock PEF Modem more parameters response gt INTRACOM Continued on next page 43 OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting Manual Modulation Mode Continued Setting manual modulation mode continued In the Modulation group box click the ACM Mode drop down list and select Manual Modulation ACM Mode Automatic Manual aa inle Automatic E a Reset The modem will use
18. performance continued In case you want to e Reset the collected statistics concerning the Ethernet traffic conveying through the GbE ports click the a Reset button of the GbE Performance tabbed sheet at the bottom right side of the Performance Monitor window e Reset all the collected statistics concerning the selected Reset OmniBAS node click the H button in the toolbar of the Performance Monitor window e Save all the collected statistics concerning the selected OmniBAS node in a text file click the Q i button in the toolbar of the Performance Monitor window End of procedure Continued on next page 147 OmniBAS LCT Chapter 6 Monitoring the Performance of an OmniBAS Node User Manual Edition 1 0 Monitoring Ethernet Traffic through Wireline L2 Ports GbE Continued Monitoring GbE errors counters In the Management Tree click the OmniBAS node you want e g 192 168 57 11 OmniBAS pa Q gt GbE Port 1 GD GbE Port 2 B Interface 16E 1 M Network oS PTF slot 1 i DDU On the Main Menu select Windows gt Performance Monitor or click ka on the Toolbar Performance If you want to view the GbE error counters click GbE Errors tab in the Performance Monitor window The GbE Performance Errors tabbed sheet appears displaying the GbE error counter for the two GbE ports of the OmniBAS 4W subrack Fa Performance Monitor Tol a al Reset Q Save GbE GbE Errors 142 E Gb
19. 3 and select the target point of the connection s to be created in the Management Tree Management Tree Ef This point is one of the four wireless GPF JE eend ports e g PtP slot 1 corresponding to AM 192 168 57 11 OmniBAS modem located in slot 1 spas 2 Control QP GbE Port 1 P GbE Port 2 A Interface 16E 17 Ca Network JPTP slot 1 eE FTP slot 2 i OCU oE PTF slot 3 ee When you select the target point in the Management Tree e g PtP slot 1 the target data are automatically entered in the corresponding fields Card and Port of the wizard 4 Local Craft Terminal C Documents and Settings mkas My Documents WiBAS C_47 3 ini iS tE al ga A vr Open Save Properties Performance Alarms Connections I Management Tree onnection Setup Wizard Find Legend AD 192 168 57 11 OmniBAS 2 Control 4 GbE Port 1 4 GbE Port 2 Card Network B Interface 16E1 rE or 310 Select Target lt BB PTP slot 2 gE ODU eE PTP slot 3 gE ODU PTP slot 4 a gE ODU To select a node from the tree press Select Select lt Back Next gt Cancel Continued on next page gt INTRACOM 84 PTELE COM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Creating PWE3 TDM Connections through Modem L2 Ports Continued Procedure continued After completing the target data selection click the Next button The TDM PWE3 Connection
20. 5 In the Management E1 Properties window click the i button to view the current properties of the selected line 2 Management E1 Properties Gure fH ae GB Apply To Al E1 Line Properties E1 Line Status E1 Line LOS Loss of Signal Frame Type Unframed unstructured OOF Out of Frame Clock Mode None AIS 3 Alarm Indication Signal RAl Remote Alarm Indication Power Down Time Slot Usage 00 01 02 03 04 05 06 07 08 09 10 11 Benge eee E1 Admin State Administrative Status Enable l Loopback Test E1 Line Framer loopbacks are valid only for doubleframe multiframe Frame Types Current status Start stop amp Refresh E1 Properties response Continued on next page CP INTRACOM 7 TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Configuring an E1 Line Continued Setting the E1 frame type continued 72 In the E1 Line Properties group box click the Frame Type drop down list and select the E1 frame format you want e Doubleframe no signaling G 704 structured Timeslots TS1 to TS31 transfer payload Frame synchronization is carried over timeslot TSO No payload signaling is used e Multiframe CRC no signaling G 704 structured Timeslots TS1 to TS31 transfer payload Frame synchronization is carried over timeslot TSO The Si bits of each Frame Alignment Signal FAS are used to implement CRC 4 control No payload signaling is used
21. Actions Synchronisation AE Protectan Operation Mode Normal Apply Locked Peis Clock Source Interface Card Apply Update j Clock Source Out OF Range ls Locked Holdover State R Store CFG La i i Modem BL Cp Clear CFG Modem TL Modern BR a Configuration Mocem TF GbE 1 GbE 2 Interace Card g False True False Source Clock Status response Continued on next page INTRACOM 170 amp CTE LEC O M Chapter 7 Non Routine Procedures OmniBAS LCT User Manual Edition 1 0 Performing a Restore Action Continued Performing a restore action continued In the Actions group box click the Se configuration button The following window appears W File Configuration 192 168 57 86 Backup Configuration Files Get remote system configuration files to a local directory Backup Local Directory CAD ocuments and Settings mkasshy Documents 4 In By Restore Configuration Files Upload to the system configuration files from a local directory Restore Local Directory CAD ocuments and Settings mkasshMy Documents 4 lri Bi Reboot system after uploading Messages In the Restore Configuration Files group box of the File Configuration tabbed sheet click the button and select the local directory where the system configuration files you want to upload are stored Select the Reboot system after uploading check box for automatic system reboot after configuration uploading If
22. Admin State Administrative Status Enable Set Loopback Test E1 Line Framer loopbacks are valid only for doubleframe multiframe Frame Types Current status Start stop amp Refresh From the Administrative Status drop down list of the E1 Admin State group box select e Enable to enable the selected E1 line Disable to disable the selected E1 line E1 Admin State Administrative Status Enable Set Click the button to apply the new setting to the selected E1 line End of procedure CP INTRACOM m TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Creating PWE3 TDM Connections through GbE Ports Introduction Procedure 74 This paragraph describes how to create PWE3 TDM connections through the GbE ports in an OmniBAS node OmniLCT application provides a Connection Setup Wizard for the quick and easy creation of the OmniBAS connections Note that in a PWE3 TDM connection all 32 timeslots of the selected E1 line are used To create PWE3 TDM connections through the GbE ports proceed as follows On the Main Menu select Tools gt Connection Wizard or click on the Toolbar Connections Connection List Ctrl L Connection Wizard Ctrl In the first Wizard screen that appears click the Next button The Select Source screen appears Connection Setup Wizard Select Source Card Fort To select a node from the tree pre
23. Displays the operation status of the ODU Connected or Disconnected Bandwidth Displays the current channel bandwidth 7 MHz 13 75 14 MHz 27 5 28 MHz or 55 56 MHz of the ODU Current Tx Frequency Displays the current operating Tx frequency Continued on next page CP INTRACOM oa TELE CoO MJ OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the ODUs Continued Monitoring ODU current status continued Current Rx Displays the current operating Rx frequency Frequency Current Tx Power Displays the current power transmitted from the ODU dBm Mute Indicates the mute status of the ODU mute ON unmute OFF DC Power Indicates if the DC power of the ODU is powered down OFF or not ON Update Status Indicates the current firmware status of the ODU The following messages can be displayed e Updated The firmware status of the ODU is OK the ODU is updated with the latest firmware e Needs Update The firmware of the ODU should be updated The ODU s ny ate is updated either automatically or manually e Updated Now The ODU s firmware upgrading process Is taking place Continued on next page 0 See par Configuring an ODU on page 30 ma O INTRACOM Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the ODUs Continued Monitoring In the PtP ODU Management Properties window click the Status tab In the raans
24. Manual St PHY Mode reat els l Automatic In the Modulation group box click the 72 button to apply the new setting to the modem bee do not need to reset the modem for the change to apply End of procedure gt INTRACOM TELECOM 41 OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting Manual Modulation Mode Introduction To set the manual modulation mode of an OmniBAS link you should assign the same modulation settings to both OmniBAS nodes local and remote of the link Local OmniBAS Node PtP slot3 192 168 57 9 Remote OmniBAS Node 192 168 57 8 OmniLCT The procedure provided below describes how to set the manual modulation mode of the one edge of the OmniBAS link e g to PtP Slot 3 of the Remote OmniBAS Node Repeat the procedure for the other edge of the link e g to PtP Slot 3 of the Local OmniBAS Node Continued on next page gt INTRACOM 42 ELECOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting Manual Modulation Mode Continued Setting manual modulation mode To set the manual modulation mode of a modem proceed as follows Management Tree In the Management Tree expand Legend 192 168 57 8 OmnbAS 4 the Network element of the OmniBAS node e g 183 168 57 8 and click the modem you want e g PTP slot 1 QP GbE Part 1 QF GbE Fort 2 g Interface 16E1 Co
25. Moder w modem located at slot 1 Modem Diversity Enabled PTP slot 1 Modem Protection Status 1 working e The Modem Protection Modem Protection Status 3 Standby Status 3 field shows the current protection status e g Standby of the magenta ees modem located at slot 3 Preferred Working bodem Modem 2 PTP slot 3 Revert to Preferred Modem w Modem Diversity Enabled Modem Protection Status 2 Mone Modem Protection Status 4 None Ring Protection Protection Status Disabled Protection Type Slave PEP Modem Protection update response Continued on next page INTRACOM 28 amp TELE COM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Configuring the Protection of an OmniBAS Node Continued Setting a protected pair continued Action e Select the Revert To Preferred Modem check box in case you want the protection mechanism to revert to the preferred working modem in case it recovers from a failure By default this check box is selected e Click the t button to apply the setting e For setting e 1 1 FD Frequency Diversity protection select the Diversity Enabled check box e 1 1 HSB Hot Stand By protection leave the Diversity Enabled check box unselected e Click the t button to apply the setting T Protection DoR e If you want to switch the modems i e the working fejUedate SP OnTop modem to enter standby Modem Pair 1 3 mode
26. Moral Apply Locked fal Clock Source Interface Card Apply Update i Clock Source Out OF Range ls Locked Holdover State R Store CFG ses Modem BL EP Clear CFG Modem TL Modem BR v Configuration aden 1G GbE 1 GbE 2 Interface Card 8 True Source Clock Status response Continued on next page INTRACOM be amp Pre Le co M Chapter 7 Non Routine Procedures OmniBAS LCT User Manual Edition 1 0 Resetting Processor Module Continued Resetting processor module continued In the System group box click the F Reset button In the confirmation message that appears click Yes to continue Wait the reset process of the processor module to complete End of procedure O 175 OmniBAS LCT User Manual Edition 1 0 Chapter 7 Non Routine Procedures Resetting Restarting a Modem Introduction This paragraph describes how to reset or restart a modem when needed It is strongly recommended to avoid performing the Reset NOTE nae process is initiated NOTE ye purposes Restarting resetting a modem T s Control J a Network os FTF zlot g ODU EB PTF slot 3 action This process will cause link downtime When resetting a modem that is protected an automatic switching The restart action of a modem is mainly performed for debugging To restart or reset a modem proceed as follows S ation 192 168 57 12 OmniBAS In the Management
27. Now button to see the statistics for the selected PWE3 TDM connection for a time period between the completion of the last 15 min interval until the current time Fa Performance Monitor how GbE GbE Errors PtP Ethemet PtP PWES Connections Statistics Trans Ax Errors Overrun E Trans Ts Errors Underrun E Ingress As Empty Fbp E Ingress Ax Walid Packets 351 474 Tdm2Psn Forwarded Packets 351 4655 Tdm2Psn Fop Crop Packets o Tdm2Psn Mtu Drop Packets E Ts Queue Drop Packets 44 Engrest Ts Valid Packets 3498508 Engress Tx Dummy Packets E SP OnTop a Reset Q Save Psn2T dm Fbp Drop Packets E Pen T dm Out OF Window Packets E Butter Overrun Dropped Packets E Psn T dm Window Switchover E FPang T dm Butter Overrun Events E Fan T dm Stray Packets E Psn T dm Maltormed Packets E Fan2T dm Cw AlS Drop Packets E Fand T dm Multiple Packets E Fn2T dm MPLS Drop Packets jo Connection Engress Ts Buffer Underun 1 Engress Tx Underun Data Unit E4331 Psn2Tdm Out Of Sequence Packets 0 Psn2T dm Denied Packets o Fan Tdm Forwarded Packets 3495515 F n T dm Out OF Band Cas Packets E Connection List a Reset PES Statistics response Continued on next page e g If the time is 12 26 pm and you click the Now button you will see the performance for the eleven min between 12 15 pm and 12 26 pm If the time is 12 35 pm and you click the Now button you will see the performance for the five minutes between 12 30 pm an
28. Print B Scrol adie dys ales abe des a les Ie ale la Ie Ti Ti I1 Iil Ii des a bes Ie al ial 11 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 5 11 2009 s es rA saal ral eal ral Scale ot oa 145 46 47 e 47 147 156 nay kak PtP Modem 3 Link Status Infomation Alarm valla PtP Modem 3 ODU Radio Alarm ESSI RAISED a Agent cold start Interface Interface Interface Interface Interface PLP PEP FtF PLP ETE EEE PLP PEE Modern Modern Modern Modern Modern Modern Moder Modern Card E1 Line LOS CLEARED card El Line OOF CLEARED Care Ei laine LIS CLEARED Card El Line Ril CLEARED Card E1 Line POWER DOW CLEAREI Primary Source Interface Card Clock Source Status Out Of Range False Is card in Slot 3 is operational 3 3 3 a 3 3 3 OLU Operation Status Alarm CLEARI ODT Radia Alarm RSSI RAISED OLU Threshold Alarm Temperature I OLU Threshold Alarm Input Radio I Link Status Information Alarm vali Link Status Infomation Alarm vali ODOT Radio Alarm RSSI CLEARED E Total 123 messages NOTE gt INTRACOM By default the maximum number of the logged alarms events rows displayed in the Alarms amp Events Report window is 5000 When this number is reached the list is cleared and new alarms
29. Resetting Processor Module page 174 Par 7 1 Performing Store Backup or Restore Restore action Action page 164 Par 7 3 Clearing OmniBAS Node Configuration page 180 Continued on next page Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the Control Element Continued Monitoring To monitor the current status of the Contro element of an OmniBAS node Control element proceed a follows In the Management Tree expand the F OmniBAS node you want and select the Control element 192 168 57 14 OmniBAS 192 168 57 9 OmniBAS Temperature System Sustem version Rel_2_0_0 rc8 ovesta A Overall Rack Sys Type PiP ki Set Actual Rack Sys Type PiP Modem Protection Mode Par 1 3 Standalone Set Pair 2 4 Standalone Set Current 55 E7 e i L Properties al Reset f Temperature 35 5 Actions Synchronisation it AE Protectan Operation Mode Normal Apply Locked Peis Clock Source Interface Card Apply Update z Clock Source Out Of Range ls Locked Holdover State R Store CFG ala Modem BL Cp Clear CFG Modem TL Modem BR Configuration kodem TA Interface Card a True False Source Clock Status response Continued on next page CP INTRACOM m TELECOM OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the Control Element Continued Monitoring Control element continued In
30. Ts Under Runs Ts Broadcasts Tx Giants Ts Wire Byte Ts Late Collisions Ts Max Collisions Ua Boh Tx Excessive Defers e E San Ts Non Excessive Defers Tx Length Check Errors Curamulative Control Set Ts Pause Frames Tx Control Frames al Reset Continued on next page i gt INTRACOM TELECOM Chapter 6 Monitoring the Performance of an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring Ethernet Traffic through Wireless L2 Ports Modem Continued Monitoring ETH traffic Tx Rx counters continued see o aon a On the Toolbar of the Performance Monitor window click the C Now button to see the statistics for the received Ethernet traffic through Rx Counters tabbed sheet or for the transmitted Ethernet traffic through Tx Counters tabbed sheet for a time period between the completion of the last 15 min interval until the current time EA Performance Monitor amka P Now SP OnTop al Reset o Save Modem FTF slot Ts Counters Ax Counters Rate PIP Modem Ethernet Performance Counters Tx Packet 4540564 Tx CAC Errore Tx Vlan Tags 2965998 Tx Collisions O Ts Back Pressures Everts Ts Multicasts 15745660 Ts Under Runs E T Broadcasts SShai Tx Giants Tx Wire Bute 2511531026 Tx Late Collisions Tx Max Collisions OO Tse 251 goes Ts Excessive Deters os BURrALah Ce aane CE Ts Non Excessive Deters Oo Tx Length Check Errors O Curnmulative Control On Se
31. and Target Payload Suppress No Buffered Frames 3 Facket Jitter 10000 TOM PWES connection request TOM FWE3 CONNECTION RESPONSE OK TOM PWES connection request TOM FWE3 CONNECTION RESPONSE OK TOM PWES connection request TOM PWweES CONNECTION RESPONSE OF When you click Finish the wizard will establish a new connection Cancel In case of failure the TDM PWE3 CONNECTION RESPONSE WITH ERROR message appears Use the Back button to check again the connection settings and try again To view the Connections List window that display all created connections of the OmniBAS node see par Connections List on page 134 End of procedure INTRACOM aa amp TE LEC o m Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Creating PWE3 TDM Connections through Modem L2 Ports Introduction This paragraph describes how to create PWE3 TDM connections through the modem L2 wireless ports in an OmniBAS node OmniLCT application provides a Connection Setup Wizard for the quick and easy creation of the OmniBAS connections Note that in a PWE3 TDM connection all 32 timeslots of the selected E1 line are used Procedure To create PWE3 TDM connections through the wireless ports proceed as follows see o an On the Main Menu select Tools gt Connection Wizard or click cone tone on the Toolbar Connection List Ctrl L Connection Wizard Ctrl In the first Wizard screen tha
32. by the ingress filtering DiscBridge Number of frames that were discarded by the classifier DFC deny DiscUnkMACSa_ Number of frames that were discarded because their source MAC address was unknown Deny MACSa Number of frames that were discarded because their source MAC address was denied Deny MACDa Number of frames that were discarded because their destination MAC address was denied Forwl ForwBc ForwMc Number of multicast frames that were forwarded Number of packets dropped due to protocol error L2 Port The following table describes the statistic counters of the L2 ports These Statistics List 2 counters are displayed in the L2 Port Statistics List 2 window Tx Queue Drop Number of packets dropped due to a congestion in the transmit queue Continued on next page To open the L2 Port Statistics List tor 2 window see par Monitoring the L2 Ports Performance on page 162 a gt INTRACOM Appendix A Statistic Counters Description OmniBAS LCT User Manual Edition 1 0 L2 Port Counters Continued L2 Port Statistics List 2 continued Policer Not used NonConforming gt INTRACOM ta TELECOM OmniBAS LCT Appendix A Statistic Counters Description User Manual Edition 1 0 PWE3 TDM Counters The following table describes the statistic counters concerning a selected PWE3 TDM connection PWE3 TDM counters are displayed in the PWE3 Connections Statistics tabbed sheet Ingre
33. cE PTP slot 1 oE PTP slot 2 OBS PTP slot 3 FTF slot 4 In the PtP ODU Management Properties window ensure that the Configuration tab is displayed if not select it In the Configuration tabbed sheet click the Euse button to view the current properties of the ODU PtP ODU Management Properties o Update i a Set Tx Frequency 7 533 000 kHz Set Tx Power 5 dB mi Mute on Loop of DC Power On l Auto Update Mode Manual iM Update ODU A Restart ODU G Continued on next page INTRACOM aS amp TE LEC o m Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Configuring an ODU Continued Configuring an ODU continued Action Consult the following table to define the parameters of the ODU Set Tx In the Set Tx Frequency text box enter the Tx frequency Frequency value in kHz Set Tx In the Set Tx Power text box enter the Tx power value in Mute From the Mute drop down list select mute e ON to mute the ODU Muting an ODU results in transmission interruption of the ODU e OFF to unmute the ODU Loop From the Loop drop down list select e ON to enable ODU loopback e OFF to disable ODU loopback DC Power From the DC Power drop down list select e ON to enable the selected ODU s power up e OFF to enable the ODU s power down Auto Update From the Auto Update Mode drop down list select Mode e Auto to enable the automatic up
34. censccenctrttaaseucseatsnicosetueaseuauteueecesarennesce 164 7 1 Performing Store Backup or Restore Action ccccccceccceeeecececeeeeeeeseeeseeseseeeaneeeaeees 164 Saving the Configuration of an OMNIBAS Node cece cc cecec cece eeeeee cece eeeeeseseeeeseeseeees 165 Performing a Backup ACTION ccccccceececeeeceeeeseeceeeeceeeeeeeeesececeeesseeseuessueeseessueeseeesaues 167 FP CHORMING a Restores ACHO eonsdccsaseshe cadsosensonetetauduadecuniadsrectuaScanctaacteusuegnndiuectueawancdoreset 170 7 2 Resetting Restarting OmniIBAS Node MOdules cccccecccececeeeeeeeceeeeeeeeseeesaueeseees 173 Resetting Processor Module cccc cece cece eecceeece cece eese cess eeseeeeeseeeseeeseeeseeeseeeseeeseeeeeesay 174 Resetting Restarting a MOGEM cccccscccseecceeceneeceeeseeeeuceseeessueeseueeseeseeesageeseeessass 176 FSS FeAl NIAC A eee A E T te clit iea snide EE eects de A O AE 178 7 3 Clearing OmniBAS Node Configuration cccccccccceeccececeeeceeeeeeeeceuceseeseneeseeesaueesaees 180 7 4 Setting Inband Management Changing Management VLAN ccccceeeeeeeeeeeeeeeees 182 Appendix A Statistic Counters Description ccccccceeeeeeeeeeeeeeeeeeesenesenesenssenesenenes 187 RY Tx Counters GDE POMS rererere AEE AEREE SKIERS 188 RX Tx EmnorCou nters ODE PONS eesscecsacassccisueccduseussiiet saver stescesedeaddennedasussatvetecatiecestoue 189 Tx Counter
35. click the modem you want e g PTP slot 1 gt GbE Port 1 GP GbE Pott 2 Interface 16E1 z oe Network _ Fes PTF stot 1 cE PTF alot 3 A DDU In the Management PtP Modem Properties window click the Fey Urdate button to view the current properties of the modem EA Management PtP Modem Properties Update Temperature Configuration FIP Bandwidth 7 MHz ki p Working 2 Se 257 Profile Optimum Sys Gain 176 104 qae ACM Mode Manual 20 4 Set Modem F BF PH Mode 1 eS __Set_ Modulation Temperature 40 1 A Reset Modem Version Modem Status Moder 3 3 29 Current Ts PH Modulation vi 3204M 0 8690 MH Lo FFGA 7120941 Curent As PHY Modulation vi S2Q4M 0 6690 7MHZ Lo Transmit Symbol Rate 5 570 000 bps Remote Modem Received Normalized MSE 37 2 dE Link Status me LDPC Decodes Stress lo IP Address i fiero Protection Mode working Slot 1 Lock Indicators Alarms Timing Lock Modern Failure a Preample Lock Link Status i LEPE Unlock Lock Link Error No Error Ff Reston PEF Modem more parameters response Continued on next page gt INTRACOM 40 PTELE COM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Enabling Adaptive Coding amp Modulation ACM Continued Enabling ACM continued Cse o an In the Modulation group box click the ACM Mode drop down list and select Automatic Modulation SCM Mode
36. events can be logged To re define the list bound see par Configuring the Application s Environment page 21 Continued on next page 131 OmniBAS LCT Chapter 5 Viewing Lists User Manual Edition 1 0 Alarms amp Events Report Continued Toolbar of The Alarms amp Events Report window includes a toolbar through which you Alarms amp Events can perform the actions described in the following table Report window Button Description To clear the list To save the list in a text file To print the list List scrolls automatically List stays always on top E Fra To search for specific text in the list use the Seach text box After typing the text you want click the Find button Also you can press the keyboard s keys to enlarge reduce the list s font size 132 Chapter 5 Viewing Lists OmniBAS LCT User Manual Edition 1 0 Message Traces Introduction Message Traces window Toolbar of Message Traces window By default the OmniLCT application provides a list with the current SNMP messages and errors related to the connected OmniBAS nodes This paragraph describes how to retrieve the messages list To view the Message Trace window select View gt Message Trace on the Main Menu The Message Trace window displays the user requests and the application responses EA Message race Seles Sa Clear g cave E Print Ls Scroll ie Ontop Search Find oe Debug Equi
37. modem restart process to complete To reset the modem click the a Reset button located in the Modulation group box In the following confirmation message that appears click Yes to continue Warning Wait for the modem reset process to complete End of procedure CP INTRACOM pan TELECOM OmniBAS LCT Chapter 7 Non Routine Procedures User Manual Edition 1 0 Restarting an ODU Introduction This paragraph describes how to restart an ODU when needed It is strongly recommended to avoid performing the restart action This process will cause link downtime When restarting an ODU that is working an automatic switching process is initiated Restarting an To restart the ODU of an OmniBAS node proceed as follows ODU se ooa Management Tree Ed In the Management Tree expand the Network element of the OmniBAS node e g 183 168 57 8 b ce and click the ODU you want 4 GbE Port 1 QP GbE Port 2 fH Interface 16E1 Ter Network ofS PTP slot 1 ap ODU OBS PTP slot 2 OBS PTF slot 3 EY PTP slot 4 Continued on next page in gt INTRACOM TELECO M Chapter 7 Non Routine Procedures OmniBAS LCT User Manual Edition 1 0 Restarting an ODU Continued Restarting an ODU continued see o an In the PtP ODU Management Properties window ensure that the Configuration tab is displayed if not select it In the Configuration tabbed sheet click the W button to retrieve the current p
38. of an OmniBAS node and also how to change the settings of an L2 port Monitoring To monitor change the settings of an L2 port proceed as follows Modifying L2 ports step Clon On A In the Management Tree expand the OmniBAS node you want and TESTE Tine select the Contro element 192 168 57 9 OmnibBAS D Control Q GbE Port 1 QP GbE Port 2 CE Network In the Management Control Properties window that appears click the Sj L2Properties button located in the System group box Management Control Properties 7 Update TET Temperature System Ej System Version Rel_1_2_1 oresh a Overall Rack Sys Type PP l Get Actual Rack Sys Type PE 257 176 Pair 1 3 Standalone Set 104 Pait 2 4 Standalone v Se ae i 4 Current 55 il gy Sa re L Properties ai Reset z Temperature 38 5 VLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark Priority Mapping L2 Port Leave blank to list all entries lan Priority T Port YlanT ype ee Modify Default VID E Default Priority Fort Ingress Check o Acceptable Frame Type Pe sts Overnwite Default Priority ae se PortT ype E Stats 1 Stats 2 hl 1 button Continued on next page CP INTRACOM 7 TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting L2 Ports Continued Monitoring Modifying L2 ports continued g Action display the L2 ports of the OmniBAS nod
39. par Establishing Connection with an OmniBAS Node on page 10 2 As described in par Disconnecting Deleting an OmniBAS Node on page 20 18 Chapter 2 Getting Started OmniBAS LCT User Manual Edition 1 0 Properties Window Properties When you select an OmniBAS element in the Management Tree the window corresponding Properties window appears For example the following screenshot shows the Properties window naming Management Control Properties that appears when you select the Control element 2 Local Craft Terminal File Windows wiew Tools Help amp Find Legend a ipasa is Apel 192 168 57 11 OmniBAS 4w Control Temperature System 4 GbE Port 1 UneAtveshod a System Version Rel_2_0_0 108 ee ote Overall Rack Sys Type PiP Set Interface 16E1 i ce bance Actual Rack Sys Type PtP cE PTF slot 1 z ee Modem Protection Mode g ODU gt P Standalone Set cE PTP slat 2 Ms ais gE ODU tt 104 Pair 2 4 Standalone X Set oE PTP slot 3 E gA 20 M g ODU Curent 55 4 67 E rc L2 Properties a T Reset ti OBB PTP slot 4 Temperature 37 E ODU z Actions Synchronisation iri PIP Protection Operation Mode Normal l Apply Locked fea Clock Source lIntetaceCard gt Apply Update Clock Source Out Of Range Is Locked Holdover State ra Store CFG z E Clear CFG ee Configuration Interface Card Source Clock Status response The Properties
40. ports statistic counters Displaying Ethernet traffic statistic counters Displaying PWE3 TDM traffic statistic counters Chapter 1 Introduction OmniBAS LCT User Manual Edition 1 0 Hardware amp Software Requirements Recommended H W Required S W gt INTRACOM TELECOM PC or Laptop with the following features e Intel 2 6 GHz 2 MB L2 cache processor e 512 MB RAM e 80 GB hard disk e Monitor with 1280 x 800 pixels resolution e Display adapter 256 MB VRAM e CD DVD Rom drive e Ethernet network card 10 100BaseT or 100 1000BaseT e Serial DBY and parallel Centronics ports e Mouse or pointing device Also an Ethernet cable is required for connecting the PC Laptop with the OmniBAS 4W subrack e Microsoft Windows XP SP2 2000 e OmniLCT application Release 1 1 3 OmniBAS LCT Chapter 2 Getting Started User Manual Edition 1 0 2 Getting Started This chapter provides all necessary information before starting the configuration of the OmniBAS nodes The chapter includes the following topics e Installing amp Launching the OmniLCT Application e Cabling Instructions for Connecting LCT to OmniBAS 4W e Establishing Connection with an OmniBAS Node e GUI Overview e Disconnecting Deleting an OmniBAS Node e Configuring the Application s Environment e Creating Loading a Group of OmniBAS Nodes Region gt INTRACOM Chapter 2 Getting Started OmniBAS LCT User Manual Editio
41. setting To verify that the setting is applied click the 2 button to refresh the displayed data in the Synchronization group box End of procedure Continued on next page gt INTRACOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting Monitoring System Synchronization Continued Defining the To select the clock source needed for the system synchronization in case of clock source Normal operation mode proceed as follows From the Clock Source drop down list of the Synchronization group box select the clock source to be used for the system synchronization e g Modem BL Synchronisation Operation Mode Normal Apply Locked Clock Source Interface Card Apply Update Enge ls Locked Holdover State InterFace Card OmniBAS system provides the following eight clock sources 2 If you select the nterface Card as clock source proceed to step 3 Otherwise proceed to step 4 Continued on next page To identify the slots position see par Modems slot numbering on page 17 CP INTRACOM TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting Monitoring System Synchronization Continued Defining the clock source continued see o an When you select the Interface Card as clock source an E1 line must be selected too To select the E1 line D Control e In the Management Tree gt GbE Por
42. the Management Tree as PtP slot x where x 1 2 3 4 e g 5 FTF sot 17 OmniBAS LCT Chapter 2 Getting Started User Manual Edition 1 0 Drop Down Menu amp Toolbar of Management Tree Management When you right click on an OmniBAS node or on the blank area of the Tree drop Management Tree window a drop down menu appears down menu Management Tree Fa CP Find Legend 2 Add Mew System Ctrl 6 Connect Disconnect e ja S687 PTR sort gE ODU EB PTF slot 3 The drop down menu of the Management Tree window provides the following options Description Add New System To add a new OmniBAS node in the Management Tree Delete System To delete an OmniBAS node from the Management Tree An OmniBAS node can be deleted from the Management Tree only when it is disconnected 2 To establish a connection with an OmniBAS node To disconnect an OmniBAS node Rename To rename an OmniBAS node 0 Management The toolbar of the Management Tree includes the following buttons Tree Toolbar Button iescription F i Click this button to ping the network for active OmniBAS agents 1 The Legend box provides the explanation of the icons existing at E l the left side of some elements Mo Managemen eE PTP slot 1 a ee Protection Mode Working e g for indicating Protection Mode Standby their current status Protection Mode None E Connection As described in
43. the Temperature group box you can view the current temperature inside the processor module of the OmniBAS 4W subrack e g 38 C Temperature Through the Temperature group box of the Up Asta il H Management Control Properties window you d can also set the upper temperature threshold for the processor module of the OmniBAS 4W subrack To do this use the up down arrows a of the Upper Threshold field to select the upper temperature threshold you want it does not exceed 60 C Then click the TEI button to apply the new setting Current Temperature In the System Version field of the System group box you can view the current release of the OmniBAS system System System Version i el 1_2 rcl p Overall Rack Sps Type PiP Set Actual Rack Sys Type PiP Hodem Protection Mode Par 1 8 Standalone Get Fair 2 A Standalone Set l E L Properties a Reset b Besides in the Actual Rack Sys Type field the PtP Point to Point value is displayed End of procedure In case you need to upgrade the firmware of the OmniBAS system refer to the Start Up amp Commissioning Manual of the OmniBAS system gt INTRACOM TELECOM 108 Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the GbE Ports Introduction This paragraph describes how to monitor the status of the electrical and optical GbE ports OmniLCT application detects the physical type
44. the modulation mode that you will assign through the PHY Mode drop down list Set Click the button next to the PHY Mode drop down list The Modem PHY Modulation List appears displaying up to 16 physical profile entries E Modem PHY Modulation List EC ure EB cancel ee Wodulation Description VZO OFSK 07500 MHZ Low v7 0 0PSK 0 8601 7MHZ Low v7 O 16GAM 0 8601 MHS Low v 0 204M 0 5690 7MHZ Low w70 OAM 0 8802 7MHZ Low wi eal 0 8821 7MHZ Low Modulation H 7MHZiLow Mode Low High Band Channel Size 10 FEC Code 11 Type 12 13 14 15 16 16 PHY Modulation List Continued on next page INTRACOM 44 hid PTELE COM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting Manual Modulation Mode Continued Setting manual modulation mode continued eu E Ae nee a Select the physical profile Bo dte Ba Cancel entry you want click the right mouse button and from the Modulation Description drop down menu that appears ne click Select PHY Modulation vr 0 QPSK 0 7500 7MHZ Low ett v7 0 aL seen PHY Modulation fv O S204M 0 8690 FMH Low vr 0 404M 0 8602 FMH Low vO 1280AM 6821 FMH Low vO 256M 0 8750 7MHZ Low 16 PHY Modulation List The selected physical profile entry and specifically its index appears in the PHY Mode drop down list Modulation ACM Mode Manual T PHY Mode 2 Ee aa FA Reset In the Modulation group box
45. toolbar of the Performance Monitor window See Appendix A Statistic Counters Description for the description of the counters displayed in the GbE Performance Errors tabbed sheet End of procedure 149 OmniBAS LCT Chapter 6 Monitoring the Performance of an OmniBAS Node User Manual Edition 1 0 Monitoring Ethernet Traffic through Wireless L2 Ports Modem Introduction This paragraph describes how to monitor the Ethernet traffic conveying through a wireless L2 port i e a modem of an OmniBAS node Monitoring ETH To monitor the Ethernet traffic Tx Rx counters conveying through a modem traffic Tx Rx of an OmniBAS node proceed as follows counters Step Action Management Tree Ed In the Management Tree expand the OmniBAS node and select the 192 168 57 8 OmniBiAs modem you want e g PTP slot 3 of D Control 192 168 57 8 OmniBAS Interface 16E1 TGE Network ofS PTF slot 2 A OU On the Main Menu select Windows gt Performance Monitor or click ka on the Toolbar Performance In the Performance Monitor window that appears click the PtP Ethernet tab and then click e Tx Counters tab to monitor the Tx Ethernet traffic e Rx Counters tab to monitor the Rx Ethernet traffic EA Performance Monitor P Now Sf OnTop al Reset o Save Tx Counters Ax Counters Rate PTP Modem Ethernet Performance Counters Tx Packet Ts CAC Errors Tx Wlan Tage Tx Collisions Ts Back Pressures Events Ts Multicasts
46. you not select the Reboot system after uploading check box you should reboot the system by clicking the Reset button located in the System group box of the Management Control Properties window at a convenient time for the uploaded configuration to take effect Continued on next page CP INTRACOM i TELECOM OmniBAS LCT Chapter 7 Non Routine Procedures User Manual Edition 1 0 Performing a Restore Action Continued Performing a restore action continued Click the _7 _ button The following message appears Contirm You are about to Restore Configuration Files to 192 168 57 86 u system from the selected Local Directory Continue Click Yes to start uploading the configuration files to the OmniBAS 4W equipment Wait until the Restore Configuration Process Completed message appears in the Messages area The system reboots and the uploaded configuration takes effect if the Reboot system after uploading check box is selected If you did not select the Reboot system after uploading check box you should reboot the system by clicking the F Reset button located in the System group box of the Management Control Properties window at a convenient time for the uploaded configuration to take effect End of procedure INTRACOM 172 i ELECOM Chapter 7 Non Routine Procedures OmniBAS LCT User Manual Edition 1 0 7 2 Resetting Restarting OmniBAS Node Modules This chapter described how to re
47. 0 VLAN List Continued Selecting a To select a VLAN proceed as follows VLAN continued Action Activate the VLAN List window through the corresponding buttons Lt or shown in the above screens In the VLAN List window select the VLAN you want e g VLAN ID 3 click the right mouse button and from the drop down menu that appears select the Select VLAN option DAR Save Delete Selected Del Delete All The selected VLAN is displayed in the corresponding window e g in the r VLAN tabbed reate ence t Pele 3 Delete VLAN L2Port WLAN Port MAC Address Bridge End of procedure Toolbar The VLAN List window includes a toolbar through which you can perform the actions described in the following table To retrieve the list of the created VLANs To cancel a request To clear the VLAN list To save the VLAN list in a text file CP INTRACOM ne TELECOM OmniBAS LCT Chapter 5 Viewing Lists User Manual Edition 1 0 VLAN Port Membership List Introduction This paragraph describes how to remove VLAN ports A VLAN port is defined as the association between an L2 port and the corresponding VLAN To view the list providing the current associations of the VLANs with the L2 ports see par Viewing the VLAN Port Membership List on page 56 Removing To remove VLAN port s proceed as follows VLAN ports e In the Management Tree expand the ei B ene OmniBAS node you want and selec
48. 1 is used for the management e Set up the inband management connection of an OmniBAS node Changing To change the management VLAN of an OmniBAS node proceed as follows Management VLAN In the Management Tree expand the Pind Woe OmniBAS node you want and select 192 168 57 14 OmnibAS the Control element QD 192 168 57 9 OmniBAS 1 Q gt GbE Port 1 Q GbE Pot 2 4 5 Network In the Management Control Properties window that appears click the ig L2 Properties button located in the System group box 4 Management Control Properties Update in Apply Temperature System E System Version Rel1_2 1 UngAlveshal E Overall Rack Sys Type PP l Cot Actual Rack Sys Type ae a 176 Pair 1 3 Standalone Set 104 Pair 2 4 Standalone Set oe apy Ih 4 Curent 55 it g7 Ss ig Le Properties i Reset u Temperature 38 5 In the L2 Properties window click the Bridge tab to display the Bridge tabbed sheet and then click the Get button to retrieve the general bridge parameters VLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark General Bridge Parameters Management WLAN E o ea Bridging Mode CVLAN Inband Mom Address 10 10 10 11 Ether Type Ox i0 Inband Morn Met Mask 255 255 255 0 MAC Address 00 fos 59 fi2 fcs JBE The Management VLAN field displays the current management VLAN By default the VLAN with ID 1 is used for the management Continued on next page INTRACOM we amp Pre L
49. 13141516 17 1819 20 21 22 23 24 25 26 2r 20 29 30 3 e e set e Poe e e e ie e e oe e e e e e e e e e ie i fe ie e e e El Admin State Administrative Status Enable Set Loopback Test E1 Line Framer loopbacks are walid only for doubleframe multiframe Frame Types Current status D start D stop amp Retresh Loopback Test In the Loopback Test Framer loopbacks are valid only for group box expand E1 doubleframernultiframne Frame Types at Line 2 Framer Current status E REMOTE aan start stop amp Retresh Continued on next page CP INTRACOM a TELECOM OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the E1 Lines Continued Performing loopbacks in an E1 Line continued Expand either LOCAL or REMOTE and then click the loopback you want to perform L U or Framer See schematic below showing the different loopback tests that can be set in case of E1 PWE3 TDM line fault Framer loopback cannot be set for unframed unstructured PWE3 TDM services Click the QO son button to set the loopback To see the current status of the loopback Running Idle click the Fetest button The current status of the loopback is displayed in the Current status field When you want to terminate the loopback click the sop button Local Framer LIU Loopbacks Troubleshooting E1 Line Module Rx coco besasscessssscHececcosocscad booeocssd Legeoes
50. 2Properies button located in the System group box 4 Management Control Properties Fj Undate TEN Temperature System E System Version Rel1_2_ UngAlveshol A Overall Rack Sys Type PIP Set Actual Rack Sys Type PIP Modem Protection Mode Par 1 3 Standalone Set Pair 2 4 Standalone Set Curent 55 Mill 57 Sea i L Properties a Reset i Temperature 38 5 In the L2 Properties window click the MAC Address tab to display the Forwarding Table Entries tabbed sheet EA L Properties VLAN L2 Fort VLAN Port MAC Address Bridge DSCP Remark Forwarding Table Entries MAC address wm E w Mi i Create Delete VLAN a Leave blank to list all entries Outgoing L2 port pa Leave blank to list all entries Auto Advance Continued on next page CP INTRACOM 7 TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting Static MAC Addresses Continued Creating a static MaC Step Ct address 4 In the MAC address text box enter the destination MAC address continued ML Properties WLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark Forwarding Table Entries MAC address 12 Bi in 32 i 12 Create l Delete VLAN Fs Leave blank to list all entries List Outgoing L port paj Leave blank to list all entries bist Auto Advance 5 Carry out the following instructions to select the VLAN you want to associate with this MAC addre
51. 3 Configuring OmniBAS System User Manual Edition 1 0 3 3 Configuring PWE3 TDM Connections In an OmniBAS node utilizing PWE3 functionality TDM traffic is incorporated in Ethernet traffic and it is directed through a GbE interface wireline port or through a modem L2 port wireless port Therefore a PWE3 TDM connection is established between an E1 line provided by the Interface 16E1 module and the one of the two GbE ports or one of the four wireless ports The following step by step procedures must be carried out for creating PWE3 TDM connections in an OmniBAS node o Proa Pae Configuring an E1 Line Creating VLANs 3 e Creating PWE3 TDM Connections through GbE Ports e Creating PWE3 TDM Connections through Modem L2 Ports 81 70 Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Configuring an E1 Line Introduction This paragraph describes how to e Set the frame type of an E1 line e Enable Disable an E1 line The configuration of an E1 line is performed through the corresponding Management E1 Properties window Setting the E1 To set the frame type of an E1 line proceed as follows frame type stp Cio Management Tree al In the Management Tree expand the Interface 16E1 element and click the 192 168 57 9 OmriBAS E1 line you want e g E1 Line 1 D Control Q gt GbE Por 1 QP GbE Port 2 g Interface 16E1 meee Line 1 g El Line 2 g El Line 3 g El Line 4 g El Line
52. 4 OmniBAS Control element 192 158 57 9 Omnis Q gt GbE Port 1 Q GbE Port 2 a ja Network In the Management Control Properties window that appears click the ig L2 Properties button located in the System group box 4 Management Control Properties iw Update TEN Temperature System Control UngAtveshol Bo a System Version Rel_1_2_1 ip Overall Rack Sys Type PIP ka Set Actual Rack Sys Type PiP Modem Protection Mode Pair 1 3 Standalone Set Pair 4 Standalone Set Current 55 Ml g7 n ig L Properties al Reset Temperature 38 5 Continued on next page Future release CP INTRACOM e CHETEK OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting L2 Bridging Mode Continued Setting L2 bridging mode continued see o an In the L2 Properties window click the Bridge tab to display the Bridge tabbed sheet ML Properties General Bridge Parameters Management WYLAN ooo ea Bridging Mode Inband Mgr Address LE Ether Type i ee Inband Mom Net Mask I o ooo o MAC Address T Click the Get button to retrieve the current configuration of the L2 bridging mode Ea L Properties VLAN L2 Port VLAN Fort MAC Address Bridge DSCP Remark General Bridge Parameters Management WLAN 7 fie Bridging Mode CVLAN l Inband Mgr Address 1010 1011 Ether Type e00 Inband Morn Net Mask 255 255 255 0 MAC Address 00 fos sa f2 ce BE If you want t
53. AS 4W subrack The PSU 1 corresponds to the main power module while the PSU 2 to the redundant one If a power supply module fails the other takes over all load if both are OK the load is shared For each power module Main PSU 1 or Redundant PSU2 you can check e Its physical state When the power module is in place the corresponding Existence virtual led is green Otherwise it is red e Its operational status When the power module operates normally the corresponding Working virtual led is green Otherwise it is red In the Temperature group box you can view the upper and lower threshold values that factory predefined for the temperature associated with the fans speed Low Medium or High Continued on next page 103 gt INTRACOM LEC OM OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring Fan Trays Power Supplies External Alarms Continued Monitoring procedure continued see o an The Fan Tray group box refers to the fan module of the OmiBAS 4W subrack Ed Management Control Properties Update Ti Apply Temperature d U perch H2 eel Update x OnTop Fan Tray Power Supply Existence a wee PSU Existence Alarm Working a PSU Existence Speed Medium Working 20 Curent 55 SB Temperature External Alarms Input a Outputi f UngAieshol 45 Input 2 Temperature 36 5 Output 2 Actions aer L Low
54. Backup Configuration Files group box of the File Configuration tabbed sheet click the button and select the local directory to store the system configuration files Continued on next page INTRACOM 168 amp TELE COM Chapter 7 Non Routine Procedures OmniBAS LCT User Manual Edition 1 0 Performing a Backup Action Continued Performing a backup action Step Action continued 5 Click the _82 k4p button The following message appears Confirm You are about to Backup Configuration Files from 192 168 57 86 a system bo the selected Local Directory Continue Click Yes to start downloading the configuration files from the OmniBAS 4W equipment When performing a backup action first the system saves the most current settings and configuration of the OmniBAS node to the OmniBAS 4W equipment and then downloads the configuration files to your PC Laptop Thus it is not needed to save the configuration of an OmniBAS node i e to click the E St ecFG button prior to performing a backup action Wait until the Backup Configuration Process Completed message appears in the Messages area BB File Configuration 192 168 57 11 Diw Backup Configuration Files Get remote system configuration files to a local directory Backup Local Directory CADocuments and Settings mkas My Documents5 1n Bi Restore Configuration Files Upload to the system configuration files from a local directory Re
55. CT User Manual Edition 1 0 Connections List Continued Activating Connections Step Action List continued The created PWE3 TDM connections of the OmniBAS node are displayed together with their attributes pa Connections List 3 Connections X Rp Delete G cancel Pers Search en Find S OnTop Y Ops a reana Tae oe WATE AT AT BP a E1 Line 1 3 00 00 22 22 03 03 E1 Line 2 a 00 00 22 22 03 03 7 E1 Line 3 3 00 00 22 22 03 03 7 E1 Line 4 3 00 00 22 22 03 03 f E1 Line 5 3 00 00 22 22 03 03 F E1 Line 6 3 00 00 22 22 03 03 ri E1 Line 7 a 00 00 22 22 03 03 F E1 Line 8 3 00 00 22 22 03 03 7 9 9 E1 Line 9 3 00 00 22 22 03 03 Fi 16 z TDM Ee a ns i Further to this paragraph the attributes description of the PWE3 TDM connections as well as the Toolbar description of the Connections List window is provided End of procedure Removing To remove connections from an OmniBAS node proceed as follows connections see aon Activate the Connections List window of the OmniBAS node as described in the previous par Activating Connections List In the Connections List window select the connection you want click the right mouse button and from the drop down menu that appears select e Delete to delete the selected connection e Delete All to delete all created connections 2 Connections List SEE Ga Connections Ro Delete GB cancel 7j Wizard Search Find s OnTop QD ECID pes ECID aa e No of TS Dest MAC Address VLAN Exis
56. Check Enable Acceptable Frame Type Tagged Ony gt Lists Overwrite Default Priority Incoming C Tag Priority gt __tist PortT ype Ethemet Stats 1 state 2 hl y When the priority mapping of the L2 port is not enabled see the above screen the packets are forwarded according their incoming VLAN priority that ranges from 0 for low priority to 7 for high priority Continued on next page 0 PCP field of the Ethernet MAC frame see Appendix B 802 1Q Ethernet Frame 60 gt INTRACOM TELECOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting Ethernet QoS Continued Configuring the priority mapping of a wireless L2 port continued gt INTRACOM To enable the priority mapping of the L2 port select the VLAN Priority check box in the Priority Mapping group box E L Properties VLAN L2Port VLAN Port MAC Address Bridge DSCP Remark L2 Port Priority Mapping L2 Port E Leave blank to list all entnes Get Port VianT ype C VLAN Mode Port mE _ Modiy Defaut VID 1 A Default Prony o Reset Stats Port Ingress Check Enable Acceptable Frame Type Tagged nd Untagged a aoe z List Ovensite Default Prority Default Priority PortT ype Ethemet Stats 1 Stats 2 0 Ee dsj Set all fal Incoming VLAN Priority 7 High to 0 Low Priority to queue Mapping Service Classes queues assignment 0 High to 3 Low
57. Configuring OmniBAS System User Manual Edition 1 0 Setting Static MAC Addresses Continued Viewing static MAC addresses Bere onnated In the Forwarding Table Entries tabbed sheet click the button to display the MAC Address List window cS MAC Address List oC AB Update EO cancel Q Clea Ye Click the Wue button to display the list of all static MAC addresses of the OmniBAS node Each row of the list indicates the L2 port to which a received frame with specific VLAN ID and destination MAC address is forwarded When no entries are found for a received frame the frame is sent to all L2 ports Eh MAC Address List G M Update Cancel P Clear gt Save Le Port Indes Le Port Description MAC Address Type Modem 4 Tao sea be Static Modem 4 12 57 11 32 12 13 Static Modem 4 12 57 11 32 12 14 Static Modem 4 12 51 11 32 12 15 Static Forwarding tables request End of procedure Continued on next page INTRACOM amp TE LEC o m Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting Static MAC Addresses Continued Creating a To create a static MAC address proceed as follows static MAC address In the Management Tree expand the Pind Legend OmniBAS node you want and select the 192 168 57 14 OmniBAS Control element 192 168 57 9 OmnibAS QP GbE Port 1 GD GbE Port 2 f Network In the Management Control Properties window that appears click the ij L
58. D 192 168 57 12 OmniBAS s Control 4 GbE Port 1 4 GbE Port 2 i Interface 16E1 SE Network om GRE gE ODU 192 168 57 9 OmniBAS s Control 2 GbE Port 1 4 GbE Port 2 Hi Interface 16E1 SE Network EB PTF slot 1 BBY PTP slot 2 BBY PTP slot 3 BB PTF slot 4 In the Management PtP Modem Properties window click the Ej Piate button to view the current properties of the selected modem SEE Fa Management PtP Modem Properties 7 a Update Temperature Configuration PiP Bandwidth EELIRE Z Standalone nbs oP Optimum Sys Gain 5 57 Profile Optimum Sys Gain 176 104 a3 ACM Mode Automatic 4 Set EF PHY Made 3 E 40 27 Fl Reset Set Modulation Temperature Modem Version Modem 3 3 27 FPGA 11060941 Remote Modem Link Status 4 IP Address 192 168 57 9 Slot 3 Modem Status Current Tx PHY Modulation wi 16QAM 0 8615 28MH Lo Current Ax PHY Modulation 7 0 1604M 0 9615 28MHZ Lo Transmit Symbol Fate 22 270 000 bps Received Normalized MSE 25 1 dE LDPC Decodes Stress OO Protection Mode None Alarms Modem Failure i Link Status Link Error No Error A Restart i Lock Indicators Timing Lock Freample Lock LDPE Unlock Lock PLP Modem more parameters response gt INTRACOM Continued on next page 121 OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the Modems Con
59. DSCP entries are removed e Select the Delete All option to remove all DSCP entries 20 2 Ta 2 ie Te Delete all gt Te 2 2 DSCP Entries List response Alternatively carry out steps 1 to 5 of the above procedure and in the DSCP Remarking to P bit group box click the Delete button End of procedure Continued on next page INTRACOM eo amp TELE c o m Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting Ethernet QoS Continued Enabling To enable or disable the DSCP priorities of a wireline GbE L2 port proceed Disabling DSCP as follows priorities Step Action In the Management Tree expand Prine aa the OmniBAS node you want and THE ST Mie select the Contro element 192 168 57 9 OmniBAS BY conic Q GbE Port 1 QP GbE Port 2 jf Network 2 In the Management Control Properties window that appears click the ij L2Properies button located in the System group box Management Control Properties rm Update TE Temperature System B Control oresh 2 System Version RelL1_2_1 ip Overall Rack Sys Type PIP Get Actual Rack Sys Type PIP C F oF 125 alam Modem Protection Mode oc an b 176 Pair 1 3 Standalane Set 40 104 Pair 2 4 Standalone Set 0 32 20 4 Current 55 Ht 67 e i L Properties m al Reset Temperature 38 57 Actions Synchronisation 3 In the L2 Properties window that appears sele
60. DSCP entries to a P bit type the first DSCP value in the DSCP text box click the Up to check box and type the last one in the corresponding text box For instance the following screen shows that the 16 to 30 DSCP values are assigned to P bit 6 Fa Properties VLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark DSCP Remarking to P bit L2 Port 2 val Create DSCF 16 Up to w 30 0 63 Delete Phit B 0 7 List The following table shows an example of DSCP remarking to P bit DSCP C E Click the at button to apply the DSCP remarking to P bit If you want to verify the creation of the new DSCP entries click the List button In the DSCP Entries List window that appears click the Hl button to display the list of the created DSCP entries Fa DSCP Entries List amp Cancel EP Clear Y Save raose ea z 16 17 16 14 20 Zl E 2 2 2 2 2 2 2 Iommi M om mm mm DSCP Entries List response Continued on next page gt INTRACOM m CHETKE OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting Ethernet QoS Continued Configuring the DSCP priorities of a wireline In case you want to delete DSCP entries in the DSCP Entries List else m window click the rows corresponding to the DSCP entries you want continued to remove Then click the right mouse button and from the drop down menu e Select the Delete Selected option The selected
61. DU button to start the upgrading process In the following confirmation message that appears click Yes to continue Confirm Force an ODU Update Wait for the ODU upgrading process to complete When the ODU upgrade is complete a trap is sent in the Alarms amp Events Report window and the Updated message is displayed in the Update Status field of the ODU s Status tabbed sheet End of procedure See par Monitoring ODU current status on page 123 CP INTRACOM a6 TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting the Channel Bandwidth of a Link Introduction To set the channel bandwidth of an OmniBAS link you should assign the same channel bandwidth settings to both OmniBAS nodes local and remote of the link Local OmniBAS Node PtP slot3 192 168 57 9 Remote OmniBAS Node 192 168 57 8 OmniLCT The procedure provided below describes how to set the channel bandwidth of the one edge of the OmniBAS link e g to PtP Slot 3 of the Remote OmniBAS Node Repeat the procedure for the other edge of the link e g to PtP Slot 3 of the Local OmniBAS Node The channel bandwidth setting must be carried out only by qualified personnel caused For this reason it is recommended to start with the channel bandwidth configuration of the most remote node to reduce the total link downtime During the channel bandwidth configuration link downtime i
62. E Performance Errors GbE Fort 1 GbE Port 2 In Pause Frames o ae Out Pause Frames E Eoo Out Pause Honored Frames i OO Alignment Errors E 0 FCS Errors 27733 o Single Collision Frames E OO Multiple Collision Frames E O Detered Transmissions o D Late Collisions E OO Excessive Collisions o DO Carrier Sense Errors DE E Frame Too Longs ic ne O Internal Mac Rleceve Errors a SS Symbol Errors o OO a Reset GbE Pork performance error status response Continued on next page O INTRACOM 148 PTELE COM Chapter 6 Monitoring the Performance of an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring Ethernet Traffic through Wireline L2 Ports GbE Continued Monitoring GbE errors counters continued e On the Toolbar of the Performance Monitor window click the Now button to see the error counters for both GbE ports for a time period between the completion of the last 15 min interval until the current time e In case you want to Reset the collected statistics concerning the GbE error counters click the F Reset button of the GbE Performance Errors tabbed sheet at the bottom right side of the Performance Monitor window Reset all the collected statistics concerning the selected Heset OmniBAS node click the a button in the toolbar of the Performance Monitor window Save all the collected statistics concerning the selected OmniBAS node in a text file click the Q Save button in the
63. Edition 1 0 Setting Ethernet QoS Continued Enabling Disabling DscP Step Action O_O OOOO o o priorities Click the Let button to retrieve the current state of the comme selected L2 port DSCP Remarking State L2 Port 2 E Get State Disable Set List Fa pscp Entries State List BEE In case you want to view the DSCP state of Eurite FS K Cance EP Clear J all L2 ports click bss fa the st button ano Disabled in the DSCP Entries Disabled State List window that Disabled appears click the Disabled Eire button Disabled Disabled SCP Entries State List response 6 To change the DSCP state of an L2 port from the State drop down list of the DSCP Remarking State group box select e Enable to enable the DSCP properties of the selected L2 port e Disable to disable the DSCP properties of the selected L2 port Alternatively you can enable or disable the DSCP state of L2 ports as follows in the DSCP Entries State List window select the L2 ports you want click the right mouse button and from the drop down list that appears select to enable disable the selected ports or all ports of the list EE DSCP Entries State List Sele fap Update Cancel op Clear 9 Save DSCPState Disabled 2 _ Serco Pos 4 Dis OSCP State Enable Selected Ports 5 iranen p 6 Disabled lt SCP Entries State List response End of procedure CP INTRACOM m TELECOM OmniBAS LCT Chapter
64. F 4 PWES TOM Connections 00 on ee 22 020 1 Ye 12 11 54 15 38 25 12 11 54 15 38 25 12 11 54 15 38 25 The Performance Monitor window appears with the PWE3 tab selected pa Performance Monitor P Now GbE GbE Errors PtP Ethemet PtP PWES Connections Statistics Trans Ax Errors Overrun Trans Ts Errors Underrun Ingress As Empty Fop Ingress As Valid Packets Tdm2Psn Forwarded Packets Tdm2Psn Fop Drop Packets TdmePen Mtu Drop Packets Ts Queue Drop Packets Engress Ts Valid Packets Engress Tx Dummy Packets Engress Ts Buffer Underun SP OnTop ai Reset Q Save Psn l dm Fbp Drop Packets Pen T dm Out OF Window Packets Butter Overrun Dropped Packets Psn T dm Window Switchover Pen2T dm Butter Overrun Events Psn Tdm Stray Packets Pen dm Maltormed Packets Psn T dm Cw AlS Drop Packets Panel dm Multiple Packets Psn T dm MPLS Drop Packets Psn Td Denied Packets Engress Tx Underun Data Unit Pen2T den Out Of Sequence Packets Pana T dm Formvarnded Packets Fan2T dm Out OF Band Cas Packets gt INTRACOM H Connection List a Reset Continued on next page 159 OmniBAS LCT User Manual Edition 1 0 Chapter 6 Monitoring the Performance of an OmniBAS Node Monitoring the Performance of a PWE3 TDM Connection Continued Monitoring the performance of a PWE3 TDM connection continued On the Toolbar of the Performance Monitor window click the 7
65. F L2 Froperies button located in the System group box 4 Management Control Properties Update in Apply Temperature System E System Version Rel1_2_ U presha 52 Taj Overall Rack Sys Type PP l Get Actual Rack Sys Type E 257 176 Pair 1 3 Standalone Set 104 Pair 2 4 Standalone Set Se a ki 4 Curent 55 Ml 67 a i L Properties i Reset Temperature 38 5 VLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark Port Membership L2 Fort w Leave blank to list all entries Associate WLAN ID w Delete List Continued on next page INTRACOM a0 amp TE LEC o m Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Associating VLANs with L2 Ports Continued Viewing the VLAN Port Membership To view the list regarding all associations between VLANs and L2 List continued ports click the Lt button In the VLAN Port Membership List window click the 14 button to display the list Ed VLAN Port Membership List Seles Fj Update ea Cancel a Clear Bp save L2 Port Index L2 Port Description VLANID GbE 1 GbE 1 GBE 1 GbE 1 Modem 1 Modern 1 Modem 2 Modem 3 Modern 4 l 1 1 1 3 3 4 5 6 VLAN Pork Membership List request In case you want to delete a VLAN port see par Removing VLAN ports on page 142 End of procedure Continued on next page CP INTRACOM m TELECOM OmniBAS LCT Chapter 3 Configuring Omn
66. Introduction This paragraph describes how to monitor the status of the Interface 16E1 element The nterface 16E1 element corresponds to E1 Tributary Module of the OmniBAS 4W subrack Monitoring To monitor the current status of the Interface 16E7 element proceed as Interface 16E1 follows In the Management Tree click the Interface 16E1 element 132 168 57 9 OmniBAS Sa Fi Control QP GbE Port 2 In the Management Interface Properties window click the fer Urda button to retrieve information regarding the selected element i Update fg irre H E1 Line State Properties PWE Sire MAC Address 100 05 59 1 2 08 53 E1 Line Clock Selection amp Line 1 In the E1 Line Clock Selection field you can see the E1 line used as clock source for the system synchronization when the Interface Card is selected as clock source For more information see par setting Monitoring System Synchronization on page 95 For the selected nterface 16E1 element you can also monitor the status of the associated E1 Lines by clicking the EJ ET Line State button For more information about this feature see par Monitoring the E1 Lines on page 112 End of procedure CP INTRACOM 1 TELECOM OmniBAS LCT User Manual Edition 1 0 Chapter 4 Monitoring an OmniBAS Node Monitoring the E1 Lines Introduction This paragraph describes how to e View the attributes of an E1 line frame type administrative state alarms status TS usage
67. Management Control Properties Fe Undate TEN Temperature System UngAtvesho 52 System Version Rel20 0 18 Overall Rack Sys Type PtP Set Actual Rack Sys Type PIP Pair 1 3 Standalone Ecc Pair 2 4 Standalone Set caret 55 er a L2 Pro erties Reset P ar at a Peset In the VLAN tabbed sheet of the L2 Properties window that appears click the Lt button EA L Properties Create Delete Continued on next page me gt INTRACOM T ELEC OM Chapter 5 Viewing Lists OmniBAS LCT User Manual Edition 1 0 VLAN List Continued Viewing VLAN List continued see o aon The VLAN List window appears Click the Eie button to display the list of the created VLANs M Update amp Cancel Clear QB save VLAN List response The VLAN column displays the ID of all created VLANs Also you can identify the management VLAN Mng VLAN VLAN with ID 1 is used by default as the management VLAN End of procedure Removing To remove a VLAN proceed as follows VLAN s see SC SAtiom Activate the VLAN List window of the OmniBAS node as described in the previous par Viewing VLAN List Prior to removing a VLAN ensure that no L2 port is already associated with this specific VLAN In the VLAN List window select the VLAN you want click the right mouse button and from the drop down menu that appears select F z e Delete Selected o Lai to delete the selected VLAN e Delete All to Mng WLAN dele
68. Network In the Management Control Properties window that appears click the Mfr Vedats button to view the current properties of the Contro element E4 Management Control Properties E Update ig Apply Temperature System a Control Uneiveshol A Systern version Ael 2 0 0 rc i Overall Rack Sys Type PP l Set Actual Rack Sys Type PP Par 1 3 Protected Set Pair 2 4 Standalone Set g gt Curent 55 gy sy ii L Properties a Reset Temperature 387 i Continued on next page gt INTRACOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Configuring the Protection of an OmniBAS Node Continued Setting a standalone pair continued ee In the System group box click the Pair 1 3 drop down list and select Standalone Modem Protection Mode Par 1 3 Protected Get er ar 4 Eense ne rotected oO Le Properties i Reset Click the corresponding t button to apply the setting End of procedure Setting a To set the modems pair 1 3 in protected mode proceed as follows protected pair The following procedure describes how to set the modems Pair 1 3 in protected mode Follow a same procedure for the Pair 2 4 Step Action Aaj In the Management Tree expand the OmniBAS node you want and select the ED 192 168 57 8 OmniBAS Control element 9 E 49 GbE Port 1 49 GbE Port 2 Network 2 In the Management Control Properties window that appears cl
69. ST the OmniBAS node you want to Delete Syetom remove right click and from the drop down menu select the Connect Delete System option Rename The selected OmniBAS node is removed from the Management Tree End of procedure INTRACOM 20 amp TELE COM Chapter 2 Getting Started OmniBAS LCT User Manual Edition 1 0 2 6 Configuring the Application s Environment This section provides the following procedures to configure the application s environment e Configuring the Environment Parameters system responses requests timeout etc e Viewing the Registered IP Addresses Use this procedure to view all registered IP addresses and or to register the IP address of your PC Laptop Configuring the Environment Parameters To configure the application s operating environment proceed as follows Step Action On the Toolbar click Tools gt Environment Options 2 In the window that appears ensure that the Parameters tab is displayed if not select it Ea Environment Options DoR System Parameters Communication Parameters Request timeout ms i ooog Retransmissions E Version 1 0 2 0 31 7 2009 SNMP version 2c ag List Bound 5000 as Application Environment A IF user level is low visual components may hide or may appear as disabled grayed Show inaccessible components az disabled w Show wait eror dialogs Apply protection requires update iw 2 managers Co
70. Status tabbed sheet that appears click the Wt button to retrieve the current information regarding the radio alarms of the selected ODU Radio Alarms ASS As Power Alarm ALC Ts Power Alarm Ae PLL Unlocked Ts PLL Unlocked E MM PLL Unlocked LB PLL Unlocked Freg Out of Range Errors Power Out of Range Errors The following table describes when the threshold alarms are generated When an alarm is generated the corresponding virtual led is red Radio Alarm Alarm Generation RSSI Rx Power When the power from the remote radio unit Rx power is Alarm less than the factory pre defined value ALC Tx Power When the output power is 3 dB less than the desired Tx Alarm Power value defined by the user in the Configuration tabbed sheet In case the desired Tx Power value is greater than the current Max Tx Power the ALC alarm is generated when the output power is 3 dB less than the current Max Tx Power value Freq out of range __ When the frequency of the ODU transmission radio band is errors out of supported range or it is not an integer multiple of supported frequency step The supported range of the ODU Tx frequency and the frequency step are shown in the Capabilities tabbed sheet Power out of range The Tx power of the ODU is out of dynamically estimated errors supported range The supported range of the ODU output power is shown in the Capabilities tabbed sheet Continued on next page
71. Store Saves the most current settings and configuration of an OmniBAS node to the OmniBAS 4W equipment e Backup Downloads the saved configuration files from the OmniBAS 4W equipment locally to your PC Laptop e Restore Uploads the configuration files from your PC Laptop to the OmniBAS 4W equipment 164 Chapter 7 Non Routine Procedures OmniBAS LCT User Manual Edition 1 0 Saving the Configuration of an OmniBAS Node Introduction This paragraph describes how to store the configuration of an OmniBAS node in the processor module of the OmniBAS 4W equipment Saving OmniBAS To save the configuration of an OmniBAS node proceed as follows configuration In the Management Tree expand the Gn E Legend OmniBAS node you want and select the 192 168 57 14 OmniBAS Control element 192 168 57 9 OmriBAS 9R QP GbE Port 1 QP GbE Port 2 a Network In the Management Control Properties window that appears click the button to update the displayed data E Management Control Properties SE r7 Update TES Temperature System Control Uoftresho 4 52 System Version Rel_2_0 0 rc8 Overall Rack Sys Type PrP Set Actual Rack Sys Type PtP F ane Hodem Protection Mode ace Fair 1 3 Standalone Set 104 Pair 2 4 Standalone Set qa 20 4 r Current 55 BE 67 i Lz Properties ai Reset i Temperature 35 5 Actions Synchronisation it Peer aecian Operation Mode Normal Apply Locked Clock S
72. To change the default priority of the selected L2 port select a new one 0 lowest priority to 7 highest priority with default value 0 from the Default Priority drop down list Port From the Port Ingress Check drop down list select Ingress e Enable f a packet arrives to this L2 port and its VLAN Check does not belong to the port tagged list list of VLANs defined for this port it is dropped e Disable All packets arriving to this L2 port are accepted Acceptable From the Acceptable Frame Type drop down list select Frame e Untagged Only L2 port accepts only untagged frames Type and priority tagged frames e Tagged Only L2 port accepts only tagged frames e Tagged and Untagged L2 port accepts all frames tagged and untagged e Accept None L2 port drops all frames tagged and untagged Overwrite From the Overwrite Default Priority drop down list select Default the priority type for the selected L2 port Default Priority or Priority Incoming C Tag Priority Note that this field is applicable only when S VLAN mode is selected Port Type Displays the type of the selected L2 port Ethernet If you change the attributes of the L2 port click the Medite button to apply the changes To enable the priority mapping feature see par Setting Ethernet QoS on page 60 Through the L2 Port tabbed sheet of the L2 Properties window you can select to monitor the statistics of an L2 port For the procedure concerning the mo
73. Tree expand the Network element and click the modem you want e g PTP slot 1 In the Management PtP Modem Properties window click the 4 4 button to view the current properties of the modem FA Management PtP Modem Properties D Update Temperature F 257 176 104 dey 4 67 Temperature 37 3 Modem Version Modem 13 3 27 FPGA 11060341 Remote Modem Link Status 4 IP Address 0 0 0 0 Slot 1 Configuration PIP p Protected Bandwidth 28 MHz s Set Profile Optimum Sys Gain EEE Modulation ACM Mode Manual PHY Mode 7 l TE E E Reset Modem Status Current Ts PHY Modulation v7 0 25604M 0 8750 28MHZ L Current Rx PHY Modulation v7 0 25604M 0 8750 28MHZ L Transmit Symbol Rate 22 270 000 bps Received Normalized MSE 36 9 dB LDPC Decodes Stress i a Protection Mode Protected Lock Indicators Timing Lock Preample Lock LDPC Unlock Lock Set Alarms Modem Failure Link Status Link Error No Error Ff Restart PLP Modem more parameters response 176 Continued on next page gt INTRACOM Chapter 7 Non Routine Procedures OmniBAS LCT User Manual Edition 1 0 Resetting Restarting a Modem Continued Restarting resetting a d 7 rosie To restart the modem click the Wl Festet button located in the Modem Status group box In the following confirmation message that appears click Yes to continue Warning Wait for the
74. U 12 51 11 32 12 13 Static Delete Al 12 51 11 32 12 14 Static mereen 12 51 11 321215 Static G E Forwarding tables request The selected MAC addresses are removed from the OmniBAS node End of procedure gt INTRACOM 94 ELECOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 3 5 Setting Monitoring System Synchronization Introduction This chapter describes how to set the OmniBAS nodes synchronization providing the following procedures e Setting the operation mode of the synchronization Normal or FreeRun The synchronization of the OmniBAS system can be derived through either the local oscillator FreeRun operation mode or one of the eight available clocks Normal operation mode e Defining the clock source in case of Normal operation mode e Monitoring the current state of the system synchronization Setting the To set the OmniBAS node synchronization first select the synchronization synchronization operation mode Normal or FreeRun operation mode To set the operation mode of an OmniBAS node proceed as follows Action In the Management Tree expand oe amend the OmniBAS node you want and 192 168 5714 UmniBas select the Contro element 132 168 57 3 OmniBAS 2 GbE Port 2 In the Management Control Properties window that appears click the EAH button to update the displayed data 2 Management Control Properties G i Update TE Temperature System
75. Update TE Temperature System Control d System Version Rel_2_0_0_rc8 ip UofA Nvesho 52 y Overall Rack Sys Type PP xl Set Actual Rack Sys Type PIP Modem Protection Mode Pair 1 3 Standalone l Set Pair 2 4 Standalone l Set Current 55 Ml gz i L2 Properties a T Reset f Temperature 35 5 Actions Synchronisation i PIP Protection Operation Mode Normal l Apply Locked Clock Source Interface Cad gt Apply Update i Clock Source Out Of Range Is Locked Holdover State G3 Store CFG amp Clear CFG Configuration Interface Card False True False Source Clock Status response Continued on next page INTRACOM 180 amp TELE COM Chapter 7 Non Routine Procedures OmniBAS LCT User Manual Edition 1 0 Clearing OmniBAS Node Configuration Continued Clearing system configuration continued In the Actions group box click the es CFG button In case you want to proceed click Yes in the confirmation message that appears The whole configuration of the OmniBAS node is cleared e g VLANs connections etc and the system reboots End of procedure gt INTRACOM ELECOM an T 181 OmniBAS LCT Chapter 7 Non Routine Procedures User Manual Edition 1 0 7 4 Setting Inband Management Changing Management VLAN Introduction This paragraph describes how to e Change the management VLAN of an OmniBAS node By default the VLAN with ID
76. When you enable the priority mapping of the L2 port the VLAN priority of the incoming packets can be mapped to one of the four service classes queues supported by the OmniBAS system The packets with the highest priority queue are always transmitted first and packets with lowest priority queue are always transmitted last Continued on next page 61 OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting Ethernet QoS Continued Configuring the priority mapping of a wireless L2 port continued Assign a service class queue 0 High 1 2 or 3 Low to each incoming VLAN priority 0 to 7 by using the corresponding drop down lists In the following example the service class 0 High is assigned to incoming VLAN Priority 5 Priority Happing Vlan Priority we 3 Mapping O High O High 1 a Low a Low Set all bits as About Set all bits as drop down list You can use the Set all bits as drop down list to assign the same service class queue to all incoming VLAN priorities In this way when a service class queue is assigned more times than the others you can avoid assigning the service classes queues one by one i e you assign the service class queue you want to all incoming VLAN priorities and then you select the different ones wherever needed E 5 4 3 2 When you complete the priority mapping assignments click the Mod
77. abbed sheet names Values of an attribute A note calls your attention to important supplementary information prevent you from performing an action that might result in damage of the equipment or loss of data A This symbol means CAUTION The purpose of this symbol is to OmniBAS LCT Chapter 1 Introduction User Manual Edition 1 0 About OmniLCT Application The OmniLCT application is a robust SNMP based application designed to locally manage the OmniBAS system by providing a user friendly GUI The following main functions are provided through OmniLCT application for the management of an OmniBAS system e Configuration Management Monitoring and configuration of the elements of an OmniBAS Node processor module E1 tributary module power and fan modules modems and corresponding ODUs GbE ports and E1 TDM lines Configuration and monitoring of Ethernet and PWE3 TDM traffic Monitoring and configuration of PtP link Monitoring and configuration of protections modems protection ring protection concerning an OmniBAS Node Monitoring and configuration of Remote OmniBAS Nodes Checking system release modems and ODUs versions System re configuration in case of interruptions Backup and restore of system configuration e Fault Management Displaying the active alarms and events of the system Saving the active alarms and events in log files e Performance Management Displaying GbE
78. aining valid pause opcode Tx Control Number of transmitted Control frames i e frames contain a valid Frames hex 0x8808 value in the type field Tx CRC Errors Number of transmitted frames with invalid CRC Cyclic Redundancy Check value Tx Collisions Number of collisions the current frame incurred during transmission attempts It applies to successfully transmitted packets Tx Multicasts Number of transmitted multicast frames i e frames including multicast destination address Tx Broadcasts Number of transmitted broadcast frames i e frames including broadcast destination address Tx Wire Byte Number of transmitted bytes counting also all bytes from collided attempts Tx Byte Number of transmitted bytes not counting collided bytes Cumulative Time Time in sec that the current Tx Ethernet statistics collected Open the Performance Monitor window of a modem and click PtP Ethernet tab gt Tx Counters tab 2 Normal collisions occur during the first 512 bits of frame transmission If a collision occurs after 512 bit times then it is considered an error and called a late collision A late collision is a serious error since it indicates a problem with the network system and since it causes the frame being transmitted to be discarded 3 Opcodes Operational codes contained in MAC Control frames a gt INTRACOM Sa Cc a Seen te Appendix A Statistic Counters Description OmniBAS LCT User Manual E
79. ancel Click the Finish button to establish the new TDM PWE3 connection s Continued on next page CP INTRACOM m TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Creating PWE3 TDM Connections through Modem L2 Ports Continued Procedure continued When the connections are established successfully the TDM PWE3 CONNECTION RESPONSE OK messages appear a message for each connection request Click the Close button to close the wizard Connection Setup Wizard Connect Source and Target Payload Suppress Ho Buffered Frames 6 Packet Jitter 10000 TOM PWES connection request TOM Pe 3 CONNECTION RESPONSE OF TOM PWES connection request TOM PWweES CONNECTION RESPONSE OF TOM PWwES connection request TOM PweEs CONNECTION RESPONSE OF When you click Finish the wizard will establish a new connection Cancel In case of failure the TDM PWE3 CONNECTION RESPONSE WITH ERROR message appears Use the Back button to check again the connection settings and try again To view the Connections List window that display all created connections of the OmniBAS node see par Connections List on page 134 End of procedure INTRACOM ee amp TE LEC o m Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 3 4 Setting Static MAC Addresses Introduction This paragraph describes how to e View the static MAC addresses of an OmniBAS nod
80. and vice versa select the modem you Preferred Working Modem Ama is want to enter working Revert to Preferred Modern w mode e g select Modern Diversity Enabled Modem 3 from the Preferred Workin Modern Protection Status 1 working Modem paian Modem Protection Status 3 Standby e Click the button to apply the modems Modem Pair 2 4 switching Prefered Working Modem Madem 2 F Revert to Preferred Modem w Modern Diversity Enabled Modem Protection Status 2 Mone Modem Protection Status 4 None Ring Protection Protection Status Disabled Protection Type Slave PEP Modem Protection update response End of procedure gt INTRACOM TELECOM 29 OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Configuring an ODU Introduction This paragraph describes how to e Configure an ODU Tx frequency Tx power etc e Set the alarm thresholds RSSI and temperature upper threshold of an ODU e Upgrade the firmware of an ODU To configure an OmniBAS radio link perform the procedures provided in this paragraph to both ODUs local and remote of the link Configuring To configure an ODU of an OmniBAS node proceed as follows an ODU se mo oo Management Tree Es Inthe Management Tree expand the Grind Network element and click the ODU you want AM 192 168 57 8 OnniBAS aw As a Control QF GbE Port 1 QF GbE Port 2 B Interlace 16E1 2 oa Network
81. ange Number of received frames with length field that exceeds the Errors 1518 bytes Rx Length Check Number of received frames with length that does not match the Errors actual data byte length Rx Code Errors Number of received frames including one or more nibbles signalled as errors Rx False Carrier Number of false carrier events detected i e a false carrier event Errors detected after the last receive of a frame and it is not associated with this packet Rx Dv Event Number of last received events that are too short to be valid packets Rx Previous Number of packets dropped since the last receive Packet Drop Rx Byte Number of received bytes not counting collided bytes Cumulative Time Time in sec that the current Rx Ethernet statistics collected Open the Performance Monitor window of a modem and click PtP Ethernet tab gt Rx Counters tab A Opcodes Operational codes contained in MAC Control frames gt INTRACOM TELECOM 191 LA keledai OmniBAS LCT Appendix A Statistic Counters Description User Manual Edition 1 0 L2 Port Counters L2 Port The following table describes the statistic counters of the L2 ports These Statistics List 1 counters are displayed in the L2 Port Statistics List 1 window RxValid Number of frames that passed all input filters DiscVLAN Number of frames that were discarded by the VLAN acceptable filtering Disclngr Number of frames that were discarded
82. ar Properties Window page 19 CP INTRACOM TELECOM OmniBAS LCT Chapter 2 Getting Started User Manual Edition 1 0 Main Menu amp Toolbar The following table provides a short description of the Main Menu and the Toolbar of the OmniLCT application Toolbar Description Reference button of To load a group region o Open Region ee See par Creating Loading a Group of OmniBAS i To create save a group Nodes Region page 24 eee REJION region of OmniBAS nodes page 24 To cancel an action that is Cancel l running To terminate the OmniLCT Exit o application To shut down the OmniLCT Shut Down 7 application Use the shut Now down option only if the system does not respond al To display the OmniBAS System properties window See Ch 6 Monitoring the Performance To display the Performance a Performance of an Monitor Performance Monitor window OmniBAS Node To appear disappear the Management Tree Management Tree To display the Message See par Message Traces Message Trace Connection List Trace window page 133 To display the Connections List window See par Creating PWE3 Ven windows Connection Connections TO open the Connection TDM Connections page 74 Wizard Setup Wizard Environment To display the Environment hike Pe Eek kleis Lul urn Application s Environment Options Options window Tools page 21 Alarm amp E
83. ature inside the modem e g 38 3 C In the Configuration group box you can view the current channel bandwidth and profile of the modem To modify the channel bandwidth see par Setting the Channel Bandwidth of a Link on page 36 In the Modulation group box you can view the modulation status of the modem To modify the modulation status of the modem see par Enabling Adaptive Coding amp Modulation ACM on page 39 and par Setting Manual Modulation Mode on page 42 In the Modem Status group box you can see information about the current status of the modem modulation protection mode etc and you can monitor the status of the displayed lock indicators and alarms as well Further to this paragraph the information concerning the Modem Status group box is described in detail In case you want to reset or restart the selected modem see par Resetting Restarting a Modem on page 176 End of procedure Continued on next page a O INTRACOM Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the Modems Continued Modem status The following tables describes the properties displayed in the Modem Status properties group box of the Management PtP Modem Properties window Current Tx RX Displays the current Tx Rx physical modulation mode and the PHY Modulation channel bandwidth of the OmniBAS node Transmit Symbol Displays the transmit symbol rate for the incoming fl
84. cedure Pae Configuring the Protection of an OmniBAS Node Configuring an ODU Setting the Channel Bandwidth of a Link Enabling Adaptive Coding amp Modulation ACM Setting Manual Modulation Mode lt gt INTRACOM 35 E a ee ee oe ee fF ELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Configuring the Protection of an OmniBAS Node Introduction Setting a standalone pair 26 An OmniBAS 4W can be equipped with up to four modems The modems located at slots 1 and 3 constitute a protection pair Pair 1 3 Also the modems located at slots 2 and 4 constitute the second protection pair Pair 2 4 of the subrack Modem Pair 2 4 PTP slot 2 PTP slot 4 PTP slot 1 PTP slot 3 Modem Pair 1 3 A protection pair is defined as Standalone when both modems work in standalone mode or Protected when the one modem is in working mode and the other in standby This paragraph provides step by step procedures for configuring the protection of an OmniBAS node i e for setting a modems pair to work in standalone or protection mode To set the modems pair 1 3 in standalone mode proceed as follows The following procedure describes how to set the modems Pair 1 3 in standalone mode Follow a same procedure for the Pair 2 4 In the Management Tree expand the OmniBAS node you want and select the 192 168 57 8 OmniBAS Control element 9 RE GD GbE Port 1 GD GbE Port 2 Ta
85. censtienacsmpslsanssswssesnad gaveepaanenceesionspdentadetencepentedueedeapedenansetieesiens 47 eand IGANG seie aeS E R E E R 49 Sie 101919 E PONS ee E E E E eee 51 Associating VLEANS with E2 PONS esessiscsniass n ar a a ni 56 Setting Ethernet QOS 20 cceccccccccccssecceceeeeeceeeceseeeceeaeeececseeeeeseeeeeaeeececeeeessuaeeesanecesaeeeessees 60 Configuring PWES TDM Connections cccccccceeccceecceseecececeeeeeeecaeeseaeeseeeeeeseessaeenes 70 COMMOUMING an E1 LING rs secic caus recosicewsceanuvosssausrccousnet dancke suse se ates A eE 71 Creating PWE3 TDM Connections through GbE Ports ccceccceceeeeeeeeeeeeeeeeeeeeeeees 74 Creating PWE3 TDM Connections through Modem L2 Ports cccccsceeseeeeeeeeeeeees 81 Setting Static MAC AGGreSS6Siiccicsconecsrcedinarsecsseecatabensseadeisoseiacudecteecsuieeunererceseeseniecouceleuenl 89 Setting Monitoring System SyNChroniZation ccccccccecceeececeeeceeeeeeeesaeceseeeeeeseeesseeeees 95 OmniBAS LCT Table of Contents User Manual Edition 1 0 4 Monitoring an OMNIBAS Node 1 0 0 cee eeecceeeeeeee eens eee neeceseeeeeeenessaeseaaeesanesaeeeseees 101 Monitoring Fan Trays Power Supplies External Alarms cccccsceeceeeeeeneeeeeeeeeseeees 102 Monitoring the Control EIOMeNL cece ccccce sees eeceeeeceeeeseeesaeeseeeseceseuseseeeseeesaneesaaes 106 Monitonng the GDE POMS veo otete smecoacennecweareansvonenuduedsntennepias usted utaenemoeutesv
86. ct the DSCP Remark tab ML Properties DSCP Remarking to P bit L2 Port wal Create DSCP Upto O 63 Delete P bit 0 7 List DSCP Remarking State L2 Pot Ej A State sel List re di Continued on next page gt INTRACOM TELE COM 67 OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting Ethernet QoS Continued Enabling Disabling DSCP priorities In the DSCP Remarking State group box select the L2 port continued whose DSCP priorities you want to enable or disable e Click the button located next to L2 Port field e In the L2 Port List window that appears click the Eite button to display the L2 ports of the OmniBAS node e Select the L2 port you want e g GbE 2 click the right mouse button and from the drop down menu select the Select L2 Port option m4 Port List i Update amp Cancel D Clear E EGZ Indes Port VlanT ype Default VID Default Priority Port Ingress Ch 0 1 GbE 1 C VLAN M ode Fort Enable 2 CDE aN hade Pt Enable Select L2 Port Enable Modem 2 C VLAN Mode Port Enable Modem 3 C VLAN Mode Port Enable Modem 4 C VLAN Mode Port Enable Layer 2 port list response The selected L2 port is displayed in the DSCP Remarking State group box DSCP Remarking State L2 Pott 2 E State Continued on next page INTRACOM Be amp TE LEC o m Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual
87. ction Mode working Alarms Modem Failure 4 Link Status 4 Link Error No Error O g Restart Lock Indicators Timing Lock Preample Lock LOPE Unlock Lock PLP Modem more parameters response gt INTRACOM Continued on next page 3 OmniBAS LCT User Manual Edition 1 0 Chapter 3 Configuring OmniBAS System Setting the Channel Bandwidth of a Link Continued 38 In the Configuration group box click the Bandwidth drop down list and select the channel bandwidth to be associated with the selected modem 7 MHz 14 MHz 28 MHz or 56 MHz Contiguration Bandwidth 7 MHz G Set Profile Optimum Sys Gain From the Profile drop down list select one of the following profiles to be associated with the link e Optimum Sys Gain to enable higher gain performance and hence lower capacity for the link e Optimum Capacity to enable higher capacity performance and hence lower gain for the link e Normal to enable normal gain and capacity performance for the link In the Configuration group box click the t button to apply the channel bandwidth settings to the selected modem of the OmniBAS link End of procedure iw INTRACOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Enabling Adaptive Coding amp Modulation ACM Introduction To enable the Adaptive Coding amp Modulation ACM of an OmniBAS link you should enable the ACM to both OmniBAS nod
88. ction This paragraph describes how to monitor the Ethernet traffic conveying through the GbE ports of an OmniBAS node Monitoring GbE To monitor the Ethernet traffic conveying through the GbE ports of an ports OmniBAS node proceed as follows performance step Clon In the Management Tree click the OmniBAS node you want e g 192 168 57 11 OmniBAS i GbE Port 1 QP GbE Part 2 HR Interface 16E1 E Network cE PTP slot 1 i OO On the Main Menu select Windows gt Performance Monitor or click Ba on the Toolbar Perhornarice In the Performance Monitor window that appears click the GbE tab The GbE Performance tabbed sheet appears displaying the GbE counters for the two GbE ports of the OmniBAS 4W subrack EE Performance Monitor Sie P Now Sf OnTop ail Reset Q Save GbE 1 2 GbE Performance GbE Port 1 GbE Port 2 Aix Bytes ay aa Rs Packets Aix Multicast Frames Aix Broadcast Frames Aix Undersize Frames Rs Oversize Frames Ts Bytes Ts Packets Tx Multicast Frames Tx Broadcast Frames Ts Undersize Frames Ts Oversize Frames Tx Error Underrun Aix Error Overrun Ts Frames a a Reset Continued on next page CP INTRACOM m TELECOM OmniBAS LCT Chapter 6 Monitoring the Performance of an OmniBAS Node User Manual Edition 1 0 Monitoring Ethernet Traffic through Wireline L2 Ports GbE Continued Monitoring GbE ports Step tion O p
89. d Printed in Greece INTRACOM TELECOM 19 7 km Markopoulou Ave Peania Athens GR 19002 T 30 210 667 1000 F 30 210 667 1001 http www intracom telecom com Table of Contents OmniBAS LCT User Manual Edition 1 0 Table of Contents 2 1 2 2 2 3 2 4 2 5 2 6 2 3 2 3 3 Introduction ass ee ctirere cece ene brmeereesennenageurnsencssevouds esenaunes ENEAN NE 3 PADOUL THAIS DOCUMEN sssrinin a vent avsetiny seneteanieestiedueesmedeee steeds 3 About OMmNILCT Application ccccccceccecessceeeeeceeeeseeeeeeeeceeeeeeeseeeseeeeeeeeseeseeeeeetaeeeeeeeaeees 4 Hardware amp Software REQuireMent cccceccceccseeceeeceeeeeeeeeeeeeeeteeeeeeeeeeeseeeseeeeeeeseeteeeees 5 Getting Started sic ce se eeestce eetdeesstecsnentyecucpoeyenceunaus tue suncosetorunecusdussuuectuesaenenceeteudeus 6 Installing amp Launching the OmniLCT Application cccccccccceeccseeeeeeeeseeeseeeeseeeseeeeeeees T Cabling Instructions for Connecting LCT to OMNIBAS 4W 0 ecccceccceeeeeeeeeeeeeaeeeeaees 8 Establishing Connection with an OmNIBAS NoOde ccccceccceeceeececeeeeeeeeeneeseeeseeeeeeeees 10 C18 EO 2 6 Rae eee ee ee A ee ee ee eee 15 Main Menu amp Toolbar scrinio santenn ana aa naia ar orin Ee NEEE ASE aR 16 Elements Representation in Management Tree ccccccccsccseecseeeeeeeeeeeeeeeeeeeeeseeeseeenees 17 Drop Down Menu amp Toolbar of Management Tree ccccccecccee
90. d to select the last E1 Line For instance by selecting the E1 Line 2 as the first source point and the E1 Line 4 as the last the E1 Line 2 E1 Line 3 and E1 Line 4 are selected as source points Management Tree x leans E1 Line Properties o Find a Legend Up daia 192 168 57 12 OmniBAS 192 168 57 9 OmniBAS x Qa 2 menia Select Source cs ay 4 GbE Port 1 Sag GbE Port 2 Y Hi Interface 16E1 e oi k Card Control e ine E1 Line 3 Interface Interface 16E1 BARRERA Line E1 Line 2 Up to Line E1 Line 4 Select e E1 Line 5 Ts 0 31 Now you have to select the timeslots from the associated form Connection Setup Wizard e E1 Line 6 e E1 Line 7 e E1 Line 8 e E1 Line 9 e E1 Line 10 E E1 Line 11 To select a node from the tree press Select Select e E1 Line 12 e E1 Line 13 e E1 Line 14 lt Back Nexb Cancel El ae 3 ra After completing the source data selection click the Next button The Select Target screen appears Connection Setup Wizard Select Target Card Port To select a node from the tree press Select Select lt Back Next gt Cancel Continued on next page page CP INTRACOM m TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Creating PWE3 TDM Connections through Modem L2 Ports Continued Procedure continued see o an Click the _ eet button The mouse pointer will change to a hand E Use this hand
91. d 12 35 pm gt INTRACOM me Troe Le co M Chapter 6 Monitoring the Performance of an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the Performance of a PWE3 TDM Connection Continued Monitoring the performance of a PWE3 TDM connection continued Sep aon In case you want to e Reset the collected statistics concerning the performance of the selected PWE3 TDM connection click the Sal Reset button of the PWE3 Connections Statistics tabbed sheet at the bottom right side of the Performance Monitor window e Reset all the collected statistics concerning the selected OmniBAS node click the Pal Reset button in the toolbar of the Performance Monitor window e Save all the collected statistics concerning the selected OmniBAS node in a text file click the Q gaye button in the toolbar of the Performance Monitor window See Appendix A Statistic Counters Description for the description of the counters displayed in the PWE3 Connections Statistics tabbed sheet End of procedure 161 OmniBAS LCT User Manual Edition 1 0 Chapter 6 Monitoring the Performance of an OmniBAS Node Monitoring the L2 Ports Performance Introduction Monitoring L2 ports performance 162 This paragraph describes how to monitor the performance of the L2 ports of an OmniBAS node To monitor the performance of an L2 port for a specific OmniBAS node proceed as follows Step Acti
92. d click the ODU you want 192 168 57 8 Onnibas ayy hate 4 Control QF GbE Port 1 QP GbE Port 2 lnterface 16E 1 oe Network Bs PTF slot 1 oE PTP slot 2 OBS FTF slot 3 OBS FTF slot 4 In the PfP ODU Management Properties window click the Alarms Configuration tab In the Alarms Configuration tabbed sheet that appears click the 49 button to retrieve the current alarm thresholds of the ODU e4 PtP ODU Management Properties t T Update TE Alarm Configuration RSSI Threshold 50 dBm Temperature Threshold 60 To set a new RSSI threshold type the new one in the RSSI Threshold text box RSSI threshold should range between 30 dBm and 85 dBm Click the Ui Arey button to apply the new setting To set a new Temperature threshold type the new one in the Temperature Threshold text box Temperature threshold should range between 60 C and 80 C Click the Ui Aon button to apply the new setting End of procedure Continued on next page CP INTRACOM m TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Configuring an ODU Continued Manual To upgrade the firmware of an ODU manually proceed as follows Upgrading of OP ee nrmware Be careful with the upgrading of an ODU since when an ODU upgrading process is completed the ODU reboots this reboot process will cause link downtime nore An ODU should be upgraded when the Needs Updated message is
93. dicator Indicates whether the MAC address is in canonical CFl 1 or non canonical format CFI 0 It is always set to zero for Ethernet switches e VID VLAN ID Indicates the VLAN to which the frame belongs It takes values from 1 to 4096 VID 1 by default is reserved for management The frame does not belong to any VLAN when VID 0 in this case the 802 1Q tag specifies only a priority and is referred to as a priority tag CFI is used for compatibility reason between Ethernet type network and Token Ring type network If a frame received at an Ethernet port has CFI 1 then that frame should not be forwarded as it is to an untagged port gt INTRACOM T ELECOM 197 OmniBAS LCT Appendix B 802 1Q Ethernet Frame User Manual Edition 1 0 Page intentionally left blank INTRACOM 198 amp TELE COM www intracom telecom com All information contained in this document is subject to change without prior notice Certification 2010 INTRACOM S A TELECOM SOLUTIONS wo GR145790 BUREAU VERITAS
94. displayed in the Update Status field of the ODU s Status tabbed sheet See par Monitoring ODU current status on page 123 D gt Nothing is happen when you try to update an already updated ODU i e the Updated message is displayed in the Update Status field of the ODU s Status tabbed sheet Csee aon 1 Management Tree In the Management Tree expand Pring E Legend the Network element and click the Al 192 168 57 8 OmniBAS 4w ODU you want Control Ab GbE Port 1 Q gt GbE Fort 2 Interface 16E1 a Network BBY PTP slot 1 Apa TT OBB PTP slot 2 0BB PTF slot 3 BB PTP slot 4 BM Update ODU 8 Restart ODU A 2 A PtP ODU Management Properties In the PtP ODU Management Properties fe Uodste if Aon window click the Configuration tab Configuration In the Configuration tabbed sheet click the Ha Set Ts Frequency 7 533 000 kHz button to view the current Set Tx Power 9 d m properties of the ODU Mute ore Loop oe DC Power On Auto Update Mode Manual Y Continued on next page 7 gt INTRACOM TELECOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Configuring an ODU Continued Manual Upgrading of ODU firmware Verify that the Manual option appears in the Auto Update Mode continued drop down list To change the Auto Update Mode attribute of the ODU see par Configuring an ODU on page 30 Click the R Update O
95. dition 1 0 Rx Counters Wireless L2 Ports The following table describes the statistic counters about Ethernet traffic received by the wireless L2 ports PtP Modems The Rx Ethernet counters are displayed in the PTP Modem Ethernet Performance Counters Rx Counters tabbed sheet Rx Packet Number of received Ethernet frames Rx CRC Errors Number of received frames with invalid CRC Cyclic Redundancy Check value Rx Truncated Number of truncated received frames Frames Rx Long Events Number of received overlong frames i e frames having byte count greater than the maximum frame size Rx VLAN Tags Number of received VLAN tagged frames Detected Rx Unsupported Number of received frames recognized as control frames but OpCodes contain unknown opcodes Rx Pause Number of received Pause frames i e frames recognized as Frames control frames containing valid pause opcode and also have valid destination address Rx Control Number of received Control frames i e frames contain a valid Frames hex 0x8808 value in the type field Rx Dribble Number of received frames including dribble nibble i e including Nibbles extra 1 to 7 bits at the end of the frame The extra bits are thrown away Rx Broadcasts Number of received broadcast frames i e frames including broadcast destination address Rx Multicasts Number of received multicast frames i e frames including multicast destination address Rx Out Of R
96. e The L2 ports together with their current attributes are displayed EA L2 Port List Update Cancel Clear A Save lice Port VlanT ype VID Default at ut Ingress Chei cceptable Frame Typ erwrite Default Prior Port Type Enable Fagged And Untagager GbE 1 C VLAN Mode Port GbE 2 C VLAN Mode Port Modem 1 C VLAN Mode Port Modem 2 C VLAN Mode Port Modem 3 C LAN Mode Port Modem 4 C VLAN Mode Port Layer 2 port list response pa L2 Port List Update Cancel Clear 9g Save GbE 2 C VLAN Mode Port Modem 1 C VLAN Mode Port Modem 2 C VLAN Mode Port GbE 1 C YLAN Mode Port 0 Modem3 CYLAN Mode Port 0 0 0 0 ll Layer 2 port list response ML Properties L2 Port Port VlanT ype OO Defaut YID Default Priority Port Ingress Check el Acceptable Frame Type 0O Overwrite Default Priority 0O PortT ype y ee 52 Enable agged nd Untagger Enable Tagged And Untagger Enable Tagged And Untagger Enable Tagged And Untagaec Enable Tagged And Untagger Enable Tagged And Untagger Enable Tagged And Untagager Enable Tagged And Untagager Enable Tagged And Untagger Enable Tagged And Untagagec VLAN L2Port VLAN Port MAC Address Bridge DSCF Remark Default Priority Default Priority Default Priority Default Priority Default Priority Default Priority 6 Lines Default Priority Default Priority Default Priority Default Priority Default Priority In the L2 Port List window
97. e e Create static MAC addresses in an OmniBAS node e Delete static MAC addresses of an OmniBAS node Forwarding process feature ensures that only specific MAC addresses can access an L2 port and traffic from any other MAC addresses will be discarded Viewing static To view the static MAC address list of an OmniBAS node proceed as follows MAC addresses list gt INTRACOM In the Management Tree expand the Pp Find caai OmniBAS node you want and select ey 192 168 57 14 OmniBAS the Control element de 68 57 99 OmnibBAS Q GbE Port 2 HEE Network In the Management Control Properties window that appears click the Fi L2 Froperies button located in the System group box 4 Management Control Properties Urte H Appl Temperature System z Control LA Nirese ie 4 System Version Rel1_2 1 ip H Overall Rack Sys Type PPO l Sel Actual Rack Sys Type FSS Pair 1 3 Standalone o Set Pair 2 4 Standalone Set Current 55 Ml 67 a ig Le Properties iz a Reset f Temperature 38 5 In the L2 Properties window click the MAC Address tab to display the Forwarding Table Entries tabbed sheet Ea L Properties WLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark Forwarding Table Entries MAC address i E m W E Create Delete VLAN ey Leave blank to list all entries Outgoing L2 port a Leave Blank to list all entries Auto Advance Continued on next page 89 OmniBAS LCT Chapter 3
98. e CoM Chapter 7 Non Routine Procedures OmniBAS LCT User Manual Edition 1 0 Setting Inband Management Changing Management VLAN Continued Changing Management Step Action VLAN 4 Click the button next to Management VLAN field In the VLAN continued list window that appears click the Ife idate button to display all created VLANs Fd VLAN List Update Cancel D Clear 93 jave 1 Ming WYLAN 10 20 30 LAN List response 5 Select the VLAN you want click the right mouse button and from the drop down menu that appears select the Select VLAN option VLAN List Sle Update KO Cancel Gp Clear Wav e a e a e e Maer Delete Selected Del Delete All The selected VLAN ID is displayed in the Management VLAN field ML Properties VLAN LZ Port VLAN Port MAC Address Bridge DSCP Remark General Bridge Parameters Management WYLAN Lia I Bridging Mode CVLAN l lnband Mam Address 10 10 10 11 Ether Type e00 OO Inband Mam Net Mask 255 255 255 0 MAC Address 00 fos 59 fz fce BE Click the t button to apply the management VLAN change End of procedure Continued on next page gt INTRACOM a TELECOM OmniBAS LCT User Manual Chapter 7 Non Routine Procedures Edition 1 0 Setting Inband Management Changing Management VLAN Continued Setting up inband management connection 184 To set up the inband management connection of an OmniBAS node proceed as follows
99. e Select amp El Line 6 TS 0 31 ElLine 7 Now you have to select the timeslots from the associated form ElLine 8 ez El Line 9 S E1 Line 10 ElLine11 S El Line 12 ez ElLine 13 SS El Line 14 E1 Line 15 lt Back Next gt Cancel S E1 Line 16 Ca Network doubleframe multiframe BBY PTP slot 2 g ODU Current status eE PTP slot 3 g ODU To select a node from the tree press Select Select All 32 timeslots of the selected E1 line must be selected in a PWE3 TDM connection As a result when you select the source point in the Management Tree e g E1 Line 2 the TS timeslots field automatically takes the value 0 31 and also the Time Slot Selection window appears with all timeslots selected Continued on next page gt INTRACOM me TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Creating PWE3 TDM Connections through GbE Ports Continued Procedure continued see o an If you want to connect more that one contiguous E1 Lines with a specific GbE port click the 2st button located next to Up to Line field The mouse pointer will change to a hand MY In the Management Tree use this hand 2 to select the last E1 Line For instance by selecting the E1 Line 2 as the first source point and the E1 Line 4 as the last the E1 Line 2 E1 Line 3 and E1 Line 4 are selected as source points Management Tree a El Management E1 Line Properties Find Legend am
100. ed Procedure continued Consult the following table to define the parameters of the connection s Parameter Description ECID Ingress Emulated Circuit Identifier for the GbE side of Ingress the PWE3 TDM connection Value range 1 to 65535 ECID Egress Emulated Circuit Identifier for the GbE side of Egress the PWE3 TDM connection Value range 1 to 65535 Destination In the Destination MAC Address text box enter the MAC MAC address of the tributary module on which the Address created PWE3 TDM connection terminates Buffered E1 This paramerSri is used to calculate the PSN packet Frames size By default the value is 8 Value Range 1 to 255 Packet Refers to the latency of the packets By default the Jitter value is 10000 Value range 250 usec to 30000 usec Payload Select the Payload Suppress check box to stop Suppress packets when E1 has nothing to send all zeros VLAN Exist Select the VLAN Exist check box in case you want to associate a VLAN to the GbE port VLAN ID Enter the VLAN ID To view the VLANs list see par VLAN List on page 138 From the VLAN Priority Bits drop down list select the Priority Bits 802 1p priority bit It takes values from 0 to 7 7 is the highest priority O is the lowest priority Continued on next page When you create more than one connection select also the Auto Advance check box When this check box is selected the value entered in the ECID Ingre
101. edenchosemaoneaneneeveneeas 109 Monitoring the Interface 16E1 Element ccc cccccececseeeseeeseeeseeeeseeeeseeeseeeeueeseesaees 111 Monitorning the ET LINGS geereetene ee ener oe ieee eer ete enn ae eee nee ee ere 112 Mo nhoring WAG Modems aesae E O 117 Monitoring the ODUS ccccccccccccssceceeeceeeeseeeeaeeeseeeceaeeseeeesaeeseeesaueesaeessusesaeessneeseeessass 123 D VIEWING MES CS inaia E E E A N 130 Alarms amp Events REDON ee ete nee ee E RN 131 WUT 0 aM ToC ae ee eee ee ee eee ee ee ee 133 Connections LS fics sanctzenictaronanterecdansicariesiesetineacewicsmusdhajacaibonenetateiextrenedauenastasciouvianatavsesesborentacens 134 VLAN ESI eee tree citer eosin toa E te EE EEE EE E E EE 138 VELAN Port IVECO ES INNS Nace ora ees ccec etn EEr ES 142 6 Monitoring the Performance of an OmnIBAS Node ccccccesseeeeeeeeeeeeeeeeeeees 144 Monitoring Ethernet Traffic through Wireline L2 Ports GDE cceccececeeeeeeeeeeeeeaees 145 Monitoring Ethernet Traffic through Wireless L2 Ports MOdemM cccseceeeeeeeeeeees 150 Monitoring the Performance Of a MOCEM ccccceccceeecceeeeeececeeececeseueesueeseeesneeseeeeaes 155 Monitoring the Performance of a PWE3 TDM Connection ccccccccceececeeeeeeeeeeeeeees 158 Monitoring the L2 Ports Performance ccccceccceecceeeeceeeeeececeeeeeeeesaeessueeseeeesueeseeesaees 162 Non Routine PIO CCOUINCS secsacccacc ses ciseestee seen
102. eeeeeeceeeseeeeeeeesaeeseees 18 PROD CTHES NI ON a 19 Disconnecting Deleting an OMNIBAS Node cccceccceeceeeeeeeeeeseeeeeeeeseeeseeseseeeeseeeseeees 20 Configuring the Application s Environment c ccccccccceececececeeeeeeeeceeeeeeseseeeeaueeseeeteneeaes 21 Configuring the Environment Parameters cccccccceccceeeceeeeceeeeeeeeceeeeeueeeeeeseeeeseeeseeeeaes 21 Viewing the Registered IP AdCreSSes ccccccssccsseceseceeeseeeceeecceceeceueseesseeeseeesaeeseeenas 23 Creating Loading a Group of OmniBAS Nodes ReQION ccccceeccseeeeeeeeeeeeeeeeeeneees 24 Configuring OMNIBAS System ccccceccceseeceeeeeeneeeeneeseeeeeeesaneseaaeeaaeseeneesaesseneneaes 25 Configuring a Radio LINK ccceecccecccecceeeeceeeeeeeeceeeeeeeeeeeecauceseeeeseeeseeeeseeeseeeseuseseeeseeeeaes 25 Configuring the Protection of an OMNIBAS Node cccceeccceeceeececeeeeeeeeeeeeseeeeseeeseneeaes 26 OTN TT I isa se cio E E eeendenmececees 30 Setting the Channel Bandwidth of a LINK cece ccccceeeceeeeeeeeceeeeeeeeeeeeeseeeseeeeeneeseeesaes 36 Enabling Adaptive Coding amp Modulation ACM cccccccceccceececeeeceeeeeeeeceeesseseseesaneees 39 Setting Manual Modulation MOde ccccccceccceecceeeeeeeceeeeeceeceeeeeceeeeeueesseeeseeesaueeseeeseeeeaes 42 conigurind Ethemnet TRAN G07 ssicatiiczeagin enens e E eae uepoecueeacoaretce 46 Setting L2 Bridging WOODS iosiciscn ene
103. egister the IP address of your PC Laptop proceed as follows Action On the Toolbar click Tools gt Environment Options In the window that appears click the Registration tab E Environment Lorie ns Registration Code Your machine s IP address es 146 1 24 65 36 v i i Updat Click B to display all the registered IP addresses E Environment Options Parameters Registration Registration Code 146 124 65 36 0 162 192 168 57 10 0 162 F Remove 2 Register v Your machine s IP address es fi 46 124 65 36 X 2 managers If you want to register the IP address of your PC Laptop if not yet AD Regist listed click egister and then click Mi roete If you want to remove an IP address from the list first select the IP address click p feo and then click The selected IP address is now removed from the list End of procedure CP INTRACOM 7 TELECOM OmniBAS LCT Chapter 2 Getting Started User Manual Edition 1 0 2 Creating Loading a Group of OmniBAS Nodes Region Introduction Creating saving a region Loading a region 24 This paragraph describes how to create save and load a group region of OmniBAS nodes featuring common geographical conceptual etc characteristics When you log in to the OmniLCT application the region file recently used is automatically loaded in the Management Tree To create save a group region of OmniBAS nodes p
104. emote connection with an OmniBAS node when both local or remote OmniLCT application and OmniBAS 4W are in the same subnet proceed as connection by follows using the FIND d Double click the OmniLCT exe a file to launch the OmniLCT application button to ping the network for active OmniBAS agents When an OmniBAS node is found the Management Tree displays the IP address of the node e g 192 168 57 8 In the Management Tree right click the OmniBAS IP address and from the drop down menu select the Connect option to automatically build up the OmniBAS Management Tree F 4 Local Craft Terminal vr Properties Performance Alarms Connections Update Add New System Ctrl B Network Neighborhood SH Delete Syst en Search for available SNMP WiBAS Flex agents in the subnet Log on to selected system to receive equipment info and traps Connect System Characteristics Description S Obit ID UpTime nA Contact EEE Name ey Location B Services a Power Supply Filters and Fan Control Unit Properties GQ Show Properties Alternatively you can click the button in the Network Neighborhood group box of the System window Rename Continued on next page CP INTRACOM m TELECOM OmniBAS LCT User Manual Edition 1 0 Chapter 2 Getting Started Establishing Connection with an OmniBAS Node Continued Establishing local or remote connection by using the FIND button continued 14 sie ton
105. er Thies 35 i HF Protection Update temperature threshold response Through this group box you can check e The physical state of the fan module When it is in place the Existence virtual led is green Otherwise it is red e The operational status of the fan module When a problem occurs the corresponding Alarm virtual led is red Normally the Alarm virtual led must be grey e The Speed of the fans The fans operate at Low speed when the OmiBAS 4W current temperature is lower than the Temperature Lower Threshold Medium speed when the OmiBAS 4W current temperature is between the Lower and Upper Thresholds High speed when the OmiBAS 4W current temperature exceeds the Temperature Upper Threshold Continued on next page OmiBAS 4W current temperature is displayed in the Management Control Properties window see par Monitoring the Control Element on page 106 i gt INTRACOM TELECOM Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring Fan Trays Power Supplies External Alarms Continued Monitoring procedure continued see o an External Alarms The External Alarms group box refers to Input 1 external devices e g fan trays located in the doors of an outdoor cabinet in which the OmniBAS 4W subrack is placed e You can check the current operating status of the external devices Input amp Output 2 by c
106. eration mode For example even though the Normal operation mode is selected it is possible the FreeRun or HoldOver instead of Locked synchronization status to be displayed in the State box due to unavailability of adequate clock sources INTRACOM 100 amp TELE COM Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 4 Monitoring an OmniBAS Node This chapter describes how to monitor an entire OmniBAS node on line and also how to define basic operational parameters The monitoring of the OmniBAS node regards e Monitoring Fan Trays Power Supplies External Alarms e Monitoring the Control e Monitoring the GbE Ports e Monitoring the Interface 16E1 Element e Monitoring the E1 Line e Monitoring the Modem e Monitoring the ODU CP INTRACOM a TELECOM OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring Fan Trays Power Supplies External Alarms Introduction This paragraph describes how to monitor e The status of the power and fan modules of the OmniBAS 4W subrack e The status of the external alarms The monitoring of the above items is performed through the Management Fan Tray PSU Properties window Monitoring To monitor the power and fan modules and the external alarms of the procedure OmniBAS 4W proceed as follows Step Action Management Tree In the Management Tree click the Grint E Leaend top element e g 192 168 57 9 this z elemen
107. erformance Counters Seconds In Phy 1 1 T Seconds In Phy 9 E Seconds In Phy 2 E Seconds In Phy 10 E Seconds In Phy 3 o Seconds In Phy 11 0 Seconds In Phy 4 E Seconds In Phy 12 0 Seconds In Phy 5 o Seconds In Phy 13 0 Seconds In Phy 6 5 Seconds In Phy 14 i Seconds In Phy 237630 Seconds In Phy 15 E Seconds In Phy 6 0 Seconds In Phy 16 0 Seconds Out Of Service E a Reset Seconds In Service 237652 Number OF Phy Changes 54 PEP performance response Through the PTP Modem Performance Counters tabbed sheet you can monitor e Seconds In Phy X The total time in sec that the Physical Modulation Profile X has been used by the selected modem e Seconds Out Of Services The total time in sec that the selected modem is out of service e Seconds In Service The total time in sec that the selected modem is in service e Number Of Phy Changes The number of times the Physical Modulation Profile of the modem has been change Continued on next page e g If the time is 12 26 pm and you click the 2 button you will see the performance for the eleven min between 12 15 pm and 12 26 pm If the time is 12 35 pm and you click the C2 Now button you will see the performance for the five minutes between 12 30 pm and 12 35 pm 2 Where X 1 2 16 Also for more information about the Physical Modulation Profiles see par Setting manual modulation mode on page 43 gt INTRACOM 156 TELECOM Chapter 6 Monitor
108. erformance On the Toolbar of the Performance Monitor window click the continued Te a ait button to see the statistics for both GbE ports for a time period between the completion of the last 15 min interval until the current time Fa Performance Monitor Sele P Now SP OnTop a Reset Q Save GbE 1 2 GbE Performance GbE Port 1 GbE Port 2 Rx Bytes 1094450102 0 Rs Packets i 9631516 o Rs Multicast Frames Booo OO Rix Broadcast Frames 196 U A i Ax Undersize Frames OO Rs Oversize Frames fo OO Tx Bytes 820119034 e Ts Packets 30446520 a Ts Multicast Frames fo A Tx Broadcast Frames 77 Sn Ts Undersize Frames Oo OO Ts Oversize Frames jo D Ts Error Underan es EEE Rx Error Overrun fo mee Ts Frames 265327544 C ai Reset GbE Pork performance status response See Appendix A Statistic Counters Description for the description of the counters displayed in the GbE Performance tabbed sheet Continued on next page e g If the time is 12 26 pm and you click the C Now button you will see the performance for the eleven min between 12 15 pm and 12 26 pm If the time is 12 35 pm and you click the C Now button you will see the performance for the five minutes between 12 30 pm and 12 35 pm O INTRACOM 146 ELECOM Chapter 6 Monitoring the Performance of an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring Ethernet Traffic through Wireline L2 Ports GbE Continued Monitoring GbE ports
109. es local and remote of the link PtP slot3 Local OmniBAS Node 192 168 57 9 Remote OmniBAS Node 192 168 57 8 OmniLCT The procedure provided below describes how to enable the ACM to the one edge of the OmniBAS link e g to PtP Slot 3 of the Remote OmniBAS Node Repeat the procedure for the other edge of the link e g to PtP Slot 3 of the Local OmniBAS Node About ACM When the Adaptive Coding amp Modulation ACM is enabled the modem automatically adjusts modulation from 256QAM to QPSK and vice versa Enabling ACM the modem operates in the highest possible modulation according to link quality metrics This way the critical real time applications run unaffected independently of the weather conditions During stormy weather for instance the modem automatically reduces the modulation so that non real time data based applications may be affected by throughput degradation but real time high revenue applications Such as real time video and voice will continue to run uninterrupted Continued on next page CP INTRACOM TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Enabling Adaptive Coding amp Modulation ACM Continued Enabling ACM To enable the ACM feature of a modem proceed as follows Management Tree In the Management Tree expand T Find E oes the Network element of the i E tesen OmniBAS node e g 183 168 57 8 b 192168578 OmAbAS Aw and
110. ets when E1 has nothing to send all zeros VLAN Exist Select the VLAN Exist check box in case you want to associate a VLAN to the GbE port VLAN ID Enter the VLAN ID To view the VLANs list see par VLAN List on page 138 From the VLAN Priority Bits drop down list select the Priority Bits 802 1p priority bit It takes values from O to 7 7 is the highest priority O is the lowest priority Continued on next page When you create more than one connection select also the Auto Advance check box When this check box is selected the value entered in the ECID Ingress Egress field is increased in steps of 1 for generating ECID Ingress Egress values for all connections that are going to be created 2 PSN packet size Buffered E1 frames x nSlots where nSlots 32 in unstructured mode m lt gt INTRACOM TELECOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Creating PWE3 TDM Connections through Modem L2 Ports Continued Procedure continued When you complete click the Next button The Connect Source and Target screen appears Connection Setup Wizard Connect Source and Target Card Network Fort PTF slot 1 Destination MAC Address 17 11 5415 36 25 VLAN Exish es VLAN ID 30 VLAN Priority Bits 7 Payload Suppress Mo Buttered Frames 3 Packet Jitter 10000 When wou click Finish the wizard will establish a new connection lt Back Finish C
111. grading of the ODU The upgrading of the ODU starts automatically when OmniLCT application detects that a new firmware should be installed e Manual to enable the manual upgrading of the ODU The Update Status of the ODU Updated Needs Update or Updated Now is displayed in the Status tabbed sheet see par Monitoring ODU current status page 123 Be careful with the upgrading of an ODU since when an ODU upgrading process is completed the ODU reboots this reboot process will cause link downtime Continued on next page You can see the upper and lower thresholds of the Tx Frequency and Tx Power in the corresponding fields of the Capabilities tabbed sheet 2 To upgrade the firmware of an ODU manually see par Manual Upgrading of ODU firmware on page 34 31 gt INTRACOM TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Configuring an ODU Continued Configuring an ODU continued see o aon the selected ODU When you finish click the TEZ button to apply the new settings to End of procedure Continued on next page gt INTRACOM TELECOM 32 Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Configuring an ODU Continued Setting RSSI amp To set the RSSI and Temperature alarm thresholds of an ODU proceed as Temperature follows alarm thresholds In the Management Tree expand the Network element an
112. gt INTRACOM Chapter 7 Non Routine Procedures OmniBAS LCT User Manual Edition 1 0 Setting Inband Management Changing Management VLAN Continued Setting up inband Stee Action O management 5 In Inband Mgm Net Mask text boxes type the Net Mask of the fae OmniBAS node If unsure contact your network administrator _ Click the t button to apply the new inband settings End of procedure 185 OmniBAS LCT Chapter 7 Non Routine Procedures User Manual Edition 1 0 Page intentionally left blank INTRACOM 186 amp TELE COM Appendix A Statistic Counters Description OmniBAS LCT User Manual Edition 1 0 Appendix A Statistic Counters Description This Appendix provides a short description of the statistic counters displayed in the Performance Monitor window The Appendix includes the following topics e Rx Tx Counters GbE Ports e Rx Tx Error Counters GbE Ports e Tx Counters Wireless L2 Ports e Rx Counters Wireless L2 Ports e L2 Port Counters e PWE3 TDM Counters CP INTRACOM p TELECOM OmniBAS LCT Appendix A Statistic Counters Description User Manual Edition 1 0 Rx Tx Counters GbE Ports The following table describes the statistic counters about data conveying through the GbE ports These counters are displayed in the GbE Performance tabbed sheet Rx Bytes Total number of good or bad frames transmitted and received with size 128 to 255 bytes in length inc
113. gue Monitor tabbed sheet that appears click the fr Ueda button to retrieve the current measurements regarding the selected ODU Analogue Monitor Temperature o1 iE RASS 59 dBm Piil dBm Power Output Wolt Detector 12 dEr 5 Bi o Wols 6 E3 O Wols S 51 Volks Displays the temperature inside the ODU in C RSSI Displays the ODU reception level in dBm Displays the power of the Tx IF signal from the indoor equipment OmniBAS 4W subrack in dBm Power Output Volt Displays the power at the ODU output i e the Detector transmission power in dBm 6 5 V 5 V 5V Displays the output voltages of the ODU s internal power supply units Continued on next page a A INTRACOM TELE CO Mm Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the ODUs Continued Monitoring In the PtP ODU Management Properties window click the Version tab In See version the Version tabbed sheet that appears click the uae button to retrieve the current information regarding the version of the selected ODU Fa piP ODU Management Properties Update Configuration Capabilities Status Analogui Version Model Type 52 Serial Number 060902482261 ID 000EDSFA Software version OF Attribute eescription Model Type Displays the model type of the ODU Serial Number Displays the S N of the ODU I Displays the identification number of the ODU Software Version Dis
114. hapter 3 Configuring OmniBAS System User Manual Edition 1 0 Creating VLANs Continued Creating VLANs continued sep ation O To view the list regarding all created VLANs click the Lt button In the VLAN List window that appears click the Fe button to display the list of the created VLANs Fe VLAN List BEE Update Cancel D Clear 9 Save 1 Ming VLAN 5 10 VLAN List response a the VLAN with ID 1 is used for the management In the VLAN tabbed sheet e Type the ID of the VLAN you want to create e g 10 in the VLAN ID text box Type a value between 2 and 4094 e If you want to create more than one VLAN with contiguous ID select the Up to check box and type the ID of the last VLAN you want to create in the corresponding text box e g 12 therefore the following three VLANs are requested to be created 10 11 and 12 FAL Properties VLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark VLAN Create 1 0 EREE Delete Up to w 12 List K Click the __ __ button to create the customer VLAN s If you want to verify the creation of the new VLAN s repeat step 4 In case you want to delete VLANs see par Removing VLAN s on page 139 End of procedure INTRACOM oe amp TE LEC o m Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting L2 Ports Introduction This paragraph describes how to monitor the current settings of the L2 ports
115. hccoseesespescsscosoed lesccooces a Seo lt q Sse sp eecsaeaasaalelaiasas a a alas onc aceeeseecasncceccssenaces To Remote OmniBAS Node ecsood beeHegscasossackoosossooscced besessed boseosescssoceSsseccoseosod lsoecceso BSBSSSSS gt BE aS S eS So Ces S55 6SES 566665605665 See eee eee Tx Processor Module E1 Tributary Module Remote Framer LIU Loopbacks Troubleshooting E1 Line Module Rx BSCS FEAC EEE CE SEE SECC E a Geeeeece Sse R SS eee O ta i Ce ee ee ne Sn een From Remote OmniBAS Node ecsocd bses5ecocessecehssceacscoscced besedced bessoseccesoGhsssasgensesosad looscsceso VE PP SS a E T a e a eee oe TX Processor Module E1 Tributary Module End of procedure 116 Chapter 4 Monitoring an OmniBAS Node Monitoring the Modems OmniBAS LCT User Manual Edition 1 0 e Monitor whether a modem is in standalone or protection mode e Monitor the current status of a modem modulation lock indicators e Identify the corresponding remote modem and also monitor the link status The monitoring of the above items is performed through the Management PtP Introduction This paragraph describes how to e Monitor the current temperature inside a modem alarms etc Modem Properties window Monitoring modem status To monitor the current status of a modem proceed as follows see aon a 192 168 57 12 OnribAas F 4 Control Te MHetwork os FTF slot 1 i ODL e EB FTF slot 3 In the Management T
116. he modem connection status When the corresponding virtual led is e Red ON There is no link communication with corresponding remote modem e Grey OFF Link communication with corresponding remote modem is Ok Link Status Through this alarm you can check the Rx link status When the corresponding virtual led is e Green Rx link communication with the corresponding remote modem is Ok Rx link is locked and it is Ok e Yellow Rx link is not locked yet e Red Modem failure Link Error Through this field you can view the type of the link error Otherwise it takes the No Error value The possible link errors are the following e Failed at AGC e Failed at Timing e Failed at Freq Sweep e MSE Error e Bit Error e Service Error e Failed at BLIND e Failed on Timeout e Stopped e Fatal Error End of procedure Continued on next page e gt INTRACOM TELECOM Lia OmniBAS LCT User Manual Edition 1 0 Chapter 4 Monitoring an OmniBAS Node Monitoring the Modems Continued Identifying the remote modem When monitoring the status of a modem you can also identify the corresponding modem of the remote station and the status of this link as well To identify the remote modem related to a selected local modem proceed as follows In the Management Tree expand the Network element and click the modem of the local station you want e g PTP slot 3 of 192 168 57 12 OmniBAS I
117. hecking the status of the Input 1 and Input 2 virtual leds Normally the leds must be grey A red coloured ON led indicates an alarm condition e You can activate deactivate an external device by selecting unselecting the corresponding Output check box Output 1 Output 2 End of procedure lt gt 105 OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the Control Element Introduction 106 This paragraph describes e How to set the upper temperature threshold of the OmniBAS 4W subrack s processor module and also how to monitor the temperature inside the module e How to check the release of the OmniBAS system e How to restore the default settings of the OmniBAS system The monitoring of the Control element of an OmniBAS node is performed through the Management Control Properties window that appears when you select the Control element in the Management Tree Regarding the Contro element you can also perform the actions listed in the following table For these actions refer to the corresponding paragraphs shown in the Reference column Action Reference Monitoring the protection status of Par Configuring the Protection of an the OmniBAS node OmniBAS Node page 26 Using L2 Properties button Par 3 2 Configuring Ethernet Traffic page 46 Configuring system Par 3 5 Setting Monitoring System synchronization Synchronization page 95 Par
118. iBAS System User Manual Edition 1 0 Associating VLANs with L2 Ports Continued Associating VLANs with L2 ports 58 To associate VLANs with an L2 port proceed as follows stee aon 1 Repeat steps 1 to 3 of the previous par Viewing the VLAN Port Membership List First in the VLAN Port tabbed sheet select the L2 port you want e Click the button located next to L2 Port field e In the L2 Port List window that appears click the Eae button to display the L2 ports of the OmniBAS node e Select the L2 port you want e g Modem 1 click the right mouse button and from the drop down menu select the Select L2 Port option GbE 1 C VLAN Mode Fort GbE 2 marerena re Lo to Modem 3 C VLAN Mode Port Modem 4 C VLAN Mode Port Layer 2 port list response Enable Enable hoc Enable Enable Enable The selected L2 port is displayed in the VLAN Port tabbed sheet Fa Properties VLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark Port Membership L2 Part 3 el Leave blank to list all entries Associate VLAN ID Al Upto Delete po List Continued on next page gt INTRACOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Associating VLANs with L2 Ports Continued Associating VLANs with L2 ports Then in the VLAN Port tabbed sheet select the VLAN to be associated continued to the selected L2 port e Click the button located next
119. ick the Ife Uedate button to view the current properties of the Contro element Es Management Control Properties A al x is AB Update TT Gs Temperature System A Control Up Atvesha a ee System Version Rel 2_0_0 rc p Overall Rack Sps Type PiP Set Actual Rack Sys Type PP aj Cc F oF 125 257 Modem Protection Mode af 90 L476 Fair 1 3 Standalone Set 40 Lo 104 Pair 4 Standalone Set p ae 20 4 Curent 25 B iE Le Properties a Reset i Temperature 37 5 Un Continued on next page gt INTRACOM Pre Le CoM a OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Configuring the Protection of an OmniBAS Node Continued Setting a protected pair continued Step Action 3 In the System group box click the Pair 1 3 drop down list and select Protected Click the corresponding button to apply the setting Fair 1 3 Standalone SA Standalone Pair 2 4 EES 5 ae lo i Le Properties i Reset i 4 In the Actions group box click the J PP Protection button The PtP Modem Protection window that appears click the FUP button to view the current protection settings of the selected OmniBAS node Fa PtP Modem Protection In the Modem Pair 1 3 group box Eeoae sp Ont or e The Modem Protection Modem Pair 1 3 Status 1 field shows the l l current protection status Frefered Working Modem iat e g Working of the Revert to Preferred
120. ify button to apply the priority mapping settings to the selected L2 port End of procedure Continued on next page 62 Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting Ethernet QoS Continued Configuring the To configure the DSCP priority mapping of a wireline GbE L2 port proceed DSCP priorities as follows of a wireline conteo s aon Configure the priority to queue mapping of the GbE port by carrying out a same procedure as this described in the previous par Configuring the priority mapping of a wireless L2 port Then carry out the following steps to assign DSCP entries and associate them with the service classes you have specified 2 In the L2 Properties window of the selected Contro element select the DSCP Remark tab FL Properties DSCP Remarking to P bit L2 Port zl Create DSCP Uptal 0 63 Delete P bit 0 7 List DSCP Remarking State L2 Port w Get State i List wn T Continued on next page The DSCP entry is written to the TOS DSCP field in the IP header of the incoming packets and takes values from 0 for low priority to 63 for high priority CP INTRACOM M TELECOM OmniBAS LCT User Manual Edition 1 0 Chapter 3 Configuring OmniBAS System Setting Ethernet QoS Continued Configuring the DSCP priorities of a wireline GbE L2 port continued 64 To assign new DSCP entries select the L2 po
121. ing the Performance of an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the Performance of a Modem Continued Monitoring modem performance continued Step Action 5 In case you want to e Reset the collected statistics concerning the performance of the selected modem click the Ei Reset button of the PTP Modem Performance Counters tabbed sheet at the bottom right side of the Performance Monitor window e Reset all the collected statistics concerning the selected OmniBAS node click the Pal Reset button in the toolbar of the Performance Monitor window e Save all the collected statistics concerning the selected OmniBAS node in a text file click the QO gaye button in the toolbar of the Performance Monitor window End of procedure O INTRACOM pen OmniBAS LCT Chapter 6 Monitoring the Performance of an OmniBAS Node User Manual Edition 1 0 Monitoring the Performance of a PWE3 TDM Connection Introduction This paragraph describes how to monitor the performance for a PWE3 TDM connection of an OmniBAS node Monitoring the To monitor the performance for a PWE3 TDM connection of an OmniBAS performance of node proceed as follows a PWE3 TDM connection see a Management Tree al Inthe Management Tree click the OmniBAS node you want e g 192 168 57 8 OmniBAS Interface 16E 17 DE Network ofS FTF slat 2 i 0DU eE PTF slot 3 i 0DU On the Main Menu select Tools gt Connecti
122. kets Psn2Tdm Out of Band Cas Not used Packets 195 OmniBAS LCT Appendix A Statistic Counters Description User Manual Edition 1 0 Page intentionally left blank INTRACOM 196 amp TELE COM Appendix B 802 1Q Ethernet Frame OmniBAS LCT User Manual Edition 1 0 Appendix B 802 1Q Ethernet Frame About Ethernet According IEEE 802 1Q specification the Ethernet MAC frames are tagged as MAC frame the following schematic shows Untagged frame VIZ 8 4 S 6 7 Slaq 2 8 4 ele 2 8 2 5 16 gt i milil2 sl 4 Priority tagged frame 802 1q E Preamble Destination MAC Source MAC Header one Payload CRS FCS Ala 4 o5 o 7 eS 1 2 3 4 eo EG di l A2 sl 4 slielqal2 ae a milaja s 4 TPID CFI VID 1 byte 802 1q Header ENRARRK TPID VID 16 bits 3 bits 1bit 12 bits 4 Tagged frame when PCP 0 About 802 1Q e TPID Tag Protocol Identifier Indicates that the frame is an IEEE 802 1Q header tagged frame This field is located at the same position as the ETH Type Size field in untagged frames and thus it is used to distinguish the frame from untagged frames e PCP Priority Code Point Refers to the IEEE 802 1p priority that indicates the frame priority level from 0 lowest to 7 highest allowing packets to be grouped into various classes of traffic voice video data etc e CFI Canonical Format In
123. lusive excluding framing bits but including FCS bytes Rx Packets Total number of the received packets including bad packets and all Unicast Broadcast and Multicast packets Rx Multicast Frames Total number of the multicast good frames with size 64 to 1518 non VLAN bytes in length or 1522 VLAN bytes in length excluding broadcast frames Rx Broadcast Frames Total number of the broadcast good frames with size 64 to 1518 non VLAN bytes in length or 1522 VLAN bytes in length excluding multicast frames Rx Undersize Frames Total number of the received frames that are less than 64 bytes in length and with a valid FCS value Rx Oversize Frames Total number of the received frames that exceed 1518 bytes non VLAN or 1522 bytes VLAN in length and contain a valid FCS value Tx Bytes Total number of bytes that were put on the wire including fragments of frames that were involved with collisions This count does not include preamble SFD or jam bytes Tx Packets Total number of the transmitted packets including bad packets excessive deferred packets excessive collision packets late collision packets and all Unicast Broadcast and Multicast packets Tx Multicast Frames Total number of the transmitted multicast frames excluding broadcast frames Tx Broadcast Frames Total number of the transmitted broadcast frames excluding multicast frames Tx Undersize Frames Total number of the transmitted frames that are les
124. m with the network system and since it causes the frame being transmitted to be discarded INTRACOM a OmniBAS LCT Appendix A Statistic Counters Description User Manual Edition 1 0 Tx Counters Wireless L2 Ports The following table describes the statistic counters about Ethernet traffic transmitted through the wireless L2 ports PtP Modems The Tx Ethernet counters are displayed in the PTP Modem Ethernet Performance Counters Tx Counters tabbed sheet Tx Packet Number of transmitted Ethernet frames Tx VLAN Tags Number of transmitted VLAN tagged frames Tx Back Number of carrier sense method back pressure previously applied Pressures Events Tx Under Runs Number of frames not transmitted due to under run errors Tx Giants Number of frames discarded as they have length size greater than the Max Frame Size of 1518 bytes excluding preamble Tx Late Collisions Number of late collisions detected Tx Max Collisions Number of frames aborted after number of collisions exceeded the Retransmission Maximum parameter Tx Excessive Number of transmitted frames deferred for an excessive period of Defers time Tx Non Excessive Number of frames successfully transmitted after transmission has Defers been deferred at least once Tx Length Check Number of transmitted frames with length that does not match the Errors actual data byte length Tx Pause Frames Number of transmitted Pause frames i e control frames cont
125. n 1 0 2 1 Installing amp Launching the OmniLCT Application Installing the Use the CD provided by INTRACOM TELECOM to copy the OmniLCT exe OmniLCT J application Ca file to your PC Laptop Launching the To launch the OmniLCT application in your PC Laptop double click the OmniLCT application OmniLCT exe 1 file The main environment of the OmniLCT application appears 2 Local Craft Terminal A Fie Windows view Tools Help is a ka gt E gt INTRACOM Open Save Properties Performance Alarms Connections TELECOM Management Tree EJ ga System Grind Legend r Update 1 Network Neighborhood Search for available SNMP WiBAS Flex agents in the subnet Log on to selected system to receive equipment info and traps Connect System Characteristics Description ee Dbiect IDE Uptimef Contact BT OE Name FO l 5X Location Services Power Supply Filters and Fan Control Unit Properties Z Show Properties gt INTRACOM OmniBAS LCT Chapter 2 Getting Started User Manual Edition 1 0 2 2 Cabling Instructions for Connecting LCT to OmniBAS 4W Introduction This paragraph provides the following topics for connecting an OmniBAS system to the OmniLCT application using either an inband or outband connection e Cabling connection for outband management directly on OmniLCT e Cabling connection for outband management through a DCN e Cabling connection for inband management In case you wan
126. ng byte rate of ETH traffic continued see o aon In the Rate tabbed sheet click the Get button to retrieve the bytes rate transmitted received by the modem EA Performance Monitor C2 Now atl ol Reset SY Save Tx Counters Rx Counters Fate Rate Tx Byte Rate 122000 Get As Byte Rate 121512 Rate Time o e If you want to change the rate time type the new one in sec to the Rate Time text box and click the button For example if 1 sec is set as rate time the Tx Byte Rate or Rx Byte Rate field displays the bytes per second transmitted or received by the modem In case you want to e Reset all the collected statistics concerning the selected Reset OmniBAS node click the a button in the toolbar of the Performance Monitor window e Save all the collected statistics concerning the selected OmniBAS node in a text file click the 9 1AE button in the toolbar of the Performance Monitor window End of procedure gt INTRACOM TELECOM 154 OmniBAS LCT User Manual Edition 1 0 Chapter 6 Monitoring the Performance of an OmniBAS Node Monitoring the Performance of a Modem Introduction This paragraph describes how to monitor the performance of an OmniBAS node modem Monitoring To monitor the performance of a modem for a specific OmniBAS node modem proceed as follows performance see a In the Management Tree expand the OmniBAS node and select the modem you want e g PTP
127. nitoring of the L2 ports statistics see par Monitoring the L2 Ports Performance on page 162 End of procedure Continued on next page Future release 2 See Appendix B 802 1Q Ethernet Frame for the description of the Ethernet MAC frame 54 lt p ic ee LL ECO N M Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting L2 Ports Continued Toolbar of L2 The toolbar of the L2 Port List window includes the following buttons Port List window Button escription ee Urde To retrieve the list entries To cancel a request To clear the list To save the L2 Port list in a text file 9 Also you can press the font size keyboard s keys to enlarge reduce the list s 55 OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Associating VLANs with L2 Ports Introduction This paragraph describes how to e View the list providing the current associations of the VLANs with the L2 ports e Associate the VLANs you want to an L2 port Viewing the To view the list providing the current associations of the VLANs with the L2 VLAN Port ports proceed as follows Membership List In the Management Tree expand the Prine oe OmniBAS node you want and select FI 192 168 57 14 OmniBAS the Control element W 192 168 57 9 OmnBAS Q GbE Port 2 tE Network In the Management Control Properties window that appears click the
128. ntinued on next page CP INTRACOM 7 TELECOM OmniBAS LCT Chapter 2 Getting Started User Manual Edition 1 0 Configuring the Environment Parameters Continued In the System Parameters group box define the following parameters timeout The time in ms the application will wait for an ms answer from the supervised system since the instance of a request The default value is 10000 Retransmissions The maximum number of retries before the request is considered as unanswered The default value is 3 List Bound The maximum number of logged alarms messages to display in the relevant report When this number is reached the report is cleared and new alarms messages can be logged The default value is 5000 In the Application Environment group box select the appropriate check boxes Show inaccessible You want the application to display the inaccessible components as components as disabled default setting selected disabled Show wait error You want the application to display dialogs relevant dialogs to progress or errors regarding the various executable tasks default setting clear Apply protection You need protection against accidental misuse of requires update the TER button default setting selected End of procedure m gt INTRACOM Chapter 2 Getting Started OmniBAS LCT User Manual Edition 1 0 Viewing the Registered IP Addresses To view all registered IP addresses and or r
129. nu select the Add New System option In the top element that appears displaying 000 000 000 000 type the IP address of the 2 iim OmniBAS node e g Control 192 168 57 8 to which the _pe i Ga Network OmniLCT is to be connected Press Enter to set Continued on next page 1o aig Chapter 2 Getting Started OmniBAS LCT User Manual Edition 1 0 Establishing Connection with an OmniBAS Node Continued Establishing local or remote connection by In the Management Tree right click the OmniBAS IP address and entering the IP from the drop down menu select the Connect option to pane dale automatically build up the OmniBAS Management Tree continued i Alarms Connections Legend Update 99 160 RF Oo fimnbss dAuls 7 Add New System Ctrl B Network Neighborhood Search for available SNMP WiBAS Flex agents in the subnet Pring Log on to selected system to receive equipment info and traps Connect Rename System Characteristics Description J ObiectIDf aaa Uptime Contact ee Name ee Location rr Services ee Power Supply Filters and Fan Control Unit Properties Z Show Properties Alternatively you can click the Lomnect button in the Network Neighborhood group box of the System window Continued on next page CP INTRACOM 7 TELECOM OmniBAS LCT User Manual Edition 1 0 Chapter 2 Getting Started Establishing Connection with an OmniBAS Node Continued
130. o change the L2 bridging mode of the OmniBAS node e From the Bridging Mode drop down list select C VLAN or S VLAN e Click the 78 button to apply the selected bridging mode to all L2 ports of the OmiBAS node End of procedure gt INTRACOM 48 PTELE COM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Creating VLANs Introduction This paragraph describes how to create VLANs in an OmniBAS node Creating VLANs To create the VLANs of an OmniBAS node proceed as follows anagement Tree LX In the Management Tree expand the Find Pend OmniBAS node you want and select 192 168 57 14 OmniBas the Control element 192 158 57 9 OmnibAS QP GbE Port 2 EE Network In the Management Control Properties window that appears click the FW L2Properties button located in the System group box A Management Control Properties 7 r Update TET Temperature System E System Version Rel_1_2_1 UngAltveshol as ta Overall Rack 5ps Type PIP ki Set Actual Rack Sys Type PIP F 257 Modem Protection Mode 176 Pair 1 3 Standalone Set 104 Par 7 4 Standalone Set ae 3 gt 4 Curent 55 4 67 cat i L Properties a Reset Temperature 38 957 Actions Synchronisation In the L2 Properties window that appears ensure that the VLAN tab is displayed if not select it ML Properties Create Delete Continued on next page gt INTRACOM m CHETKE OmniBAS LCT C
131. of the selected GbE port electrical or optical displaying the corresponding Management GbE Properties window Monitoring To monitor the current status of an electrical GbE Port proceed a follows electrical GbE port Action ta In the Management Tree click the GbE Port you want to monitor its Status 192 168 57 9 OmniBAS D Control ETICE Pon 4 GbE Port 2 g Intertace 16E1 HCE Network In the Management GbE Properties window click the iida button to retrieve information regarding the selected GbE port Management GbE Properties E Update GbE Properties GbE Port 1 Type Electrical Link Status Up Through the GbE Properties group box you can check the current status of the selected GbE port e Type Indicates the type of the port Electrical e Link Status Indicates if the link associated with this port is operating normally Up or not Down End of procedure Continued on next page CP INTRACOM M TELECOM OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the GbE Ports Continued Monitoring an To monitor the current status of an optical GbE Port proceed a follows optical GbE port In the Management Tree click the GbE Port you want to monitor its A 192 168 57 5 OmniBAS status 9 Control ETICHE Poni gt GbE Part 2 fi Interface 16E1 In the Management GbE Properties window click the Eie button to retrieve information regarding the
132. on Pring E Legend OmniBAS node you want and select 192 168 57 14 OmniBAS the Control element 192 168 57 9 OmniBAS QP GbE Port 1 GP GbE Port 2 EE Network In the Management Control Properties window that appears click the ij Le Properies button located in the System group box Fa Management Control Properties a Update ig Apply Temperature System r System Version Rel_2_0_0_1c8 UneAtvesho fee y In the Management Tree expand the Current Temperature 37 Le Port Overall Rack Sys Type PtP v Set Actual Rack Sys Type PtP Modem Protection Mode Pair 1 3 Standalone Set Pair 2 4 Standalone Set oe i L2 Properties gt F Reset Priority Mapping L2 Fort Leave blank to list all entries EMME Wlan Priority Get Port VlanT ype kd Modify Default VID ea Default Priority Reset Stats Port Ingress Check Acceptable Frame Type Pp Lists Cverwrite Default Priority List Port ype Stats 1 y Stats 2 hl In the L2 Port tabbed sheet click Stas1 and or state buttons to view the L2 bridge counters Continued on next page gt INTRACOM Chapter 6 Monitoring the Performance of an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the L2 Ports Performance Continued Monitoring L2 ports performance continued see aon In the L2 Port Statistic List 1 or 2 window that appears click the Eie button to display the
133. on List or click a on the Toolbar Connections Connection List Ctrl b Connection Wizard Ckrl y On the toolbar of the Connections List window that appears expand the H Connections button and click PWE3 TDM The PWE3 TDM connections associated with the selected OmniBAS node appear FS connections List Sle Eg Ca Connections M delete Cancel A wizard ECD Ingress EOID Eoress PatiD Naot TS L2 Port Dest MAC Adrtess VLAN Erit VLAN ID 1 1 3 E1 Line 1 00 00 22 22 03 03 2a a1 E1 Line 2 a 12 11 54 15 38 25 24 Jz E1 Line 3 3 12 11 54 15 38 25 25 aa E1 Line 4 3 12 11 54 15 38 25 4 PWES TOM Connections Continued on next page K Alternatively you can open the Performance Monitor window by selecting Windows gt Performance Monitor on the Main Menu and click the 4 Somers button INTRACOM 158 amp TELE COM Chapter 6 Monitoring the Performance of an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the Performance of a PWE3 TDM Connection Continued Monitoring the performance of a PWE3 TDM connection continued see o aon Click the row corresponding to the PWE3 TDM connection you want to monitor and click the right mouse button From the drop down menu select the Performance option Fi Connections List L Connections p Delet A SW Cancel Search P wizard LECID Ingress ECID Egress E No an Dest MAC Address VLAN Delete Delete All Performance Ctrl
134. ort GDE 2 C YLAN Mode Fort Modem 1 C YLAN Mode Part Modem 2 C YLAN Mode Port Modem 3 LC VLAN Mode Port Moder L2 Pork Layer 2 port list response The selected L2 port is displayed in the Forwarding Table Entries tabbed sheet aL Properties VLAN L2 Fort VLAN Port MAC Address Bridge DSCF Remark Forwarding Table Entries MAC address fa ag A 32 n2 j2 Create Delete VLAN 20 on Leave blank to list all entries List Outgoing Le port Leave blank to list all entries oOo Suto Advance Click the __ __ button to create the static MAC address End of procedure Continued on next page CP INTRACOM TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting Static MAC Addresses Continued Removing a To remove static MAC addresses from an OmniBAS node proceed as static MAC follows address Step Action Activate the MAC Address List window of the OmniBAS node as described in the previous par Viewing static MAC addresses list on page 89 In the MAC Address List window select the static MAC address you want click the right mouse button and from the drop down menu that appears select e Delete Selected to delete the selected MAC address e Delete All to delete all existing MAC addresses EJ MAC Address List Update Cancel EP Clear Ne Save L Port Indes L2 Port Description MAL Address 6 Modem 4 12 51 11 32 12 12 Static Delete Selected Del
135. ource Interface Card Apply Update b Clock Source Out OF Range l Locked Holdover State FB Store CFG au i Modem BL EP Clear CFG Modem TL Modem BR v Configuration Modem TP GbE 1 GbE 2 Interrace Card Ps True Source Clock Status response Continued on next page gt INTRACOM ia T ELE CO M_ OmniBAS LCT Chapter 7 Non Routine Procedures User Manual Edition 1 0 Saving the Configuration of an OmniBAS Node Continued Saving OmniBAS configuration continued se o an In the Actions group box click the 21 Stre cFG button In the confirmation message that appears click Yes to proceed The settings and the configuration of the OmniBAS node is now saved End of procedure ee 166 Chapter 7 Non Routine Procedures OmniBAS LCT User Manual Edition 1 0 Performing a Backup Action Introduction This paragraph describes how to download the most recent configuration files from the OmniBAS 4W equipment locally to your PC Laptop Performing a To perform a backup action proceed as follows backup action sep ction In the Management Tree expand the Pring E heera OmniBAS node you want and select 192 168 57 14 OmniBAS the Control element 192 168 57 9 OmniBAS 9 Ee QP GbE Port 1 GP GbE Port 2 ae Network In the Management Control Properties window that appears click the Eure button to update the displayed data EA Management Control Properties aB 1 rm U
136. ow in bps Rate Received Displays the received normalized MSE Mean Square Error Normalized MSE in dB LDPC Decodes Displays the Low Density Parity Check code LDPC encoding Stress Protection Mode Displays the protection status of the selected modem taking one of the following values e None The selected modem works in standalone mode i e it is not protected by a redundant one e Working The selected modem works in protection mode and it is in working mode i e it is protected by redundant one e Protect The selected modem works in protection mode and it is in standby mode Modem status The following table describes the lock indicators displayed in the Management Lock Indicators PtP Modem Properties window Timing Indicates if the selected modem is locked or unlocked in the symbol timing of the received signal Preamble Indicates if the selected modem has detected Lock or not Unlock the required distribution of preamble an in the received signal LDPC Unlock Indicates if the LDPC decoder of the selected modem is locked or unlocked Continued on next page gt INTRACOM TELECOM E Y mMm 119 OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the Modems Continued Modem status The following table describes the alarms displayed in the Management PtP Alarms Modem Properties window Modem Failure Through this alarm you can check t
137. p xh egen Eure 192 168 57 12 OmniBAS 192 168 57 9 OmniBAS 2 Control 4 GbE Port 1 4 GbE Port 2 Hi Interface 16E1 E k Card Control 4a ine El Lire 3 Interface Interface 16E1 Bii Line E1 Line 2 UptoLine E1 Line 4 Select Zea ElLine 5 ts loa El Line 6 El Line 7 Now you have to select the timeslots from the associated form Se ElLine 8 Ze ElLine 9 Se El Line 10 El Line 11 To select 4 node from the tree press Select Select El Line 12 El Line 13 amp El Line 14 lt Back Next gt Cancel El Line 15 ex He i _ pqi After completing the source data selection click the Next button The Select Target screen appears Connection Setup Wizard Connection Setup Wizard Select Source Select Target Card Fort To select a node from the tree press Select Select lt Back Hest Cancel Continued on next page INTRACOM 76 amp CTE LEC O M Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Creating PWE3 TDM Connections through GbE Ports Continued Procedure continued see o an Click the button The mouse pointer will change to a hand MN Use this hand 3 and select the target point of the connection s to be created in the Management Tree Management Tree This point is one of the two GbE ports e g Pret iio GbE Port 1 B9 192 163 57 12 OmniBAS E9 192 168 57 9 OmniBAS s Control 9 E
138. pdate TES Temperature System Control UngAltveshal fez System Version Rel_2_0 0 1c8 Overall Rack Sys Type PiP Set Actual Rack Sys Type PiP Modem Protection Mode Par 1 3 Standalone Set Par 7 4 Standalone Set Curent 55 eon a i L Properties im al Reset k 35 57 Temperature Actions Synchronisation i AE Froedan Operation Mode Normal Apply Locked a Clock Source Interface Card Apply Update Clock Source Out OF Range ls Locked Holdover State FB Store CFG anen Modem BL Cp Clear CFG Modem TL Modern BR a Configuration kodem TA GbE 1 GbE 2 Interace Card g False True Falze Source Clock Status response Continued on next page gt INTRACOM vias TELECOM OmniBAS LCT Chapter 7 Non Routine Procedures User Manual Edition 1 0 Performing a Backup Action Continued Performing a backup action Step Action continued 7 In the Actions group box click the So vontiguretion button The following window appears W File Configuration 192 168 57 86 Backup Configuration Files Get remote system configuration files to a local directory Backup Local Directory CAD ocuments and Settings mkasshy Documents 4 In E Restore Configuration Files Upload to the system configuration files from a local directory Restore Local Directory CAD ocuments and Settings mkassMy Documents lri Bi Reboot systern after uploading Messages In the
139. plays the firmware version of the ODU CP INTRACOM p TELECOM OmniBAS LCT Chapter 5 Viewing Lists User Manual Edition 1 0 5 Viewing Lists This chapter describes how to retrieve details concerning the alarms the SNMP messages and the PWE3 TDM connections through the corresponding lists of the OmniLCT application The chapter also provides step by step procedures to remove OmniBAS entities PWE3 TDM connections VLANs VLAN ports The chapter contains the following topics e Alarms amp Events Report e Message Traces e Connections List e VLAN List e VLAN Port Membership List gt INTRACOM TELECOM 130 Chapter 5 Viewing Lists Alarms amp Events Report Introduction OmniBAS LCT User Manual Edition 1 0 By default the OmniLCT application performs tracking and recording of the various alarms and events related to the connected OmniBAS nodes This paragraph describes how to retrieve the alarms and events list of the connected OmniBAS nodes Alarms amp Events To view the alarms and events report select Tools gt Alarm amp Event List on Report window the Main Menu or click san on the Toolbar In the Alarms amp Events Report window that appears you can see details about tracked system alarms and events together with their current status Fe Alarms amp Events Report EP Clear Se TSUN Kame Tan TSn TSN nam zame Sin Peete Tam a STe TSi Tom Tame 5m TSi GD
140. pment in Slot 3 status existence type request Equipment in slot 4 status existence f type request Equipment in Slot 9 status existence type request Equipment in slot 5 status existence type request Get GbE type Interface card IC type request GHE type Interface card IC type response Get Properties request for PtP Modem i1 Get FProperties response for PtP Modem 1 Register manager address request Reqcode 6 146 124 65 36 0 162 Register manager address response PUES TDM Connections Entries request ANT CanFicsration nronerties remiest By default the maximum number of the logged messages rows displayed in the Message Trace window is 5000 When this number is reached the list is cleared and new messages can be logged To re define the list bound see par see par Configuring the Application s Environment page 21 The Message Trace window includes a toolbar through which you can perform the actions described in the following table Button Description List stays always on top To search for specific text in the list use the Search text box After typing the text you want click the E Fro button afe Debug To view details concerning the packets exchanged between the OmniLCT and the SNMP agent e J Also you can press the keyboard s keys to enlarge reduce the list s font size gt INTRACOM p TELECOM OmniBAS LCT Chapter 5 Viewing Lists User Manual Edition 1 0
141. procedure Continued on next page Holdover State The system loses the clock to which it is locked and fails to find any other available clock Out of Range When clock is out of its nominal frequency by more than 12 ppm Note also that Priority is not supported in the current OmniLCT release 1 1 3 CP INTRACOM m TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Setting Monitoring System Synchronization Continued Monitoring the Through the State box you can monitor the current status of the system state of system synchronization synchronization State box 4 Synchronisation Operation Mode Normal Apply Locked EEO Apply Update Clock Source Interface Cand The possible values of the synchronization state are shown in the following table Locked Indicates that the system has succeeded in finding an acceptable clock source and has locked to it HoldOver The system enters HoldOver mode as soon as it loses the clock to which it is locked and fails to find any other available clock Being in HoldOver mode the system tries to simulate the previous clock by making use of an internal memory FreeRun The system enters FreeRun mode when there is no available clock source and the internal simulation memory of the system has not been filled up to allow the system work in HoldOver mode Do not confuse the state of the synchronization with the op
142. r ninal C Documents and Settings mkas My Documents WiBAS C_4 3 ini l Fie Windows View Tools Heb o u 1 B re E gt INTRACOM Properties Performance Alarms Connections ees x EA OmniBAS System e OX 2 Update ste 192 168 57 12 OmniBAS z l bak Cod Network Neighborhood System k GbE Port 1 i Search for avalable SNMP WIBAS Flex agents in the subnet Find GbE Port 2 HB Interface 161 i Log on to selected system to receive equipment info and traps Connect H Network l _ l oR Joe F System Characteristics i oE PTP slot 2 l Description OmniBAS running Linux gE ODU j Object ID 1 3 6 1 4 1 1807 1 2 22 OBI PTP shot 3 i UpTime 1024060000 ms 284 hrs 27 min and 40 sec i E ODU y Contact l eE PTP slot 4 i l gE ODU Name 3 9 a OmniBAS li lt ontio 3 l 2 GbE Port 1 i Services jnone 0 i 4 GbE Port 2 l l i Hill Interface 16E1 l Power Supply Fitters and Fan Control Unit Properties Z Show Properties Q Network i BB PTP slot 1 i g ODU i eB FTP slot 2 i I gE ODU i i eE PTP slot 3 l gE ODU l 1 eE PTP slot 4 i l gE ODU hi 1 l i I Connect refresh request Management Tree Properties window GUI Parts par Main Menu amp Toolbar page 16 Management e par Elements Representation in Management Tree page 17 Tree e par Drop Down Menu amp Toolbar of Management Tree page 18 Properties Properties Window page 19 window p
143. r window See Appendix A Statistic Counters Description for the description of the counters displayed in the PTP Modem Ethernet Performance Counters tabbed sheets End of procedure Continued on next page 152 OmniBAS LCT Chapter 6 Monitoring the Performance of an OmniBAS Node User Manual Edition 1 0 Monitoring Ethernet Traffic through Wireless L2 Ports Modem Continued Monitoring To monitor the bytes rate of the Ethernet traffic conveying through a modem of Setting byte rate an OmniBAS node proceed as follows of ETH traffic In the Management Tree expand the OmniBAS node and select the modem 192 168 57 8 OmniBAS you want e g PTP slot 3 of D cont 192 168 57 8 OmniBAS Q gt GbE Port 1 QP GbE Port 2 Interface 16E1 a Network of PTF slot 2 i DDU Se PPTF slot 3 On the Main Menu select Windows gt Performance Monitor or click ps on the Toolbar Performance Fd Performance Monitor In the Performance Monitor window that P Now Sf OnTop a Reset a save appears click the PtP Ethernet tab and then click the Tx Counters Rs Counters Fate Rate tab Rate Ts Byte Rate Get As Byte Rate Rate Time SBC Sel Continued on next page CP INTRACOM m TELECOM OmniBAS LCT Chapter 6 Monitoring the Performance of an OmniBAS Node User Manual Edition 1 0 Monitoring Ethernet Traffic through Wireless L2 Ports Modem Continued Monitoring Setti
144. rce Time Slot Selection NS 4 GbE Port 2 AS d HH Interface 16E1 amp ElLine 1 Time Slot SS El Line 2 Card Control Show Free Time Slots El Line 3 Interface Interface 16E1 ElLine 4 ZS El Line 5 Line E1 Line 2 Up to Line Select El Line 6 TS 0 31 El Line 7 Now you have to select the timeslots from the associated form G ElLine 8 ElLine 9 El Line 10 amp ElLine 11 El Line 12 Zz El Line 13 El Line 14 S ElLine 15 lt Back Next gt Cancel El Line 16 i pa Network doubleframe multiframe BB PTP slot 2 To select a node from the tree press Select Select gg ODU Current status eE PTP slot 3 gi ODU Q start su All 32 timeslots of the selected E1 line must be selected in a PWE3 TDM connection As a result when you select the source point in the Management Tree e g E1 Line 2 the TS timeslots field automatically takes the value 0 37 and also the Time Slot Selection window appears with all timeslots selected Continued on next page INTRACOM ee aid Pre Le CoM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Creating PWE3 TDM Connections through Modem L2 Ports Continued Procedure continued see o an 5 If you want to connect more that one contiguous E1 Lines with a specific GbE port click the 2st button located next to Up to Line field The mouse pointer will change to a hand E In the Management Tree use this han
145. re nSlots 32 in unstructured mode 136 gt INTRACOM E E 7 a a N Ta T ELECOM I Chapter 5 Viewing Lists OmniBAS LCT User Manual Edition 1 0 Connections List Continued Toolbar The Connections List window includes a toolbar through which you can perform the actions described in the following table a E E Connections TO retrieve the list of the created PWE3 TDM connections To delete the selected connection s To cancel a request To open the Connection Setup Wizard See also par 3 3 Configuring PWE3 TDM Connections on page 70 To search for specific text in the list use the Seach text box After typing the text you want click the Find button Connections list stays always on top To save the connections list in a text file 137 OmniBAS LCT Chapter 5 Viewing Lists User Manual Edition 1 0 VLAN List Introduction This paragraph describes the VLAN List window through which you can e View the created VLANs of an OmniBAS node e Delete a VLAN or all VLANs e Select a VLAN Viewing VLAN To view the VLAN List window proceed as follows List Janagement Tree Ms Inthe Management Tree expand the GP Find enera OmniBAS node you want and select 192 168 57 14 OmniBAS the Control element 192 168 57 9 OmniBAS Q gt GbE Port 1 Q GbE Port 2 n Network In the Management Control Properties window that appears click the j L Froperies button located in the System group box EA
146. ree expand the Network element and click the modem you want e g PTP slot 1 In the Management PtP Modem Properties window click the Fey Urdate button to view the current properties of the modem F eu 176 104 32 4 BY 38 7 Temperature Modem Version Modem 3 3 29 FPGA 7120941 Remote Modem Link Status IP Address 10 10 10 12 Slot 3 Configuration a PtP Bandwidth EST Working Set Profile Dptimum Sye Gain se Modulation ACM Mode Manual m PHY Mode 6 eA pead o E Reset Modem Status Current Ts PH Modulation v7 0 12804M 0 8823 ZMH L Current Ax PH Modulation v7 0 128M 0 9823 28MHZ L Transmit Symbol Fate 22 270 000 bps Received Normalized MSE 35 1 dE LDPC Decodes Stress O Protection Mode None Lock Indicators Timing Lock Preample Lock LOPC Unlock Lock Alarms Modem Failure 4 Link Status 4 Link Error No Error PEF Modem more parameters response gt INTRACOM Continued on next page 117 OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the Modems Continued Monitoring modem status continued ee At the upper right part of the window check if the modem is in standalone None or protection mode Working or Protected onfiguration Profle Optinum Sys Gain odulation ACM Mode Manual PHY Mode 6 i oa In the Temperature group box you can view the current temper
147. roceed as follows a me ay Tree x Load the OmniBAS nodes you want to group e g 792 168 57 9 OmniBAS and 192 168 57 11 OmniBAS pe Network 2 D e 57 11 OmnibaAS D Control QP GbE Port 1 QP GbE Por 2 a Network On the Main Menu select File gt Save Region or click _ 5 _ on the Toolbar In the Save OmniLCT 1 Region File window that Bowens 347 0 appears save the region Peace in ini format e g Region A ini and click Save The region is created aa saved e g Region A ma including the My Network 2 192 168 57 9 OmniBAS _ es Gert iLCT region file in and 192 168 57 11 OmniBAS nodes End of procedure To load a group region of OmniBAS nodes select File gt Open Region on i the Main Menu or click on the Toolbar The selected group region of the OmniBAS nodes appears in the Management Tree gt INTRACOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 3 Configuring OmniBAS System This chapter includes the following topics through which all necessary procedures to configure an OmniBAS system are provided e Configuring a Radio Link e Configuring Ethernet Traffic e Configuring PWE3 TDM Connections e Setting Static MAC Addresses e Setting Monitoring System Synchronization 3 1 Configuring a Radio Link This section provides the following step by step procedures to configure an OmniBAS radio link Pro
148. roperties group box you can see the current E1 frame format e Doubleframe no signaling G 704 structured Timeslots TS1 to TS31 transfer payload Frame synchronization is carried over timeslot TSO No payload signaling is used e Multiframe CRC no signaling G 704 structured Timeslots TS1 to TS31 transfer payload Frame synchronization is carried over timeslot TSO The Si bits of each Frame Alignment Signal FAS are used to implement CRC 4 control No payload signaling is used e Unframed unstructured stream of bits at 2048 kbit s no channels are associated with any specific group of bits El Line Properties Frame Type Unframed unstructured Clock Mode None In the Clock Mode field the None value is displayed i e the timing of the E1 frame is retrieved from the synchronization network In the E1 Line Status group box you can check if active alarms LOS OOF AIS RAI and Power Down currently exist for the selected E1 Line El Line Status LOS Loss of Signal OOF Out of Frame AIS Alam Indication Signal RAL amp Remote Alarm Indication Power Down A red icon next to an alarm denotes an active alarm of this type Normally all five alarm icons must be grey denoting no alarms In the Time Slot Usage field you can view the timeslots status of the selected E1 line When all timeslots are selected V they are associated with a PWE3 TDM connection Otherwise the timeslots are displayed unselected
149. roperties of the ODU Fa pip opu Management Properties Fe Update Toe Configuration Set Ts Frequency E KHz Set Tx Power dBm Mute On Loop of l DC Power ot l Auto Update Mode Manual eM Update oDU BS Restart ODU Click the Sil Res 8 ODU button to restart the selected ODU In the following confirmation message that appears click Yes to continue Confirm c o Restart current OOU Wait for the ODU restart process to complete and the communication between the ODU and the indoor equipment to be established End of procedure gt INTRACOM pen TELECOM OmniBAS LCT Chapter 7 Non Routine Procedures User Manual Edition 1 0 7 3 Clearing OmniBAS Node Configuration Introduction This paragraph describes how to clear the whole configuration Clear CFG of an OmniBAS node It is strongly recommended not to carry out the Clear CFG action because e The traffic is lost e The inband management is lost e The whole configuration of the OmniBAS node is cleared Clearing To clear all configuration of an OmniBAS node proceed as follows system configuration In the Management Tree expand the Pind Legend OmniBAS node you want and select the W 152 168 5714 OmniBas Control element 192 168 57 9 OmnibAS gt GbE Port 2 HEE Network In the Management Control Properties window that appears click the button to update the displayed data 2 Management Control Properties Ta
150. rt you want in the DSCP Remarking to P bit group box as follows e Click the button located next to L2 Port field e In the L2 Port List window that appears click the Eie button to display the L2 ports of the OmniBAS node e Select the L2 port you want e g Modem 1 click the right mouse button and from the drop down menu select the Select L2 Port option EE L Port List 3098 Cancel 6 Clear E EGT GBE 1 CYLAN Mode Fort Enable GBE 2 C VLAN Mode Fort Enable r ENES mde Pot 1 pe aa E H el o iuam de Fort Enable Modem 3 CLAN Mode Port Enable Modem 4 CWLAN Mode Port Enable Layer 2 port list response The selected L2 port is displayed in the DSCP Remarking to P bit group box EA L Properties VLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark DSCP Remarking to P bit L2 Fort 2 ka Create OSCR Upto 0 63 Delete Pot 0 7 List Continued on next page gt INTRACOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting Ethernet QoS Continued Configuring the DSCP priorities a of a wireline Specify a DSCP entry and associate it to a P bit Actually the P bit re ne o corresponds to the service class that is mapped to the VLAN priority of the incoming packet To specify a DSCP entry to a P bit type the DSCP value from 0 to 63 to the DSCP text box and the priority P bit value from 0 to 7 to the P bit text box To associate more than one
151. rts with index 1 and 2 correspond to GbE Port 1 and GbE Port 2 respectively The L2 ports with index 3 to 6 correspond to the modems L2 ports as follows L2 port with index 3 corresponds to modem P TP slot 1 L2 port with index 4 corresponds to modem P TP slot 2 L2 port with index 5 corresponds to modem P TP slot 3 L2 port with index 6 corresponds to modem P TP slot 4 Dest MAC MAC address of the tributary module on which the created PWE3 Address TDM connection terminates VLAN Exist Indicates if the L2 port is associated Yes or not No with a VLAN VLAN ID Indicates the VLAN ID if a VLAN is associated with the L2 port VLAN Pri Indicates the VLAN Priority Bits 802 1p priority bit and takes Bits values from 0 to 7 7 is the highest priority O is the lowest priority Payload When taking value Suppress e Yes No packets are transmitted when the source E1 has nothing to send all zeros e No All packets are thransmitted Buf E1 Indicates the number of Buffered E1 Frames This attribute is Frames used for the calculation of the PSN packet size By default the value is 8 Value Range 1 to 255 Packet Jitter Refers to the latency of the packets By default the value is 10000 Value range 250 usec to 30000 usec Oper Status Indicates the operational status of the connection and takes only the Enabled value Continued on next page 0 PSN packet size Buffered E1 frames x nSlots whe
152. s Continued on next page INTRACOM ee amp TE LEC o m Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting the Channel Bandwidth of a Link Continued Setting channel BW as follows To set the channel bandwidth of the one edge of an OmniBAS link proceed Action Management Tree In the Management Tree expand Find a D Control Q GbE Part 1 Legend 132 165 57 8 OmnbAS 4 the Network element of the local or remote OmniBAS node e g 183 168 57 8 and click the modem corresponding to the link you want e g PTP slot 1 QF GbE Pott 2 as BE Interface 16E1 uE laa Network Ea Ena cE PTF alot 3 gE DDU In the Management PtP Modem Properties window click the Eie button to view the current properties of the modem Fa Management PtP Modem Properties rz Update Temperature 257 176 40 104 a3 20 4 Modem BF Temperature 39 97 Modem Version Modem 3 3 29 FPGA 7120341 Remote Modem Link Status 4 IF Address fi T220 Tr 18 Slot f BE PMP Working Configuration Bandwidth MAVE E Set Profile Cptimum Sys Gain Modulation ACM Mode Automatic et PHY Made 1 FH Reset Modem Status Current Tx PHY Modulation vi S2QAM 0 8690 7MHZ Lo Current As PHY Modulation v7 0 3204M 0 8690 7MHZ Lo Tranemit Symbol Aate 5570000 bps Received Normalized MSE 36 2 dE LDPC Decodes Stress OO Prote
153. s Wireless L2 Ports cccccccccceceseceeeceeeceeeeseeeseeeesaeeseueesaeeseueesueeseeeeaeeeses 190 Rx Counters Wireless L2 PONS cenccewietcntecenscwsmeadceecducgeaeensteteuietencaned ace seseencstoereteeaenuess 191 L2 POM COUMES osipe ee ae ee eee ee ee EE eee 192 PWES TOM O00 p gt beeen een ne ee eee eee ee 194 Appendix B 802 1Q Ethernet Frame ccccccccseeeeeeeeeeeeeeseneseneseneseneeceeseeesceeseneseneees 197 Chapter 1 Introduction OmniBAS LCT User Manual Edition 1 0 1 Introduction About this Document Scope of document Target Audience Document Conventions lt gt This document provides detailed instructions on the management of OmniBAS systems through the OmniLCT application Release 1 1 3 The management capabilities of the OmniBAS LCT OmniLCT application include the configuration monitoring and testing of any OmniBAS node that consists of an OmniBAS 4W subrack and the corresponding ODUs This document is intended for the operators that are responsible for commissioning OmniBAS systems locally or remotely The operators commissioning an OmniBAS system should have experience in the operation of radio telecommunication systems This document applies the following conventions e Bold fonts are used for Buttons Menus and Submenus Options Tabs Text boxes check boxes and drop down lists e talic fonts are used for Window names T
154. s than 64 bytes in length and with a valid FCS value Tx Oversize Frames Total number of the oversized transmitted frames with a valid FCS value Ethernet Transmitter Total number of times that the Ethernet transmitter underun underun occurred Buffer Overrun Total number of the received Ethernet frames discarded due Discarded frames to a receive buffer overrun event no available buffers Total number of complete good frames transmitted Open the Performance Monitor window of an OmniBAS node and click GbE tab gt GbE 1 2 tab 188 CP INTRACOM L Appendix A Statistic Counters Description OmniBAS LCT User Manual Edition 1 0 Rx Tx Error Counters GbE Ports The following table describes the error statistic counters about data conveying through the GbE pom These counters are displayed in the GbE Performance Errors tabbed sheet In Pause Frames Number of ees e frames i e control frames containing valid pause opcode 2 Pause frames are used to pause the flow of traffic when traffic congestion occurs Out Pause Number of transmitted Pause frames i e control frames Frames containing valid pause opcode Pause frames are used to pause the flow of traffic when traffic congestion occurs Out Pause Number of pause frames not transmitted Honored Frames Alignment Errors Number of alignment errors for the received frames An alignment error is caused when a received frame does not end on a by
155. screen appears to define the attributes of the TDM PWE3 connection s to be created Connection Setup Wizard TDH PWE3 Connection Select PtP Modern Properties ECID Ingress ha lw Auto Advance ECID Eqress pO iw Auto Advance Destination MAC Address E E B p B o Buffered E1 Frames Bo Facket Jitter hooo Payload Suppress VLAN Exist z H lt Back Next gt Cancel Continued on next page CP INTRACOM m TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Creating PWE3 TDM Connections through Modem L2 Ports Continued Procedure continued Action Consult the following table to define the parameters of the connection s ECID Ingress Emulated Circuit Identifier for the wireless ports Ingress side of He PWE3 TDM connection Value range 1 to 65535 ECID Egress Emulated Circuit Identifier for the wireless pon a Egress the PWE3 TDM connection Value range 1 to 65535 Destination In the Destination MAC Address text box enter the MAC MAC address of the tributary module on which the Address created PWE3 TDM connection terminates Buffered E1 This parameter is used to calculate the PSN packet Frames size By default the value is 8 Value Range 1 to 255 Packet Refers to the latency of the packets By default the value Jitter is 10000 Value range 250 usec to 30000 usec Payload Select the Payload Suppress check box to stop Suppress oni pack
156. selected GbE port EA Management GbE Properties E al Eg GbE Properties GbE Alarms GbE Port 1 Tyne Optical LOS Ax Loss Of Signal Status Existence Status Exist FIS Ts Fault Indication Status Tx Status Enabled Laser Status Laser On P Laser Ot d Laser On Through the GbE Properties group box you can check the current status of the selected GbE port e Type Indicates the type of the port Optical e Existence Status Indicates the physical state of the selected GbE port When the optical GbE port is in place the Exist value appears Otherwise the Not Exist value appears e Tx Status Indicates if the link associated with this port is Enabled or Disabled Through the Laser Status group box you can monitor the laser status of this optical GbE port Laser On or Laser Off e If you want to deactivate the GbE port click the Laser Off button e To activate again the GbE port click the Leser On button Through the GbE Alarms group box you can monitor the GbE alarms Normally the virtual leds of the alarms must be grey The virtual led of the following alarms turns on red when e LOS There is no signal at the specific GbE port input e FIS There is fault in the output signal of the specific GbE port End of procedure INTRACOM 110 amp TELE COM OmniBAS LCT Chapter 4 Monitoring an OmniBAS Node User Manual Edition 1 0 Monitoring the Interface 16E1 Element
157. set restart the elements of an OmniBAS node The chapter contains the following topics e Resetting Processor Module e Resetting Restarting a Modem e Restarting an ODU CP INTRACOM pe TELECOM OmniBAS LCT Chapter 7 Non Routine Procedures User Manual Edition 1 0 Resetting Processor Module Introduction This paragraph describes how to perform a reset action to the processor module of an OmniBAS node when needed When a processor reset is performed the configuration of the OmniBAS node is saved and the processor module reboots It is strongly recommended to avoid performing the Reset action because traffic loss will occur Resetting To reset the processor module of an OmniBAS node proceed as follows processor module In the Management Tree expand the Gra lesen OmniBAS node you want and select the 192 168 57 14 OmniBAS 192 168 57 9 OmniBAS Control element 9 m GbE Port 1 4 GbE Port 2 ca Network In the Management Control Properties window that appears click the KAH button to view the current properties of the Control element EA Management Control Properties Seed Pe yndate i Apply Temperature System Control UneAtveshold pH System Yersion Rel 20 0 18 Overall Rack Sys Type PIP Set Actual Rack Sys Type PP Far 1 3 Standalone Set Pair 2 4 Standalone Set Curent 55 St g7 ER L Froperties m i Reset f Temperature 35 57 Actions Synchronisation i Eye eean Operation Mode
158. slot 3 of 192 168 57 8 OmniBAS Management Tree 192 168 57 5 OmniBAS QP GbE Port 1 QP GbE Port 2 Ba Intertace 16E1 Te Network obs PTF slot 2 On the Main Menu select Windows gt Performance Monitor or click Ba on the Toolbar Performance In the Performance Monitor window that appears click the PtP tab The PTP Modem Performance Counters tabbed sheet appears Fa Performance Monitor O Now Sf OnTop gij Reset Q Save PTP Modem Performance Counters gt INTRACOM Seconds In Phy 1 Seconds In Phy 2 Seconds In Phy 3 Seconds In Phy 4 Seconds In Phy 5 Seconds In Phy 6 Seconds In Phy Seconds In Phy 8 Seconds Out OF Service Seconds In Service Number OF Phy Changes Seconds In Phy 9 Seconds In Phy 10 Seconds In Phy 11 Seconds In Phy 12 Seconds In Phy 13 Seconds In Phy 14 Seconds In Phy 15 Seconds In Phy 16 a Reset Continued on next page 155 OmniBAS LCT Chapter 6 Monitoring the Performance of an OmniBAS Node User Manual Edition 1 0 Monitoring the Performance of a Modem Continued Monitoring modem performance continued Step Action On the Toolbar of the Performance Monitor window click the CO Now button to see the statistics for the selected modem for a time period between the completion of the last 15 min interval until the current time FE Performance Monitor O Now SP OnTop gij Reset g Save Modem PTF slot PTP Modem P
159. ss e Click the button located next to VLAN field e In the VLAN List window that appears click the Eite button to display all created VLANs e Select the VLAN you want e g VLAN 10 click the right mouse button and from the drop down menu select the Select VLAN option Fa VLAN List Update amp Cancel e Clear 9 Save 1 Ming WLAN 10 Delete Selected Del Delete All Select VLAN YLAN List response The ID of the selected VLAN is displayed in the Forwarding Table Entries tabbed sheet ML Properties VLAN L2 Port WLAN Port MAC Address Bridge DSCP Remark Forwarding Table Entries MAC address ig 51 E 32 h2 12 Create Delete VLAN 20 Leave blank to list all entries List Outgoing L part K Leave blank to list all entries o t Auto Advance Continued on next page INTRACOM 92 aid ELECOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting Static MAC Addresses Continued Creating a static MAC anh el Select the outgoing L2 port as follows e Click the button located next to Outgoing L2 Port field e In the L2 Port List window that appears click the Eie button to display the L2 ports of the OmniBAS node e Select the L2 port you want e g Modem 1 click the right mouse button and from the drop down menu select the Select L2 Port option PIL Port List Te Update KO Cancel Cpa Clear E EGS Port vlanType Default VID Det GBE 1 CYLAN Mode F
160. ss Egress field is increased in steps of 1 for generating ECID Ingress Egress values for all connections that are going to be created 2 PSN Packet Switched Network PSN packet size Buffered E1 frames x nSlots where nSlots 32 in unstructured mode m gt INTRACOM T EL ECO M E Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Creating PWE3 TDM Connections through GbE Ports Continued Procedure continued Step Action 11 When you complete click the Next button The Connect Source and Target screen appears Connection Setup Wizard Connect Source and Target GBE GbE Part 1 ECID Ingress 23 ECID Egress 31 Destination MAC Address 12 11 54 15 38 25 VLAN Exist No Payload Suppress Mo Buffered Frames 6 Packet Jitter 10000 When wou click Finish the wizard will establish a new connection Back Finish Cancel Click the Finish button to establish the new TDM PWE3 connection s Continued on next page CP INTRACOM m TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Creating PWE3 TDM Connections through GbE Ports Continued Procedure continued Step Action 12 When the connections are established successfully the TDM PWE3 CONNECTION RESPONSE OK messages appear a message for each connection request Click the Close button to close the wizard Connection Setup Wizard Connect Source
161. ss Rx Valid Packets Number of received from TDM side packets forwarded to PSN side Tdm2Psn Forwarded Packets Number of successfully forwarded packets to PSN side Tx Queue Drop Packets Number of packets dropped due to a congestion in the transmit queue on PSN side Egress Tx Valid Packets Number of packets successfully transmitted to TDM side Egress Tx Underrun Data Number of times that transmit underrun occurred Unit due to no packets received from PSN side so no Rx buffers available exist to handle the Tx requests to TDM side Psn2Tdm Forwarded Packets Number of successfully forwarded packets to TDM side Psn2Tdm Fbp Drop Packets How many times received packets were rejected due to no available buffers on TDM side Psn2Tdm Out of Window Not used Packets Buffer Overrun Dropped Not used Packets Psn2Tdm Buffer Overrun Not used Events Psn2Tdm Cw AIS Drop Not used Packets Continued on next page 0 Open the Performance Monitor window of a modem click the PWE3 tab and then click the Ed Connection List button In the Connection List window that appears select the PWE3 TDM connection you want The corresponding statistic counters appear in the PWE3 Connections Statistics tabbed sheet gt INTRACOM I oa 194 Appendix A Statistic Counters Description OmniBAS LCT User Manual Edition 1 0 PWE3 TDM Counters Continued Psn2Tdm Multiple Packets Not used Psn2Tdm Out of Sequence Not used Pac
162. ss Select Select lt Back Next gt Cancel Continued on next page gt INTRACOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Creating PWE3 TDM Connections through GbE Ports Continued Procedure continued Click the button The mouse pointer will change to a hand My Use this hand 3 and select the source point of the connection to be created in the Management Tree Management Tree This point is one of the available E1 lines e g E1 Line 2 of the selected Wy 192 168 57 12 Omnibss Interface 16E1 element Wy 192 169 57 9 OmniBas QP GbE Port 1 QP GbE Port 2 B Interface 16E1 a El Line 1 ga E1 Line 2 ga E1 Line 3 When you select the source point in the Management Tree e g E1 Line 2 the source data are automatically entered in the corresponding fields Card Interface Line and TS of the wizard and the Time Slot Selection window appears H Local Craft Terminal C Documents and Settingsimkas My Documents OmniBAS 8 9 14 ini B i al kal A Open Save Properties Performance Alarms Connections i Management Tree x E Management E1 Line Properties e Find Legend Update 192 168 57 12 OmniBAS 192 168 57 9 OmniBAS Connection Setup Wizard s Control 4 GbE Port 1 Select Source P GbE Port 2 HH Interface 16E1 ElLine 1 ez ElLine 2 Card Control Show Free Time Slots ElLine 3 Interface Interface 16E1 a ri Line E1 Line 2 Up to Line n
163. st window click the row corresponding to the association you want to remove e g GbE1 Port with VLAN ID 30 Fa VLAN Port Membership List Update amp Cancel P Clear 93 Save L2 Port Index L2 Port Description VLANID 1 GbE 1 10 GBE 1 20 GBE 1 30 GbE 1 40 Modern 1 10 1 1 1 3 ser re Le ne enn 4 ie a odd Delete Selected Del 5 G de Moda Delete All Mode Select L2 Port VLAN VLAN Port Membership List request Click the right mouse button and from the drop down menu e Select the Delete Selected option The selected association e g Modem 1 Port with VLAN ID 100 is removed e Select the Delete All option to remove all VLAN ports End of procedure CP INTRACOM m TELECOM OmniBAS LCT Chapter 6 Monitoring the Performance of an OmniBAS Node User Manual Edition 1 0 6 Monitoring the Performance of an OmniBAS Node This chapter describes how to monitor the performance of an OmniBAS node The chapter includes the following topics e Monitoring Ethernet Traffic through Wireline L2 Ports GbE e Monitoring Ethernet Traffic through Wireless L2 Ports Modem e Monitoring the Performance of a Modem e Monitoring the Performance of a PWE3 TDM Connection e Monitoring the L2 Ports Performance gt INTRACOM TELECOM 144 Chapter 6 Monitoring the Performance of an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring Ethernet Traffic through Wireline L2 Ports GbE Introdu
164. statistics concerning the L2 ports of the selected OmniBAS node WIL Port Statistics List 1 Bela Me Update K Cance EP Clear WEST Rsalid DiscUnkMacSa Deny MacS GBE 1 fbEE U GbE 2 0 Modern 1 6690 Modern 2 Modem 3 Modern 4 If you want to reset the statistics of an L2 port select the L2 port you want e g Modem 1 click the right mouse button and from the drop down menu select the Reset Selected L2 Port Stats option EJ L Port Statistics List 1 Update Cancel D Clear 9 Save Rvvaid DiscVlan Disclnar DiscBridae DisclinkMacSa GbE 1 TEG 0 0 0 GbE 2 0 0 0 Modem 3 Select L2 Port Modem 3 E Reset Selected L2 Port Stats Modem 4 Reset All L2 Port Stats L2 Port statistics table 1 response In the same way if you want to reset the counters of all L2 ports select an L2 port click the right mouse button and from the drop down menu select the Reset All L2 Port Stats option End of procedure CP INTRACOM pe TELECOM OmniBAS LCT Chapter 7 Non Routine Procedures User Manual Edition 1 0 7 Non Routine Procedures The following non routine procedures mentioned in this chapter are carried out when required e Performing Store Backup or Restore Action e Resetting Restarting OmniBAS Node Modules e Clearing OmniBAS Node Configuration e Setting Inband Management Changing Management VLAN 7 1 Performing Store Backup or Restore Action This section describes how to perform the following actions e
165. store Local Directory CADocuments and Settings smkassMy Documents5 1n El Reboot system after uploading Messages Download dcS ctg file Crom remote host File dcS ctig downloaded Disconnect from FTF server Disconnected Set Contiguration files status to Unlock request set Configuration files status to Unlock response Ok Backup Configuration Process Completed Backup Configuration Process Completed End of procedure CP INTRACOM Pe TELECOM OmniBAS LCT Chapter 7 Non Routine Procedures User Manual Edition 1 0 Performing a Restore Action Introduction This paragraph describes how to upload configuration files from your PC Laptop to the OmniBAS 4W equipment Performing a To perform a restore action proceed as follows restore action In the Management Tree expand the Pring EF Legera OmniBAS node you want and select 192 168 57 14 OmniBAS the Control element 192 168 57 9 OmniBAS QP GbE Part 1 QP GbE Port 2 EE Network In the Management Control Properties window that appears click the Eurie button to update the displayed data Ed Management Control Properties Hak eds jf Arr Temperature System Sa LA Nivea fe a System Version Rel 2 0 0 rc8 Overall Rack Sys Type PtP Set Actual Rack Sys Type PiP Hodem Protection Mode Fair 1 3 Standalone Set 40 Fair 7 4 Standalone Set g 20 S gt Curent 55 2 67 ai i Le Properties i al Reset f Temperature 35 5
166. t 192 168 57 14 OmriBAS the Control element 192 168 57 9 OmniBAS mr GbE Pott 2 CE Network In the Management Control Properties window that appears click the Fi Le Froperies button located in the System group box Ed Management Control Properties Siz o Fee Undate TENI Temperature System as Control UngAtvesho BD System Yersion Rel 2_0_ 0 18 p Overall Rack Sys Type PiP Set Actual Rack Sys Type PIP ee Pair 1 3 a Set 3 Pair 7 4 Standalone Set Current 55 ie sh L Properties e a Reset t Temperature 377 In the VLAN Port tabbed sheet of the L2 Properties window that appears click the Lt button ML Properties VLAN L2 Port VLAN Port MAC Address Bridge DSCP Remark Por Membership L2 Port Ei Leave blank to list all entries Associate VLAN ID Delete Uptoy List Continued on next page page INTRACOM ie aid Pre Le co M Chapter 5 Viewing Lists OmniBAS LCT User Manual Edition 1 0 VLAN Port Membership List Continued Removing VLAN ports continued E In the VLAN Port Membership List window click the Eie button to display the list of all associations between L2 ports and VLANs EE VLAN Port Membership List Sele Update Cancel Ee Clear 9 Save L2 Port Index L2 Port Description VLANID GBE 1 GBE 1 GbE 1 GBE 1 bodem 1 Modern 1 Modem 2 Modem 3 Modem 4 ol Gh a ee et VLAN Pork Membership List request In the VLAN Port Membership Li
167. t Ts Pause Frames 1035450 Tx Control Frames 1039450 al Reset PLP Ethernet performance counters 3 response Continued on next page e g If the time is 12 26 pm and you click the 2 button you will see the performance for the eleven min between 12 15 pm and 12 26 pm If the time is 12 35 pm and you click the C Now button you will see the performance for the five minutes between 12 30 pm and 12 35 pm CP INTRACOM me TELECOM OmniBAS LCT Chapter 6 Monitoring the Performance of an OmniBAS Node User Manual Edition 1 0 Monitoring Ethernet Traffic through Wireless L2 Ports Modem Continued Monitoring ETH traffic Tx Rx counters continued see o aon From the Cumulative Control drop down list select e On in case you want to collect Ethernet statistics over time e Off in case you want to collect real time Ethernet statistics In case you want to e Reset the collected statistics concerning the Ethernet traffic conveying through the selected modem click the H Reset button of the PTP Modem Ethernet Performance Counters tabbed sheet at the bottom right side of the Performance Monitor window e Reset all the collected statistics concerning the selected OmniBAS node click the Pal Reset button in the toolbar of the Performance Monitor window e Save all the collected statistics concerning the selected OmniBAS node in a text file click the Q Jare button in the toolbar of the Performance Monito
168. t VLAN ID VLAN Pri Bits m e A E1 Line 1 00 00 22 22 03 03 100 eee 2 eee ELL g 00 00 22 22 0303 Yes 100 No No No No No No No No hla Delete Del EIL Delete All 00 00 22 22 03 03 100 E1 L 00 00 22 22 03 03 100 ETL 00 00 22 22 03 03 100 ETL 00 00 22 22 03 03 100 E1L Performance Ctrl P 00 00 22 22 03 03 100 E1 Line 8 32 3 00 00 22 22 03 03 100 9 E1 Line 9 32 3 00 00 22 22 03 03 100 in E1 line if re 2 nn nn 97 INNAN a inn 16 PWES TDM Connections A NN NN NN we The selected PWE3 connection s are removed from the OmniBAS node End of procedure Continued on next page CP INTRACOM P TELECOM OmniBAS LCT Chapter 5 Viewing Lists User Manual Edition 1 0 Connections List Continued Attributes The following table describes the attributes of the PWE3 connections displayed description in the Connections List window ECID Ingress Emulated Circuit Identifier for the L2 port side of the Ingress PWE3 TDM connection Value range 1 to 65535 ECID Egress Egress Emulated Circuit Identifier for the L2 port side of the PWE3 TDM connection Value range 1 to 65535 Indicates the E1 line associated with the PWE3 TDM connection No of TS Indicates the number of timeslots associated with the PWE3 connection This number is equal to 32 as all timeslots of the E1 line are used for the creation of the PWE3 TDM connection L2 Port Indicates the L2 port associated with the PWE3 TDM connection The L2 po
169. t 1 click the Interface 16E1 49 GbE Fort 2 element B Interface 16E E4 Management Interface Properties e In the Management Update E Apply E1 Line State Interface Prop erties window that appears Properties click the Eat button PWE Sre MAC Address 00 05 59 12 8 53 E1 Line Clock Selection amp Line 1 e From the E1 Line Clock Selection drop down list select the E1 Line e g E1 Line 1 to be associated with the clock source e Click the Li Apo button to apply the E1 line s selection e In the Management Tree select again the Contro element The Management Control Properties window appears Continued on next page INTRACOM e amp TE LEC o m Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting Monitoring System Synchronization Continued Defining the clock source continued see o an In the Synchronization group box click the corresponding F button to apply the clock source setting synchronisation Operation Mode Normal z Apply Locked Update Glock Souce Priory Out Of Range 1gked Holdover State Interface Card The system succeeds to lock in the selected clock source when Is Locked True i e the system has succeeded in finding an acceptable clock source and has locked to it To verify that the clock source setting is applied click the Update button to refresh the displayed data in the Synchronization group box End of
170. t also the associated remote nodes gt INTRACOM o TELE O M_ OmniBAS LCT Chapter 2 Getting Started User Manual Edition 1 0 2 3 Establishing Connection with an OmniBAS Node Introduction This paragraph provides the following two procedures for connecting the OmniLCT application with an OmniBAS node locally or remotely e Establishing local or remote connection by entering the IP address of the OmniBAS node e Establishing local or remote connection by using the FIND button When both OmniLCT application and OmniBAS node are in the same subnet you can use any of the two procedures But when OmniLCT application and OmniBAS node are in different subnets you can use only the first procedure The default IP address of the outband management interface is 192 168 1 100 Establishing To establish a local or remote connection with an OmniBAS node proceed as local or remote follows connection by een ie i Alternatively when both OmniLCT application and OmniBAS address of the l OmniBAS node node are in the same subnet you can establish local or remote connection with an OmniBAS node by following the procedure provided in par Establishing local or remote connection by using the FIND button on page 13 Double click the OmniLCT exe Sy file to launch the OmniLCT application After launching the application Pring E Legend right click in the blank area of the Management Tree and from the nao a drop down me
171. t appears click the Next button The Select Source screen appears Connection Setup Wizard Select Source Card Fort To select a node from the tree press Select Select lt Back Next gt Cancel Continued on next page CP INTRACOM 7 TELECOM OmniBAS LCT Chapter 3 Configuring OmniBAS System User Manual Edition 1 0 Creating PWE3 TDM Connections through Modem L2 Ports Continued Procedure continued Click the _S eet button The mouse pointer will change to a hand My Use this hand 3 and select the source point of the connection to be created in the Management Tree Management Tree l This point is one of the available E1 lines e g E1 Line 2 of the selected Wy 192 169 57 12 OmniBAS Interface 16E1 element MP 192168579 OmniBAS GP GbE Port 1 QP GbE Port 2 B Interface 16E1 a E1 Line 1 oo El Line 2 ga E1 Line 3 When you select the source point in the Management Tree e g E1 Line 2 the source data are automatically entered in the corresponding fields Card Interface Line and TS of the wizard and the Time Slot Selection window appears LZ Local Craft Terminal C Documents and Settings mkas My Documents OmniBAS 8 9 14 ini m pe Open Save Properties Performance Alarms Connections Management Tree Kl Management E1 Line Properties oy Find Legend 192 168 57 12 OmniBAS MM 192 168 57 9 OmniBAS Connection Setup Wizard EJ E Control lt 4 2 GbE Port 1 Select Sou
172. t corresponds to the OmniBAS 4W subrack R Interface 16E1 DE Network os PTP slot 2 gE OD os FTF slot 3 gE ODU In the OmniBAS System properties window click the ORENG button Es OmniBAS System Bu pdate TEN Network Neighborhood Search for available SWMP WIBAS Fles agents in the subnet amp Find Log on to selected system to receiwe equipment into and traps Ea Connect System Characteristics Description OmniBAS running Linus Object ID 1 3 6 1 4 1 1807 1 2 22 UpTime 50361000 ms 13 hrs 59 min and 21 sec 0000 Contact o ES Name FC Location oC TTC FF Services ome 0 Power Supply Filters and Fan Control Unit Properties Se Continued on next page INTRACOM We aid Pree c om Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring Fan Trays Power Supplies External Alarms Continued Monitoring procedure continued see o an In the Management Fan Tray PSU Properties window that appears click the Eaire button to update all displayed fields Fd Management Fan Tray PSU Properties Fok fe Update SP OnTop Fan Tray gt Power Supply Existence a we 4 PSU Existence g Alarm working a FSU Existence Speed M edium Working 4 Temperature External Alarms UngAveshal 45 Input Output 1 Lower These 35 Input Output 2 Update temperature threshold response The Power Supply group box refers to the power modules of the OmiB
173. t to monitor not only the local OmniBAS node but also the associated remote nodes you must establish an inband connection Cabling To carry out an outband connection of the OmniBAS 4W equipment directly on connection for your PC Laptop a Seat e Use an Ethernet CAT5 cable 8 wires 24 AWG directly on e Connect the one end of the cable to a Fast Ethernet port NMS 10 100 1 or OmniLCT NMS 10 100 2 of the OmniBAS 4W subrack and the other end to the Ethernet port of your PC Laptop NMS NMS 10 100 1 10 100 2 Continued on next page CP INTRACOM Chapter 2 Getting Started OmniBAS LCT User Manual Edition 1 0 Cabling Instructions for Connecting LCT to OmniBAS 4W Continued Cabling connection for outband management through a DCN Cabling connection for inband management To carry out an outband connection of the OmniBAS 4W equipment through an existing LAN e Use an Ethernet CATS cable 8 wires 24 AWG e Connect the one end of the cable to a Fast Ethernet port NMS 10 100 1 or NMS 10 100 2 of the OmniBAS 4W subrack and the other end to an available LAN port NMS NMS 10 100 1 10 100 2 The inband management of an OmniBAS system is carried out through the GbE port ETH 100 1000 1 or ETH 100 1000 2 of the OmniBAS 4W subrack For the GbE connection an Ethernet CAT6 cable 8 wires 24 AWG is used ETH ETH 100 1000 1 100 1000 2 Using inband management you can monitor not only the local OmniBAS node bu
174. te all created VLANs Delete Selected Del Delete All Select VLAN VLAN List response The selected VLAN s are removed from the OmniBAS node End of procedure Continued on next page CP INTRACOM a TELECOM OmniBAS LCT Chapter 5 Viewing Lists User Manual Edition 1 0 VLAN List Continued Selecting a The procedure provided below describes how to select a VLAN from the VLAN VLAN List window The selection of a VLAN could be needed when Creating VLANs VLAN L2Port VLAN Port MAC Address Bridge D VLAN Setting L2 Ports EA L Properties VLAN L2Port VLAN Port MAC Address Bridge DSCP Remark L2 Port L2 Part Leave blank to list all entries ECTE Get Port VianT ype __Se_ am Modif Defauit VID i 2 Default Priority l K SERER es als Port Ingress Check _Reset Stats mr liiska e Setting L2 Bridging JB Mode VLAN L2Port VLAN Port MAC Address Bridge DSCPRemark General Bridge Parameters Management VLAN a Bridging Mode Inband Mgm Address aN Ether Type Ox Inband Mon Net Mask MACAddess e Associating VLANs with L2 Ports VLAN L2Port VLAN Port MAC Address Bridge DSCP Remark Port Membership L2 Port e Leave blank to list all erties Associate VLAN ID lt eo Delete Upto aN List Continued on next page INTRACOM 140 amp Cre Lec Om Chapter 5 Viewing Lists OmniBAS LCT User Manual Edition 1
175. te boundary and the CRC does not match at the last byte boundary FCS Errors Number of received valid size frames with FCS Frame Check Sequence error but no framing errors Single Collision Number of frames involved in a single collision but subsequently Frames are transmitted successfully Multiple Collision Number of frames involved in more than one collision but Frames subsequently are transmitted successfully Deferred Number of transmitted frames deferred for an excessive period Transmissions of time Late Collisions Number of late collisions detected Excessive Number of frames that due to excessive collisions are Collisions discarded Carrier Sense Number of frames transmitted with carrier sense errors This Errors normally occurs as a result of collisions Frame Too Longs Number of received frames that exceed the maximum permitted frame size Internal Mac Number of received packets discarded because of MAC receive Errors sub layer error Symbol Errors Number of symbols received but not correctly decoded Open the Performance Monitor window of an OmniBAS node and click GbE Errors tab gt GbE Errors 1 2 tab Al Opcodes Operational codes contained in MAC Control frames 9 Normal collisions occur during the first 512 bits of frame transmission If a collision occurs after 512 bit times then it is considered an error and called a late collision A late collision is a serious error since it indicates a proble
176. that appears click the Eie button to Ethernet Ethernet Ethernet Ethernet Ethernet Ethernet In case you want to change the settings of an L2 port select the L2 port you want e g Modem 4 click the right mouse button and from the drop down menu select the Select L2 Port option BER Index Description Port VlanT ype Default VID Default Priority prt Ingress Che cceptable Frame Typ ervwrite Default Prior Port Type Ethernet Ethernet Ethernet Ethernet Ethernet Modem 4 Grbdbibtosde Oost 0 Enable l agged And Untaggex Default Priority Ethernet The selected L2 port is displayed in the L2 Port tabbed sheet Priority Mapping Wlan Priority L2 Port 6 Leave blank to list all entries Actions Get Modity Reset Stats ist Stats 1 Stats 2 lll Continued on next page gt INTRACOM Chapter 3 Configuring OmniBAS System OmniBAS LCT User Manual Edition 1 0 Setting L2 Ports Continued Monitoring Modifying L2 ports continued Sep SS SAtion T Click the Get button to retrieve the current attributes of the selected L2 port ML Properties VLAN L2 Port VLAN Port MAC Address Bridge DSCF Remark L2 Port Priority Mapping L2 Port E Leave blank to list all enties EME Get Port VlanType C WYLAN Mode Port Modify DefautVID 1 Default Priority fi Reset Stats Fort Ingress Check Enable Acceptable Frame Type Tagged Only Lists
177. the priority mapping of a wireless L2 port OmniBAS system supports advanced Ethernet QoS functionality at Layer 2 3 of OSI model enabling the traffic prioritization and performing dynamic multicast filtering Ethernet QoS prioritizes network traffic and manages available bandwidth so that the most important traffic packets with higher priority to be forwarded first when network congestion occurs This paragraph describes how to assign e IEEE 802 1 P Q priority in a VLAN packet Layer 2 Note that for the priority to queue mapping OmniBAS system supports four service classes queues 0 highest queue priority 1 2 and 3 lowest queue priority e DSCP Differentiated Services Code Point in an IP packet Layer 3 In the current OmniBAS release 2 0 0 the IEEE 802 1 P Q priority feature is supported only for the wireless L2 ports Also the DSCP priority feature is supported only for the GbE ports To configure the priority mapping table of a wireless L2 port proceed as follows Select the L2 port and retrieve its current attributes by carrying out the procedure described in par Monitoring Modifying L2 ports on page 51 steps 1 to 7 mL Properties VLAN L2 Port WLAN Port MAC Address Bridge DSCP Remark L2 Port Prionty Mapping L2 Port 6 Leave blank to list all entries Actions Get Port VlanT ype E VLAN Mode Fort Modify Default VID 1 E Default Priority fi Reset Stats Port Ingress
178. tinued Identifying the remote modem continued Benoe Modem Through the Remote Modem group box you i Can VIEW Link Status 4 e The IP address of the corresponding remote IP Address 192 168 57 9 modem and its current slot position e g Slot 3 modem located in slot 3 of the 192 168 57 9 OmniBAS node e The link status through the Link Status virtual led When the Link Status Description virtual led is Remote modem reception is Ok Link communication is failed Remote modem Yellow ea reception is not locked Link communication is failed Remote modem Grey status cannot be retrieved End of procedure 122 Chapter 4 Monitoring an OmniBAS Node OmniBAS LCT User Manual Edition 1 0 Monitoring the ODUs Introduction This paragraph describes how to monitor the current status the radio and threshold alarms the capabilities the measurements and the version of an ODU The monitoring of an ODU is performed through the PtP ODU Management Properties window that appears when you select the ODU you want in the Management Tree Monitoring In the PtP ODU Management Properties window click the Status tab In the Status tabbed sheet that appears click the Eaire button to update the displayed data Fa pip opu Management Properties ODU current status Update ce Apply Connected 18459500 19 469 500 U pdated aay Threshold Alarms rs Rad io Alarms i g Operation Status
179. vent A To display the Alarms amp See par Alarms amp Events List Alarms Events Report window Report page 131 Aboi To check the release of the OmniLCT application Hep k gt INTRACOM Chapter 2 Getting Started OmniBAS LCT User Manual Edition 1 0 Elements Representation in Management Tree Management Tree Elements Representation Modems slot numbering gt INTRACOM The elements that constitute a connected OmniBAS node are displayed in the Management Tree A short description of the OmniBAS Management Tree is shown in the following schematic OmniBAS system and its IP address Y 192 168 57 11 OmniBAS Processor Module g Conka Network interfaces 2 x GbE W ils WET Tributary Module providing 16 x E1 ports SET RAI 16x E1 ports PW TDM E1 Line 10 E1 Line 11 ET Line 12 El Line 13 OmniBAS Links oni PTP clot 1 OmniBAS Link with the slot number T of the corresponding Modem ons PTP slot 4 ODU associated with the specific Modem B DDU Through this element you can also monitor the power and fan modules of the OmniBAS 4W subrack An OmniBAS 4W subrack can be equipped with up to four modems The following figure shows the slot numbering of the OmniBAS 4W modems PTP slot 2 PTP slot 4 PTP slot 1 PTP slot 3 An OmniBAS modem is depicted in
180. window contains the toolbar the messages area at the bottom of the window that displays the most current SNMP message trace and the properties and settings related to the selected element Through a Properties window you can e Configure the selected element e Monitor the status of the selected element Properties Depending on the selected element the buttons of the toolbar can vary The window toolbar most common buttons of a Properties window toolbar are described in the Most common following table buttons Button Description _ Update TES gt INTRACOM Pre Le CoM 1 OmniBAS LCT Chapter 2 Getting Started User Manual Edition 1 0 2 5 Disconnecting Deleting an OmniBAS Node Disconnecting To disconnect an OmniBAS node from the OmniLCT application proceed as an OmniBAS follows node Step foto O Management Tree uj In the Management Tree select the top element e g 192 168 57 14 corresponding to the OmniBAS node you want to disconnect right click and from cra the drop down menu select the Disconnect Disconnect option The OmniBAS node is disconnected from the OmniLCT application 2 Control a Network End of procedure Deleting an To remove an OmniBAS node from the Management Tree proceed as follows OmniBAS node Disconnect the OmniBAS node as described in previous par Disconnecting an OmniBAS node Select the top element e g 192 168 57 14 corresponding to re RETE

Setting L2 Ports

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