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3.4.3 Per-NE Configuration Process.............................................................................................................3-17
3.4.4 End-to-End Configuration Process.......................................................................................................3-19

3.5 Configuring 1:1 Linear MSP Services..........................................................................................................3-21

3.5.1 Networking Diagram............................................................................................................................3-21
3.5.2 Signal Flow and Timeslot Allocation...................................................................................................3-21
3.5.3 Per-NE Configuration Process.............................................................................................................3-22
3.5.4 End-to-End Configuration Process.......................................................................................................3-25

3.6 Configuring Two-Fiber Unidirectional MSP Services..................................................................................3-26

3.6.1 Networking Diagram............................................................................................................................3-27
3.6.2 Signal Flow and Timeslot Allocation...................................................................................................3-27
3.6.3 Per-NE Configuration Process.............................................................................................................3-29
3.6.4 End-to-End Configuration Process.......................................................................................................3-35

3.7 Configuring the Two-Fiber Bidirectional MSP Services..............................................................................3-37

3.7.1 Networking Diagram............................................................................................................................3-37
3.7.2 Signal Flow and Timeslot Allocation...................................................................................................3-38
3.7.3 Per-NE Configuration Process.............................................................................................................3-39
3.7.4 End-to-End Configuration Process.......................................................................................................3-42

3.8 Configuring Services on the SNCP Ring......................................................................................................3-44

3.8.1 Networking Diagram............................................................................................................................3-45
3.8.2 Signal Flow and Timeslot Allocation...................................................................................................3-45
3.8.3 Per-NE Configuration Process.............................................................................................................3-46
3.8.4 End-to-End Configuration Process.......................................................................................................3-49

3.9 Configuring Services on the SNCP Ring with a Non-Protection Chain.......................................................3-51

3.9.1 Networking Diagram............................................................................................................................3-52
3.9.2 Signal Flow and Timeslot Allocation...................................................................................................3-53
3.9.3 Per-NE Configuration Process.............................................................................................................3-54
3.9.4 End-to-End Configuration Process.......................................................................................................3-59

3.10 Configuring Service on the MSP Ring with a Non-Protection Chain.........................................................3-61

3.10.1 Networking Diagram..........................................................................................................................3-62
3.10.2 Signal Flow and Timeslot Allocation.................................................................................................3-63
3.10.3 Per-NE Configuration Process...........................................................................................................3-63
3.10.4 End-to-End Configuration Process.....................................................................................................3-66

3.11 Protection Configuration Parameters..........................................................................................................3-68

3.11.1 SNCP Configuration..........................................................................................................................3-68
3.11.2 Configuring the Multiplex Section Protection...................................................................................3-69

4 Configuring Ethernet Services................................................................................................4-1

4.1 Service Types..................................................................................................................................................4-3
4.2 Basic Concepts................................................................................................................................................4-7

4.2.1 Formats of Ethernet Frames...................................................................................................................4-8
4.2.2 Internal Ports and External Ports..........................................................................................................4-11
4.2.3 Auto-Negotiation..................................................................................................................................4-11
4.2.4 Flow Control........................................................................................................................................4-13

OptiX OSN 550 Multi-Service CPE Optical Transmission
System
Configuration Guide

Contents

Issue 02 (2011-06-30)

Huawei Proprietary and Confidential

Copyright © Huawei Technologies Co., Ltd.

vii

Summary of Contents for OptiX OSN 550

Page 1: ...OptiX OSN 550 Multi Service CPE Optical Transmission System V100R003C00 Configuration Guide Issue 02 Date 2011 06 30 HUAWEI TECHNOLOGIES CO LTD ...

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Page 3: ...be within the purchase scope or the usage scope Unless otherwise specified in the contract all statements information and recommendations in this document are provided AS IS without warranties guarantees or representations of any kind either express or implied The information in this document is subject to change without notice Every effort has been made in the preparation of this document to ensu...

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Page 5: ...entions The symbols that may be found in this document are defined as follows Symbol Description DANGER Indicates a hazard with a high level of risk which if not avoided will result in death or serious injury WARNING Indicates a hazard with a medium or low level of risk which if not avoided could result in minor or moderate injury CAUTION Indicates a potentially hazardous situation which if not av...

Page 6: ...History Updates between document issues are cumulative Therefore the latest document issue contains all updates made in previous issues Changes in Issue 02 2011 06 30 Based on Product Version V100R003C00 This document is the second issue for product version V100R003C00 The updates in this issue are described as follows l Related contents are updated based on the mapping NMS GUIs Changes in Issue 0...

Page 7: ...orkbench 1 15 1 2 6 2 Main Topology 1 15 1 2 6 3 NE Explorer 1 17 1 2 6 4 Clock View 1 18 1 2 6 5 NE Panel 1 19 1 2 6 6 Browse Alarm 1 19 1 2 6 7 Browse Event 1 19 1 2 6 8 Browse Performance Window 1 20 2 Creating the Network 2 1 2 1 Creating NEs 2 3 2 1 1 Creating a Single NE 2 3 2 1 2 Creating NEs in Batches 2 5 2 2 Configuring the NE Data 2 6 2 2 1 Configuring the NE Data Manually 2 6 2 2 2 Rep...

Page 8: ...e Calls 2 34 2 10 Configuring the Broadcast Data Service 2 36 2 11 Configuring the F1 Data Service 2 37 2 12 Orderwire Configuration Parameters 2 37 2 12 1 Configuring Orderwire Phones 2 37 2 12 2 Configuring F1 Data Interfaces 2 39 2 12 3 Configuring Broadcast Data Interfaces 2 40 3 Configuring SDH Services 3 1 3 1 Basic Concepts 3 3 3 2 Configuring Services on the Non Protection Chain 3 4 3 2 1 ...

Page 9: ...iguration Process 3 46 3 8 4 End to End Configuration Process 3 49 3 9 Configuring Services on the SNCP Ring with a Non Protection Chain 3 51 3 9 1 Networking Diagram 3 52 3 9 2 Signal Flow and Timeslot Allocation 3 53 3 9 3 Per NE Configuration Process 3 54 3 9 4 End to End Configuration Process 3 59 3 10 Configuring Service on the MSP Ring with a Non Protection Chain 3 61 3 10 1 Networking Diagr...

Page 10: ...low and Timeslot Allocation 4 61 4 6 3 Configuration Process 4 63 4 7 Configuring VCTRUNK Shared EVPL VLAN Services 4 72 4 7 1 Networking Diagram 4 73 4 7 2 Signal Flow and Timeslot Allocation 4 74 4 7 3 Configuration Process 4 75 4 8 Configuring EPLAN Services IEEE 802 1d Bridge 4 83 4 8 1 Networking Diagram 4 83 4 8 2 Signal Flow and Timeslot Allocation 4 84 4 8 3 Configuration Process 4 86 4 9 ...

Page 11: ...difying the Service Configuration Data 5 9 5 4 1 Modifying SDH Services 5 9 5 4 2 Deleting SDH Services 5 11 5 4 3 Deleting Ethernet Private Line Services 5 11 5 4 4 Deleting EPLAN Services 5 12 5 4 5 Deleting EVPLAN Services 5 13 5 5 Modifying the Protection Subnet 5 13 5 5 1 Deleting Protection Subnets 5 14 5 5 2 Changing the Values of Protection Subnet Parameters 5 14 6 Equipment Information 6 ...

Page 12: ...6 7 26 Service Type EPL Service 7 28 7 27 Encapsulation Format of P Port Network Attributes 7 28 7 28 C VLAN and S VLAN 7 30 7 29 VLAN ID For Creation of Ethernet Virtual Private Lines 7 31 7 30 Bridge Learning Mode Ethernet LAN Service 7 31 7 31 MEP ID Ethernet OAM 7 32 7 32 Maintenance Point Type Ethernet OAM 7 33 7 33 CC Status Ethernet OAM 7 34 7 34 Test Result LB and LT Test 7 34 7 35 Respond...

Page 13: ...ring Ethernet Link Aggregation 7 58 7 68 Protocol Enabled Spanning Tree 7 59 7 69 Protocol Type Spanning Tree Protocol 7 59 7 70 Priority Bridge Parameters 7 60 7 71 Max Age s 7 61 7 72 Hello Time s Spanning Tree 7 61 7 73 Forward Delay s Spanning Tree 7 62 7 74 TxHoldCount per second Spanning Tree 7 63 7 75 Root Path Cost 7 63 7 76 Hold Count Spanning Tree 7 64 7 77 Port ID 7 64 7 78 Designated P...

Page 14: ...put Mode When 2M Output Synchronous Source Is Invalid 7 89 7 113 External Clock Output Mode 7 90 7 114 External Clock Output Timeslot 7 91 7 115 External Source Output Threshold 7 92 7 116 2M Phase Locked Source Fail Condition 7 94 7 117 2M Phase Locked Source Fail Action 7 95 7 118 Clock Source Threshold 7 96 7 119 AIS Alarm Generated 7 97 7 120 B1 BER Threshold Crossing Generated 7 98 7 121 B2 E...

Page 15: ...12 L A 17 A 13 M A 18 A 14 N A 20 A 15 O A 21 A 16 P A 22 A 17 Q A 24 A 18 R A 24 A 19 S A 26 A 20 T A 29 A 21 U A 30 A 22 V A 31 A 23 W A 31 OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide Contents Issue 02 2011 06 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd xiii ...

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Page 17: ...king diagram of the services on the SNCP ring 3 45 Figure 3 14 Signal flow and timeslot allocation 3 46 Figure 3 15 Networking diagram of the services on the SNCP ring with a non protection chain 3 53 Figure 3 16 Signal flow and timeslot allocation 3 54 Figure 3 17 Networking diagram of the services on the two fiber bidirectional MSP ring with a non protection chain 3 62 Figure 3 18 Signal flow an...

Page 18: ...gnal flow and timeslot allocation 4 61 Figure 4 28 Networking diagram for configuring VCTRUNK shared EVPL VLAN services 4 73 Figure 4 29 Signal flow and timeslot allocation 4 74 Figure 4 30 Networking diagram for configuring EPLAN services IEEE 802 1d bridge 4 84 Figure 4 31 Signal flow of and timeslot allocation 4 84 Figure 4 32 Networking diagram for configuring EVPLAN services IEEE 802 1q bridg...

Page 19: ...Table 4 4 Tag types defined by using the TPID 4 9 Table 4 5 Processing mode of data frames on ports with different tags 4 18 Table 4 6 Transparent Bridge and Virtual Bridge 4 20 Table 4 7 Types of bridges supported by the Ethernet boards 4 21 Table 4 8 Flow of configuring EPL services 4 24 Table 4 9 Flow of configuring EVPL services 4 26 Table 4 10 Flow of configuring EPLAN services 4 28 Table 4 1...

Page 20: ...ibutes of an Ethernet port 4 134 Table 4 40 Parameters for configuring the tag attributes of an Ethernet port 4 137 Table 4 41 Parameters for configuring the encapsulation and mapping of an Ethernet port 4 138 Table 4 42 Parameters for bound path 4 139 Table 4 43 Parameters for configuring Ethernet private line services 4 141 Table 4 44 Parameters for configuring Ethernet private network services ...

Page 21: ...trictly observing the following procedure in order not to affect other users that are operating the U2000 1 2 Main Windows and Common Operations of the U2000 This topic describes the main windows of the U2000 client Learning the main windows helps you to locate the entrances to operations quickly which increased your operation efficiency OptiX OSN 550 Multi Service CPE Optical Transmission System ...

Page 22: ... U2000 Server When the U2000 server is managing the system normally do not perform this operation In special circumstances for example when modifying the system time of the computer where the U2000 resides or when upgrading the version you can use the System Monitor Client to shut down the U2000 server 1 1 1 Starting the U2000 Server For network management first start theU2000 server and then star...

Page 23: ...000 Client Before shutting down the U2000 server you must exit the U2000 client Prerequisite The U2000 client must be started normally Procedure Step 1 Choose File Exit from the main menu Step 2 Click OK in the confirmation dialog box NOTE If the layout of the view is changed and not saved the Confirm dialog box appears asking you whether to save the changes After you confirm the dialog box automa...

Page 24: ...n windows helps you to locate the entrances to operations quickly which increased your operation efficiency 1 2 1 Components of the Client GUI This topic describes the components of the client GUI 1 2 2 Key GUI Components The key U2000 GUI components are as follows 1 2 3 Frequently Used Buttons The frequently used buttons on the U2000 GUI are as follows 1 2 4 Shortcut Icon This topic describes the...

Page 25: ... and Help In the topology window the menu bar also provides the Edit and View menu items Toolbar The toolbar provides the shortcut icons for major operation tasks The shortcut icons are as follows l Accesses the favorites folder l Deregister your account l Displays in full screen l Browse Current Alarm l Log Out OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 1 Gett...

Page 26: ...e information Displays the current position of the cursor l Connection information Displays the name and IP address of the server l Login user Displays the name of the login user l Connection duration Displays the duration of the connection between the client and the server l Login mode Displays the login mode It can be single user mode and multi user mode l Operation prompt Displays the result of...

Page 27: ... Tree Dialog box 1 2 3 Frequently Used Buttons The frequently used buttons on the U2000 GUI are as follows OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 1 Getting Started Issue 02 2011 06 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 1 7 ...

Page 28: ...ts from the NE Imposes the current settings Displays the latest result s Exports the selected scheduled tasks to the browser of the operating system for printing Saves selected data to the specified file Makes the current setting effective and closes the dialog box Cancels the current setting and closes the dialog box 1 Getting Started OptiX OSN 550 Multi Service CPE Optical Transmission System Co...

Page 29: ... the correlative information Sets the correlative condition 1 2 4 Shortcut Icon This topic describes the shortcut icons on the Main Topology You can customize the toolbar so that only the frequently used buttons are displayed on the toolbar To customize the toolbar right click the toolbar and choose a menu item from the shortcut menu Button Name Description Favorites Folder Adds the commonly used ...

Page 30: ...figuration policy before the policy is deployed on devices Deploy Policy Deploys a policy to the selected devices or device groups Undeploy Policy Undeploys all the policies in the current policy package from the selected devices and clear the related commands deployed on these devices Discover Policy Policy auditing is to audit the policy configuration differences between the NMS and device so as...

Page 31: ...list box Creat Link Creates a link in the Main Topology Print Prints the current Main Topology Up Returns to the previous level Zoom out Zooms out the Main Topology Zoom in Zooms in the Main Topology Zoom in Partially Zooms in an area selected in the Main Topology View Move Moves the Main Topology When you click this icon the Main Topology can be moved When you click the icon again the Main Topolo...

Page 32: ... Synchronize Current Alarms Synchronizes the current alarms of an NE Browse Current ALarms Browses the current alarms of an NE Clear ALarm Indication Clears the current alarm indications of an NE Refresh NE Panel Status Refreshes the NE panel status to make the NE panel display the latest data Verify Configuration Verifies the configuration data During the verification two risky operation prompts ...

Page 33: ...s if the cursor is in the list box Ctrl F Searches resources such as the NEs subnets cards frames interfaces and VLANs in basic and rapid modes by pressing Ctrl F in all views Ctrl A Selects all NEs or selects all contents in the list If the cursor is in the view press Ctrl A to select all NEs If the cursor is in the list box press Ctrl A to select all contents in the list Ctrl C Quickly copies th...

Page 34: ... Tree that makes the operations easy To display the configuration window for an object the user can just select the object and then choose a desired function in the Function Tree 1 2 6 4 Clock View The Clock View provides a visible platform to enable NE clock settings networkwide clock synchronization status query and clock tracing and search functions supports the synchronous Ethernet clock SDH c...

Page 35: ... of the workbench in the background picture of the workbench and press F1 to view the Help 1 2 6 2 Main Topology This topic describes the items in the Main Topology All topology management functions can be accessed through the Main Topology in These functions include creating topological objects subnets searching for the existing equipment in the network You can search view create set and manage s...

Page 36: ...Click the button you can perform a simple task quickly For example exit NM lock terminal log out NMS user management stop the current alarm sound browse alarm NE explorer creating connections browse performance window 1 Getting Started OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 1 16 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd Issue ...

Page 37: ...connections browsing fibers cables configuring the NE data browse performance window and so on 9 Views the name which is set by the current U2000 client and views the IP address of the current U2000 server 10 Views user name of the logged in U2000 user currently 11 Filter Tree and Legend In this area you can set the display types of the objects in a view and view the descriptions of legends in the...

Page 38: ...iority of the traceable clock The Clock View displays the line clock source numbers only Internal and tributary clock sources are also numbered but they are not displayed in the Clock View l The arrow direction in the Clock View indicates the clock tracing direction For example if NE2 points to NE3 it indicates that NE3 traces the clock information transmitted from NE2 and that NE3 traces the prim...

Page 39: ...isplayed in boldface and the slot ID of the slave slot is grayed out l In the NE panel when you click the processing board that is accompanied by an interface board the slot ID of this interface board is displayed in orange Click the icon on the toolbar to view the legends of the boards and ports on the right of the Slot Layout To select an operation related to an installed board right click the i...

Page 40: ... performance data UAT events and performance threshold crossings GUI Choose Performance Browse SDH Performance from the main menu 1 Getting Started OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 1 20 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd Issue 02 2011 06 30 ...

Page 41: ...ard parameters Before configuring the boards in actual networking you need to check board parameters and ensure that the board parameters meet the requirements of actual networking 2 4 Creating Fibers You can create fibers serial port cables extended ECC and virtual fibers by using the U2000 2 5 Creating a Topology Subnet To facilitate network management you can assign the topology objects in the ...

Page 42: ... services between the monitoring host and the environment monitors you need to configure the broadcast data services of NE1 NE4 2 11 Configuring the F1 Data Service The F1 data service is transparently transmitted in the point to point mode by using the F1 byte 2 12 Orderwire Configuration Parameters The equipment supports various orderwire management which involves orderwire phones and F1 data in...

Page 43: ...he gateway NE according to the IP address of the gateway NE the network segment to which the IP address of the gateway NE belongs or the NSAP addresses of the NEs This method is quicker and more accurate than manual creation 2 1 1 Creating a Single NE After an NE is created you can use the U2000 to manage the NE Creating a single NE is not as quick and accurate as creating NEs in batches But you c...

Page 44: ... NE User and Password NOTE The default NE user is root and the default password is password Step 8 Optional If you need not deliver the NE configuration data from the U2000 to the NE select the NE Preconfiguration check box and set NE Software Version NOTE Do not deliver the NE preconfiguration data from the U2000 to the NE if the freconfiguration data is inconsistent with the actual configuration...

Page 45: ... of the gateway NE the network segment to which the IP address of the gateway NE belongs or the NSAP addresses of the NEs This method is quicker and more accurate than manual creation Prerequisite l You must be an NM user with NE administrator authority or higher l The U2000 must communicate with the gateway NE normally l The NE Explorer instance of the NEs must be created Procedure Step 1 Choose ...

Page 46: ...7 Click OK End Follow up Procedure If you fail to log in to the created NE the possible causes are listed as follows l The password for the NE user is incorrect In this case enter the correct password for the NE user l The NE user is invalid Change to use a valid NE user 2 2 Configuring the NE Data After an NE is created you need to configure the data of the NE on the U2000 Otherwise the U2000 sti...

Page 47: ...6 Optional Click Query Logical Information to query the logical boards of the NE Step 7 Optional Click Query Physical Information to query the physical boards of the NE NOTE The Query Logical Information and Query Physical Information operations cannot be performed for a preconfigured NE Step 8 Right click the slot to which you need to add a board Click Next Then the Send Configuration window is d...

Page 48: ...is displayed indicating that the replication operation copies all the data of the source NE NOTE After the NE data is replicated only the data on the U2000 is changed but the data on the equipment is not changed Step 4 Click OK Then the Confirm dialog box is displayed indicating that the replication operation results in the loss of the original data of the NE to which the data is replicated Step 5...

Page 49: ...ensure that the board parameters meet the requirements of actual networking Procedure Step 1 Select the corresponding navigation path and check the related board parameters 1 Check the SDH board parameters For the SDH board parameters see Table 2 1 Table 2 1 SDH board parameters Boar d Type Paramet er Navigation Path Application Scenario SDH Laser Switch a In the NE Explorer select a board b Choos...

Page 50: ...t this parameter to non loopback l Inloop When input service signals reach the tributary board of the target NE the signals revert to the original trail This function is used to locate faults of each service path l Outloop When input service signals reach the tributary board through the input port of the local NE the signals are looped back directly to the service output end Service Load Indicatio...

Page 51: ...with NEs through the Ethernet port or serial port The NEs can also communicate with each other through the extended ECC Depending on the communication mode different types of communication cables can be created on the U2000 2 4 1 Creating Fibers Automatically By using the fiber search feature you can check whether a specified optical interface is connected to a fiber Then you can quickly create a ...

Page 52: ...ing fiber refer to Step 5 and delete the conflicting fiber before creating fibers l During the fiber creation if all the selected fibers are in Already created state the system displays the message No fiber to create Step 5 Select one or more conflicting fibers namely the fibers of which the Conflict with logical link Y N parameter is set to Yes in the Misconnected Fibers Cable list from the Logic...

Page 53: ...c fiber search and SDH trail management functions are independent of each other l The source and sink ports of the virtual fibers must be SDH ports On the source and sink ports there must be two physical fibers that are connected to the WDM or PTN equipment l The virtual fibers do not support the expansion function Procedure Step 1 Right click in the blank area of the Main Topology and choose New ...

Page 54: ...ep 1 Right click in the blank area of the Main Topology and choose New Subnet from the shortcut menu Step 2 Click the Property tab in the Create Physical Subnet dialog box Set the attributes of the subnet Step 3 Click the Select Objects tab Select the created NEs or subnet from the Available Objects column Click to add the selected objects to the Selected Objects column NOTE The information about ...

Page 55: ... NM user with network maintainer authority or higher Procedure Step 1 Choose Service SDH Protection Subnet Create Unprotected Chain from the Main Menu Then the Create Protection Subnet dialog box is displayed Step 2 Enter the name of the protection subnet Generally enter the default name for example NP_Chain_1 Step 3 Select the capacity level of the protection subnet for example STM 4 Step 4 Optio...

Page 56: ...t check this check box l Select the Assigned by VC4 option when there are different VC4s belonging to different protection subnets to achieve virtual optical path protection Step 5 Select the nodes that belong to the protection subnet that needs to be created Double click the selected NE in the Main Topology to add the NE to the NE list on the left In addition is displayed on the NE icon If you ne...

Page 57: ... Service SDH Protection Subnet Create 2f_MS_DPRing from the Main Menu l The following part provides an example of configuring a common two fiber bidirectional MS shared protection ring Step 2 Enter the name of the protection subnet Generally the default name is used for example 2f_MS_SPRing_1 Step 3 Select the capacity level of the protection subnet for example STM 4 NOTE Create a two fiber bidire...

Page 58: ...he parameters such as Physical Link Information in the window NOTE l If there are multiple fibers between two NEs select the required links from the Physical Link Information drop down list l If Assigned by VC4 is selected you can Select the working and protection VC 4 timeslots according to the requirement Step 8 Click Finish to deliver the configuration data Then the Operation Result dialog box ...

Page 59: ...t Create 1 1 linear MSP from the Main Menu Then the Create Protection Subnet window is displayed NOTE To create the M N linear MS protection choose Service SDH Protection Subnet Create M N Linear MSP from the Main Menu Then the corresponding window is displayed In the case of the M N linear MS protection scheme set the number of working links to N M indicates the number of protection links and can...

Page 60: ...the receive end or transmit end is faulty Step 5 Select the nodes that belong to the protection subnet that needs to be created Double click the selected NE in the Main Topology to add the NE to the NE list on the left In addition is displayed on the NE icon If you need to cancel the selection double click the NE again Step 6 Click Next Set Physical Link Information of Working Link and Protection ...

Page 61: ...e NEs on the network 2 7 2 Configuring the Clock Source Protection On a complicated clock network you need to configure the clock protection for all the NEs After you set the clock source and specify the clock priority level for the NEs you can enable the standard SSM or extended SSM protocol to prevent the NEs from tracing an incorrect clock source 2 7 1 Configuring the NE Clock Source Before con...

Page 62: ...esh the clock trace relation Click OK If Disable Prompting Next Time is selected the Prompt dialog box is not displayed even if the clock trace relation changes End 2 7 2 Configuring the Clock Source Protection On a complicated clock network you need to configure the clock protection for all the NEs After you set the clock source and specify the clock priority level for the NEs you can enable the ...

Page 63: ...s the output mode output timeslot and output threshold of the external clock source 2 8 2 Configuring Clock Protection and Restoration You need to configure necessary protection for the clock so that the NE can be synchronized normally 2 8 3 Clock Quality and Status Management You can manage the quality and status of a clock to ensure the stability and precision of the clock source that is current...

Page 64: ...s Source Is Invalid to display the detailed information Output Impedance of External Clock Source 1 For example 120 ohms The NE can provide two clocks for external outputs You need to specify the output impedance of external clock 1 Output Impedance of External Clock Source 2 For example 120 ohms The NE can provide two clocks for external outputs You need to specify the output impedance of externa...

Page 65: ... are used for configuring the 2M phase locked source attributes of an external clock Table 2 4 Parameters for configuring the 2M phase locked source attributes of an external clock Field Value Range Description 2M Phase Locked Source Number For example NE 9 5595 2M phase locked source 1 Displays the number of the external clock source output of the NE External Clock Output Switch Open Close Specif...

Page 66: ...rior to G 811 Clock Signal Default value Threshold Disabled The External Source Output Threshold parameter is used to set the output quality threshold of the external clock source When the output quality of the external clock source is inferior to the threshold the action specified for 2M phase locked source failure is invoked to control the external clock source output You can click 7 115 Externa...

Page 67: ...o that the NE can be synchronized normally Table 2 5 lists the parameters that are used for configuring clock protection and restoration Table 2 5 Parameters used for configuring clock protection and restoration Field Value Range Description NE Name For example NE 9 5595 Displays the name of the NE Higher Priority Clock Source Reversion Mode Non Revertive Auto Revertive Default value Auto Revertiv...

Page 68: ... during the specific period of time This specific period of time is called the WTR time of the clock source You can click 7 123 Clock Source WTR Time to display the detailed information Clock Source For example Internal Clock Source Displays the name of the clock source AIS Alarm Generated Yes No Default value No The AIS Alarm Generated parameter is used to specify whether an AIS alarm is a condit...

Page 69: ...e is faulty By default this parameter is set to yes and cannot be changed CV Threshold Crossing Generated Yes No Sets the switching condition enable status When CV threshold crossing occurs in the NE the NE thinks that the corresponding clock source fails CV Threshold Displays the CV threshold B2 EXC Alarm Generated Yes No Default value No The B2 EXC Alarm Generated parameter is used to specify wh...

Page 70: ...ality and status of a clock to ensure the stability and precision of the clock source that is currently traced Table 2 6 lists the parameters that are used for managing the quality and status of a clock Table 2 6 Parameter description clock synchronization status Field Value Range Description NE Name For example NE 9 5595 Displays the name of the NE NE Clock Working Mode Normal Mode Holdover Mode ...

Page 71: ...information and certain switching protocols the automatic protection switching of the synchronization clock can be realized in the synchronous network You can click 7 126 S1 Byte Synchronization Quality Information to display the detailed information S1 Byte Clock Synchronous Source For example Internal Clock Source Displays the clock source that is traced by the clock of the current NE This param...

Page 72: ...8 Data Output Method in Holdover Mode to display the detailed information 2 8 4 Retiming Management This topic describes the parameters that are used for setting the retiming clock source and the retiming mode Table 2 7 lists the parameters that are used for retiming Table 2 7 Parameters used for retiming Field Value Range Description Retiming Mode Normal Retiming Mode of Tributary Clock Retiming ...

Page 73: ...nce personnel can use in the case of emergencies 2 9 1 Configuring the Orderwire The orderwire provides a dedicated communication channel that the network maintenance personnel can use in the case of emergencies You can configure the orderwire after configuring the NEs and boards on the U2000 Prerequisite You must be an NM user with network operator authority or higher Procedure Step 1 In the NE E...

Page 74: ... of the two orderwire numbers must be the same If the length of the subnet number is 2 the first two digits of the two orderwire numbers must be the same Step 4 Click Apply A dialog box is displayed indicating that the operation is successful Step 5 Click Close End 2 9 2 Configuring the Conference Calls The conference calls ensure one or more dedicated communication channels that the network maint...

Page 75: ...6 Click Close Step 7 Click the General tab Set the Conference Call number NOTE The conference call numbers for all the NEs must be the same and must have the same length as the corresponding orderwire phone numbers If the orderwire phone number has four digits it is recommended that you set the conference call number to 9999 Step 8 Click Apply End Example You can follow the sample configuration to...

Page 76: ... the environment monitors you need to configure the broadcast data services of NE1 NE4 Prerequisite l The 2 Creating the Network task must be completed l Understand the signal flow and timeslot allocation Precautions CAUTION When you configure the broadcast data ports ensure that the broadcast data ports do not form a loop Certain optical ports cannot be configured as the broadcast data ports Proc...

Page 77: ...rameters of an NE Step 4 Back up the configuration data of the NEs For details see Backing Up the NE Database to the SCB Board End 2 12 Orderwire Configuration Parameters The equipment supports various orderwire management which involves orderwire phones and F1 data interfaces 2 12 1 Configuring Orderwire Phones This topic describes the parameters that are used for configuring orderwire phones 2 1...

Page 78: ...Call to display the detailed information Phone 1 Phone 2 Phone 3 100 99999999 NOTE OptiX OSN 550 equipment only supports Phone 1 The Phone parameter specifies the phone numbers of orderwire addressing calls An addressing call refers to a point to point call Specifies the phone numbers of up to three orderwire phones supported by the overheads Certain equipment supports one orderwire phone only In ...

Page 79: ...or configuring F1 data interfaces Table 2 9 Parameters for configuring F1 data interfaces Field Value Range Description No 1 88 The No F1 Data Port parameter specifies the numbers of the F1 data ports that have the same direction You can click 7 106 No F1 Data Port to display the detailed information Data Channel 1 The Data Channel F1 Data Port parameter specifies the uplink and downlink ports tha...

Page 80: ...dcast data interfaces Table 2 10 list the parameters that are used for configuring broadcast data interfaces Table 2 10 Parameters for configuring broadcast data interfaces Field Value Range Description Overhead Byte SERIAL1 SERIAL2 SERIAL3 SERIAL4 Default value SERIAL1 The Overhead Byte Broadcast Data Port parameter specifies the number of the overhead bytes which are used to transmit orderwire b...

Page 81: ...ter specifies the source of the orderwire broadcast data service You can click 7 110 Broadcast Data Source Broadcast Data Port to display the detailed information Broadcast Data Sink SERIALx Bid BidType PortID Default value The Broadcast Data Sink Broadcast Data Port parameter specifies the sink of the orderwire broadcast data service You can click 7 111 Broadcast Data Sink Broadcast Data Port to ...

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Page 83: ...n normal cases and selects services from the protection path when the working path becomes faulty 3 5 Configuring 1 1 Linear MSP Services In the case of the 1 1 linear MSP services are transmitted on the working path and the sink NE receives the services from the working path in normal cases When the working path becomes faulty the services are switched to the protection path for transmission and ...

Page 84: ...ut first configuring the protection subnet To configure the services on the non protection chain you can configure the services only after the protection subnet is created 3 10 Configuring Service on the MSP Ring with a Non Protection Chain Configure the protection subnet for the MSP Protection Subnet for the non protection chain and services on the MSP ring with a non protection chain separately ...

Page 85: ...er shared MSP ring you need to use two fibers In each fiber one half of channels are used as working timeslots and the other half of channels are used as protection timeslots For example in the case of an STM 4 service VC 4s numbered 1 to 2 are used as working timeslots and VC 4s numbered 3 to 4 are used as protection timeslots When VC 4s numbered 1 to 2 is abnormal or faulty the service is switch...

Page 86: ...rom the tributary board to the line board on the source and sink NEs if the protection subnet is already created 3 2 4 End to End Configuration Process The configuration of services on a non protection chain is independent of the creation of the protection subnet To configure the services on the non protection chain configure the SDH services from the tributary board to the line board on the sourc...

Page 87: ...n configure the SDH services from the tributary board to the line board on the source and sink NEs if the protection subnet is already created Prerequisite l The physical topology of the network must be created l The NEs boards and fibers must be created on the U2000 l The created protection subnet must be consistent with the actual network topology For details about how to create the protection s...

Page 88: ...xample five E1 services are configured between NE 1 and NE2 Hence the service sink occupies VC 12s 1 5 Activate Immediately Yes Step 2 Refer to Step 1 and configure SDH services on the sink NE NE2 Set the parameters as follows Parameter Value in This Example Description Level VC12 In this example E1 services are configured Hence Level of the E1 services is set to VC12 Direction Bidirectional In th...

Page 89: ... 2 4 End to End Configuration Process The configuration of services on a non protection chain is independent of the creation of the protection subnet To configure the services on the non protection chain configure the SDH services from the tributary board to the line board on the source and sink NEs if the protection subnet is already created Prerequisite l The physical network topology must be se...

Page 90: ...fter Creation and click Apply Click Close in the Operation Result dialog box indicating that the operation succeeded Then the Copy dialog box is displayed 5 In Available Timeslots Port select the ports from NE1 Slot3 SP3D 2 SDH_TU 2 to NE2 Slot3 SP3D 5 SDH_TU 5 and click Add 6 In the Operation Result dialog box indicating that the operation succeeded click Close 7 Optional In the Operation Result ...

Page 91: ...o End Configuration Process The configuration of the services on the non protection ring is not related to the configuration of the protection subnet To configure the services on the non protection ring configure the SDH services from the tributary board to the line board on the source and sink NEs and the pass through services on the intermediate NEs if the protection subnet is already created 3 ...

Page 92: ...2 NE3 3 3 3 Per NE Configuration Process The configuration of the services on the non protection ring is not related to the configuration of the protection subnet To configure the services on the non protection ring configure the SDH services from the tributary board to the line board on the source and sink NEs and the pass through services on the intermediate NEs if the protection subnet is alrea...

Page 93: ...ge e g 1 3 6 1 5 In this example five E1 services are configured between NE1 and NE3 Hence the service source occupies VC 12s 1 5 Sink Slot 1 SL1D 1 SDH 1 In this example the SL1D board in slot 1 of NE1 is configured as the sink line board See Figure 3 4 Sink VC4 VC4 1 The timeslots where the service sink is located belong to the first VC 4 VC4 1 Sink Timeslot Range e g 1 3 6 1 5 In this example f...

Page 94: ...ly Yes Step 3 Configure pass through services on NE2 1 Select NE2 in the NE Explorer and then choose Configuration SDH Service Configuration from the Function Tree 2 Click Create on the lower right pane to display the Create SDH Service dialog box Set the parameters that are required and then click OK Parameter Value in This Example Description Level VC12 In this example E1 services are configured...

Page 95: ...evant Task If the services are configured incorrectly and need to be deleted see Deleting SDH Services 3 3 4 End to End Configuration Process The configuration of the services on the non protection ring is not related to the configuration of the protection subnet To configure the services on the non protection ring configure the SDH services from the tributary board to the line board on the source...

Page 96: ...d and Tributary Port Click OK 3 Double click the sink NE NE3 on the right of the main topology Configure NE2 in the same manner 4 Select Copy after Creation and click Apply In the Operation Result dialog box that is displayed click Close Then the Copy dialog box is displayed 5 In Available Timeslots Port select the ports from NE1 Slot3 SP3D 2 SDH_TU 2 to NE3 Slot3 SP3D 5 SDH_TU 5 and click Add 6 I...

Page 97: ...Process This topic describes how to configure the 1 1 linear MSP services 3 4 4 End to End Configuration Process This topic describes how to configure the 11 1 linear MSP services 3 4 1 Networking Diagram The networking diagram of the point to point 1 1 linear MSP services is simple Two NEs are connected with two pairs of optical fibers As shown in Figure 3 5 the SP3D boards are used on NE1 and NE...

Page 98: ...mitted on the working path and protection path at the same time Then the services are dropped from the sink NE NE1 which selects the services from the working path When the working path from NE1 to NE2 becomes faulty in the case of dual ended switching the signal flow is as follows l Traffic direction from NE1 to NE2 NE1 NE2 Services are added to the source NE NE1 and are transmitted on the workin...

Page 99: ...C12 In this example E1 services are configured Hence Level of the E1 services is set to VC12 Direction Bidirectiona l In this example services are transmitted and received over the same path That is the services are bidirectional services Hence Direction of the services is set to Bidirectional Source Slot 3 SP3D In this example the SP3D board in slot 3 is configured as the source tributary board f...

Page 100: ...Slot 1 SL1D 1 SDH 1 In this example the SL1D board in slot 1 is configured as the source line board See Figure 3 6 Source VC4 VC4 1 In this example the service requires five VC 12s Source VC4 is set to VC4 1 because a VC 4 contains 63 VC 12s Source Timeslot Range e g 1 3 6 1 5 The total capacity of the services is 5xE1 according to the plan Hence Source Timeslot Range e g 1 3 6 is set to 1 5 Sink ...

Page 101: ...e 2 6 4 Creating a Linear MS Protection Subnet l The operator must understand the information provided in 3 4 2 Signal Flow and Timeslot Allocation Procedure Step 1 Choose Service SDH Trail Create SDH Trail from the Main Menu Step 2 Create the VC 4 service layer trail 1 Configure the parameters as follows Set Level to VC4 Server Trail The other parameters take default values 2 Double click the sou...

Page 102: ...r state l Ensure that the protection protocol is disabled 1 Choose Service SDH Protection Subnet Maintenance SDH Protection Subnet from the Main Menu to display the SDH Protection Subnet Common Attributes window 2 Select the created linear MSP group In the Protection Subnet Maintenance tab select all nodes right click and choose Start Stop Protocol Stop from the shortcut menu 3 Click the Protectio...

Page 103: ...describes how to configure 1 1 linear MSP services in an end to end manner 3 5 1 Networking Diagram The networking diagram of the point to point 1 1 linear LSP services is simple Two NEs are connected with two pairs of optical fibers As shown in Figure 3 7 the SP3D boards are used on NE1 and NE2 as tributary boards to add and drop services and the SL1D boards are used on NE1 and NE2 as line boards...

Page 104: ...ervice services are transmitted on the working path and protection path at the same time The sink NE selects the services from the working path l In the case of the 1 1 linear MSP service services are transmitted only on the working path Services are switched to the protection path for transmission only when the working path becomes faulty Figure 3 8 Signal flow and timeslot allocation of the 1 1 ...

Page 105: ...nal services Hence Direction of the services is set to Bidirectional Source Slot 3 SP3D In this example the SP3D board in slot 3 is configured as the source tributary board for the bidirectional services from NE1 to NE2 See Figure 3 8 Source VC4 Source Timeslot Range e g 1 3 6 1 5 The total capacity of the service is 5xE1 according to the plan Hence Source Timeslot Range e g 1 3 6 is set to 1 5 Si...

Page 106: ... SP3D In this example the SP3D board in slot 3 is configured as the sink tributary board for the bidirectional services from NE1 to NE2 See Figure 3 8 Sink VC4 Sink Timeslot Range e g 1 3 6 1 5 The total capacity of the services is 5xE1 according to the plan Hence Sink Timeslot Range e g 1 3 6 is set to 1 5 Activate Immediately Yes Step 3 Check whether the services are configured correctly For det...

Page 107: ...s 2 Double click the source NE NE1 and sink NE NE2 on the right of the main topology and click Apply In the Operation Result dialog box indicating that the operation succeeded click Close 3 Optional In the Operation Result dialog box indicating that the operation succeeded click Browse Trail to query the created VC4 service layer trail Step 3 Create VC12 services 1 In Create SDH Trail configure th...

Page 108: ...rs SD Condition Revertive Mode and Switching Mode 4 Click Apply Then click Close in the Operation Result dialog box indicating that the operation succeeded 5 After the parameters are modified restart the protection protocol according to Step 4 2 Step 5 Check whether the service configuration is correct For details see Verifying the Correctness of the SDH Service Configuration Step 6 Enable the per...

Page 109: ...the SP3D boards are used on NE1 and NE3 as tributary boards to add and drop services and the SL1D boards are used as line boards to transmit SDH services Figure 3 9 Networking diagram of the services on the two fiber unidirectional MSP ring NE1 NE2 NE4 NE3 Two fiber unidirectional MSP ring 1 SL1D 1 1 SL1D 2 1 SL1D 2 1 SL1D 1 1 SL1D 2 1 SL1D 1 1 SL1D 2 1 SL1D 1 3 SP3D 1 SL1D 1 1 SL1D 2 Tributary bo...

Page 110: ...ices from NE3 to NE1 are not affected and the traffic direction is NE3 NE4 NE1 The difference between the two fiber unidirectional MSP service and the two fiber bidirectional MSP service is as follows l The two fiber unidirectional MSP service uses the diverse routes whereas the two fiber bidirectional MSP service uses the uniform route l In the case of the two fiber unidirectional MSP service dif...

Page 111: ...wo fiber unidirectional MSP service Prerequisite l The physical topology of the network must be created l The NEs boards and fibers must be created on the U2000 l The created protection subnet must be consistent with the actual network topology For details about how to create the protection subnet see 2 6 3 Creating an MS Ring Protection Subnet l You must be familiar with the information about 3 6...

Page 112: ... See Figure 3 10 Sink VC4 VC4 1 In this example the services require five VC 12s Sink VC4 is set to VC4 1 because a VC 4 contains 63 VC 12s Sink Timeslot Range e g 1 3 6 1 5 The total capacity of the services is 5xE1 according to the plan Hence Sink Timeslot Range e g 1 3 6 is set to 1 5 Activate Immediately Yes 2 Configure unidirectional pass through services on NE2 Click and select NE2 from the ...

Page 113: ...s Sink Timeslot Range e g 1 3 6 1 5 The total capacity of the services is 5xE1 according to the plan Hence Sink Timeslot Range e g 1 3 6 is set to 1 5 Activate Immediately Yes 3 Configure SDH services on the sink NE NE3 Click and select NE2 from the displayed NE Navigator Click OK Parameter Value in This Example Description Level VC12 In this example E1 services are configured Hence Level of the E...

Page 114: ...rvices from NE3 to NE1 refer to Step 1 1 Configure SDH services on the source NE NE3 Parameter Value in This Example Description Level VC12 In this example E1 services are configured Hence Level of the E1 services is set to VC12 Direction Unidirection al In this example the services are transmitted and received on different paths That is the services are unidirectional services Hence Direction of ...

Page 115: ...aths That is the services are unidirectional services Hence Direction of the services is set to Unidirectional Source Slot 1 SL1D 2 SDH 2 In this example the SL1D board in slot 1 is configured as the source line board See Figure 3 10 Source VC4 VC4 1 In this example the services require five VC 12s Source VC4 is set to VC4 1 because a VC 4 contains 63 VC 12s Source Timeslot Range e g 1 3 6 1 5 The...

Page 116: ... VC4 1 In this example the service requires five VC 12s Source VC4 is set to VC4 1 because a VC 4 contains 63 VC 12s Source Timeslot Range e g 1 3 6 1 5 The total capacity of the services is 5xE1 according to the plan Hence Source Timeslot Range e g 1 3 6 is set to 1 5 Sink VC4 3 SP3D In this example the SP3D board in slot 3 is configured as the sink tributary board for the unidirectional services...

Page 117: ...n Background Information In end to end mode configuration of two fiber unidirectional MSP services is similar to configuration of two fiber bidirectional MSP services The only difference is that you set Direction to Unidirectional for two fiber unidirectional MSP services and set Direction to Bidirectional for two fiber bidirectional MSP services Procedure Step 1 Choose Service SDH Trail Create SD...

Page 118: ...tion Result dialog box is displayed to indicate that the operation is successful click Close 7 Optional If the Operation Result dialog box is displayed to indicate that the operation is successful you can also click Browse Trail to query the created VC12 services Step 4 Optional Change WTR Time and SD Condition NOTE Parameter settings of the sink NE must be the same as those of the source NE 1 Cho...

Page 119: ...ubnet To configure the two fiber bidirectional MSP service if the protection subnet is configured configure the SDH services from the tributary board to the line board on the source and sink NEs and configure the pass through services on the intermediate NEs 3 7 4 End to End Configuration Process The configuration of two fiber bidirectional MSP services is independent of the configuration of a pro...

Page 120: ... pass through the intermediate nodes and to be dropped from the sink NE if the MSP protection subnet is already created In the case of the ring network more than one route is available from the source NE to the sink NE In actual application scenarios not all the routes need to be configured Hence you need to properly plan and configure the service directions and timeslots before the configuration ...

Page 121: ...k NEs and configure the pass through services on the intermediate NEs Prerequisite l The physical topology of the network must be created l The NEs boards and fibers must be created on the U2000 l The created protection subnet must be consistent with the actual network topology For details about how to create the protection subnet see 2 6 3 Creating an MS Ring Protection Subnet l You must be famil...

Page 122: ...different sink boards depending on the actual situation Sink VC4 VC4 1 In this example the services require five VC 12s Sink VC4 is set to VC4 1 because a VC 4 contains 63 VC 12s Sink Timeslot Range e g 1 3 6 1 5 In this example the total capacity of the services is 5xE1 according to the plan The service level is VC12 Hence Sink Timeslot Range e g 1 3 6 is set to 1 5 See Figure 3 12 Activate Immed...

Page 123: ...meslot Range e g 1 3 6 is set to 1 5 See Figure 3 12 Activate Immediately Yes Step 3 Configure the pass through services of NE2 1 In the NE Explorer select NE2 and then choose Communication SDH Service Configuration from the Function Tree 2 Click Create on the lower right pane to display the Create SDH Service dialog box Set the parameters that are required and then click OK Parameter Value in Thi...

Page 124: ... configured correctly For details see Verifying the Correctness of the SDH Service Configuration Step 5 Enable the performance monitoring function of the NEs For details see Setting Performance Monitoring Parameters of an NE Step 6 Back up the configuration data of the NEs For details see Backing Up the NE Database to the SCB Board End Relevant Task If the services are configured incorrectly and t...

Page 125: ...in Menu Step 2 Create the VC 4 service layer trail 1 Configure the parameters as follows Set Level to VC4 Server Trail The other parameters take default values 2 Double click the source NE NE1 and sink NE NE3 on the right of the main topology and click Apply In the Operation Result dialog box that is displayed click Close 3 Optional In the Operation Result dialog box that is displayed you can also...

Page 126: ...g services and protection services separately 3 8 1 Networking Diagram The creation of an SNCP ring network is similar to the creation of an MSP ring network For example the MSP and SNCP rings are constructed based on two fibers and their services must pass through the intermediate nodes for transmission from the source NE to the sink NE The difference is that the SNCP protection and SNCP services...

Page 127: ...1 SL1D 1 1 SL1D 2 Tributary board Line board Line board NE1 3 SP3D 1 SL1D 1 1 SL1D 2 Tributary board Line board Line board NE3 1 SL1D 2 1 SL1D 1 Line board Line board NE2 1 SL1D 1 1 SL1D 2 Line board Line board NE4 3 8 2 Signal Flow and Timeslot Allocation Similar to the service configuration of an MSP ring you need to plan proper traffic directions before configuring the services on an SNCP ring ...

Page 128: ...on the SNCP ring are configured on the U2000 at a time To configure the SNCP services on the source and sink NEs you need to determine the source boards and timeslots for the working service and protection service In addition you need to configure the pass through service on the intermediate nodes Prerequisite l The physical topology of the network must be created l The NEs boards and fibers must ...

Page 129: ...the switching restoration occurs This parameter is valid only when the Revertive Mode parameter is set to Revertive Working Service Source Slot 1 SL1D 1 SDH 1 In this example the SL1D board in slot 1 is configured as the source line board of the working service See Figure 3 14 You can select different source boards depending on the actual situation Source VC4 VC4 1 In this example the working serv...

Page 130: ... the SDH services of NE3 are the same as the method and parameters for configuring the SDH services of NE1 Step 3 Configure the pass through services of NE2 1 In the NE Explorer select NE2 and then choose Communication SDH Service Configuration from the Function Tree 2 Click Create on the lower right pane to display the Create SDH Service dialog box Set the parameters that are required and then cl...

Page 131: ...ers for configuring the pass through services of NE4 are the same as the method and parameters for configuring the pass through services of NE2 Step 5 Check whether the services are configured correctly For details see Verifying the Correctness of the SDH Service Configuration Step 6 Enable the performance monitoring function of the NEs For details see Setting Performance Monitoring Parameters of ...

Page 132: ... via NE2 3 Click Apply Then click Close in the Operation Result dialog box indicating that the operation succeeded 4 Optional In the Operation Result dialog box indicating that the operation succeeded click Browse Trail to query the created VC4 server trail Step 3 Set up a protection VC4 server trail using the same method as setting up a VC4 server trail During the setup of a protection VC4 server...

Page 133: ...ick Browse Trail to query the created VC12 services Step 5 Optional After configuring SNCP services in an end to end manner you can browse the created VC4 server trails and VC12 services by choosing Service SDH Trail Manage SDH Trail from the Main Menu and specifying the filter conditions Step 6 Check whether the service configuration is correct For details see Verifying the Correctness of the SDH...

Page 134: ...ing services on an SNCP ring with a non protection chain familiarize yourself with the information about the source slot sink slot and their corresponding timeslots of the working service and protection service on the source and sink NEs on the SNCP ring You also need to configure pass through services on the intersecting NE The following part describes how to configure services on an SNCP ring wi...

Page 135: ... allocate timeslots for the source slot of the working service and timeslots for the source slot of the protection service when allocating timeslots for source slots Figure 3 16 shows the signal flow of the services on the SNCP ring with a non protection chain and the timeslot allocation to the services on the SNCP ring with a non protection chain In this example five E1 services are configured be...

Page 136: ...he SNCP ring with a non protection chain familiarize yourself with the information about the source slot sink slot and their corresponding timeslots of the working service and protection service on the source and sink NEs on the SNCP ring You need to configure the pass through services on the intersecting NE Prerequisite l The physical topology of the network must be created l The NEs boards and f...

Page 137: ...t 1 of NE3 is configured as the source line board of the working service See Figure 3 16 Source VC4 VC4 1 In this example the working service source uses the timeslots of VC4 1 Source Timeslot Range e g 1 3 6 1 5 In this example five E1 services are configured between NE3 and NE5 Hence the working service source occupies VC 12s 1 5 Sink Slot 3 SP3D In this example the SP3D board in slot 3 of NE3 i...

Page 138: ...s restored from the switching state to the normal state some time after the working path is recovered to normal Direction Bidirection al In this example the cross connections are configured in the SNCP receive direction and in the SNCP transmit direction Hold Off Time 100ms 0 It is recommended that this parameter adopts the default value WTR Time s 600 After the working path is recovered to normal...

Page 139: ... this example five E1 services are configured between NE3 and NE5 Hence the protection service source occupies VC 12s 1 5 Step 3 Configure the pass through services of NE2 1 In the NE Explorer click and then select NE2 Click OK 2 Choose Configuration SDH Service Configuration from the Function Tree 3 Click Create on the lower right pane to display the Create SDH Service dialog box Set the paramete...

Page 140: ...ure the services on the non protection chain at NE5 1 In the NE Explorer click and then select NE5 Click OK 2 Choose Configuration SDH Service Configuration from the Function Tree 3 Click Create on the lower right pane to display the Create SDHP Service dialog box Set the parameters that are required and then click OK Parameter Value in This Example Description Level VC12 In this example E1 servic...

Page 141: ...Process Before configuring services on an SNCP ring with a non protection chain familiarize yourself with the information about the source slot sink slot and their corresponding timeslots of the working service and protection service on the source and sink NEs on the SNCP ring You also need to configure pass through services on the intersecting NE The following part describes how to configure serv...

Page 142: ...area and then choose Add from the shortcut menu In the Add Explicit Node dialog box that is displayed set Type and What for configuring the pass through node NE2 and then click OK Step 3 Create a VC 4 server trail without a protection chain 1 In Create SDH Tail configure the parameters as follows Set Level to VC4 Server Trail and take default values for other parameters 2 Double click NE4 and NE5 ...

Page 143: ...etails see Setting Performance Monitoring Parameters of an NE Step 7 Back up the configuration data of the NEs For details see Backing Up the NE Database to the SCB Board End Relevant Task To delete any service that is incorrectly configured see Deleting SDH Services 3 10 Configuring Service on the MSP Ring with a Non Protection Chain Configure the protection subnet for the MSP Protection Subnet f...

Page 144: ...in the networking diagram of the MSP ring is similar to the networking diagram of the single two fiber bidirectional MSP ring The only difference is that one line board needs to be configured on the intersecting NE when the non protection chain is added This can realize the pass through of the services when the services are required to be transmitted out of the MSP ring Figure 3 17 shows the netwo...

Page 145: ...igure 3 18 Signal flow and timeslot allocation NE1 NE2 VC4 1 1 5 VC12 VC4 1 1 5 VC12 MSP ring 5 E1 5 E1 NE4 NE5 Non protection chain NE3 NE4 线路板 Traffic direction of the MSP ring Line board Tributary board Traffic direction of the non protection chain NE3 1 SL4D 1 1 SL4D 2 2 SL1D 1 3 SP3D 1 SL4D 2 1 SL4D 1 1 SL4D 1 1 SL4D 2 2 SL1D 1 3 SP3D 1 SL4D 2 1 SL4D 1 1 SL4D 1 Line board Tributary board 3 SP...

Page 146: ...on Bidirectiona l In this example the services are transmitted and received on the same path That is the services are Bidirectional services Source Slot 3 SP3D In this example the SP3D board in slot 3 of NE3 is configured as the source tributary board See Figure 3 18 Source VC4 Source Timeslot Range e g 1 3 6 1 5 In this example five E1 services are configured between NE3 and NE5 Hence the service...

Page 147: ... services are configured between NE3 and NE5 Hence the service sink occupies VC 12s 1 5 Activate Immediately Yes Step 3 Configure the pass through services of NE4 1 In the NE Explorer select NE4 and then choose Communication SDH Service Configuration from the Function Tree 2 Click Create on the lower right pane to display the Create SDH Service dialog box Set the parameters that are required and t...

Page 148: ...s For details see Backing Up the NE Database to the SCB Board End Relevant Task If the services are configured incorrectly and thus need to be deleted see Deleting SDH Services 3 10 4 End to End Configuration Process The configuration of services on a two fiber bidirectional MSP ring with a non protection chain is independent of the creation of protection subnets for the MSP and for the non protec...

Page 149: ...iated parameters as follows Set Level to VC12 and take default values for other parameters 2 Double click the NE3 on the right of the Main Topology The Select Board Port Source dialog box is displayed Select the required PDH board and Tributary Port and then click OK 3 Configure NE5 using the method described in Step 2 2 4 Select Copy after Creation and click Apply In the Operation Result dialog b...

Page 150: ... 1 SNCP Configuration You need to set the necessary parameters when configuring the SNCP for an NE Table 3 1 lists the parameters for configuring the SNCP Table 3 1 Parameters for configuring the SNCP Field Value Description Service Type SNCP Specifies the type of the new SNCP service Revertive Mode Non Revertive Revertive Default Non revertive Specifies whether the services can be switched from t...

Page 151: ...d Example 3 SP3D Displays the slot ID board name port number and port name at the sink end Source VC4 Example VC4 1 Specifies the VC 4 timeslot at the source end One VC 4 timeslot can contain a maximum of 63 VC 12 timeslots Sink VC4 Specifies the VC 4 timeslot at the sink end Source Timeslot Range eg 1 3 6 Example 1 5 Specifies the timeslot range at the source end 3 11 2 Configuring the Multiplex ...

Page 152: ...not supported Indicates the new capacity level of a protection subnetwork The new capacity level of a protection subnetwork must be the same as the transmission rate of the line boards that form the protection subnetwork CAUTION When selecting an incorrect capacity level you fail to create a protection subnetwork Resource Sharing Resource sharing indicates that two protection subnetworks can share...

Page 153: ... example 1 SL1Q 1 SDH 1 1 SL1Q 2 SDH 1 Displays the line board resource used by the fiber link VC4 For example 1 to 4 If Assigned by VC4 is selected in Step 1 you can specify the VC 4 resource used by the protection subnetwork in Step 2 Subnet Name For example Two fiber bidirectional multiplex section shared protection ring_1 Displays the name of the protection subnetwork Subnet Type 2f_MS SPRing ...

Page 154: ...arameter specifies the switching mode of the linear MSP You can click 7 130 Switching Mode MSP to display the detailed information 3 Configuring SDH Services OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 3 72 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd Issue 02 2011 06 30 ...

Page 155: ...g EPL Services on an Ethernet Transparent Transmission Board EPL services provide the point to point Ethernet transparent transmission solution with the bandwidth exclusively occupied EPL services are applicable when the communication equipment that is used to access the client side data in the transmission network does not support VLANs or when the VLAN planning must be kept secret to the network...

Page 156: ...ment connected to the transmission network does not support VLANs or where the VLAN planning is open to the network operator 4 10 Configuring EVPLAN Services IEEE 802 1ad Bridge The QinQ technology provides a cheap and easy solution for Layer 2 virtual private networks VPNs The IEEE 802 1ad bridge uses the QinQ technology to provide the VPN solution thus facilitating the identifying differentiatin...

Page 157: ... User B2 Port1 Port2 VCTRUNK1 VCTRUNK2 Port1 Port2 The corresponding relations between the PORTs namely external ports and the VCTRUNKs are listed in Table 4 1 Table 4 1 Corresponding relations between the external ports and the VCTRUNKs EPL services NE1 NE2 User A1 PORT1 VCTRUNK1 VCTRUNK1 PORT1 User A2 User B1 PORT2 VCTRUNK2 VCTRUNK2 PORT2 User B2 EVPL Services In the case of EVPL services servic...

Page 158: ...1 PORT1 User C2 PORT1 VCTRUNK2 VCTRUNK2 PORT2 User C3 l VCTRUNK shared EVPL services Ethernet boards support the convergence and distribution of EVPL services by using the following modes VLAN tag based convergence and distribution of EVPL services QinQ technology based convergence and distribution of EVPL services As shown in Figure 4 3 the services of different users are isolated by using the VL...

Page 159: ...eed to learn the MAC addresses and forward data according to MAC addresses Therefore Layer 2 switching is realized As shown in Figure 4 4 three branches of user F need to communicate with each other On NE1 the IEEE 802 1d bridge is established to achieve EPLAN services The IEEE 802 1d bridge can create the MAC address based forwarding table which is periodically updated by using the self learning ...

Page 160: ...RUNK2 VLAN 100 IEEE 802 1q bridge PORT6 VCTRUNK1 VCTRUNK2 VLAN 200 IEEE 802 1q bridge VCTRUNK As shown in Figure 4 6 the VoIP services from user M and the HSI services from user N need to respectively access the VoIP server and the HSI server In this case the operator needs to separately groom the VoIP services and HSI services and isolate the data on the transmission network side On NE1 the IEEE ...

Page 161: ...tocols define different formats of the Ethernet frames which contain different VLAN information 4 2 2 Internal Ports and External Ports External ports on Ethernet boards are used to access the services on the user side Internal ports on Ethernet boards are used to encapsulate and map the services to the transmission network for transparent transmission 4 2 3 Auto Negotiation The auto negotiation f...

Page 162: ... 8 Bridge A bridge is a functional unit that is used to implement the interconnection between two or more LANs 4 2 1 Formats of Ethernet Frames To implement the VLAN and QinQ functions the IEEE 802 1q and IEEE 802 1ad protocols define different formats of the Ethernet frames which contain different VLAN information To implement the VLAN function the IEEE 802 1q protocol defines the Ethernet frame ...

Page 163: ...pport The four byte S VLAN or C VLAN field is divided into two sub fields the tag protocol ID TPID and the tag control Information TCI Both the TPID and TCI consist of two bytes See Figure 4 8 Figure 4 8 Positions of the TPID and TCI in the frame structure C VLAN S VLAN 2 2 2 2 TPID TPID TCI TCI 6 bytes 6 bytes 2 bytes 4 bytes Destination MAC Address Length Type Data FCS Check Character Source MAC...

Page 164: ...is that the TCI of the S TAG contains the drop eligible DE indication and works with the priority code point PCP to indicate the priority of the S TAG frame The TCI structures of the C TAG and S TAG are shown in Figure 4 9 and Figure 4 10 Figure 4 9 TCI structure of the C TAG Octets Bits PCP CFI VID 1 2 8 6 5 4 1 8 1 VID The TCI field of the C TAG consists of the following bytes l PCP three bits l...

Page 165: ...iation function allows the network equipment to send information of its supported working mode to the opposite end on the network and to receive the corresponding information that the opposite end may transfer The working modes of the interconnected ports on the equipment at both ends must be the same Otherwise the services are affected If the working mode of the port on the opposite equipment is ...

Page 166: ...to as the NLP sequence equipment that fails to respond to the FLP burst sequence by returning only the NLP sequence is treated as the 100BASE T compatible equipment The first pulse in an FLP burst is defined as a clock pulse Clock pulses within an FLP burst occur at intervals of 125 us Data pulses occur in the middle of two adjacent clock pulses The positive pulse represents logic 1 and the absenc...

Page 167: ...ss the received PAUSE frames l Enable symmetric flow control The port can transmit PAUSE frames and process the received PAUSE frames l Enable symmetric dissymmetric flow control The port has the following abilities Transmits and processes PAUSE frames Transmits PAUSE frames but cannot process the received PAUSE frames Processes the received PAUSE frames but cannot transmit PAUSE frames l Disable ...

Page 168: ...Destination address 01 80 C2 00 00 01 multicast address l Source address MAC address of the source port l Type Length 88 08 MAC control frame l MAC control code 00 01 PAUSE frame l MAC control parameter pause time two bytes Figure 4 14 Structure of the PAUSE frame 01 80 C2 00 00 01 XX XX XX XX XX XX 88 08 00 01 XX XX Reserved Destination address 6 octets 6 octets Source address Type Length 2 octet...

Page 169: ...f you directly map the Ethernet service data into a standard VC container there is a great waste of the transmission bandwidth To solve the problem use the virtual concatenation technology to concatenate many standard VC containers to a large VC container that adapts to the rate of the Ethernet service The concatenation is defined in ITU T G 707 and contains contiguous concatenation and virtual co...

Page 170: ...urce carries the MFI information The sink end combines the frames with the same MFI into the C n Xv MFI includes MFI 1 and MFI 2 MFI 1 is transmitted by bits 5 8 of the H4 byte and ranges from 0 to 15 MFI 2 is transmitted by the two frames of which the MFI 1 is 0 and 1 in the multiframe Bits 1 4 of the H4 bytes of the two frames indicate the higher four bits and lower four bits of the MFI 2 respec...

Page 171: ... every 32 multiframes one multiframe comprising four VC 12s are extracted to form a 32 bit character string to express the frame count and sequence indicator Bits 1 5 of the string express the frame count whose value range is between 0 and 31 structure formed by 32 multiframes has 128 frames Hence the resulting overall multiframe is 4096 frames with the period of 512 ms Bits 6 11 of the string exp...

Page 172: ...fault VLAN ID the data frames are transparently transmitted NOTE The tag setting is valid only when the following conditions are met l Port Type of the port is set to PE or UNI l The entry detection function is enabled When the Ethernet switching board works in the Ethernet transparent transmission state and when the entry detection function is disabled the port transparently transmits the receive...

Page 173: ...unt multiple PORTs and VCTRUNKs to the same VB Figure 4 16 shows the relations between VBs LPs PORTs and VCTRUNKs Figure 4 16 Relations between VBs LPs PORTs and VCTRUNKs PORT1 VB1 LP3 LP6 LP2 LP5 LP4 LP1 VB2 LP3 LP6 LP2 LP5 LP4 LP1 VCTRUNK5 VCTRUNK4 VCTRUNK6 VCTRUNK3 VCTRUNK2 VCTRUNK1 Ethernet Switching Board PORT2 PORT3 PORT4 PORT5 PORT6 Transparent Bridge and Virtual Bridge l The services of di...

Page 174: ...tual Bridge VLAN filtering table It is not configured It must be configured Ingress filter Does not check the validity of VLAN tags All data frames that enter the bridge are valid Check the validity of VLAN tags If the VLAN ID is not the same as the VLAN ID defined in the VLAN filtering table discard the data frame MAC address learning mode SVL IVL Data frame forwarding mode Query the MAC address ...

Page 175: ...ridge does not check the contents of the VLAN tags that are in the data frames but performs Layer 2 switching according to the destination MAC addresses of the data frames l IEEE 802 1q bridge The IEEE 802 1q bridge supports data isolation by using one layer of VLAN tags This bridge checks the contents of the VLAN tags that are in the data frames and performs Layer 2 switching according to the des...

Page 176: ...can be set by using the U2000 l A limited number of MAC addresses can be learnt at a time Hub Spoke Generally the central station and non central stations can access each other but the non central stations cannot access each other in the case of convergence services Therefore the ports mounted to the bridge need to be defined as Hub or Spoke ports l Hub port Hub ports can access each other Hub por...

Page 177: ...ent quality levels you need to adopt the corresponding QoS scheme 4 3 1 Flow of Configuring EPL Services The EPL services feature simplicity transparent transmission and dedicated bandwidth The configuration flow differs depending on whether Ethernet transparent transmission boards or Ethernet switching boards are configured Ethernet transparent transmission boards or Ethernet switching boards can...

Page 178: ...ble 4 8 Flow of configuring EPL services Step Operation Remarks 1 Configuring External Ports on Ethernet Boards Required When an NE accesses Ethernet services through the external ports on the Ethernet board you need to configure the attributes of the external ports so that the external ports can work with the data communication equipment on the client side thus ensuring the normal accessing of th...

Page 179: ... Ethernet services are created test the service continuity 6 Setting Performance Monitoring Parameters of an NE Required Enable the performance monitoring function for a specific NE Then you can obtain detailed performance records during the operation process of this NE These records can be used for monitoring and analyzing the running status of this NE 7 Backing Up the NE Database to the SCB Boar...

Page 180: ...marks 1 Configuring External Ports on Ethernet Boards Required When an NE accesses Ethernet services through the external ports on the Ethernet board you need to configure the attributes of the external ports so that the external ports can work with the data communication equipment on the client side thus ensuring the normal accessing of the Ethernet services 4 Configuring Ethernet Services OptiX ...

Page 181: ...e configured with different quality levels you need to adopt the corresponding QoS scheme 6 Testing Ethernet Service Channels Required After the Ethernet services are created test the service continuity 7 Setting Performance Monitoring Parameters of an NE Required Enable the performance monitoring function for a specific NE Then you can obtain detailed performance records during the operation proc...

Page 182: ...iguring EPLAN services Step Operation Remarks 1 Configuring External Ports on Ethernet Boards Required When an NE accesses Ethernet services through the external ports on the Ethernet board you need to configure the attributes of the external ports so that the external ports can work with the data communication equipment on the client side thus ensuring the normal accessing of the Ethernet service...

Page 183: ...ons between the bound paths and the line board thus ensuring that the Ethernet services are transmitted in specified timeslots over the transmission line 6 Configuring the Layer 2 switching feature l Creating MAC Address Entries l Modifying Aging Time of MAC Addresses l Configuring the Spanning Tree Optional l You can manually specify the port for forwarding the MAC frames to create the VLAN unica...

Page 184: ...s powered off 4 3 4 Flow of Configuring EVPLAN Services EVPLAN services of different users need to share the bandwidth Hence the VLAN ID or other schemes need to be used for differentiating the services of different users If the services of different users need to be configured with different quality levels you need to adopt the corresponding QoS scheme The Ethernet switching boards are required f...

Page 185: ...e attribute of mounted ports Configure the QoS End 8 5 Create cross connections 6 Configure the Layer 2 switching feature 7 Check service continuity Enable NE performance monitoring Back up NE configuration data 9 10 11 OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 4 Configuring Ethernet Services Issue 02 2011 06 30 Huawei Proprietary and Confidential Copyright Hu...

Page 186: ... need to create the bridge and set the attributes of the bridge and the port mounted to the bridge 4 Creating VLANs Filtering Required In the case of Ethernet LAN services when the type of the bridge is IEEE 802 1q or IEEE 802 1ad the VLAN filtering table needs to be created for the bridge if VLANs are used to isolate the data of different users 5 Modify Hub Spoke attribute of mounted ports Option...

Page 187: ...different quality levels you need to adopt the corresponding QoS scheme 9 Testing Ethernet Service Channels Required After the Ethernet services are created test the service continuity 10 Setting Performance Monitoring Parameters of an NE Required Enable the performance monitoring function for a specific NE Then you can obtain detailed performance records during the operation process of this NE Th...

Page 188: ...re located at NE1 and NE3 need to communicate with each other over Ethernet A 10 Mbit s bandwidth is required l The two branches of user B that are located at NE1 and NE3 need to communicate with each other over Ethernet A 20 Mbit s bandwidth is required l The services of user A must be isolated from the services of user B l The Ethernet equipment of user A and user B provides 100 Mbit s Ethernet ...

Page 189: ... 5 PORT1 NE3 User A2 VCTRUNK1 VC4 4 VC12 1 10 PORT1 User B2 VC4 1 VC12 6 15 VC4 1 VC12 1 5 3 EGT1 PORT1 PORT1 User A1 User B1 NE2 4 EGT1 3 EGT1 4 EGT1 l The EPL services of user A Occupy the first to fifth VC 12 timeslots of the first VC 4 VC4 1 VC12 1 5 on the SDH link between NE1 and NE3 and pass through NE2 Are added and dropped by using the first to fifth VC 12 timeslots of the fourth VC 4 VC4...

Page 190: ...onfiguring EPL Services Background Information By default EPL service connections from external ports to internal ports are already created for Ethernet transparent transmission boards The EPL service connections can be queried on the U2000 but cannot be created modified or deleted on the U2000 If the Ethernet transparent transmission boards in the actual application scenarios are different from t...

Page 191: ... Frame Length PORT1 1522 Generally this parameter adopts the default value 1522 MAC Loopba ck PORT1 Non Loopback The MAC loopback setting is used for fault diagnosis In this example MAC Loopback is set to Non Loopback PHY Loopba ck PORT1 Non Loopback The PHY loopback setting is used for fault diagnosis In this example PHY Loopback is set to Non Loopback 2 Set the attributes of the internal ports V...

Page 192: ...is parameter is valid and adopts the default value Set Inverse Value for CRC of the VCTRUNKs on the Ethernet boards of the interconnected equipment at both ends must be set to the same value l Click the Bound Path tab Click the Configuration button Set the following parameters in the Bound Path Configuration dialog box that is displayed Then click Apply User Parameter Value in This Example Descrip...

Page 193: ...ed by the service between user B1 and user B2 Avai lable Bou nd Path s Lev el VC12 xv The service between user B1 and user B2 uses a 20 Mbit s bandwidth Hence 10 VC 12s need to be bound For the method of computing the bound timeslots based on the service bandwidth see 6 3 Ethernet Service Bandwidths Carried by VCTRUNKs of Ethernet Boards Ser vice Dir ecti on Bidirection al The service between user...

Page 194: ...rvice Source Slot 3 EGT1 1 SDH 1 When you create a bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of the Ethernet board as the source slot Source VC4 VC4 4 The value range of Source VC4 is consistent with the value range of Available Resources which is set for the paths bound with VCTRUNK1 In the case of VCTRUNK1 the value of Available Reso...

Page 195: ... bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of the Ethernet board as the source slot Source VC4 VC4 4 The value range of Source VC4 is consistent with the value range of Available Resources which is set for the paths bound with VCTRUNK1 In the case of VCTRUNK1 the value of Available Resources is VC4 4 Source Timeslot Range e g 1 3 6 1 1...

Page 196: ...iguration from the Function Tree 3 Click Create on the lower right pane to display the Create SDH Service dialog box Set the parameters as follows Parameter Value in This Example Description Level VC12 The SDH service of NE1 which passes through NE2 is at the VC 12 level Service Direction Bidirectional As shown in Figure 4 23 the SDH service from NE1 to NE2 is a bidirectional service Source Slot 5...

Page 197: ...meters of an NE Step 6 Back up the configuration data of the NEs For details see Backing Up the NE Database to the SCB Board End Relevant Task If the services are configured incorrectly and thus need to be deleted see 5 4 3 Deleting Ethernet Private Line Services 4 5 Configuring EPL Services on an Ethernet Switching Board EPL services provide the point to point Ethernet transparent transmission so...

Page 198: ...follows l The two branches of user A that are located at NE1 and NE3 need to communicate with each other over Ethernet A 10 Mbit s bandwidth is required l The two branches of user B that are located at NE1 and NE3 need to communicate with each other over Ethernet A 20 Mbit s bandwidth is required l The services of user A must be isolated from the services of user B l The Ethernet equipment of user...

Page 199: ... VC4 4 VC12 6 15 PORT2 User B2 VC4 1 VC12 6 15 VC4 1 VC12 1 5 EFS8 EFS8 PORT1 PORT2 User A1 User B1 NE2 l The EPL services of user A Occupy the first to fifth VC 12 timeslots of the first VC 4 VC4 1 VC12 1 5 on the SDH link between NE1 and NE3 and pass through NE2 Are added and dropped by using the first to fifth VC 12 timeslots of the fourth VC 4 VC4 4 VC12 1 5 on the EFS8 board of NE1 and the fi...

Page 200: ...sabled Disabled Disabled Disabled Port Type UNI UNI UNI UNI Table 4 16 Parameters of the EPL services Parameter EPL Services of User A EPL Services of User B Board EFS8 Service Type EPL Service Direction Bidirectional Source Port PORT1 PORT2 Source C VLAN e g 1 3 6 Null Null Sink Port VCTRUNK1 VCTRUNK2 Sink C VLAN e g 1 3 6 Null Null 4 5 3 Configuration Process This topic describes the process of ...

Page 201: ...etting the parameters click Apply Parame ter Value in This Example Description Enabled Disable d PORT1 Enabled PORT2 Enabled PORT1 is used by the service of user A1 PORT2 is used by the service of user B1 In this example Enabled Disabled is set to Enabled for PORT1 and PORT2 Workin g Mode PORT1 Auto Negotiation PORT2 Auto Negotiation In this example the Ethernet service access equipment of user A1...

Page 202: ...rs A1 and B1 In this example VLAN Priority adopts the default value Entry Detectio n PORT1 Disabled PORT2 Disabled The services of user A1 and user B1 are EPL transparent transmission services Hence you need not enable the entry detection function to check the VLAN tags of the packets In this example Entry Detection need to be set to Disabled When Entry Detection is set to Disabled the parameters ...

Page 203: ... Tag Aware Access and Hybrid l Click the Encapsulation Mapping tab After setting the parameters click Apply Parame ter Value in This Example Description Mappin g Protocol VCTRUNK1 GFP VCTRUNK2 GFP In this example the EFS8 board is used This parameter adopts the default value GFP Mapping Protocol of the VCTRUNKs on the Ethernet boards of the interconnected equipment at both ends must be set to the ...

Page 204: ...e Description User A1 user A2 Configura ble Ports VCTRUN K1 As shown in Figure 4 25 VCTRUNK1 is used by the service between user A1 and user A2 Ava ilab le Bou nd Pat hs Lev el VC12 xv The service between user A1 and user A2 uses a 10 Mbit s bandwidth Hence five VC 12s need to be bound For the method of computing the bound timeslots based on the service bandwidth see 6 3 Ethernet Service Bandwidth...

Page 205: ...an be bound with VC 12s In this example Available Resources is set to VC4 4 For the resources used by other boards see 6 2 Requirements for Binding Paths with VCTRUNKs on Ethernet Boards Av aila ble Ti me slot s VC12 6 to VC12 15 Ten VC 12s need to be bound for the service from user B1 to user B2 In this example the sixth to the fifteenth VC 12s need to be selected in sequence 3 Configure the Ethe...

Page 206: ...t carry the VLAN tag User B1 Service Type EPL The service of user B1 is an EPL service Service Direction Bidirection al The service of user B1 is a bidirectional service Source Port PORT2 When creating the bidirectional Ethernet service from a PORT to a VCTRUNK it is recommended that you use a specific PORT as the source port In this example the service of user B1 occupies PORT2 Source C VLAN e g ...

Page 207: ...rd as the source slot Source VC4 VC4 4 The value range of Source VC4 is consistent with the value range of Available Resources which is set for the paths bound with VCTRUNK1 In the case of VCTRUNK1 the value of Available Resources is VC4 4 Source Timeslot Range e g 1 3 6 1 5 The value range of the source timeslots is consistent with the value range of Available Timeslots which is set for the paths...

Page 208: ...Ethernet board as the source slot Source VC4 VC4 4 The value range of Source VC4 is consistent with the value range of Available Resources which is set for the paths bound with VCTRUNK2 In the case of VCTRUNK2 the value of Available Resources is VC4 4 Source Timeslot Range e g 1 3 6 6 15 The value range of the source timeslots is consistent with the value range of Available Timeslots which is set ...

Page 209: ...arameter Value in This Example Description Level VC12 The SDH service of NE1 which passes through NE2 is at the VC 12 level Service Direction Bidirectional As shown in Figure 4 25 the SDH service from NE1 to NE2 is a bidirectional service Source Slot 6 SL4D 1 SDH 1 As shown in Figure 4 25 the service signals are transmitted from 6 SL4D 1 SDH 1 to 6 SL4D 2 SDH 2 In this example Source Slot is set t...

Page 210: ...onfiguration data of the NEs For details see Backing Up the NE Database to the SCB Board End Relevant Task If the services are configured incorrectly and thus need to be deleted see 5 4 3 Deleting Ethernet Private Line Services 4 5 4 Configuration Process End to End Mode During the configuration of EPL services on Ethernet switching boards you need to configure Ethernet private line services This ...

Page 211: ...e Protection Priority Strategy Trail Protection First l Double click NE1 source and NE3 sink on the main topology to configure the source and sink of the VC 4 server trail l In the Trail Settings tab configure Explicit Node and Set Route Timeslot Table 4 18 Parameters of the VC 4 server trail route between user A1 and user A2 Parameter Value in This Example Explicit Node NE NE2 NOTE Right click an...

Page 212: ... 3 Create EPL services l Choose Service MSTP Trail Create EPL from the Main Menu l Double click NE1 source and NE3 sink on the main topology to configure the source and sink of the EPL services Table 4 19 Parameters of the EPL services between user A1 and user A2 Parameter Value in This Example Source Port Usage Strategy Port Port NE1 4 EFS8 PORT1 Sink Port Usage Strategy Port Port NE3 4 EFS8 PORT...

Page 213: ...ed EVPL VLAN Services The PORT shared EVPL VLAN service is applicable when the services of multiple users received from the same external port on the Ethernet board at a station are transmitted on different VCTRUNKs to another station or to another external port of the station 4 6 1 Networking Diagram The services of multiple users received from the same external port on an Ethernet board of a sta...

Page 214: ...s Ethernet electrical interfaces that work in auto negotiation mode The Ethernet equipment of C1 supports VLANs but the Ethernet equipment of C2 and C3 does not support VLANs The VLAN ID used by the Ethernet services between C1 and C2 is 100 The VLAN ID used by the Ethernet services between C1 and C3 is 200 Figure 4 26 Networking diagram for configuring PORT shared EVPL VLAN services NM NE3 NE2 NE...

Page 215: ...20 VCTRUNK1 VC4 4 VC12 1 10 PORT1 NE2 EGT1 SDH User C1 User C2 EVPL1 VC4 4 VC12 1 10 EVPL2 EPL VCTRUNK1 VC4 4 VC12 1 10 PORT1 NE4 EGT1 User C3 EPL VC4 1 VC12 1 10 VC4 1 VC12 1 10 l The EVPL service from C1 to C2 Occupies the first to tenth VC 12 timeslots of the first VC 4 VC4 1 VC12 1 10 on the SDH link from NE1 to NE2 Is added and dropped by using the first to tenth VC 12 timeslots of the fourth...

Page 216: ...NK1 VCTRUNK1 Mapping Protocol GFP GFP GFP GFP TAG Access Access Entry Detection Enabled Enabled Default VLAN ID 100 200 VLAN Priority 0 0 Bound Path VC4 4 VC12 1 to VC12 10 VC4 4 VC12 1 1 to VC12 20 VC4 4 VC12 1 to VC12 10 VC4 4 VC12 1 to VC12 10 Port Type UNI UNI Table 4 23 Parameters of the PORT shared EVPL VLAN services Parameter NE1 EVPL1 PORT1 VCTRUNK1 EVPL2 PORT1 VCTRUNK2 Board EFS8 Service ...

Page 217: ...mple you need to learn about the requirements for configuring specific boards l For the EVPL services supported by Ethernet switching boards see 6 1 Service Support Capability of Ethernet Boards l For the VCTRUNK binding requirements of Ethernet switching boards see 6 2 Requirements for Binding Paths with VCTRUNKs on Ethernet Boards Procedure Step 1 Configure the EVPL services for user C1 on NE1 1...

Page 218: ...ab page adopt the default values l Click the TAG Attributes tab After setting the parameters click Apply Parame ter Value in This Example Description TAG PORT1 Tag Aware When the port is set to Tag Aware all data frames transmitted and received at the port must have VLAN tags In this example TAG is set to Tag Aware Default VLAN ID When TAG is set to Tag Aware you need not set Default VLAN ID VLAN ...

Page 219: ...xample this parameter adopts the default value Entry Detectio n VCTRUNK1 Enabled VCTRUNK2 Enabled VCTRUNK1 is used by the service between user C1 and user C2 VCTRUNK2 is used by the service between user C1 and user C3 Then you need to enable the entry detection function to detect the VLAN tags of the received packets l Click the Network Attributes tab After setting the parameters click Apply Param...

Page 220: ...S Calculated Bit Sequence of the VCTRUNKs on the Ethernet boards of the interconnected equipment at both ends must be set to the same value Set Inverse Value for CRC VCTRUNK1 No VCTRUNK2 No When Mapping Protocol is set to GFP this parameter is valid and adopts the default value Set Inverse Value for CRC of the VCTRUNKs on the Ethernet boards of the interconnected equipment at both ends must be set...

Page 221: ...0 Ten VC 12s need to be bound In this example the first to the tenth VC 12s need to be selected in sequence User C1 user C3 Configurab le Ports VCTRUN K2 As shown in Figure 4 27 VCTRUNK2 is used by the service between user C1 and user C3 Avai lable Bou nd Path s Lev el VC12 xv The service between user C1 and user C3 uses a 20 Mbit s bandwidth Hence 10 VC 12s need to be bound For the method of comp...

Page 222: ...The Operation Result dialog box is displayed indicating that the operation is successful Click Close User Parameter Value in This Example Description User C1 user C2 Service Type EPL The service between user C1 and C2 is a point to point Ethernet private line service Service Direction Bidirection al The service between user C1 and user C2 is a bidirectional service Source Port PORT1 When creating ...

Page 223: ... 1 3 6 200 According to the plan the VLAN ID is set to 200 for the Ethernet service between user C1 and user C3 Sink Port VCTRUN K2 When creating the bidirectional Ethernet service from a PORT to a VCTRUNK it is recommended that you use a specific VCTRUNK as the sink port VCTRUNK2 is the internal port used by the service between user C1 and user C2 Sink C VLAN e g 1 3 6 200 According to the plan t...

Page 224: ...with the value range of Available Timeslots which is set for the paths bound with VCTRUNK1 In this example the value range of Available Timeslots is from VC12 1 to VC12 10 Sink Slot 6 SL4D 1 SDH 1 When you create a bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of the line board as the sink slot Sink VC4 VC4 1 In this example VC4 1 is speci...

Page 225: ...Available Timeslots which is set for the paths bound with VCTRUNK2 In this example the value range of Available Timeslots is from VC12 11 to VC12 20 Sink Slot 6 SL4D 2 SDH 2 When you create a bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of the line board as the sink slot Sink VC4 VC4 1 In this example VC4 1 is specified as the VC 4 timesl...

Page 226: ...rvices When the data of multiple users without VLAN tags sent to a transmission network is transmitted on the same VCTRUNK the VCTRUNK shared EVPL VLAN service is used to isolate the data by adding VLAN tags In this way the bandwidth is shared on the SDH side 4 7 1 Networking Diagram The data of multiple Ethernet users received from the same station is transmitted on the same VCTRUNK and isolated ...

Page 227: ... diagram for configuring VCTRUNK shared EVPL VLAN services NM NE3 NE2 NE1 NE4 PORT1 User D2 PORT1 VCTRUNK User D1 User E2 PORT2 PORT2 User E1 Line Board Ethernet Board 6 6 6 SL4D 4 EFS8 NE1 Line Board Ethernet Board 6 SL4D 4 EFS8 NE2 Board Configuration Information The Ethernet switching boards that support EVPL services are provided in Table 6 1 In this example NE1 and NE2 each are configured wit...

Page 228: ...0 VC4 4 VC12 1 10 l The EVPL services of user D and user E that share VCTRUNK1 occupy the first to tenth VC 12 timeslots of the first VC 4 VC4 1 VC12 1 10 on the SDH link from NE1 to NE2 l The services are added and dropped by using the first to tenth VC 12 timeslots of the fourth VC 4 VC4 1 VC12 1 10 on the EFS8 board of NE1 and the first to tenth VC 12 timeslots of the fourth VC 4 VC4 1 VC12 1 1...

Page 229: ...RUNK1 Board EFS8 EFS8 Service Type EVPL EVPL Service Direction Bidirectional Bidirectional Source Port PORT1 PORT2 PORT1 PORT2 Source C VLAN e g 1 3 6 100 200 100 200 Sink Port VCTRUNK1 VCTRUNK1 VCTRUNK1 VCTRUNK1 Sink C VLAN e g 1 3 6 100 200 100 200 4 7 3 Configuration Process Ethernet switching boards are required on both the source and sink nodes for creating EVPL services of different VLAN IDs...

Page 230: ...ace from the Function Tree l Select External Port l Click the Basic Attributes tab After setting the parameters click Apply Parame ter Value in This Example Description Enabled Disable d PORT1 Enabled PORT2 Enabled The service of user D1 occupies PORT1 and the service of user E1 occupies PORT2 In this example Enabled Disabled is set to Enabled Workin g Mode PORT1 Auto Negotiation PORT2 Auto Negoti...

Page 231: ...need to enable the entry detection function to detect wether the received packets contain VLAN tags In this case Entry Detection is set to Enabled l Click the Advanced Attributes tab The parameters in the Advanced Attributes tab page adopt the default values 2 Set the attributes of the internal port VCTRUNK1 on the EFS8 board used by the services between user D1 and user D2 and between E1 and user...

Page 232: ...on Mappin g Protocol VCTRUNK1 GFP Mapping Protocol of the VCTRUNKs on the Ethernet boards of the interconnected equipment at both ends must be set to the same value Scrambl e VCTRUNK1 Scrambling mode X43 1 In this example this parameter adopts the default value Scrambling mode X43 1 Scramble of the VCTRUNKs on the Ethernet boards of the interconnected equipment at both ends must be set to the same...

Page 233: ...rvice between user E1 and user E2 share a 20 Mbit s bandwidth Ten VC 12s need to be bound For the method of computing the bound timeslots based on the service bandwidth see 6 3 Ethernet Service Bandwidths Carried by VCTRUNKs of Ethernet Boards Serv ice Dire ction Bidirect ional The service between user D1 and user D2 and the service between user E1 and user E2 are bidirectional services Avai lable...

Page 234: ...ort VCTRUN K1 When creating the bidirectional Ethernet service from a PORT to a VCTRUNK it is recommended that you use a specific VCTRUNK as the sink port In this example VCTRUNK1 is the internal port used by the service between user D1 and user D2 Sink C VLAN e g 1 3 6 100 According to the plan the VLAN ID is set to 100 on the transmission network side for Ethernet services between user D1 and us...

Page 235: ...ample Description User D1 user D2 user E1 user E2 Level VC12 The timeslots bound with the service between user D1 and user D2 and the service between user E1 and user E2 are at the VC 12 level The service level must be consistent with the level of the paths bound with the VCTRUNK Service Direction Bidirectiona l The service between user D1 and user D2 and the service between user E1 and user E2 ar...

Page 236: ...ver consistent with the number of sink timeslots Activate Immediatel y Yes Step 2 Configure the EVPL service on NE2 Refer to Step 1 and configure the EVPL service of NE2 Step 3 Check whether the services are configured correctly For the operation procedures see Testing Ethernet Service Channels l Test the service connectivity between user D1 and user D2 l Test the service connectivity between user...

Page 237: ...etworking Diagram The convergence node needs to exchange Ethernet services with two access nodes at Layer 2 The two access nodes need not communicate with each other Service Requirement In the network as shown in Figure 4 30 the service requirements are as follows l Three branches F1 F2 and F3 of user F are located at NE1 NE2 and NE4 F1 needs to communicate with F2 and F3 and requires a 10 Mbit s ...

Page 238: ...meslot Allocation The Ethernet services of the convergence node are received from an external port forwarded to an internal port through Layer 2 switching encapsulated and transparently transmitted on the SDH network In this way the node communicates with a remote node Figure 4 31 shows the signal flow of the EPLAN services IEEE 802 1d bridge and the timeslot allocation to the EPLAN services IEEE ...

Page 239: ... of the fourth VC 4 VC4 4 VC12 1 5 on the EGT1 board of NE4 Table 4 27 Parameters of external ports on the Ethernet boards Parameter NE1 NE2 NE4 Board EFS8 EGT1 EGT1 Port PORT1 PORT1 PORT1 Enabled Disabled Enabled Enabled Enabled Working Mode Auto Negotiation Auto Negotiation Auto Negotiation Maximum Frame Length 1522 1522 1522 Entry Detection Enabled TAG Tag Aware Table 4 28 Parameters of interna...

Page 240: ...nt from the boards in this example you need to learn about the requirements for configuring specific boards l For the EPLAN services supported by Ethernet switching boards see 6 1 Service Support Capability of Ethernet Boards l For the VCTRUNK binding requirements of Ethernet switching boards see 6 2 Requirements for Binding Paths with VCTRUNKs on Ethernet Boards Procedure Step 1 Configure the EPL...

Page 241: ...k l Click the Flow Control tab The parameters in the Flow Control tab page adopt the default values l Click the TAG Attributes tab After setting the parameters click Apply Parame ter Value in This Example Description Entry Detectio n PORT1 Enabled If the packets of user F1 carry VLAN tags you need to enable the entry detection function to detect the VLAN tags of packets In this example Entry Detec...

Page 242: ...et to Tag Aware for VCTRUNK1 and VCTRUNK2 Default VLAN ID When TAG is set to Tag Aware you need not set Default VLAN ID VLAN Priority When TAG is set to Tag Aware you need not set VLAN Priority l Click the Network Attributes tab After setting the parameters click Apply Parame ter Value in This Example Description Port Attribut es VCTRUNK1 UNI VCTRUNK2 UNI UNI indicates the user network interface n...

Page 243: ... FCS Calculated Bit Sequence is set to Big endian FCS Calculated Bit Sequence of the VCTRUNKs on the Ethernet boards of the interconnected equipment at both ends must be set to the same value Set Inverse Value for CRC VCTRUNK1 VCTRUNK2 When Mapping Protocol is set to GFP this parameter is valid and adopts the default value Set Inverse Value for CRC of the VCTRUNKs on the Ethernet boards of the int...

Page 244: ...56 Sets the min members receive direction When the LCAS is enabled and the number of available members is smaller than this value an alarm is reported l Click the Bound Path tab Click the Configuration button Set the following parameters in the Bound Path Configuration dialog box that is displayed Then click Apply User Paramete r Value in This Example Description User F1 user F2 Configura ble Port...

Page 245: ...by the service between user F1 and user F3 Ava ilab le Bou nd Pat hs Lev el VC12 xv The service between user F1 and user F3 uses a 10 Mbit s bandwidth Hence five VC 12s need to be bound For the method of computing the bound timeslots based on the service bandwidth see 6 3 Ethernet Service Bandwidths Carried by VCTRUNKs of Ethernet Boards Ser vic e Dir ecti on Bidirection al The service between use...

Page 246: ...e detailed application of the bridge VB Type 802 1d The IEEE 802 1d MAC bridge learns and forwards the packets according to the MAC addresses of the user packets The information in the VLAN tags of the user packets however is not considered in the learning and forwarding process The IEEE 802 1d MAC bridge is used when the entire information of the VLANs used by the client cannot be learned or when...

Page 247: ...oke If user F1 needs to communicate with user F2 and user F3 PORT1 that accesses the services of user F1 is set to Hub A port of the Hub attribute can communicate with a port of the Spoke or Hub attribute If user F2 need not communicate with user F3 set the two VCTRUNKs that receive the services of users F2 and F3 to Spoke Ports of the Spoke attribute cannot communicate with each other 5 Configure...

Page 248: ...istent with the value range of Available Timeslots which is set for the paths bound with VCTRUNK1 In this example the value range of Available Timeslots is from VC12 1 to VC12 5 Sink Slot 6 SL4D 1 SDH 1 When you create a bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of the line board as the sink slot Sink VC4 VC4 1 In this example VC4 1 is...

Page 249: ...istent with the value range of Available Timeslots which is set for the paths bound with VCTRUNK2 In this example the value range of Available Timeslots is from VC12 6 to VC12 10 Sink Slot 6 SL4D 2 SDH 2 When you create a bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of the line board as the sink slot Sink VC4 VC4 1 In this example VC4 1 i...

Page 250: ...EPLAN Services 4 9 Configuring EVPLAN Services IEEE 802 1q Bridge The EVPLAN service IEEE 802 1q bridge provides an LAN solution for multipoint to multipoint convergence This service applies in cases where user side data communication equipment connected to the transmission network does not support VLANs or where the VLAN planning is open to the network operator 4 9 1 Networking Diagram The conver...

Page 251: ... and user H provides 100 Mbit s Ethernet electrical interfaces that work in auto negotiation mode and do not support VLANs Figure 4 32 Networking diagram for configuring EVPLAN services IEEE 802 1q bridge NM NE3 NE2 NE1 NE4 G3 G2 VCTRUNK H3 H2 3 EGT1 PORT1 G1 H1 PORT1 PORT2 PORT1 VCTRUNK1 VB1 VCTRUNK2 VLAN 100 PORT2 VCTRUNK3 VB1 VCTRUNK4 VLAN 200 6 SL4D 2 6 SL4D 1 6 SL4D 1 6 SL4D 2 4 EGT1 PORT1 3 ...

Page 252: ...00 PORT2 VCTRUNK1 VC4 4 VC12 1 5 VCTRUNK2 VC4 4 VC12 6 10 VCTRUNK3 VC4 4 VC12 11 20 VCTRUNK4 VC4 4 VC12 21 30 SDH User G1 User H1 VCTRUNK1 VC4 4 VC12 1 5 PORT1 NE2 User G2 VCTRUNK1 VC4 4 VC12 1 10 PORT1 User H2 VCTRUNK1 VC4 4 VC12 1 5 PORT1 NE4 User G3 VCTRUNK1 VC4 4 VC12 1 10 PORT1 User H3 VC4 1 VC12 1 5 VC4 1 VC12 1 10 VC4 1 VC12 1 5 VC4 1 VC12 1 10 Add VLAN Label PORT Strip VLAN Label VCTRUNK S...

Page 253: ...f NE3 Table 4 30 Parameters of external ports on the Ethernet boards Paramete r NE1 NE2 NE4 Board EFS8 3 EGT1 4 EGT1 3 EGT1 4 EGT1 Port PORT1 PORT2 PORT1 PORT1 PORT1 PORT1 Enabled Disabled Enabled Enabled Enabled Enabled Enabled Enabled Working Mode Auto Negotiatio n Auto Negotiatio n Auto Negotiatio n Auto Negotiatio n Auto Negotiatio n Auto Negotiatio n Maximum Frame Length 1522 1522 1522 1522 1...

Page 254: ...UNI UNI Table 4 32 Parameters of Ethernet LAN services IEEE 802 1q bridge Parameter Ethernet LAN Service of NE1 Board EFS8 VB Name VB1 Bridge Type IEEE 802 1q Bridge Switch Mode IVL Ingress Filter Enable Bridge Learning Mode IVL Ingress Filter Enabled VB Mount Port PORT1 PORT2 VCTRUNK1 VCTRUNK2 VCTRUNK3 VCTRUNK4 VLAN Filtering VLAN Filtering VLAN filter table 1 VLAN filter table 2 VLAN ID 100 200 ...

Page 255: ...ments for configuring specific boards l For the EVPLAN services supported by Ethernet switching boards see 6 1 Service Support Capability of Ethernet Boards l For the VCTRUNK binding requirements of Ethernet switching boards see 6 2 Requirements for Binding Paths with VCTRUNKs on Ethernet Boards Procedure Step 1 Configure the EVPLAN services for user G1 and user H1 on NE1 1 Set the attributes of t...

Page 256: ...ues l Click the TAG Attributes tab After setting the parameters click Apply Parame ter Value in This Example Description Entry Detectio n PORT1 Enabled PORT2 Enabled The packets of user G1 and user H1 do not carry VLAN tags You need to enable the entry detection function to detect whether the packets carry VLAN tags In this example Entry Detection is set to Enabled TAG PORT1 Access PORT2 Access If...

Page 257: ... packets In this example Entry Detection is set to Enabled TAG VCTRUNK1 Access VCTRUNK2 Access VCTRUNK3 Access VCTRUNK4 Access If the service access equipment of user G2 user G3 user H2 and user H3 does not support VLANs and if the transmitted packets do not carry VLAN tags TAG is set to Access for the four VCTRUNKs Default VLAN ID VCTRUNK1 100 VCTRUNK2 100 VCTRUNK3 200 VCTRUNK4 200 According to t...

Page 258: ...X43 1 VCTRUNK2 Scrambling mode X43 1 VCTRUNK3 Scrambling mode X43 1 VCTRUNK4 Scrambling mode X43 1 In this example this parameter adopts the default value Scrambling mode X43 1 Scramble of the VCTRUNKs on the Ethernet boards of the interconnected equipment at both ends must be set to the same value Check Field Length VCTRUNK1 FCS32 VCTRUNK2 FCS32 VCTRUNK3 FCS32 VCTRUNK4 FCS32 In this example this ...

Page 259: ...rconnected equipment Hold off Time ms VCTRUNK1 2000 VCTRUNK2 2000 In this example this parameter adopts the default value 2000 You can set this parameter according to the expected hold off time of LCAS switching WTR Time s VCTRUNK1 300 VCTRUNK2 300 In this example this parameter adopts the default value 300 You can set this parameter according to the expected WTR duration of LCAS recovery TSD VCTR...

Page 260: ... need to be bound For the method of computing the bound timeslots based on the service bandwidth see 6 3 Ethernet Service Bandwidths Carried by VCTRUNKs of Ethernet Boards Serv ice Dire ction Bidirectio nal The service between user G1 and user G2 is a Bidirectional service Avai lable Reso urce s VC4 4 For the resources used by other boards see 6 2 Requirements for Binding Paths with VCTRUNKs on Et...

Page 261: ...enth VC 12s need to be selected in sequence User H1 user H2 Configura ble Ports VCTRUN K3 As shown in Figure 4 33 VCTRUNK3 of the EFS8 board is used by the service between user H1 and user H2 Av aila ble Bo un d Pat hs Leve l VC12 xv The service between user H1 and user H2 uses a 20 Mbit s bandwidth Hence 10 VC 12s need to be bound For the method of computing the bound timeslots based on the servi...

Page 262: ...a Bidirectional service Avai lable Reso urce s VC4 4 For the resources used by other boards see 6 2 Requirements for Binding Paths with VCTRUNKs on Ethernet Boards Avai lable Tim eslot s VC12 21 to VC12 30 Ten VC 12s need to be bound for the service between user H1 and user H3 In this example the twenty first to the thirtieth VC 12s need to be selected in sequence l Click the Advanced Attributes t...

Page 263: ...ce MAC address VLAN ID and source port of the data frame The entry is not valid for all the VLANs Bridge Learning Mode IVL Ingress Filter Enabled This parameter checks the validity of VLAN tags If the VLAN ID is not the same as the VLAN ID defined in the VLAN filtering table the data frame is discarded MAC Address Self Learning Enabled l Click Configure Mount l In Available Mounted Ports select PO...

Page 264: ...nted to the bridge After setting the parameters click Apply Parameter Value in This Example Description Hub Spoke PORT1 Hub VCTRUNK1 Spoke VCTRUNK2 Spoke PORT2 Hub VCTRUNK3 Hub VCTRUNK4 Hub If user G2 need not communicate with user G3 set VCTRUNK1 and VCTRUNK2 ports that receive the services of user G2 and user G3 to Spoke Ports of the Spoke attribute cannot communicate with each other A port of t...

Page 265: ...nt with the value range of Available Timeslot which is set for the paths bound with VCTRUNK1 In the case of VCTRUNK1 the value of Available Timeslot is from VC12 1 to VC12 5 Sink Slot 6 SL4D 1 SDH 1 When you create a bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of the line board as the sink slot Sink VC4 VC4 1 In this example VC4 1 is spe...

Page 266: ...nt with the value range of Available Timeslot which is set for the paths bound with VCTRUNK2 In the case of VCTRUNK2 the value of Available Timeslot is from VC12 6 to VC12 10 Sink Slot 6 SL4D 2 SDH 2 When you create a bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of the line board as the sink slot Sink VC4 VC4 1 In this example VC4 1 is sp...

Page 267: ...ent with the value range of Available Timeslot which is set for the paths bound with VCTRUNK3 In the case of VCTRUNK3 the value of Available Timeslot is from VC12 11 to VC12 20 Sink Slot 6 SL4D 1 SDH 1 When you create a bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of the line board as the sink slot Sink VC4 VC4 1 In this example VC4 1 is ...

Page 268: ...ent with the value range of Available Timeslot which is set for the paths bound with VCTRUNK4 In the case of VCTRUNK4 the value of Available Timeslot is from VC12 21 to VC12 30 Sink Slot 6 SL4D 2 SDH 2 When you create a bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of the line board as the sink slot Sink VC4 VC4 1 In this example VC4 1 is ...

Page 269: ... speed Internet HSI services sent to the transmission network be uniformly labeled and groomed at the convergence node 4 10 2 Signal Flow and Timeslot Allocation The services of user M and user N are transmitted from the access nodes NE2 and NE4 respectively to the convergence node NE1 through the Ethernet transparent transmission boards VoIP and HSI services carrying different C VLAN IDs are tagg...

Page 270: ...ate with user N If user M and user N need to communicate with each other skip Step 1 5 in which you change the Hub Spoke attributes of ports connected to the bridge Requirement of the operator The operator requires that all services received from the user side should be uniformly labeled and groomed through planned S VLANs l S VLAN ID of the VoIP services 100 l S VLAN ID of the HSI services 200 Fi...

Page 271: ...gh the Ethernet transparent transmission boards VoIP and HSI services carrying different C VLAN IDs are tagged with different S VLAN IDs The service data is isolated and exchanged at Layer 2 through S VLAN filtering Figure 4 35 shows the signal flow of the EVPLAN services IEEE 802 1ad bridge and the timeslot allocation to the EVPLAN services IEEE 802 1ad bridge For the method of calculating the ba...

Page 272: ...C12 1 30 on the EGT1 board of NE4 Table 4 33 Parameters of external ports on the Ethernet boards Parameter NE1 NE2 NE4 Board EFS8 EGT1 EGT1 Port PORT1 PORT2 PORT1 PORT1 Enabled Disabled Enabled Enabled Enabled Enabled Working Mode Auto Negotiation Auto Negotiation Auto Negotiation Auto Negotiation Maximum Frame Length 1522 1522 1522 1522 Port Type C Aware C Aware C Aware C Aware Table 4 34 Paramet...

Page 273: ...100 200 Forwarding Physical Port PORT1 VCTRUNK1 VCTRUNK2 PORT2 VCTRUNK1 VCTRUNK2 Hub Spoke PORT1 Hub PORT2 Hub VCTRUNK 1 Spoke VCTRUNK 2 Spoke 4 10 3 Configuration Process An EVPLAN service IEEE 802 1ad bridge and the corresponding S VLAN filtering table need to be created for the convergence node NE1 The access nodes NE2 and NE4 need to be configured with EPL transparent transmission services onl...

Page 274: ... VLAN tags are added to the packets according to the mapping relation between the C VLAN tags and the S VLAN tags of the packets If the mapping relation does not exist the packets are discarded After the S VLAN tags are added the packets enter the bridge where the packets are forwarded according to the S VLAN filtering table Before the packets leave the C Aware port the S VLAN tag is stripped NOTE...

Page 275: ...example PORT1 and PORT2 carry the services and Enabled Disabled is set to Enabled for PORT1 and PORT2 Working Mode PORT1 Auto Negotiation PORT2 Auto Negotiation In this example the VoIP server and HSI server support the auto negotiation mode Hence Working Mode is set to Auto Negotiation for PORT1 and PORT2 Maximum Frame Length PORT1 1522 PORT2 1522 Generally this parameter adopts the default value...

Page 276: ...es of user M and N l Select Internal Port l Click the Network Attributes tab After setting the parameters click Apply Paramet er Value in This Example Description Port Attributes VCTRUNK1 C Aware VCTRUNK2 C Aware The C Aware or S Aware attribute must be selected for the port when you configure the IEEE 802 1ad bridge The C Aware port connects to the port in the client network identifies and proces...

Page 277: ... Bit Sequence is set to Big endian FCS Calculated Bit Sequence of the VCTRUNKs on the Ethernet boards of the interconnected equipment at both ends must be set to the same value Set Inverse Value for CRC VCTRUNK1 VCTRUNK2 When Mapping Protocol is set to GFP this parameter is valid and adopts the default value Set Inverse Value for CRC of the VCTRUNKs on the Ethernet boards of the interconnected equ...

Page 278: ... Member s Receive Directio n VCTRUNK1 256 VCTRUNK2 256 Sets the min members receive direction When the LCAS is enabled and the number of available members is smaller than this value an alarm is reported l Click the Bound Path tab Click the Configuration button Set the following in the Bound Path Configuration dialog box that is displayed Then click Apply User Paramet er Value in This Example Descr...

Page 279: ... by the service of user N Av aila ble Bo und Pat hs Lev el VC12 xv The service of user N uses a 60 Mbit s bandwidth Hence 30 VC 12s need to be bound For the method of computing the bound timeslots based on the service bandwidth see 6 3 Ethernet Service Bandwidths Carried by VCTRUNKs of Ethernet Boards Ser vic e Dir ecti on Bidirection al The service of user N is a bidirectional service Av aila ble...

Page 280: ...ing used to describe the bridge It is recommended that you set this parameter to a character string that contains the information about the detailed application of the bridge VB Type 802 1ad The IEEE 802 1ad bridge supports data frames with two layers of VLAN tags This bridge adopts the outer S VLAN tags to isolate different VLANs and supports only the mounted ports whose attributes are C Aware or...

Page 281: ...AN ID e g 1 3 6 100 According to the plan the S VLAN ID is 100 for the VoIP service l In Available Forwarding Ports select PORT1 VCTRUNK1 and VCTRUNK2 Click Then click Apply l Create the VLAN filtering table of the HSI service Parameter Value in This Example Description VLAN ID e g 1 3 6 200 According to the plan the S VLAN ID is 200 for the HSI service l In Available Forwarding Ports select PORT2...

Page 282: ...er M Level VC12 The timeslot bound with the service of user M is at the VC 12 level The service level must be consistent with the level of the path bound with the VCTRUNK Direction Bidirectiona l The service of user M is a bidirectional service Source Slot 4 EFS8 1 SDH 1 When you create a bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of th...

Page 283: ...Source Slot 4 EFS8 1 SDH 1 When you create a bidirectional SDH service from an Ethernet board to a line board it is recommended that you set the slot of the Ethernet board as the source slot Source VC4 VC4 4 The value range of Source VC4 is consistent with the value range of Available Resources which is set for the paths bound with VCTRUNK2 In the case of VCTRUNK2 Available Resources is set to VC4...

Page 284: ...us need to be deleted see Deleting SDH Services 4 11 Ethernet Port Configuration Parameters Before configuring an Ethernet service you need to configure the corresponding Ethernet ports 4 11 1 Basic Attributes This topic describes the parameters such as the port attribute port enabling status and maximum frame length that are used for configuring the basic attributes of an Ethernet port 4 11 2 Flo...

Page 285: ...he available ports on an Ethernet port The letter n indicates the number of the PORT port Name For example PORT 1 Specifies the name of a PORT port The name can contain up to 32 characters in English or 16 characters in Chinese Enabled Disabled Disabled Enabled Default value Disabled Enabled indicates that this port is used and services are available Disabled indicates that the services on this po...

Page 286: ...oopback Ethernet Port Attribute to display the detailed information PHY Loopback Non Loopback Inloop Default value Default Value The PHY Loopback Ethernet Port Attribute parameter specifies the PHY loopback state at an Ethernet port Port loopback setting is applied to locating faults only You can click 7 6 PHY Loopback Ethernet Port Attribute to display the detailed information 4 11 2 Flow Control...

Page 287: ...able Dissymmetric Flow Control Enable Symmetric Flow Control Enable Symmetric Dissymmetric Flow Control Default value Disabled The Autonegotiation Flow Control Mode Ethernet Port Attribute specifies the flow control mode adopted when an Ethernet port works in auto negotiation mode You can click 7 4 Autonegotiation Flow Control Mode Ethernet Port Attribute to display the detailed information 4 11 3...

Page 288: ...anced Attributes This topic describes the parameters such as the loop detection loop port shutdown and traffic threshold Mbit s which are used for configuring the advanced attributes of an Ethernet port Table 4 39 lists the parameters that are used for configuring the advanced attributes of an Ethernet port Table 4 39 Parameters for configuring the advanced attributes of an Ethernet port Field Val...

Page 289: ...display the detailed information Broadcast Packet Suppression Threshold 10 100 Default value 30 The Broadcast Packet Suppression Threshold Ethernet Interface Attributes parameter allocates the specified bandwidth to the broadcast packets The bandwidth is allocated on the basis of the traffic proportion at the port If the bandwidth allocated to the broadcast packets reaches the specified threshold ...

Page 290: ... Time Window Min to display the detailed information Loop Detection Enabled Disabled Default value Disabled The Loop Detection Ethernet Port Attribute parameter specifies the function of reporting the self loop alarms after one of the following loopback cases is detected You can click 7 8 Loop Detection Ethernet Port Attribute to display the detailed information Loop Port Shutdown Enabled Disabled...

Page 291: ...o display the detailed information Default VLAN ID 1 4095 Default value 1 The Default VLAN ID Ethernet Port Attribute parameter specifies the default VLAN ID of a port You can click 7 16 Default VLAN ID Ethernet Port Attribute to display the detailed information VLAN Priority 0 7 Default value 0 The VLAN Priority Ethernet Port Attribute parameter specifies the priority of the default VLAN ID of a ...

Page 292: ...ed Scrambling mode X43 1 Scrambling mode X48 1 Default value Scrambling mode X43 1 NOTE The OptiX OSN 550 does not support Scramble mode X48 1 The Scramble parameter specifies whether to scramble the payload area of the encapsulation protocol and the scramble mode You can set this parameter only when the mapping protocol is GFP HDLC or LAPS You can click 7 21 Scramble to display the detailed infor...

Page 293: ...ping protocol You can set this parameter only when the mapping protocol is GFP HDLC or LAPS You can click 7 24 FCS Calculated Bit Sequence to display the detailed information 4 11 7 Bound Path This topic describes the parameters such as available resources available timeslots and service direction which are used for binding a path with an Ethernet port Table 4 42 lists the parameters that are used...

Page 294: ... and Ethernet private network services Ethernet private line services include EPL services and EVPL services Ethernet private network services include EPLAN services and EVPLAN services 4 12 1 Configuring Ethernet Private Line Services This topic describes the parameters such as operation type service type and encapsulation format of the P port that are used for configuring Ethernet private line s...

Page 295: ... the detailed information Service Direction Bidirectional Unidirectional Default value Bidirectional Specifies the transmission direction of the service A bidirectional service refers to the two services that are transmitted from the source port to the sink port and from the sink port to the source port A unidirectional service refers to the service that is transmitted from the source port to the ...

Page 296: ...C VLAN Tag C TAG indicates the VLAN tag on the client side and S VLAN Tag S TAG indicates the VLAN tag at the service layer of the carrier This parameter is applicable to the QinQ services You can click 7 28 C VLAN and S VLAN to display the detailed information 4 Configuring Ethernet Services OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 4 142 Huawei Proprietary a...

Page 297: ...g on the client side and S VLAN Tag S TAG indicates the VLAN tag at the service layer of the carrier This parameter is applicable to the QinQ services You can click 7 28 C VLAN and S VLAN to display the detailed information Sink Port PORTn RPRn For example PORT3 Specifies the name of the sink port OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 4 Configuring Etherne...

Page 298: ... VLAN Tag C TAG indicates the VLAN tag on the client side and S VLAN Tag S TAG indicates the VLAN tag at the service layer of the carrier This parameter is applicable to the QinQ services You can click 7 28 C VLAN and S VLAN to display the detailed information 4 Configuring Ethernet Services OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 4 144 Huawei Proprietary an...

Page 299: ...vation Status Active Inactive Displays the service status Operation Type The value ranges of the parameters are different from each other for different boards and products You can click the hyperlink in the description to display the specific information The Operation Type EPL Service parameter specifies whether to add strip translate or transparently transmit VLAN labels for service packets at a ...

Page 300: ...PORT3 VCTRUNK1 Displays the port name 4 Configuring Ethernet Services OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 4 146 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd Issue 02 2011 06 30 ...

Page 301: ...the core network of the service provider A P port can transmit and receive the packets that contain MPLS labels because its default tag attribute is invalid If a port is in UNI mode and processes 802 1Q tag attribute this port has the Tag Aware Access and Hybrid attributes If a port is in C Aware mode this port does not process the packets with 802 1Q tag attributes In this case this port consider...

Page 302: ...s Port Enabled Enabled Disabled Default value Disabled Indicates whether a port is enabled Enabled The port can access services Disabled The port cannot access services 4 Configuring Ethernet Services OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 4 148 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd Issue 02 2011 06 30 ...

Page 303: ...ocesses all the packets regardless of tags and adds tags to the received packets that do not contain tags according to the VLAN ID of the local port You can click 7 19 TAG to display the detailed information VCTRUNK Port For example VCTRUNK1 Displays the name of the VCTRUNK Level VC12 xv VC3 xv Specifies the level of a path that is bound with the VCTRUNK Service Direction Bidirectional Uplink Down...

Page 304: ...escription Board NE Name Slot ID Board Name For example NE 9 1 4 EFS8 Displays the name of the board VB ID For example 1 The VB ID is allocated automatically when you create a LAN service VB Name Contains up to 16 characters or numerals in English or eight characters in Chinese For example VB1 Specifies the name of the VB Bridge Type 802 1q 802 1d 802 1ad Default value 802 1q Specifies the type of...

Page 305: ...ss port checks the validity of VLAN IDs based on the VB If the packets received on the ingress port do not belong to the VLAN of the VB port these packets are discarded MAC Address Self Larning Enabled Default value Disabled Indicates whether the MAC address learning function is enabled Enabled MAC addresses can be learnt Active Active Displays the activation status of the VB Table 4 45 Parameters...

Page 306: ...ion domain range of the user TAG Access Tag Aware Hybrid Displays the tag attribute of the VB Default VLAN ID For example 1 Displays the VLAN ID Working Mode Auto Negotiation 10M Half Duplex 10M Full Duplex 100M Half Duplex 100M Full Duplex 1000M Half Duplex 1000M Full Duplex 10G Full Duplex LAN 10G Full Duplex WAN NOTE l The EFS8 board supports Auto Negotiation and 100M Full Duplex Displays the w...

Page 307: ... VB link Activation Status For example Active Activation Status Ethernet LAN Service indicates that the service at the port is in activation status Table 4 47 Parameters for configuring VLAN unicast Field Value Range Description VLAN ID 1 to 4095 Only the VLAN ID specified in the forwarding filter table can be selected MAC Address 00 00 00 00 00 01 to FE FF FF FF FF FF Displays the MAC address of ...

Page 308: ...umber n of the VCTRUNK port Level For example VC12 xv Specifies the level of a path that is bound with the VCTRUNK Service Direction Bidirectional Uplink Downlink Default value Bidirectional Specifies the direction of the Ethernet service Bound Path For example VC4 1 VC12 1 3 Specifies the number of the path to be bound for example VC4 1 VC12 1 3 Bound Path Count For example 3 Displays the number ...

Page 309: ...X OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 4 Configuring Ethernet Services Issue 02 2011 06 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 4 155 ...

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Page 311: ...er Configuration Data You can modify the existing fiber configuration data 5 4 Modifying the Service Configuration Data You can modify the existing service configuration data according to the requirements 5 5 Modifying the Protection Subnet This topic describes how to modify the configuration data of the existing protection subnet OptiX OSN 550 Multi Service CPE Optical Transmission System Configu...

Page 312: ... NE 5 1 5 Changing the Gateway NE of a Non Gateway NE When changes occur on the only gateway NE to which a non gateway NE belongs you need to assign this non gateway NE to belong to another gateway NE Otherwise the communication between this NE and the U2000 fails If a gateway NE manages more than 50 NEs it is recommended that you assign certain NEs to belong to other gateway NEs to prevent the co...

Page 313: ...ute list enter a new NE name in Name Click Apply Then a dialog box is displayed indicating that the operation is successful NOTE An NE name can contain a maximum of 64 letters symbols and numerals but cannot contain the following special characters Step 3 Click Close End 5 1 3 Deleting an NE If you have created a wrong NE you can delete the NE from the U2000 Deleting an NE removes all the informat...

Page 314: ...Values of the Gateway NE During the network optimization and adjustment you may need to change the type of the gateway NE or modify the communication address of the gateway NE Prerequisite You must be an NM user with NE maintainer authority or higher Precautions CAUTION Changing the parameter values of the gateway NE may interrupt the communication Procedure Step 1 Choose Administration DCN Manage...

Page 315: ... When changes occur on the only gateway NE to which a non gateway NE belongs you need to assign this non gateway NE to belong to another gateway NE Otherwise the communication between this NE and the U2000 fails If a gateway NE manages more than 50 NEs it is recommended that you assign certain NEs to belong to other gateway NEs to prevent the communication between the U2000 and the NEs from being ...

Page 316: ... operate on the NE or the logical boards that do not exist on the NE to the NE panel Prerequisite l The NE must be created l There must be idle slots on the NE panel l You must be an NM user with NE maintainer authority or higher Background Information l The physical boards are the actual boards inserted in the subrack The logical boards are created on the U2000 and are saved on the SCB board but ...

Page 317: ...on Parameters You can modify the existing board configuration data Prerequisite To change the values of different configuration parameters of different boards you may need to operate as NM users with different authorities You must be an NM user with NE operator authority or higher Procedure Step 1 In the NE Explorer select a board and choose the appropriate function entry from the Function Tree Bo...

Page 318: ...agement from the Main Menu Step 2 Right click the fiber you need to delete and then choose Delete Fiber Cable from the shortcut menu Then the Warning dialog box is displayed Click OK to delete the fiber Step 3 Click Close in the Operation Result dialog box indicating that the operation succeeded End 5 3 2 Changing Fiber Cable Information You can change the name attenuation length and type of a fib...

Page 319: ...g Ethernet Private Line Services Ethernet private line services need to be deleted when the Ethernet boards that are configured with the Ethernet private line services need to be deleted or when the service configuration is incorrect 5 4 4 Deleting EPLAN Services EPLAN services need to be deleted when the Ethernet boards that are configured with the EPLAN services need to be deleted or when the co...

Page 320: ... after the modification l If the modification requirement cannot be met by using the method described in Step Step 7 for example a pass through service needs to be configured to the local equipment through modification you can delete the original service and create the cross connection again by using the method described in Step Step 8 Step 7 Optional To modify the SDH service choose Modify from t...

Page 321: ...uration from the Function Tree Step 2 Click Query to query the existing services Step 3 If the service to be deleted is active you should deactivate the service first Select the service that you need to delete and click Deactivate CAUTION Deactivation interrupts the services Step 4 Select the service to be deleted and click Delete Step 5 Click OK in the Confirm dialog box that is displayed Step 6 ...

Page 322: ... be deleted or when the configuration of the EPLAN services is incorrect Prerequisite You must be an NM user with NE operator authority or higher Context CAUTION When the EPLAN services are deleted the VLAN unicast entries and disabled MAC address entries are deleted Procedure Step 1 In the NE Explorer select an Ethernet board and then choose Configuration Ethernet Service Ethernet LAN Service fro...

Page 323: ... Click Query Step 3 Click the VLAN Filtering tab Step 4 Select the VLAN filtering entry to be deleted and click Delete Step 5 Click the Service Mount tab Step 6 Select the EVPLAN service to be deleted and click Delete Click OK in the Prompt dialog box that is displayed Then a dialog box is displayed indicating that the operation is successful that is the EVPLAN service is deleted successfully Step...

Page 324: ...ered to the NE and does not affect the services The deleted protection subnet can be located by using the search feature The U2000 locates it according to the NE layer protection information l Delete from the NE If Delete from the NE is selected the protection subnet logical systems on the NE side and all the services on the protection subnet are deleted The deleted protection subnet cannot be res...

Page 325: ...ction subnet is displayed in the pane on the right Step 3 Click the Protection Subnet Parameters tab Step 4 Click Query to query the parameters of the protection subnet on the MSP ring Step 5 Click the WTR Time s text box and enter a value NOTE The default WTR time is 600s You can also set the WTR time to a value from 300s to 720s Step 6 Optional Select SD Condition Step 7 Click Apply Then click C...

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Page 327: ...L services EVPL services and Layer 2 switching function 6 2 Requirements for Binding Paths with VCTRUNKs on Ethernet Boards One VCTRUNK on an Ethernet board can only be bound with timeslots of the same level 6 3 Ethernet Service Bandwidths Carried by VCTRUNKs of Ethernet Boards To determine the level of the bandwidths to be bound with a VCTRUNK and the number of paths that are required for an Ethe...

Page 328: ...r binding paths with VCTRUNKs on Ethernet boards Board Requirement for Binding Paths with a VCTRUNK EGT1 l The VCTRUNKs can be bound with the VC 12 VC 3 and VC 4 paths l Only one VCTRUNK with a maximum bandwidth of 1 25 Gbit s is supported l VCTRUNK1 can only be bound with the fourth VC 4 namely VC4 4 if the path binding is at VC 12 level l VCTRUNK1 can be bound with the first to eighth VC 4s name...

Page 329: ...t add the check field NOTE When the Ethernet board uses the GFP protocol to encapsulate Ethernet services you can determine whether a check field is used during the encapsulation by setting the Check Field Length parameter By default FCS32 is used as the check field In this case if the Ethernet board uses the default GFP parameter settings the theoretical bandwidth of the VCTRUNK bound with five V...

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Page 331: ...hernet Port Attribute 7 7 QinQ Type Area 7 8 Loop Detection Ethernet Port Attribute 7 9 Loop Port Shutdown Ethernet Port Attribute 7 10 Traffic Threshold Mbit s External Ethernet Port Attribute 7 11 Broadcast Packet Suppression Threshold Ethernet Interface Attributes 7 12 Broadcast Packet Suppression Ethernet Interface Attributes 7 13 Zero Flow Monitor Ethernet Interface Attributes 7 14 Port Traff...

Page 332: ...Hop Count Ethernet LT Test 7 37 Packet Length Ping Test 7 38 Timeout Ping Test 7 39 Detect Attempts 7 40 Send Direction Ethernet Test 7 41 Error Frame Monitor Window ms 7 42 Error Frame Monitor Threshold Entries 7 43 Error Frame Period Window Frames 7 44 Error Frame Monitor Threshold Frames 7 45 Error Frame Second Window s 7 46 Error Frame Second Threshold s 7 47 Enable OAM Protocol 7 48 OAM Worki...

Page 333: ...n 7 68 Protocol Enabled Spanning Tree 7 69 Protocol Type Spanning Tree Protocol 7 70 Priority Bridge Parameters 7 71 Max Age s 7 72 Hello Time s Spanning Tree 7 73 Forward Delay s Spanning Tree 7 74 TxHoldCount per second Spanning Tree 7 75 Root Path Cost 7 76 Hold Count Spanning Tree 7 77 Port ID 7 78 Designated Path Cost 7 79 Designated Root Bridge Priority 7 80 Designated Bridge Priority Spanni...

Page 334: ... No F1 Data Port 7 107 Data Channel F1 Data Port 7 108 Overhead Byte Broadcast Data Port 7 109 Working Mode Broadcast Data Port 7 110 Broadcast Data Source Broadcast Data Port 7 111 Broadcast Data Sink Broadcast Data Port 7 112 External Clock Output Mode When 2M Output Synchronous Source Is Invalid 7 113 External Clock Output Mode 7 114 External Clock Output Timeslot 7 115 External Source Output T...

Page 335: ...tus 7 125 Synchronous Source 7 126 S1 Byte Synchronization Quality Information 7 127 NE Clock Working Mode 7 128 Data Output Method in Holdover Mode 7 129 Retiming Mode 7 130 Switching Mode MSP OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 7 List of Parameters Issue 02 2011 06 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 7 5 ...

Page 336: ...kets If the value of QinQ TYPE is valid this port treats the outer labels of the packets as C VLAN S Aware A S Aware S VLAN Aware port in the network is located in the position as the interface on the network side This port identifies and processes the VLAN S VLAN in the packets If the value of QinQ TYPE is valid this port treats the outer labels of the packets as S VLAN Configuration Guidelines T...

Page 337: ... position and role of the equipment in the networking there are three types of equipment CE PE U PE N PE and P Client Edge CE indicates the equipment at the client side Provider Edge PE indicates the edge equipment at the network side Provider P indicates the intermediate node at the network side 7 2 Maximum Frame Length Ethernet Port Attribute Description The Maximum Frame Length Ethernet Port At...

Page 338: ...alue Value Description Disable Indicates that the port disables the flow control function Enable Symmetric Flow Control Indicates that the port can transmit PAUSE frames and process the received PAUSE frames Send Only Indicates that the port sends the PAUSE frame only Receive Only Indicates that the port can only process the received PAUSE frames Configuration Guidelines This parameter is meaningf...

Page 339: ...Disabled Indicates that the port disables the flow control function Enable Dissymmetric Flow Control Indicates that the port only transmits flow control frames but does not process the received flow control frames Enable Symmetric Flow Control Indicates that the port can transmit PAUSE frames and process the received PAUSE frames Enable Symmetric Dissymmetric Flow Control Indicates that the symmet...

Page 340: ...alue Description Non Loopback Indicates the normal state If the equipment works normally you do not need to set the MAC loopback Inloop Loops back the services from the cross connection side to the cross connection side within the equipment at the local end Configuration Guidelines None Relationship with Other Parameters None 7 6 PHY Loopback Ethernet Port Attribute Description The PHY Loopback Et...

Page 341: ...er Parameters None 7 7 QinQ Type Area Description The QinQ Type Area parameter indicates the VLAN protocol used by the packet that is transmitted by QinQ The default value 0x8100 of this parameter is the protocol type that is specified by the related standard The original equipment of other vendors may use 0x88A8 or 0x9100 to represent the VLAN protocol To realize the interconnection with the orig...

Page 342: ...gh fibers l The cross connection is created on the same VCTRUNK of the board l The cross connection is created between different VCTRUNKs of the board Impact on the System After the self loop check function is enabled for a port the specified self loop check packets are transmitted from the port One packet is transmitted each second Values Board Name Valid Values Default Value EFS8 Enabled Disable...

Page 343: ...l protocol are discarded Values Board Name Valid Values Default Value EFS8 Enabled Disabled Enabled Configuration Guidelines To block a self loop port select Enabled Otherwise select Disabled Relationship with Other Parameters The loop port shutdown function takes effect only after the IEEE 802 3ah protocol and the loop detection function are enabled 7 10 Traffic Threshold Mbit s External Ethernet...

Page 344: ...shold the port discards the broadcast data packets that are received Impact on the System l If less bandwidth is allocated to the broadcast packets some necessary broadcast services are affected l If excessive bandwidth is allocated to the broadcast packets excessive broadcast packets may enter the network Consequently the network running is affected Values Board Name Value Range Default Value EFS...

Page 345: ...ion of the network processor on the board Values Board Name Value Range Default Value EFS8 Enabled Disabled Disabled Configuration Guidelines You can set this parameter according to whether to control the traffic of the broadcast packets Relationship with Other Parameters None 7 13 Zero Flow Monitor Ethernet Interface Attributes Description The Zero Flow Monitor parameter specifies whether the tra...

Page 346: ...Min parameter specifies the duration for a VCTRUNK or a IP port to monitor the traffic after the zero traffic monitoring function of the port is enabled Impact on the System If the value of this parameter is too large the port may fail to report the zero traffic alarm If the value of this parameter is too small the jitter due to the zero traffic alarm may occur on the port Values Board Name Value ...

Page 347: ...nit MTU parameter is used for the Ethernet port If the length of Ethernet frames is greater than the length of the jumbo frame the Ethernet port discards these Ethernet frames If the length of Ethernet frames is smaller than the length of the jumbo frame but is greater than the MTU the Ethernet port discards the Ethernet frames whose length is greater than the MTU If the length of Ethernet frames ...

Page 348: ...ets are directly transmitted l If Tag is set to Tag Aware for a port packets without VLAN IDs are discarded before they enter the port Otherwise these packets are directly transmitted 7 17 VLAN Priority Ethernet Port Attribute Description The VLAN Priority Ethernet Port Attribute parameter specifies the priority of the default VLAN ID of a port It indicates the priority of the service quality Impa...

Page 349: ... The port does not check the tag label In this case the Tag attribute of the port is invalid Configuration Guidelines l To transmit the data packet transparently the user can disable the entry detection function l To forward the data packet according to the contents of the data packet the user can enable the entry detection function Relationship with Other Parameters None 7 19 TAG Description TAG ...

Page 350: ... tags the port adds the default VLAN tag PVID to these packets When the packets are transmitted from the hybrid port the egress port determines whether the VLAN tags contained in the packets are the same as the PVID If yes the egress port strips the VLAN tags off the packets and then forwards these packets Otherwise the egress port directly forwards these packets Configuration Guidelines The tag a...

Page 351: ...tag attribute cannot be set Related Information Mapping relationship between the packets handled by the port and the tag identifiers Packet Type Attribute of the Ingress Port Handling Method Ethernet packets that contain tags Tag aware The port transmits these packets Access The port discards these packets Hybrid The port transmits these packets Ethernet packets that do not contain tags Tag aware ...

Page 352: ...DLC Uses the HDLC protocol to encapsulate the data of the VCTRUNK port Configuration Guidelines The value of Mapping Protocol for VCTRUNK of the local equipment must be the same as that of Mapping Protocol for the VCTRUNK of the interconnected equipment Relationship with Other Parameters None 7 21 Scramble Description The Scramble parameter specifies whether to scramble the payload area of the enc...

Page 353: ...ble for the VCTRUNK of the interconnected equipment Relationship with Other Parameters None 7 22 Set Inverse Value for CRC Description The Set Inverse Value for CRC parameter specifies whether to set an inverse value for the CRC field of the HDLC or LAPS protocol Impact on the System If the value of Set Inverse Value for CRC for the VCTRUNK of the local equipment is different from that of Set Inve...

Page 354: ...cifies the length of the CRC field of the mapping protocol Impact on the System If Mapping Protocol is set to HDLCor LAPS and if the value of Check Field Length is different from that for the interconnected VCTRUNKs at the two ends the service is interrupted Values Table 7 3 shows the value range of each type of board Table 7 3 The length of the CRC field supported by each type of board Board Name...

Page 355: ...he System If the value of FCS Calculated Bit Sequence for the VCTRUNK of the local equipment is different from that of FCS Calculated Bit Sequence for the VCTRUNK of the interconnected equipment the service is interrupted Values Table 7 4 shows the value range of each type of board Table 7 4 FCS calculated bit sequence supported by each type of boards Board Name Mapping Protocol Value Range Defaul...

Page 356: ... equipment Relationship with Other Parameters None 7 25 Operation Type EPL Service Description The Operation Type EPL Service parameter specifies whether to add strip translate or transparently transmit VLAN labels for service packets at a port when Service Type is set to EVPL QinQ Impact on the System After you select an operation type the system performs the relevant operation 7 List of Paramete...

Page 357: ...vice are translated into the sink S VLAN labels the source S VLAN label must be different from the sink S VLAN label Transparently transmit S VLAN Forwards the service packets according to the port or S VLAN After the packets are processed in the service the S VLAN labels in the packets are not changed Transparently transmit C VLAN Forwards the service packets according to the port or C VLAN After...

Page 358: ...dicates the transparent transmission service or the VLAN private line service EVPL QinQ Indicates the Ethernet QinQ virtual private line service Configuration Guidelines Select a service type as required Relationship with Other Parameters None 7 27 Encapsulation Format of P Port Network Attributes Description Encapsulation Format of P Port Network Attributes indicates that the board supports recei...

Page 359: ...Value Description MartinioE Figure 7 1 shows the encapsulation format of MartinioE Stack VLAN Figure 7 2 shows the encapsulation format of Stack VLAN Configuration Guidelines The user can choose an encapsulation format according to the requirements of the service Different encapsulation formats support different types of data packets When the encapsulation format is inconsistent with the type of t...

Page 360: ...AN Data FCS 6 bytes 6 bytes 4 bytes 4 bytes 4 bytes Impact on the System The system operation is not affected Values Valid Values Default Value Empty 1 4095 Empty The following table lists the description of each value Value Description Empty Indicates that the port does not check the C VLAN S VLAN The services are forwarded according to the port 1 4095 Indicates that the port checks the C VLAN S ...

Page 361: ...ase of Martinioe the value ranges from 16 to 1023 In the case of stack VLAN the value ranges from 1 to 4095 l The VLAN IDs at both ends of a link must be the same In the case of different Ethernet services you can set the VLAN ID to different values Relationship with Other Parameters This parameter is valid only when you set Flow Type to Port VLAN 7 30 Bridge Learning Mode Ethernet LAN Service Des...

Page 362: ...n of each value Value Description SVL Indicates that in the shared VLAN learning mode the bridge learns all the data messages based on the MAC address IVL Indicates that in the independent VLAN learning mode data packets of different VLAN interfaces are not associated Configuration Guidelines The user can set the parameter according to the networking requirements Relationship with Other Parameters...

Page 363: ...Other Parameters None 7 32 Maintenance Point Type Ethernet OAM Description The Maintenance Point Type Ethernet OAM specifies the maintenance point type defined in IEEE 802 1ag MEP stands for Maintenance association End Point and MIP stands for Maintenance association Intermediate Point Impact on the System The system operation is not affected Values Valid Values Default Value MEP MIP MEP Configura...

Page 364: ...ivity check activate the CC function at a maintenance endpoint To stop the connectivity check deactivate the CC function Relationship with Other Parameters The CC function can be activated at a maintenance endpoint only 7 34 Test Result LB and LT Test Description The Test Result LB and LT Test parameter specifies the result derived from the LB or LT test each time Impact on the System The system o...

Page 365: ... created 7 36 Hop Count Ethernet LT Test Description The Hop Count Ethernet LT Test parameter specifies the number of hops from the maintenance source endpoint to an maintenance intermediate point namely the number of responding intermediate points from the maintenance source point to a certain responding point As shown in Figure 7 3 MEP1 and MEP2 are the maintenance endpoints MIP1 MIP2 MIP3 and M...

Page 366: ...es the maximum length of the Ping packets if the Ping operation is initiated at a maintenance endpoint Impact on the System The system operation is not affected Values Valid Values Default Value Unit 64 1522 in step length of 1 64 Byte Configuration Guidelines Set the value according to the expected frame length 7 List of Parameters OptiX OSN 550 Multi Service CPE Optical Transmission System Confi...

Page 367: ...lines Set this parameter to a lower value if the requirement is high for the response time Set this parameter to a higher value if the requirement is low for the response time Relationship with Other Parameters The values of Timeout and Ping Attempts decides the longest duration required to perform the Ping test 7 39 Detect Attempts Description The Detect Attempts parameter specifies the detection...

Page 368: ...e Default Value SDH Direction The following table lists the description of each value Value Description SDH Direction Indicates that the test packet is transmitted from the VC trunk port to the SDH side Indicates that the parameter is invalid Relationship with Other Parameters This parameter is valid and displayed as SDH Direction only when Send Mode is set to Burst Mode or Continue Mode This para...

Page 369: ...mber of frames received at the port within the time specified in Error Frame Monitor Window ms Relationship with Other Parameters To set Error Frame Monitor Window ms set Error Frame Monitor Threshold Entries Moreover set Port Rate For details refer to the description of the Error Frame Period Window Frames parameter 7 42 Error Frame Monitor Threshold Entries Description The Error Frame Monitor Th...

Page 370: ... parameter specifies the received N frames in which the number of error frames reach the specified upper threshold In this case a link event alarm is reported Impact on the System After you set the Error Frame Period Window Frames and Error Frame Period Threshold Frames parameters a link event alarm is reported if the number of error frames received within a certain period reaches the specified up...

Page 371: ...Frames Description The Error Frame Monitor Threshold Frames parameter specifies the received N frames in which the number of error frames reach the specified upper threshold In this case a link event alarm is reported Impact on the System After you set the Error Frame Period Window Frames and Error Frame Period Threshold Frames parameters a link event alarm is reported if the number of error frame...

Page 372: ...ure that the value of Error Frame Second Window s is not less than that of Error Frame Second Threshold s Relationship with Other Parameters Set the Error Frame Second Window s parameter together with the Error Frame Second Threshold s parameter 7 46 Error Frame Second Threshold s Description The Error Frame Second Threshold s parameter specifies the second during which error frames are received a...

Page 373: ...System The system operation is not affected Values Valid Values Default Value Enabled Disabled Disabled Configuration Guidelines None Relationship with Other Parameters None 7 48 OAM Working Mode Description The OAM Working Mode parameter specifies a negotiation mode defined in IEEE 802 3ah It involves two modes Passive and Active OptiX OSN 550 Multi Service CPE Optical Transmission System Configu...

Page 374: ... 7 49 Remote Alarm Support for Link Event Description The Remote Alarm Support for Link Event parameter specifies whether to report the detected link events for example Error Frame Period Threshold Error Frame Monitor Threshold and Error Frame Second Threshold to the opposite end Impact on the System After the Remote Alarm Support for Link Event parameter is set to Enabled link event alarms are di...

Page 375: ...ctional operations the unidirectional operation function specified in IEEE 802 3ah is unavailable Impact on the System After the Unidirectional Operation parameter is set to Enabled IEEE 802 3ah packets are still transmitted to the opposite end if the receive end is faulty Values Valid Values Default Value Enabled Disabled Disabled Configuration Guidelines If the hardware has the capability of per...

Page 376: ...opback state defined in IEEE 802 3ah Initiate Loopback at Local Indicates that the local end can transmit the loopback packets to the remote end Respond Loopback of Remote Indicates that the local end can respond to the loopback packets from the remote end Configuration Guidelines None Relationship with Other Parameters None 7 52 Flow Type Flow Configuration Description The Flow Type Flow Configur...

Page 377: ...om the specified port and whose SVLAN VID is consistent with the specified VID are regarded as one flow Port CVLAN SVLAN Flow All the packets that enter from the specified port and whose SVLAN VID and CVLAN VID are consistent with the specified VID are regarded as one flow Configuration Guidelines Based on the required QoS and service type set a proper value for Flow Type Relationship with Other P...

Page 378: ...with the flow A flow can be bound with one CoS ID only The CoS policy can be used to divide the packet priority after the flow is bound with the CoS Impact on the System The flow packets can be divided into different priorities based on the CoS rules only after the flow is bound with the CoS Values Value Range Default Value Created CoS ID Configuration Guidelines The created flow can be bound with...

Page 379: ...n Description The CAR Enabled Disabled CAR Configuration parameter specifies whether a CAR can limit the traffic volume Impact on the System After the CAR is enabled and bound with a flow the traffic volume of the flow is limited according to the value of the CAR parameter If the transmitted traffic is greater than the specified value the excessive traffic is discarded Values Value Range Default V...

Page 380: ...ystem After the CAR is enabled and bound with a flow the committed bandwidth of the flow is guaranteed If the traffic volume is greater than the guarantee bandwidth the transmission of excessive traffic cannot be guaranteed Values Value Range Default Value Unit An integer of 0 1048576 in step length of 64 0 kbit s Configuration Guidelines Based on the actual requirement of QoS you can set a proper...

Page 381: ...ze kbyte is not less than the possible size of expected burst data flow to be transmitted Relationship with Other Parameters You can set Committed Burst Size kbyte of a CAR only after creating the CAR 7 59 Peak Information Rate kbit s CAR Configuration Description The Peak Information Rate kbit s CAR Configuration parameter specifies the peak information rate PIR of the committed access rate CAR I...

Page 382: ... maximum excessive data volume of a flow which can be transmitted within a certain period Impact on the System After the CAR is enabled and bound with a flow if the burst data volume of the flow is greater than the value of Maximum Burst Size kbyte the excessive data is discarded Values Value Range Default Value Unit 0 32 0 kbyte Configuration Guidelines Based on the actual requirement of QoS you ...

Page 383: ...rameters None 7 62 CoS Type CoS Configuration Description The CoS Type CoS Configuration parameter specifies the type of CoS of the flow in the Ethernet data board This parameter decides the method adopted to classify the flow in the Ethernet data board Impact on the System If CoS Type is set incorrectly packets cannot be correctly dispatched to a proper queue Values Value Range Default Value Simp...

Page 384: ...ackets into different CoS priorities The packets of higher priorities are first processed Impact on the System The packets of higher priorities are transmitted before those of lower priorities Moreover better service quality is available Values For the CoS of the Simple type follow Table 7 5 to set a simple CoS Priority Table 7 5 CoS priority of the simple type CoS Parameter Value Range of CoS Par...

Page 385: ...s you can map the packets into different queues by setting CoS Priority If CoS Type is set to VLAN Priority IPTOS or DSCP generally you can map the packets into the proper CoS Priority according to the priority information contained in the packets At the application layer if a service for example VOIP video conference video conferencing call and video on demand has higher requirements for QoS set ...

Page 386: ...t Priority to a smaller value Otherwise set Port Priority to a greater value Relationship with Other Parameters The member port state in the link aggregation group is decided according to these parameters such as port working mode port working rate whether the port receives LACP packets port priority and LAG priority 7 65 System Priority Link Aggregation Description The System Priority Link Aggreg...

Page 387: ...on Description The Status Link Aggregation parameter specifies the state which is derived from logical computation of each member ports in a link aggregation group Impact on the System When a port is not configured with services this port can be added to a link aggregation group If this port is in service in this link aggregation group this port can share the service If this port is out of service...

Page 388: ... Aggregation Description The Load Sharing parameter specifies the load sharing mode of an aggregation group Impact on the System Different load sharing modes have different effects In load sharing mode the ports in the aggregation group can share the service In load non sharing mode only one port in the aggregation group can carry the service and the other port provides protection Values Value Ran...

Page 389: ...rding to the actual service requirement Relationship with Other Parameters This parameter can be set only when the VB is created and Protocol Type is selected Related Information The rapid spanning tree protocol RSTP can realize all the functions of the spanning tree Similar to the STP the RSTP avoids temporary loops Different from the STP the RSTP shortens the time delay at the ports from blockin...

Page 390: ...tion VB Priority Bridge Parameters indicates the fixed parameters of the bridge used for selecting the role of the bridge and computing the topology of the spanning tree As the value of the parameter decreases the VB priority increases and the bridge is more likely to be selected as a root bridge Impact on the System Changing the value of Priority may affect the selection of a root bridge which ma...

Page 391: ...t the following requirement is met 2 x Hello Time 1 Max Age 2 x Forward Delay 1 Relationship with Other Parameters This parameter is related to the Hello Time and Forward Delay parameters For details refer to the principles for setting these parameters 7 72 Hello Time s Spanning Tree Description The Hello Time s parameter specifies the transmission period of the message The bridge time consists of...

Page 392: ...tarted when the port enters the listening state When the timer expires the port automatically migrates to the learning state and the timer is started again When the timer expires the second time the port automatically migrates to the forwarding state and the timer is stopped Impact on the System The restoration time of the service from the learning state to the forwarding state is affected Values ...

Page 393: ...e managed The network segment in each LAN has the root path cost The root path cost of the network segment is equal to the root path cost of the bridge whose cost is the smallest among all the bridges that are connected to the network segment through the bridge ports In this case the bridge whose cost is the smallest is selected as the designated bridge If the root path cost values of two or more ...

Page 394: ...parameter is used for querying 7 77 Port ID Description The Port ID parameter contains 16 bits which show the port priority and the unique port number in the bridge The first eight bits indicate the port priority and the later eight bits indicate the port number The port ID represents the priority in the spanning tree If the value of the port ID is smaller the port priority in the bridge is higher...

Page 395: ...the path cost of this port The path cost of each port can be set through the management module Table 7 9 shows the recommended values of the port path cost The values are generally related to the MAC type and transmission rate Table 7 9 Recommended values of the port path cost Parameter Link Speed Recommende d value Recommende d range Range Path Cost 100 Kb s 200000000 20000000 2000 00000 1 200000...

Page 396: ...bridge IDs in a network A bridge ID consists of the priority and MAC address of the bridge The bridge whose ID is the smallest is selected as the root bridge in this network Impact on the System This parameter is used for querying It indicates the priority of the current root bridge and may change in the case of a spanning tree topology change Values Value Range Default Value 0 65535 32768 Configu...

Page 397: ...s the MAC address of a bridge To ensure that the bridge protocols operate normally the following requirements should be met l The multicast MAC address must be unique and be identified by all the bridges in the LAN The multicast MAC address identifies the protocol entities of a bridge that is connected to different and individual physical network segments l Each bridge has a unique ID in the entir...

Page 398: ...er is enabled convergence time of the RSTP is reduced and thus the reliability of the system is improved Values Value Range Default Value Enabled Disabled Disabled The following table provides the description of each value Value Description Enabled Indicates that the edge port function is enabled In this case the port can enter the forwarding state directly without any delay during the calculation...

Page 399: ...ared media Link connection Adaptive connection The following table lists the description of each value Value Description Adaptive connection If the port is a full duplex port or a VCTRUNK port and if the port has the point to point attribute the port state can be transited rapidly Shared media If the port has the non point to point attribute the port state cannot be transited rapidly Link connecti...

Page 400: ... Values Value Range Default Value Enabled Disabled Disabled The following table lists the description of each value Value Description Disabled Disables the LCAS protocol Enabled Enables the LCAS protocol Configuration Guidelines You can set Enabling LCAS as required Relationship with Other Parameters None 7 85 LCAS Mode Description The LCAS Mode parameter specifies the sequence for the sink end to...

Page 401: ...ipment Relationship with Other Parameters None 7 86 Hold Off Time ms LCAS Description The Hold Off Time ms LCAS parameter is also called HO Procedure Timer Duration It specifies HO Procedure Timer Duration of the LCAS protocol If the LCAS coexists with another network level protection scheme for example MSP or SNCP you can set this parameter to postpone the LCAS switching Impact on the System The ...

Page 402: ...he LCAS protocol is affected After the network recovers from a fault the LCAS protocol can recover only after a WTR duration Values Value Range Default Value Unit 0 to 720 300 Second Configuration Guidelines The User can set this parameter according to the expected WTR duration of LCAS recovery Relationship with Other Parameters This parameter is valid only when Enabling LCAS is set to Enabled 7 8...

Page 403: ...members in the transmit direction fail and the number of valid members is smaller than a certain value The Min Members Transmit Direction parameter specifies the certain number of the valid members in the transmit direction Impact on the System When the LCAS is enabled failure of certain paths does not affect the service in the case of sufficient bandwidths The user can set this parameter to enabl...

Page 404: ... function is disabled the link fault in the intermediate network is not reported to the service access point Values Value Range Default Value Yes No No The following table provides the description of each value Value Description Yes Indicates that the LPT function is enabled No Indicates that the LPT function is disabled Configuration Guidelines Set this parameter according to the actual requireme...

Page 405: ...er Ensure that the configurations of the two interconnected ports are consistent 7 92 Port Type Port Hold Off Time ms Description The Port Type Port Hold Off Time ms parameter specifies the interval for the PORT to transmit the LPT fault information after it receives the information Impact on the System The greater the hold off time of the PORT the slower is the transmission of fault information b...

Page 406: ...s the registration information of the multicast group from the checked IGMP packets Moreover it configures the relevant functions to generate route ports and multicast groups The multicast service packets are forwarded according to the multicast group information This parameter specifies whether to enable the IGMP Snooping protocol within the specified virtual bridge VB Impact on the System l If t...

Page 407: ...ime expires the relevant router port in the multicast group is aged After the router port is aged the whole multicast group is deleted if no other router ports exist in the multicast group Impact on the System The parameter value may affect the forwarding efficiency of the EVPLAN service l If the aging time is extremely long and if the multicast MAC address table in the board fails to be updated i...

Page 408: ...ts reaches the specified value Impact on the System The system operation is not affected Values Value Range Default Value Unit 0 255 0 Unit Configuration Guidelines The user can set the number of test packets to be transmitted as required Relationship with Other Parameters This parameter is valid only when Send Mode is set to Burst Mode 7 97 Status Description Status indicates the transmit status ...

Page 409: ...est frames that are transmitted by the VC trunk port in the Ethernet test This parameter value is accumulative The value indicates the total number of test frames that are transmitted from last time when the parameter value is cleared to this time when the value is queried Impact on the System This parameter is for query only and does not affect the system operation Values For example the paramete...

Page 410: ...iguration Guidelines None Relationship with Other Parameters None 7 100 Test Frames to Receive Description Test Frames to Receive indicates the number of test frames that are received by the VC trunk port in the Ethernet test This parameter value is accumulative The value indicates the total number of test frames that are transmitted from last time when the parameter value is cleared to this time ...

Page 411: ... performed Burst Mode Indicates that the system transmits a test frame every one second The test ends after a specified number of test frames are transmitted Continue Mode Indicates that the system continuously transmits test frames with a frequency of 1 frame per second Configuration Guidelines Set this parameter according to the requirements of the test l To perform the test continuously set the...

Page 412: ...this parameter must be set to the same value l If the number of NEs is less than 30 usually set the value to 5 seconds l If the number of NEs is not less than 30 usually set the value to 9 seconds Generally set it to the default value namely 9 seconds 7 103 Conference Call Description The Conference Call parameter specifies the phone numbers of networkwide orderwire calls Impact on the System The ...

Page 413: ... 101 Configuration Guidelines l The phone numbers of orderwire addressing calls cannot be duplicate within the same subnet l The length of an orderwire call number can be set as required The value range is 3 8 Within the same orderwire network the length of orderwire call numbers must be consistent for each node l The length of phone numbers used to make orderwire addressing calls must be consiste...

Page 414: ...alue Available Orderwire Port Bid BidType PortID The following table lists the description of each value Value Description Bid BidType PortID Indicates the available optical interface of a board in a slot which is used to set orderwire calls l Bid indicates the slot number of the board used to set orderwire calls l BidType indicates the name of the board used to set orderwire calls l PortID indica...

Page 415: ...ion The Data Channel F1 Data Port parameter specifies the uplink and downlink ports that pass through the F1 data Impact on the System After the data channel is cancelled the services that pass through the F1 data port are interrupted Values Valid Values Default Value F1 Bid BidType PortID The following table lists the description of each value OptiX OSN 550 Multi Service CPE Optical Transmission ...

Page 416: ...oadcast Data Port parameter specifies the number of the overhead bytes which are used to transmit orderwire broadcast data services in the SDH frame header Impact on the System The system operation is not affected Values Valid Values Default Value SERIAL1 SERIAL2 SERIAL3 SERIAL4 SERIAL1 The following table lists the description of each value Value Description SERIAL1 Indicates the S1 byte in the S...

Page 417: ...em The system operation is not affected Values Value Valid Values RS232 RS232 The following table lists the description of each value Value Description RS232 Indicates an asynchronous transmission mode in which no handshake signal is available An NE operating in RS232 mode can communicate with an NE operating in RS232 or RS422 mode directly in this case data transmission is transparent and the max...

Page 418: ...BidType PortID Indicates a port that is used to set a slot of the F1 data port Configuration Guidelines Select the value according to the configuration Relationship with Other Parameters If the S1 byte the S4 byte or an optical interface is set to transparently transmit DCC overhead the broadcast data service may fail to be set 7 111 Broadcast Data Sink Broadcast Data Port Description The Broadcas...

Page 419: ...roadcast data service may fail to be set 7 112 External Clock Output Mode When 2M Output Synchronous Source Is Invalid Description The External Clock Output Mode When 2M Output Synchronous Source Is Invalidparameter is used to specify an action to control the output mode of external clock source when all the clock sources in the 2M phase locked source priority table become invalid or when the cloc...

Page 420: ...he opposite NE that connects to the specific external clock By default this parameter is set to Shut off Relationship with Other Parameters None Related Information None 7 113 External Clock Output Mode Description The External Clock Output Mode parameter is used to set the output mode of the external clock source to 2 Mbit s or 2 MHz Impact on the System Modifying the output mode of the external ...

Page 421: ...formation None 7 114 External Clock Output Timeslot Description The External Clock Output Timeslot parameter is used to set the output timeslot for the S1 byte of the external clock source The external clock source transmits the S1 overhead byte through certain timeslots After starting the SSM protocol make sure that the timeslot for receiving the S1 byte is consistent with the timeslot for transm...

Page 422: ...ace All versions Indicates that the S1 byte is transmitted through all timeslots of the external clock interface Configuration Guidelines None Relationship with Other Parameters This parameter can be set only when the External Clock Output Mode parameter is set to 2 Mbit s Related Information None 7 115 External Source Output Threshold Description The External Source Output Threshold parameter is ...

Page 423: ...signal Not Inferior to G 812 Transit Clock Signal Indicates that the external clock source becomes invalid when its output quality is inferior to the G 812 transit office clock signal Not Inferior to G 811 Clock Signal Indicates that the external clock source becomes invalid when its output quality is inferior to the G 811 signal Configuration Guidelines The output quality of the external clock so...

Page 424: ...es that the failure condition is set to AIS The 2M phase lock source becomes invalid when an AIS alarm of external clock signal occurs LOF Indicates that the failure condition is set to an LOF alarm The 2M phase lock source becomes invalid when an LOF alarm of external clock signal occurs AIS OR LOF Indicates that the failure condition is set to an AIS alarm or LOF alarm The 2M phase lock source b...

Page 425: ... the description of each value Value Description Shut Down Output Indicates that the output of external clock signal is shut down Send AIS Indicates that the external clock sends all 1 s signals 2M Output S1 Byte Unavailable Indicated that the S1 byte sent by the external clock is unavailable That is the external clock sends 0x0f Configuration Guidelines When the 2M phase locked source is invalid ...

Page 426: ...f each value Value Description No Threshold Value Threshold disabled G 813 SETS Signal Indicates that the lower threshold is not inferior to the G 813 SETS signal G 812 Lock Clock Signal Indicates that the lower threshold is not inferior to the G 812 lock clock signal G 812 Transit Clock Signal Indicates that the lower threshold is not inferior to the G 812 transit clock signal G 811 Clock Signal ...

Page 427: ... AIS alarm is the sufficient condition to trigger clock source switching No Indicates that an AIS alarm is not a condition for triggering clock source switching Configuration Guidelines It is recommended to set the AIS alarm as the condition for triggering clock source switching in actual application to ensure system performance Relationship with Other Parameters None Related Information None Opti...

Page 428: ...ng alarm is the sufficient condition for triggering clock source switching No Indicates that a B1 BER threshold crossing alarm is not the condition for triggering clock source switching Configuration Guidelines A B1 BER threshold crossing alarm indicates that the transmitted signal and the clock in the signal are being interfered Therefore this parameter can be set as a condition for triggering cl...

Page 429: ...ent condition for triggering clock source switching No Indicates that a B2 EXC alarm is not the condition for triggering clock source switching Configuration Guidelines A B2 EXC alarm indicates that the transmitted signal and the clock in the signal are being interfered Therefore this parameter can be set as a condition for triggering clock source switching in actual application to ensure system p...

Page 430: ...lists the description of each value Value Description Non Revertive Indicates that the higher priority clock source cannot be selected automatically after it is restored to normal Auto Revertive Indicates that the higher priority clock source is selected automatically after it is restored to normal Configuration Guidelines If the conditions for clock source switching are properly set and the switc...

Page 431: ...e Values Value Range Default Value 0 12 5 Configuration Guidelines The WRT time is counted in minutes The shorter the WTR time is the faster the clock is recovered and the higher the average clock quality is On the other hand the shorter the WTR time is the more likely the clock jitters are caused due to unstable clock signals Therefore do not set the WTR time to 0 in actual application Relationsh...

Page 432: ...s None Relationship with Other Parameters None Related Information None 7 125 Synchronous Source Description The Synchronous Source parameter indicates the synchronous clock source that is being traced The synchronous clock source here refers to a certain clock source contained in the system clock priority table Impact on the System The system running is not affected Values Value Range Default Val...

Page 433: ...chronous source The S1 byte defined by the ITUT is used to transmit the quality information about the clock sources It indicates the quality information of 16 types of synchronous sources with bits 5 8 of the S1 byte in the section overhead With this quality information and certain switching protocols the automatic protection switching of the synchronization clock can be realized in the synchronou...

Page 434: ... G 812 transit clock G 812 Local Clock Indicates that the SSM protocol is started and the S1 byte synchronization quality information output by the synchronous source is the G 812 local clock SDH equipment timing source SETS signal Indicates that the SSM protocol is enabled and the S1 byte synchronization quality information output by the synchronous source is the synchronous equipment timing sour...

Page 435: ...ates that the NE clock works in the free run mode That is the internal oscillator works in this mode when all external timing reference signals are lost Configuration Guidelines None Relationship with Other Parameters None Related Information None 7 128 Data Output Method in Holdover Mode Description The Data Output Method in Holdover Mode parameter is used to specify whether the data is output no...

Page 436: ...l application the Normal Data Output mode is recommended Relationship with Other Parameters The NE clock can work in three modes the trace holdover and free run modes This parameter is valid only when the NE clock is working in the holdover mode Related Information None 7 129 Retiming Mode Description The Retiming Mode parameter specifies whether the retiming clock tributary clock or cross connect...

Page 437: ...ck according to the actual networking planning of the user The OptiX OSN equipment supports only Retiming Mode of Tributary Clock This parameter is applicable to only SP3D boards 7 130 Switching Mode MSP Description The Switching Mode parameter specifies the switching mode of the linear MSP Impact on the System The system operation is not affected Values Value Range Default Value Single Ended Swit...

Page 438: ...the switching occurs at the transmit end and at the receive end Configuration Guidelines In the case of the 1 1 MSP you can set this parameter to Single Ended Switching or Dual Ended Switching In the case of the 1 N MSP you can set this parameter to Dual Ended Switching only 7 List of Parameters OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide 7 108 Huawei Proprietar...

Page 439: ... D A 6 E A 7 F A 8 G A 9 H A 10 I A 11 J A 12 L A 13 M A 14 N A 15 O A 16 P A 17 Q A 18 R A 19 S A 20 T A 21 U A 22 V OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide A Glossary and Acronyms Issue 02 2011 06 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd A 1 ...

Page 440: ...3 W A Glossary and Acronyms OptiX OSN 550 Multi Service CPE Optical Transmission System Configuration Guide A 2 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd Issue 02 2011 06 30 ...

Page 441: ...nization On certain occasions 1PPS can also be used on other interfaces for high precision timing 3R Reshaping Retiming Regenerating A 2 A ABR Available Bit Rate AC Alternating Current ACAP A channel configuration method which uses two adjacent channels a horizontal polarization wave and a vertical polarization wave to transmit two signals Active Standby switching of cross connect board The proces...

Page 442: ... on When the red indicator is on a critical alarm is generated When the orange indicator is on a major alarm is generated When the yellow indicator is on a minor alarm is generated The ALM alarm indicator on the front panel of a board indicates the current status of the board Alarm indication signal A code sent downstream in a digital network as an indication that an upstream failure has been dete...

Page 443: ...power of laser transmitters and optical amplifiers to avoid exposure to hazardous levels Automatic Protection Switching Capability of a transmission system to detect a failure on a working facility and to switch to a standby facility to recover the traffic Automatic Transmit Power Control A method of adjusting the transmit power based on fading of the transmit signal detected at the receiver A 3 B...

Page 444: ... Bridges differ from routers because bridges use physical addresses while routers use IP addresses Bridge Protocol Data Unit The data messages that are exchanged across the switches within an extended LAN that uses a spanning tree protocol STP topology BPDU packets contain information on ports addresses priorities and costs and ensure that the data ends up where it was intended to go BPDU messages...

Page 445: ... microwave fiber or a combination of the three The amount of information transmitted per second in a channel is the information transmission speed expressed in bits per second For example b s kb s Mb s Gb s and Tb s CIR Committed Information Rate Circuit A combination of two transmission channels permitting transmission in both directions between two points circuit emulation service A function wit...

Page 446: ...ra intra network or inter network traffic resulting in decreasing network service efficiency Connection point A reference point where the output of a trail termination source or a connection is bound to the input of another connection or where the output of a connection is bound to the input of a trail termination sink or another connection The connection point is characterized by the information ...

Page 447: ...ta Network Defect A limited interruption in the ability of an item to perform a required function Delay Measurement The time elapsed since the start of transmission of the first bit of the frame by a source node until the reception of the last bit of the loopbacked frame by the same source node when the loopback is performed at the frame s destination node Demultiplexing A process applied to a com...

Page 448: ...vel port protection technology used to detect unidirectional fiber cuts and to negotiate with the opposite end Once a link down failure occurs on a port or a hardware failure occurs on a board the services can automatically be switched to the slave board achieving 1 1 protection for the inter board ports DLAG See Distributed Link Aggregation Group DM See Delay Measurement DNI See Dual Node Interco...

Page 449: ...l Domains EPL See Ethernet Private Line EPLAN See Ethernet virtual private LAN service Equipment Serial Number A string of characters that identify a piece of equipment and ensures correct allocation of a license file to the specified equipment It is also called equipment fingerprint ESCON See Enterprise System Connection ESD See ElectroStatic Discharge ESD jack Electrostatic discharge jack A hole...

Page 450: ... over the protection channels when that capacity is not used for the protection of working traffic Extra traffic is not protected A 7 F Failure If the fault persists long enough to consider the ability of an item with a required function to be terminated The item may be considered as having failed a fault has now been detected Fairness A feature in which for any link specified in a ring network th...

Page 451: ... network The optical fiber transmits optical signal while the cable transmits electrical signal The fiber cable between NEs represents the optical fiber connection or cable connection between NEs The fiber cable between SDH NEs represents the connection relationship between NEs At this time the fiber cable is of optical fiber type FICON See Fiber Connect FIFO First In First Out Floating nut Floati...

Page 452: ...equency interval are used to transmit receive the same signal and selection is then performed between the two signals to ease the impact of fading FTP File Transfer Protocol full duplex A full duplex or sometimes double duplex system allows communication in both directions and unlike half duplex allows this to happen simultaneously Land line telephone networks are full duplex since they allow both...

Page 453: ...y of user services HQoS has an advanced traffic statistics function and the administrator can monitor the usage of bandwidth of each service Hence the bandwidth can be allocated reasonably through traffic analysis High Definition Serial Digital Interface signal High definition video signal transported by serial digital interface History alarm The confirmed alarm that has been saved in the memory a...

Page 454: ...abinet Internet Group Management Protocol One of the TCP IP protocols for managing the membership of Internet Protocol multicast groups It is used by IP hosts and adjacent multicast routers to establish and maintain multicast group memberships Inverse Multiplexing over ATM A technique that involves inverse multiplexing and de multiplexing of ATM cells in a cyclical fashion among links grouped to f...

Page 455: ... being solely concerned with the generation and transfer of its characteristic information layer 2 switch A data forwarding method In a LAN a network bridge or 802 3 Ethernet switch transmits and distributes packet data based on the MAC address Since the MAC address is at the second layer of the OSI model this data forwarding method is called Layer 2 switch LB See Loopback LBM Loopback Message LBR...

Page 456: ...o the protection channel When the service has been switched the function enables the service to be restored from the protection channel to the working channel LOF Loss of Frame LOM Loss of Multiframe Loopback A troubleshooting technique that returns a transmitted signal to its source so that the signal or message can be analyzed for errors The loopback can be a inloop or outloop LOS Loss of Signal...

Page 457: ... Network A network that interconnects users with computer resources in a geographic area or region larger than that covered by even a large LAN but smaller than the area covered by an WAN The term is applied to the interconnection of networks in a city into a single larger network which may then also offer efficient connection to a wide area network It is also used to mean the interconnection of s...

Page 458: ...erhead that comprises rows 5 to 9 of the SOH of the STM N signal See SOH definition Multiplex Section Protection A function which is performed to provide capability for switching a signal between and including two multiplex section termination MST functions from a working to a protection channel Multiplexing A procedure by which multiple lower order path layer signals are adapted into a higher ord...

Page 459: ...tical Add Drop Multiplexer A device that can be used to add the optical signals of various wavelengths to one channel and drop the optical signals of various wavelengths from one channel Optical Amplifier Devices or subsystems in which optical signals can be amplified by means of the stimulated emission taking place in a suitable active medium Optical attenuator A passive device that increases the...

Page 460: ...e for example would be considered overhead information A 16 P Paired slots Two slots of which the overheads can be passed through by using the bus on the backplane pass through The action of transmitting the same information that is being received for any given direction of transmission Path A performance resource object defined in the network management system The left end of a path is a device n...

Page 461: ...cant instants are separated by time intervals having durations which may vary without limit Plesiochronous Digital Hierarchy A multiplexing scheme of bit stuffing and byte interleaving It multiplexes the minimum rate 64 kit s into the 2 Mbit s 34 Mbit s 140 Mbit s and 565 Mbit s rates PLL Phase Locked Loop Pointer An indicator whose value defines the frame offset of a virtual container with respec...

Page 462: ... switched network PSN PWE3 also emulates the essential attributes of low speed time division multiplexing TDM circuit and SONET SDH The simulation approximates to the real situation PVC See Permanent Virtual Connection PW See Pseudo Wire PWE3 See Pseudo Sire Emulation edge to edge A 17 Q QinQ A layer 2 tunnel protocol based on IEEE 802 1Q encapsulation It add a public VLAN tag to a frame with a pr...

Page 463: ...ay for signals RNC Radio Network Controller ROPA See Remote optical pumping amplifier route The path that network traffic takes from its source to its destination In a TCP IP network each IP packet is routed independently Routes can change dynamically router A device on the network layer that selects routes in the network The router selects the optimal route according to the destination address of...

Page 464: ...Serial Digital Interface signal SEC SDH Equipment Clock Section The portion of a SONET transmission facility including terminating points between i a terminal network element and a regenerator or ii two regenerators A terminating point is the point after signal regeneration at which performance monitoring is or may be done Self healing A function of establishing a replacement connection by network...

Page 465: ...hassis may slide and be supported within a cabinet or shelf Small Form Factor Pluggable A specification for a new generation of optical modular transceivers SMSR See Side Mode Suppression Ratio SNC SubNetwork Connection SNCMP See Subnetwork connection multipath protection SNCP See SubNetwork Connection Protection SNCP node Set the SNC node on the protection sub network to support sub network conne...

Page 466: ... backup channels protect one active channel in SNCMP SubNetwork Connection Protection A function which allows a working subnetwork connection to be replaced by a protection subnetwork connection if the working subnetwork connection fails or if its performance falls below a required level Subnetwork Connection Tunnel Protection SNCTP provides a VC 4 level channel protection When the working channel...

Page 467: ...n Monitor In the SDH transport hierarchy the TCM is located between the AU TU management layer and HP LP layer It uses the N1 N2 byte of POH overhead to monitor the quality of the transport channels on a transmission section TCM section TCM See Tandem Connection Monitor TCP IP See Transmission Control Protocol Internet Protocol TDM Time Division Multiplexing TIM Trace Identifier Mismatch Timeslot ...

Page 468: ...of different size Tributary Units can be constructed to increase flexibility of the transport network TTL Time To Live TU Tributary Unit TUG See Tributary Unit Group Tunnel A channel on the packet switching network that transmits service traffic between PEs In VPN a tunnel is an information transmission channel between two entities The tunnel ensures secure and transparent transmission of VPN info...

Page 469: ...I Virtual Channel Identifier Virtual Container The information structure used to support path layer connections in the SDH It consists of information payload and path overhead POH information fields organized in a block frame structure which repeats every 125 or 500 μs Virtual local area network A logical grouping of two or more nodes which are not necessarily on the same physical network segment ...

Page 470: ...y in a single fiber Wavelength protection group Data for describing the wavelength protection structure Its function is similar to that of the protection subnet for SDH NEs The wavelength path protection can work only with the correct configuration of the wavelength protection group WDM See Wavelength Division Multiplexing WFQ Weighted Fair Queuing Winding pipe A tool for fiber routing which acts ...

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