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Chapter 16 MPLS Service Configuration

ZXAN(config-pw)#pwtype ethernet

ZXAN(config-pw)#peer 1.1.1.1 router-id 1.1.1.1 vcid 1000

ZXAN(config-pw)#exit

Configure the VLL.

ZXAN(config)#vll redundancy-vll

ZXAN(config-vll)#mpls xconnect pw 1and1000pw

ZXAN(config-vll)#exit

10. Configure the class map.

ZXAN(config)#class-map classmap1000

ZXAN(config-cmap)#match svlan-id 1000

ZXAN(config-cmap)#exit

11. Configure the CIP.

ZXAN(config)#cip 1

ZXAN(config-cip1)#service-type ethernet class-map classmap1000

ZXAN(config-cip1)#xconnect redundancy-vll

ZXAN(config-cip1)#oam-mapping enable ldp

ZXAN(config-cip1)#exit

12. Save the configuration data.

Result

When the primary PW is disabled, the secondary PW is activated, and the two CEs can

ping each other successfully.

16-105

SJ-20130520164529-007|2013-06-30 (R1.0)

ZTE Proprietary and Confidential

Summary of Contents for ZXA10 C300

Page 1: ...nvergence Equipment Configuration Manual CLI Version V2 0 0 ZTE CORPORATION No 55 Hi tech Road South ShenZhen P R China Postcode 518057 Tel 86 755 26771900 Fax 86 755 26770801 URL http support zte com cn E mail support zte com cn ...

Page 2: ... non infringement ZTE CORPORATION and its licensors shall not be liable for damages resulting from the use of or reliance on the information contained herein ZTE CORPORATION or its licensors may have current or pending intellectual property rights or applications covering the subject matter of this document Except as expressly provided in any written license between ZTE CORPORATION and its license...

Page 3: ...4 1 3 8 Swapping the Active Standby Switching and Control Cards 1 14 1 3 9 Configuring Fans 1 15 1 4 System Configuration 1 16 1 4 1 Configuring the System Time 1 16 1 4 2 Configuring the Version Auto Update Function 1 17 1 4 3 Configuring the Auto Backup Function 1 18 1 4 4 Configuring the Auto Save Function 1 20 1 5 User Management 1 20 1 5 1 Adding a User 1 21 1 5 2 Modifying a User 1 22 1 5 3 ...

Page 4: ...nfiguration 5 1 5 1 Configuring the Uplink Port VLAN 5 1 5 2 Configuring the Service Port VLAN 5 2 5 3 Configuring the Cross Connection VLAN 5 3 Chapter 6 IPTV Configuration 6 1 6 1 Configuring the IGMP MVLAN 6 2 6 2 Configuring the MLD MVLAN 6 5 6 3 Configuring the IPTV Package 6 7 6 4 Configuring the Port IPTV Right 6 8 Chapter 7 QoS Configuration 7 1 7 1 Ethernet Interface QoS Configuration 7 1...

Page 5: ...Extended ACL 8 3 8 3 Configuring a Layer 2 ACL 8 4 8 4 Configuring a Hybrid ACL 8 6 8 5 Configuring an IPv6 Hybrid ACL 8 7 Chapter 9 NTP Configuration 9 1 9 1 Configuring NTP 9 1 Chapter 10 STP Configuration 10 1 10 1 Configuring STP 10 1 Chapter 11 DHCP Configuration 11 1 11 1 Configuring DHCP Snooping 11 1 11 2 Configuring DHCP Server 11 2 11 3 Configuring DHCP Client 11 4 Chapter 12 Uplink Prot...

Page 6: ...S 15 4 15 4 Configuring Management ACL 15 5 15 5 Configuring Control Panel Safety 15 6 Chapter 16 MPLS Service Configuration 16 1 16 1 MPLS Configuration 16 1 16 1 1 Configuring the Basic MPLS Function 16 1 16 1 2 Configuring the Static LSP 16 5 16 1 3 Configuring the LDP FRR Function 16 12 16 1 4 Configuring the LDP GR Function 16 19 16 2 VPLS Configuration 16 23 16 2 1 Configuring the Basic VPLS...

Page 7: ...BFD for VCCV 17 11 Chapter 18 Route Protocol Configuration 18 1 18 1 Configuring the Static Route 18 1 18 2 Configuring the OSPF Protocol 18 1 18 3 Configuring the BGP 18 2 Chapter 19 Clock Configuration 19 1 19 1 Configuring the Synchronous Ethernet Clock 19 1 19 2 Configuring External Input Clock 19 3 19 3 Configuring the External Output Clock 19 4 19 4 Configuring PTP Slave Clock 19 6 Figures I...

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Page 9: ...n Describes basic configuration 2 GPON XGPON Service Configuration Describes GPON and XG PON service configuration 3 CES Service Configuration Describes CES service configuration 4 P2P Service Configuration Describes P2P service configuration 5 VLAN Configuration Describes VLAN configuration 6 IPTV Configuration Describes IPTV configuration 7 QoS Configuration Describes QoS configuration 8 ACL Con...

Page 10: ...nfiguration 17 OAM Configuration Describes OAM configuration 18 Route Protocol Configuration Describes route protocol configuration 19 Clock Configuration Describes clock configuration Conventions This manual uses the following typographical conventions Typeface Meaning Note provides additional information about a certain topic II SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confident...

Page 11: ...Telnet l Login Through NMS After configuring the in band or out of band NM you can manage the ZXA10 C300 through NMS This manual describes the CLI configuration after login through HyperTerminal or Telnet 1 1 1 Login Through HyperTerminal Perform this procedure to log in to the ZXA10 C300 through HyperTerminal Context When you log in to the ZXA10 C300 through HyperTerminal the user name and passwo...

Page 12: ... dialog box is displayed as shown in Figure 1 2 Figure 1 2 Connect To 3 Select COM1 or COM2 and then click OK The COM1 Properties or COM2 Properties dialog box is displayed 4 Click Restore Defaults as shown in Figure 1 3 and then click OK 1 2 SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

Page 13: ...own below Welcome to ZXAN product C300 of ZTE Corporation ZXAN enable Password ZXAN End of Steps 1 1 2 Login Through Telnet Perform this procedure to log in to the ZXA10 C300 through Telnet Prerequisite Before this operation make sure that l The in band or out of band NM IP address is configured l The Telnet computer can ping the in band or out of band NM IP address 1 3 SJ 20130520164529 007 2013 ...

Page 14: ...user name zte and password ZTEzte123 to enter operator mode ZXAN and then enter the enable command and the password to enter administrator mode ZXAN as shown below Welcome to ZXAN product C300 of ZTE Corporation Username zte Password ZXAN enable Password ZXAN End of Steps 1 1 3 Login Through NMS Before logging in to the device through the NMS install the SQL Server database and the NetNumen U31 NM...

Page 15: ... NM information is transmitted via the service channel of the equipment The in band NM mode supports flexible networking and requires no additional equipment Prerequisite Before this operation make sure that l You have logged in to the ZXA10 C300 through HyperTerminal and entered administrator mode l The uplink card has been added Refer to 1 3 3 Adding a Card Configuration Data Table 1 1 lists the...

Page 16: ...255 255 0 ZXAN config if exit Note The out of band and in band NM IP addresses cannot be in the same network segment 4 Configure the in band NM route ZXAN config ip route 10 2 1 0 255 255 255 0 10 1 1 254 5 Configure the SNMP community name ZXAN config snmp server community public view allview rw Note The SNMP community name should be consistent with that on the NMS 6 Configure the IP address of t...

Page 17: ...rough HyperTerminal and entered administrator mode Configuration Data Table 1 2 lists the configuration data of the out of band NM Table 1 2 Configuration Data of the Out of Band NM Item Data Out of band NM IP address 11 1 1 1 24 Next hop IP address 11 1 1 254 24 NM server SNMP server IP address 10 2 1 1 24 Version V2C Community name public Alarm level notifications UDP port 162 Steps 1 Enter glob...

Page 18: ...erver ZXAN config snmp server host 10 2 1 1 version 2c public enable notifications tar get addr name zte target param name zte udp port 162 6 Save the configuration data ZXAN config exit ZXAN write End of Steps 1 3 Physical Configuration 1 3 1 Adding a Rack When commissioning the ZXA10 C300 you need to add a rack Context The ZXA10 C300 supports the following two types of racks l ETSI 21 21 inch ra...

Page 19: ...aximum shelf number supported by the rack End of Steps 1 3 2 Adding a Shelf When commissioning the ZXA10 C300 you need to add a shelf in a rack Prerequisite The rack has been added Context The ZXA10 C300 supports the following two types of shelves l ETSI_SHELF 21 inch shelf l IEC_SHELF 19 inch shelf Steps 1 Enter global configuration mode ZXAN configure terminal Enter configuration commands one pe...

Page 20: ...rdVer SoftVer Status 1 1 10 SCXN SCXN 4 120900 V2 0 0 INSERVICE 1 1 11 SCXN SCXN 4 120900 V2 0 0 STANDBY 1 3 3 Adding a Card When replacing the card type during commissioning or capacity expansion you need to add a card Context Table 1 3 describes the card configurations for a 19 inch shelf Table 1 3 Card Configurations for a 19 Inch Shelf Slot Number Card Type 0 1 Power card 2 9 PON interface car...

Page 21: ...nfig 2 Add cards ZXAN config add card slotno 15 GTGO ZXAN config add card slotno 21 GUSQ 3 Optional Query the card configuration ZXAN config show card Rack Shelf Slot CfgType RealType Port HardVer SoftVer Status 1 1 0 PRWG PRWG 0 INSERVICE 1 1 1 PRWG PRWG 0 INSERVICE 1 1 10 SCXN SCXN 4 120900 V2 0 0 INSERVICE 1 1 11 SCXN SCXN 4 120900 V2 0 0 STANDBY 1 1 15 GTGO GTGOG 8 120301 V2 0 0 INSERVICE 1 1 ...

Page 22: ...rmation includes slot No card type number of ports hardware version software version and status Context Table 1 5 describes the card status of the ZXA10 C300 Table 1 5 Card Status Description Status Description INSERVICE The card is working normally CONFIGING The card is being configured CONFIGFAILED The service configuration for the card fails DISABLE The card is added and is online but the syste...

Page 23: ...m Threshold 100 Real Type SCXN Serial Number 269644400040 Phy Mem Size 1024MB Main CPU PowerPC Processor PCB VER 120900 Cpld VER V1 4 Fpga VER OtherfirewareVER BootROM VER V4 0 0 2013 03 22 10 50 14 Software VER V2 0 0 2013 05 17 15 06 01 Cpu Usage 18 Mem Usage 36 Uptime 6 Days 7 Hours 23 Minutes 42 Seconds End of Steps 1 3 6 Deleting a Card When replacing a card with another card of different typ...

Page 24: ...or example when the ZXA10 C300 reports an abnormal card state alarm you can clear the alarm by resetting the card Steps 1 In administrator mode reset the card ZXAN reset card slotno 15 Confirm to reset card yes no y End of Steps 1 3 8 Swapping the Active Standby Switching and Control Cards When the active switching and control card is faulty you can switch the service to the standby switching and ...

Page 25: ...xed speed mode l Fan speed level The options are 0 4 This parameter is valid only when the fans are in fixed speed working mode l Fan speed percent The fan speed is the maximum fan speed multiplied with the fan speed percent l High temperature threshold When the ambient temperature is higher than the high temperature threshold the ZXA10 C300 reports a high temperature alarm and disables the interf...

Page 26: ...elf 1 epm disable FanControlType temperature control TemperatureThreshold 30 40 50 60 deg c FanSpeedLevelPercent 25 36 50 75 HighTemperatureThreshold 70 deg c Environment Temperature 61 deg c HighTemperatureProtection Threshold N A deg c RestartTime N A Minute Upper Fanboard Status online All fan units actual status FanUnitId SpeedLevel ShiftSpeed RPM 1 full 2260 2 full 2320 3 full 2300 4 full 248...

Page 27: ...ween the version files with the version files on the file server and updates the version files according the auto update policy whenever there is an inconsistency Configuration Data Table 1 6 lists the configuration data of auto update function Table 1 6 Configuration Data of Auto Update Function Item Data File server l IP address 10 1 1 1 l User name zte l Password zte Auto update check period l ...

Page 28: ...heck period configuration ZXAN config show auto update check period configure Enable Start time Interval hours enable 2013 03 05 15 00 00 24 6 Optional Query the auto update configuration ZXAN show auto update configure Backup Active enable enable End of Steps 1 4 3 Configuring the Auto Backup Function The ZXA10 C300 supports conditional auto backup for configuration file log file and version file...

Page 29: ... auto backup check point ZXAN config auto backup condition cfg changed hold off time 1 max hold off time 2 3 Query the file server configuration ZZXAN config show file server auto backup FileType Cfg ServerIndex 1 ProtocolType Ftp Server IpAddr 10 1 1 1 Username zte Password Path bak FileType Cfg ServerIndex 2 Not configuration FileType Log ServerIndex 1 ProtocolType Ftp Server IpAddr 10 1 1 1 Use...

Page 30: ...Optional Query the auto save configuration ZXAN config show auto write auto write global configuration auto write enable auto write 02 00 00 May 5 2013 End of Steps 1 5 User Management Users operators refer to the personnel who manage and maintain the ZXA10 C300 after logging in to it through CLI terminals including console port telnet or security shell SSH The user management defines 16 privilege...

Page 31: ...ng the user name password and privilege Context Table 1 9 describes user properties Table 1 9 User Properties Description Property Description Username 1 16 printable characters no space case sensitive The user name must be unique on the ZXA10 C300 Password 8 32 characters should contain characters from at l east three categories lower case capitals digits or special characters Max session Maximum...

Page 32: ...cabc123 privilege 15 2 Optional Query the user configuration ZXAN config show username cli user global configuration name sessions pri OperStatus login begin login end expire date zte 16 1 Normal 00 00 00 23 59 59 2099 12 31 23 59 59 admin 16 1 Normal 00 00 00 23 59 59 2099 12 31 23 59 59 123 16 1 Normal 00 00 00 23 59 59 2099 12 31 23 59 59 abc 16 15 Normal 00 00 00 23 59 59 2099 12 31 23 59 59 E...

Page 33: ...s 1 Query the online users ZXAN show users Line User Host s Idle Location 66 vty 0 zte idle 00 50 48 10 63 192 213 67 vty 1 zte idle 00 13 27 10 63 78 129 69 vty 3 abc idle 00 00 00 10 60 113 35 2 Query the TCP connections ZXAN show tcp brief TCB Local Address Foreign Address State 410088992 10 63 192 225 23 10 60 113 35 2053 ESTAB 417166736 10 63 192 225 23 10 63 78 129 1617 ESTAB 410187888 10 63...

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Page 35: ...nments It supports multiple rate modes and uses a single optical fiber to provide the subscriber with the voice data and video services The principles of the GPON service and XG PON service are the same except the downstream bandwidth l GPON service 2 488 Gbps l XG PON service 9 553 Gbps Figure 2 1 shows the GPON XG PON service networking diagram 2 1 SJ 20130520164529 007 2013 06 30 R1 0 ZTE Propr...

Page 36: ...ON ONU VLAN Profile 2 9 Configuring the VoIP Access Code Profile 2 10 Configuring the VoIP Service Application Profile 2 11 Configuring the Dial Plan 2 13 Configuring the GPON SIP Profile 2 13 Configuring the GPON MGC Profile 2 14 Configuring the GPON Broadband Service 2 16 Configuring the GPON Multicast Service 2 19 Configuring the GPON Voice Service SIP 2 23 Configuring the GPON Voice Service H ...

Page 37: ...u can use ZTEG 9806H ZTEG F822 and ZTEG F820 respectively You can use the show onu type gpon command to query the default GPON ONU types Configuration Data Table 2 1 lists the configuration data of the GPON ONU type Table 2 1 Configuration Data of the GPON ONU Type Item Data ONU type ZTEG F620 ONU description 4ETH 2POTS Maximum T CONT 7 Maximum number of GEM ports 32 Maximum number of switch units...

Page 38: ...ype name ZTE F620 PON type gpon Description 4ETH 4POTS Max T CONT 7 Max GEM port 32 Max switch per slot 1 Max flow per switch 8 Max iphost 2 Service ability N 1 support Service ability 1 M support Service ability 1 P support WIFI mgmt via non OMCI disable OMCI send mode async Default multicast range none End of Steps 2 2 Authenticating the GPON ONU Before configuring its services you need to authe...

Page 39: ...wn 2 In Optical Line Terminal OLT interface mode authenticate the ONU ZXAN config interface gpon olt_1 5 1 ZXAN config if onu 1 type ZTEG F620 sn ZTEG00000002 Successful ZXAN config if exit 3 Optional Query the authenticated ONU ZXAN config show gpon onu state gpon olt_1 5 1 OnuIndex Admin State Omcc State O7 State Phase State gpon onu_1 5 1 1 enable enable operation working Table 2 3 describes th...

Page 40: ...NT bandwidth profile may contains one or multiple types of bandwidths Five types of T CONT bandwidth profiles are as follows l Fixed bandwidth type 1 Type 1 includes only fixed bandwidth Type 1 has fixed bandwidth and timeslot It is applicable to the service that is sensitive to delay and jitter and has fixed or stable flow rate such as the voice service l Assured bandwidth type 2 Type 2 includes ...

Page 41: ...t T CONT bandwidth profile Table 2 4 Parameters of the Default T CONT Profile Parameter Value Bandwidth type 1 FBW 10000 kbps ABW 0 MBW 0 Configuration Data Table 2 5 lists the configuration data for the T CONT bandwidth profile Table 2 5 Configuration Data for the T CONT Profile Item Data T CONT bandwidth profile 1 Profile name 20M Bandwidth type type 5 Fixed bandwidth 2000 kbps Assured bandwidth...

Page 42: ...uccessful ZXAN config gpon profile tcont 5M type 2 assured 5000 Successful ZXAN config gpon profile tcont 2M type 1 fixed 2000 Successful 2 Optional Query the T CONT bandwidth profile configuration ZXAN config gpon show gpon profile tcont Name default Type FBW kbps ABW kbps MBW kbps 1 10000 0 0 Name 20M Type FBW kbps ABW kbps MBW kbps 5 2000 5000 20000 Name 15M Type FBW kbps ABW kbps MBW kbps 4 0 ...

Page 43: ...he GPON ONU IP profile Table 2 6 Configuration Data of the GPON ONU IP Profile Item Data Profile name ip test IP address allocation mode static Gateway IP address 1 2 3 1 Steps 1 In GPON configuration mode configure the ONU IP profile ZXAN config gpon ZXAN config gpon onu profile ip ip test gateway 1 2 3 1 2 Optional Query the ONU IP profile ZXAN config gpon show gpon onu profile ip Profile name i...

Page 44: ...be used to configure access codes for VoIP advanced services which are based on SIP for GPON ONUs in batches Context You can set up relation between access codes and corresponding services on ONUs by configuring a VoIP access code profile When a subscriber dials an access code the corresponding service is activated on the ONU SIP agent and then processed according to the service procedure Configur...

Page 45: ...plication profile can be used to configure VoIP advanced services which are based on SIP for GPON ONUs in batches Configuration Data Table 2 9 lists the configuration data of the VoIP service application profile Table 2 9 Configuration Data of the VoIP Service Application Profile Item Data Profile name voip service Call waiting Enable Call transfer Enable Call hold Enable 3 way call Enable Steps 1...

Page 46: ...o disturb disable emergency call flash disable emergency originate hold disable 6way disable message waiting splash ring disable message wating special dialtone disable message waiting visual ind disable call forwarding ind disable direct connect feature disable dialtone delay disable direct connect uri Validation scheme disable Username Password Realm bridge line agent uri Validation scheme disab...

Page 47: ... test Profile name test Critical timeout 4000 Partial timeout 16000 Format H 248 Digit map X X X X End of Steps 2 9 Configuring the GPON SIP Profile Using the GPON SIP profile you can configure the GPON ONU SIP parameters for GPON ONUs in batches Prerequisite Before this operation make sure that l The access code profile has been configured l The service application profile has been configured l T...

Page 48: ...on show gpon onu profile sip sip test Profile name sip test Proxy server 1 2 3 1 Outbound proxy 1 2 3 1 Registrar 1 2 3 1 Validation scheme disable UDP port 5060 DSCP TOS 0 Media UDP port 5060 Media DSCP TOS 0 DNS1 0 0 0 0 DNS2 0 0 0 0 Registration expiration time 3600 s Re registration time 360 s Softswitch vendor Dial plan table name test Release timer 10 s ROH timer 15 s Link test disable Link ...

Page 49: ...tive and standby MGC servers ZXAN config gpon ZXAN config gpon onu profile mgc mgc test server1 1 2 3 1 ZXAN config gpon onu profile mgc mgc test server2 1 2 3 2 2 In GPON configuration mode configure the user Terminal Identification TID and Real time Transport Protocol RTP TID ZXAN config gpon onu profile mgc mgc test user tid prefix user postfix len 5 postfix start 1 ZXAN config gpon onu profile...

Page 50: ...nge RTP link detect disable Number shortest match disable Digit map long timer 20000 ms Digit map short timer 5000 ms Digit map start timer 10000 ms Heart beat interval 60000 ms Rereg timer min 60000 ms Rereg timer max 120000 ms Regmsg retran timer 2000 ms Total retran timer 10000 ms End of Steps 2 11 Configuring the GPON Broadband Service After you configure the GPON broadband service the subscri...

Page 51: ...onu_1 5 1 1 Service port ID 1 Virtual port ID 1 T CONT Index 1 Name T1 T CONT bandwidth profile 10M GEM Port Index 1 Name gemport1 T CONT index 1 Service channel Name HSI GEM port index 1 Priority 0 VLAN ID 100 User port VLAN Port eth_0 1 VLAN mode tag The untagged upstream packet is tagged with PVID VLAN ID 100 Priority 0 Configuration Flowchart Figure 2 2 shows the configuration flowchart of the...

Page 52: ...mode configure the uplink port VLAN ZXAN config interface gei_1 22 1 ZXAN config if switchport vlan 100 tag ZXAN config if exit 4 In ONU interface mode configure the service port VLAN ZXAN config interface gpon onu_1 5 1 1 ZXAN config if service port 1 vport 1 user vlan 100 vlan 100 ZXAN config if exit Note By default the mapping mode between the virtual port and the GEM port is 1 1 5 In ONU remot...

Page 53: ...ON ONU has been authenticated l The T CONT bandwidth profile has been configured Configuration Data Table 2 13 lists the configuration data of the GPON multicast service Table 2 13 Configuration Data of the GPON Multicast Service Item Data Multicast VLAN MVLAN ID 200 Service priority 5 MVLAN working mode Proxy MVLAN multicast group 224 1 1 1 224 1 1 3 Uplink port gei_1 22 1 Service port ONU interf...

Page 54: ...AN MVLAN ID 200 MVLAN tag stripping enable User port VLAN Port eth_0 2 VLAN mode tag The untagged upstream packet is tagged with PVID VLAN ID 200 Priority 5 Configuration Flowchart Figure 2 3 shows the configuration flowchart of the GPON multicast service 2 20 SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

Page 55: ...n onu_1 5 1 1 ZXAN config if tcont 2 name T2 profile 5M 2 Configure the GEM port ZXAN config if gemport 2 name gemport2 tcont 2 ZXAN config if exit 3 In uplink interface configuration mode configure the uplink port VLAN ZXAN config interface gei_1 22 1 ZXAN config if switchport vlan 200 tag ZXAN config if exit 2 21 SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

Page 56: ... work mode proxy 9 Configure the MVLAN multicast group ZXAN config igmp mvlan 200 group 224 1 1 1 to 224 1 1 3 10 Configure MVLAN source port ZXAN config igmp mvlan 200 source port gei_1 22 1 11 Configure the MVLAN receive port ZXAN config igmp mvlan 200 receive port gpon onu_1 5 1 1 vport 2 12 In ONU remote management mode configure the service channel ZXAN config pon onu mng gpon onu_1 5 1 1 ZXA...

Page 57: ...iguration Data Table 2 14 lists the configuration data of the GPON voice service Table 2 14 Configuration Data of the GPON Voice Service Item Data Service VLAN ID 300 Service priority 7 Uplink port gei_1 22 1 Service port ONU interface gpon onu_1 5 1 1 Service port ID 3 Virtual port ID 3 T CONT Index 3 Name voip T CONT bandwidth profile 2M GEM Port Index 3 Name gemport3 T CONT index 3 Service chan...

Page 58: ... Service Steps 1 In ONU interface configuration mode configure the T CONT ZXAN config interface gpon onu_1 5 1 1 ZXAN config if tcont 3 name voip profile 2M 2 Configure the GEM port ZXAN config if gemport 3 name gemport3 tcont 3 ZXAN config if exit 3 In uplink interface configuration mode configure the uplink port VLAN ZXAN config interface gei_1 22 1 ZXAN config if switchport vlan 300 tag ZXAN co...

Page 59: ... address 1 2 3 4 mask 255 255 255 0 vlan profile vlan test 8 Configure the VoIP service ZXAN gpon onu mng sip service pots_0 1 profile sip test userid 12345 username 12345 password 12345 ZXAN gpon onu mng end 9 Save the configuration data ZXAN write End of Steps 2 14 Configuring the GPON Voice Service H 248 After you configure the GPON voice service subscribers can make and answer phone calls This...

Page 60: ...M Port Index 3 Name gemport3 T CONT index 3 Service channel Name voip h248 GEM port index 3 Priority 7 VLAN ID 300 VoIP protocol H 248 Domain name iad zte com cn VoIP address IP address allocation mode static VoIP IP profile ip test IP address 1 2 3 4 24 VoIP VLAN profile vlan test VoIP service Port pots_0 1 MGC profile mgc test Configuration Flowchart Figure 2 5 shows the configuration flowchart ...

Page 61: ...fig if gemport 3 name gemport3 tcont 3 ZXAN config if exit 3 In uplink interface configuration mode configure the uplink port VLAN ZXAN config interface gei_1 22 1 ZXAN config if switchport vlan 300 tag ZXAN config if exit 4 In ONU interface configuration mode configure the service port VLAN ZXAN config interface gpon onu_1 5 1 1 ZXAN config if service port 3 vport 3 user vlan 300 vlan 300 ZXAN co...

Page 62: ...00 6 Configure the VoIP protocol type ZXAN gpon onu mng voip protocol h248 domain iad zte com cn 7 Configure the VoIP address ZXAN gpon onu mng voip ip mode static ip profile ip test ip address 1 2 3 4 mask 255 255 255 0 vlan profile vlan test 8 Configure the VoIP service ZXAN gpon onu mng mgc service pots_0 1 profile mgc test ZXAN gpon onu mng end 9 Save the configuration data ZXAN write End of S...

Page 63: ... E1 l STM 1 STM 4 Table of Contents Configuring the GPON CES Service 3 1 3 1 Configuring the GPON CES Service The ZXA10 C300 connects the ZTE F621 to implement the E1 uplink MEF8 based CES service Context The ZXA10 C300 supports four types of TDM interface cards as listed in Table 3 1 Table 3 1 TDM Interface Cards Card Interface TDM Service Type TDM Interface Format CTUB E1 e1Satop e1Cetop tdm_she...

Page 64: ...1001 Priority 7 Uplink port 1 12 1 GPON port 1 5 1 T CONT profile Profile name 6M Bandwidth type type 1 Assured bandwidth 6000 kbps T CONT Index 1 Name T1 T CONT profile 6M GEM Port Index 1 Name cesport T CONT index 1 ONU ID 2 Authentication mode SN authentication Type ZTE F621 SN ZTEG80000001 OLT CES MAC address 0015 EB72 001A ONU CES MAC address 0015 EB72 0001 OLT PW Type E1Satop Inbound ECID 0x...

Page 65: ...1 service to ensure the quality of service Configuration Flowchart Figure 3 1 shows the configuration flowchart of the GPON CES service Figure 3 1 Configuration Flowchart of the GPON CES Service Steps 1 In GPON configuration mode configure the T CONT bandwidth profile ZXAN config gpon ZXAN config gpon profile tcont 6M type 1 fixed 6000 Successful ZXAN config gpon exit 3 3 SJ 20130520164529 007 201...

Page 66: ...ZXAN config if exit 5 Configure the CES source MAC address ZXAN config ces ZXAN config ces mac address 0015 eb72 001a 12 1 6 Configure the OLT PW a Create the PW ZXAN config ces pw pw_1 12 1 ZXAN config ces pw b Configure the PW TDM attributes ZXAN config ces pw tdm service type e1Satop rate 32 tdm_1 12 1 c Configure the PW PSN attributes ZXAN config ces pw psn ethernet 0x1102 0x1102 dst mac 0015 ...

Page 67: ...vice tdm gemport 1 cos 7 vlan 40 10 Configure the ONU PW a Configure the PW PSN attributes ZXAN gpon onu mng pw psn ethernet ces_0 1 switch switch_0 1 dst mac 0015 eb72 0 01a loopback disable tx payload ecid 0x1102 tx signalling ecid 0x0 expected payl oad ecid 0x1102 expected signalling ecid 0x0 tag policy tag pri 7 vlan 40 b Configure the PW TDM attributes ZXAN gpon onu mng pw tdm ces_0 1 payload...

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Page 69: ...ns directly or through P2P ring l Device interconnection When optical fiber resources are limited the P2P service can be used for device interconnection Table of Contents Configuring the P2P Service 4 1 4 1 Configuring the P2P Service The ZXA10 C300 are connected ONUs or other Ethernet devices through the P2P interface card After you configure the P2P service the subscribers can enjoy the data mul...

Page 70: ...onfigure service port VLAN ZXAN config interface gei_1 5 1 ZXAN config if service port 1 user vlan 101 to 124 svlan 1001 ZXAN config if service port 2 user vlan 201 vlan 201 ZXAN config if service port 3 user vlan 301 vlan 301 ZXAN config if exit 3 Optional Enable global IGMP protocol ZXAN config igmp enable Note By default the global IGMP protocol is enabled on the ZXA10 C300 4 Configure IGMP par...

Page 71: ... Configuration l Port identification refer to 14 1 Port Identification Configuration l Link aggregation refer to 12 1 Configuring Link Aggregation The DHCP configuration and port location configuration on the P2P interfaces are similar to the configuration on the PON ONU interfaces The QoS configuration and link aggregation configuration on the P2P interfaces are similar to the configuration on th...

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Page 73: ...access mode is or no matter whether the upstream packet has a VLAN tag or whatever the VLAN tag is Cross connection VLAN Used to set the special channel for the user port and uplink port The packets are forwarded in 1 1 mode according to the VLAN ID Table of Contents Configuring the Uplink Port VLAN 5 1 Configuring the Service Port VLAN 5 2 Configuring the Cross Connection VLAN 5 3 5 1 Configuring...

Page 74: ... to VLAN SVLAN l Translate 802 1p priority to VLAN SVLAN l Translate combination user VLAN Ethernet protocol type and 802 1p priority to VLAN SVLAN l Modify SVLAN 802 1p priority l TLS VLAN Steps 1 In ONU interface configuration mode configure the service port VLAN ZXAN config interface gpon onu_1 6 1 1 ZXAN config if service port 1 vport 1 user vlan 7 vlan 8 svlan 9 ZXAN config if service port 2 ...

Page 75: ...configuration mode configure the uplink port VLAN ZXAN config vlan translate ingress port gei_1 21 1 user outer vlan 5 user inner vlan 3 vlan 3 svlan 5 2 In ONU interface configuration mode configure the service port VLAN ZXAN config interface gpon onu_1 5 1 1 ZXAN config if service port 1 vport 1 user vlan 3 svlan 5 ZXAN config if exit 3 In VLAN configuration mode configure the VLAN to the cross ...

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Page 77: ...tandard the OLT configures the multicast right profile to the ONU via the OMCI interface The ONU runs the IGMP Snooping protocol and implements the user right control according to the local multicast right table Service Description As the streaming media such as the multimedia video and data warehouse appear in the IP network the multicast application gradually becomes the new service demand The m...

Page 78: ...IGMP multicast data which includes the service VLAN source port receive port and multicast group Configuration Data Table 6 1 lists the configuration data of the IGMP MVLAN Table 6 1 Configuration Data of the IGMP MVLAN Item Data IGMP Enable Span VLAN function Enable MVLAN ID 200 MVLAN working mode Proxy MVLAN host version IGMPv3 MVLAN packet processing mode IGMPv1 drop IGMPv2 drop IGMPv3 accept M...

Page 79: ...0 version mode v3 accept 7 Configure the MVLAN working mode ZXAN config igmp mvlan 200 work mode proxy 8 Configure the MVLAN host version ZXAN config igmp mvlan 200 host version v3 9 Configure the MVLAN multicast group ZXAN config igmp mvlan 200 group 224 1 1 1 to 224 1 1 3 source 10 1 1 1 prejoin enable 10 Configure MVLAN source port ZXAN config igmp mvlan 200 source port gei_1 21 1 11 Configure ...

Page 80: ... v3 mode is accept Robustness variable is 2 General query interval is 125 second Query max response time is 100 0 1second Last member query interval is 10 0 1second Last member query count is 2 Unsolicited report interval is 1 second Startup query interval is 30 second Startup query count is 2 Snooping aging time is 300 second Source Port HostCompatibleMode HostConfigMode V1TimeOut V2TimeOut gei_1...

Page 81: ... 5 1 1 Virtual port ID 1 Steps 1 In uplink interface configuration mode configure the uplink port VLAN ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 200 tag ZXAN config if exit 2 In ONU interface mode configure the service port VLAN ZXAN config interface gpon onu_1 5 1 1 ZXAN config if service port 1 vport 1 user vlan 200 vlan 200 ZXAN config if exit 3 Enable MLD globally ZXAN co...

Page 82: ...LAN ZXAN config show mld mvlan Total Num is 1 VID Status Work mode GroupFilter Filter mode ActGroups HostVersion 200 enable proxy disable asmssm 0 v1 ZXAN config show mld mvlan 200 Protocol packet s priority is 0 in proxy spr mode Act Port is 0 Host ip is fe80 c0a8 20e Proxy ip is fe80 c0a8 20e mld v1 mode is accept mld v2 mode is accept Robustness variable is 2 General query interval is 125 secon...

Page 83: ... 6 3 lists the configuration data of the IPTV package Table 6 3 Configuration Data of the IPTV Package Item Data IPTV channel Name prefix stv Group IP address 224 1 1 1 224 1 1 3 Source IP address 10 1 1 1 IPTV package Name pkg1 Channel 0 stv001 watch Channel 1 stv002 watch Channel 2 stv003 preview Steps 1 Configure the IPTV channel ZXAN config iptv channel mvlan 200 group 224 1 1 1 to 224 1 1 3 s...

Page 84: ...v003 preview 5 Optional Query the IPTV package ZXAN config show iptv package pkg1 Package name PKG1 Total channel number 3 Group Source Mvlan Right Id Name 224 1 1 1 10 1 1 1 200 watch 0 STV001 224 1 1 2 10 1 1 1 200 watch 1 STV002 224 1 1 3 10 1 1 1 200 preview 2 STV003 End of Steps 6 4 Configuring the Port IPTV Right By configuring the IPTV right for port you can apply the IPTV package to the su...

Page 85: ...tion is disabled Steps 1 Enable the CAC function globally ZXAN config iptv cac enable 2 In ONU interface configuration mode configure the port right ZXAN config interface gpon onu_1 5 1 1 ZXAN config if iptv package pkg1 ZXAN config if exit 3 Optional Query the IPTV global configuration ZXAN config show iptv control CAC enable SMS 192 168 0 119 4 Optional Query the IPTV port configuration ZXAN con...

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Page 87: ...Precedence remarking l Queue scheduling l Queue mapping l Traffic shaping Table of Contents Ethernet Interface QoS Configuration 7 1 OLT Interface QoS Configuration 7 6 ONU Interface QoS Configuration 7 8 7 1 Ethernet Interface QoS Configuration 7 1 1 Configuring the Default CoS When the default CoS is configured the Ethernet interface adds the default CoS to the untagged packet Steps 1 In Etherne...

Page 88: ...qos interface gei_1 21 1 qos cos dscp remark TEST qos trust dscp 5 Optional Query the CoS remarking profile ZXAN config if show qos dscp to cos profile test profile name TEST profile detail dscp list 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 cos value 0 0 0 6 0 0 0 0 1 1 1 1 1 1 1 1 dscp list 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 cos value 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 dscp list 32 33 34 3...

Page 89: ... name TEST profile detail dscp list 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 drop value 0 0 0 2 0 0 0 0 0 0 0 0 0 0 0 0 dscp list 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 drop value 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 dscp list 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 drop value 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 dscp list 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 drop value 0 0 0 0 0 0 ...

Page 90: ...value 0 1 2 13 4 5 6 7 8 9 10 11 12 13 14 15 dscp list 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 dscp value 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 dscp list 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 dscp value 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 dscp list 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 dscp value 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 prof...

Page 91: ...etail queue number 8 queue weight 2 3 0 0 0 0 0 0 queue depth 0 0 0 0 0 0 0 0 profile used by gei_1 21 1 End of Steps 7 1 6 Configuring Traffic Shaping By implementing traffic shaping you can set the packet rate to match that of the receiving device to avoid congestion or packet discarding Context Traffic shaping controls the rate of the output packets so that the packets are sent at a constant ra...

Page 92: ...cal map cos value 0 1 2 3 4 5 6 7 queue ID 7 5 2 3 4 5 6 7 End of Steps 7 2 OLT Interface QoS Configuration 7 2 1 Configuring Queue Scheduling Using the profile you can implement queue scheduling on the OLT interface Steps 1 In global configuration mode configure the queue scheduling profile ZXAN config qos queue block profile test queue0 2 12 queue1 3 12 2 In OLT interface configuration mode appl...

Page 93: ...w qos queue map profile test profile name TEST profile detail queue map cos queue type queue number 8 cos value 0 1 2 3 4 5 6 7 queue map 2 1 2 3 4 5 6 7 profile used by gpon olt_1 5 1 End of Steps 7 2 3 Configuring the Traffic Profile Using the profile you can limit the traffic on the GPON OLT interface Steps 1 In global configuration mode configure the traffic profile ZXAN config traffic profile...

Page 94: ...of packets Context When the vport trusts CoS or DSCP priority there are two cases l When the vport trusts CoS priority the CoS in packets is marked in the override cos remark trust order based on the ingress CoS l When the vport trusts DSCP priority the CoS is marked according to the configured DSCP to CoS mapping relation Steps 1 In ONU interface configuration mode configure the trust precedence ...

Page 95: ...onfigure the default CoS ZXAN config interface gpon onu_1 5 1 1 ZXAN config if qos cos default cos 5 override vport 1 ZXAN config if qos cos default cos 5 vport 2 2 Optional Query the QoS configuration on the interface ZXAN config if show qos interface gpon onu_1 5 1 1 qos cos default cos 5 override vport 1 qos cos default cos 5 vport 2 End of Steps 7 3 3 Configuring CoS Remarking Using the CoS re...

Page 96: ... vport trusts DSCP the CoS in packets is modified according to the mapping relation in the profile after the DSCP remarking profile is configured Steps 1 In global configuration mode configure the DSCP to CoS remarking profile ZXAN config qos dscp to cos profile test 12 to 3 2 In ONU interface configuration mode apply the DSCP to CoS remarking profile ZXAN config interface gpon onu_1 5 1 1 ZXAN co...

Page 97: ...ual port vport Context When the vport trusts CoS and the default CoS is not configured with the override operation the CoS in packets is modified according to the mapping relation in the profile after the egress CoS remarking profile is configured Steps 1 In global configuration mode configure the CoS remarking profile ZXAN config qos cos to cos profile test cos0 3 2 In ONU interface configuration...

Page 98: ... End of Steps 7 3 8 Configuring CoS Filtering When CoS filtering is configured on the ONU virtual port vport only those packets are forwarded whose CoS is the same as the default CoS of the vport Steps 1 In ONU interface configuration mode configure the default CoS ZXAN config interface gpon onu_1 5 1 1 ZXAN config if qos cos default cos 5 vport 1 ZXAN config if qos cos filter enable vport 1 2 Opt...

Page 99: ...file you can implement queue mapping on the ONU virtual port vport Steps 1 In global configuration mode configure the queue map profile ZXAN config qos queue map profile test cos queue type cos0 2 2 In ONU interface configuration mode apply the queue map profile ZXAN config interface gpon onu_1 5 1 1 ZXAN config if qos queue map profile test vport 1 3 Optional Query the QoS queue map profile ZXAN ...

Page 100: ...ofile ZXAN config interface gpon onu_1 5 1 1 ZXAN config if traffic profile test vport 1 direction egress 3 Optional Query the QoS traffic profile ZXAN config if show traffic profile test profile name TEST profile detail basic traffic type ip committed information rate 10240 kbps committed burst size 1000 kbytes peak information rate 20480 kbps peak burst size 1000 kbytes discard mode low priority...

Page 101: ...hed by the source IP address l Extended ACL The extended ACL is matched by the source IP address destination IP address IP protocol type TCP UDP source destination port number ICMP type IGMP type DSCP ToS and IP priority l Layer 2 ACL The layer 2 ACL is matched by the source MAC address destination MAC address source VLAN ID layer 2 Ethernet protocol type and 802 1p priority value l Hybrid ACL The...

Page 102: ... range worktime Rule 2 Permit any traffic Interface gei_1 21 1 Steps 1 Optional In global configuration mode configure the ACL time range ZXAN config time range worktime 09 00 00 to 17 00 00 working day 2 Create a standard ACL ZXAN config acl standard number 3 ZXAN config std acl Note The standard ACL number ranges from 1 to 99 The standard ACL can be applied to the Ethernet interface only 3 Confi...

Page 103: ...AN config if show access list bound Interface Direction Type Status Acl number name gei_1 21 1 in V4STD successful 3 End of Steps 8 2 Configuring an Extended ACL This section describes how to configure an extended ACL and apply it to an Ethernet interface Configuration Data Table 8 2 lists the configuration data of the extended ACL Table 8 2 Configuration Data of the Extended ACL Item Data ACL num...

Page 104: ...ective 3 In Ethernet interface configuration mode apply the ACL ZXAN config interface gei_1 21 1 ZXAN config if ip access group 101 in 4 Optional Query the ACL configuration ZXAN config if show acl 101 acl extend number 101 rule 1 deny tcp 192 168 1 0 0 0 0 255 eq telnet any rule 2 permit tcp any eq telnet any 5 Optional Query the interface bound with the ACL ZXAN config if show access list bound ...

Page 105: ...00 to 299 A layer 2 ACL can be applied to the Ethernet interface and EPON OLT interface 2 Configure the ACL rules ZXAN config link acl rule 1 deny any ingress 0000 0000 0001 0000 0000 0000 egress any ZXAN config link acl rule 2 permit any ZXAN config link acl exit Note Each layer 2 ACL supports up to 4096 rules If the time range is not configured the rule is always effective 3 In Ethernet interfac...

Page 106: ...Ethernet interface Configuration Data Table 8 4 lists the configuration data of the hybrid ACL Table 8 4 Configuration Data of the Hybrid ACL Item Data ACL number 300 Rule 1 Action deny IP protocol type any Source address any Destination address any Ethernet protocol type ARP Rule 2 Action deny IP protocol type any Source MAC address 0000 0000 0001 Destination IP address 192 168 1 0 24 Ethernet pr...

Page 107: ...mode apply the ACL ZXAN config interface gei_1 21 1 ZXAN config if ip access group 300 in 4 Optional Query the ACL configuration ZXAN config if show acl 300 acl hybrid number 300 rule 1 deny any any any arp ingress any egress any rule 2 deny any any 192 168 1 0 0 0 0 255 ip ingress 0000 0000 0001 0000 0000 0000 egress any rule 3 permit any any any any ingress any egress any 5 Optional Query the in...

Page 108: ... any CoS priority 3 Rule 3 Permit any traffic Interface gei_1 21 1 Steps 1 In global configuration mode create an IPv6 hybrid ACL ZXAN config acl6 hybrid number 600 ZXAN config hybd acl6 Note The IPv6 hybrid ACL number ranges from 600 to 699 An IPv6 hybrid ACL can be applied to an Ethernet interface and PON OLT interface 2 Configure the ACL rules ZXAN config hybd acl6 rule 1 deny tcp any any traff...

Page 109: ... the ACL configuration ZXAN config if show acl 600 Acl6 hybrid number 600 rule 1 deny tcp any any traffic class 7 any rule 2 deny any 22 128 any any cos 3 ingress any egress any rule 3 permit any any any any ingress any egress any 5 Optional Query the interface bound with the ACL ZXAN config if show access list bound Interface Direction Type Status Acl number name gei_1 21 1 in V6HYBD successful 6...

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Page 111: ... IP address of NTP packets for the time synchronization request ZXAN config ntp source mng1 4 Configure the alarm threshold of the NTP time synchronization offset value ZXAN config ntp alarm threshold 10 5 Configure the NTP synchronization poll interval ZXAN config ntp poll interval 5 6 Optional Query the NTP running status ZXAN config show ntp status Clock is unsynchronized stratum 16 no referenc...

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Page 113: ...cial MSTP instance in which case the instance is 0 The MSTP mode provides fast convergence and load balancing for VLAN In SSTP and RSTP modes the VLAN concept does not exist and each port has only one state Namely the port has the same forwarding state in different VLANs In MSTP mode multiple spanning tree instances can exist and a port has different forwarding states in different VLANs Multiple s...

Page 114: ...nfigure the MST version number and name ZXAN config spanning tree mst configuration ZXAN config mstp revision 10 ZXAN config mstp name zte 5 Create the MSTP instance The ZXA10 C300 has only instance 0 that is the common and internal spanning tree CIST in SSTP and RSTP modes In MSTP mode instance 0 exists by default and cannot be deleted The devices in the same MST region should meet all the follow...

Page 115: ...sion 10 Instance Vlans mapped 0 1 9 21 4094 1 10 20 9 Optional Query the instance configuration ZXAN config if show spanning tree instance 1 MST01 Spanning tree enabled protocol MSTP RegRootID Priority 4097 Address 00d0 d043 3832 Hello Time 2 sec Max Age 20 sec Forward Delay 15 sec BridgeID Priority 4097 Address 00d0 d043 3832 Hello Time 2 sec Max Age 20 sec Forward Delay 15 sec Max Hops 20 Messag...

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Page 117: ...he specified ONU Through DHCP snooping the administrator can implement IP source guard according to the IP MAC binding table l DHCP server The ZXA10 C300 works as a DHCP server to allocate IP addresses for users l DHCP client including IPv6 DHCP client The ZXA10 C300 works as a DHCP client It requires an IP address from the specified DHCP server so that users can access it through SNMP Table of Co...

Page 118: ...port ZXAN config interface gpon onu_1 5 1 1 ZXAN config if service port 1 vport 1 user vlan 200 vlan 200 ZXAN config if exit 3 Enable DHCP snooping on the VLAN ZXAN config ip dhcp snooping vlan 200 4 Enable the global DHCP Option 82 processing ZXAN config dhcpv4 l2 relay agent vlan 200 enable 5 Optional Query the DHCP snooping VLAN configuration ZXAN config show ip dhcp snooping vlan DHCP snooping...

Page 119: ...g ip pool ippool1 ZXAN config ip pool range 10 10 1 3 10 10 1 254 255 255 255 0 ZXAN config ip pool exit 3 Apply the IP address pool to the DHCP IP address pool ZXAN config ip dhcp pool dhcppool1 ZXAN config dhcp pool ip pool ippool1 4 Configure the lease time of the IP addresses ZXAN config dhcp pool lease time infinite 5 Configure the DHCP DNS server ZXAN config dhcp pool dns server 10 10 1 2 6 ...

Page 120: ...s from a DHCP server Configuration Data Table 11 3 lists the configuration data of the DHCP client Table 11 3 Configuration Data of DHCP Client Item Data Global DHCP Enable DHCP client l VLAN ID 100 l IP address mode DHCP l Client ID vlan100 l Class ID c300 l Hostname zxan Uplink interface gei_1 21 1 Steps 1 Enable the global DHCP function ZXAN config ip dhcp enable 2 Configure the response packet...

Page 121: ...t id vlan100 ZXAN config if vlan100 ip dhcp client class id c300 ZXAN config if vlan100 ip dhcp client hostname zxan ZXAN config if vlan100 end ZXAN 6 Optional In the administrator mode configure the DHCP client to obtain IP address again ZXAN renew dhcp vlan 100 7 Optional In the administrator mode configure the DHCP client to release addresses ZXAN release dhcp vlan 100 End of Steps 11 5 SJ 2013...

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Page 123: ...ion 12 6 12 1 Configuring Link Aggregation This section describes how to configure link aggregation to implement load balancing and protection on the uplink port Prerequisite Before this operation make sure that l Link aggregation has been configured on the opposite end l Port rate and VLAN properties on the opposite end are the same as that on the ZXA10 C300 Context The ZXA10 C300 supports two li...

Page 124: ... link aggregation on the ZXA10 C300 is called smartgroup Smartgroup has the same default VLAN attributes as a common Ethernet port Steps 1 In global configuration mode create a smartgroup ZXAN config interface smartgroup1 ZXAN config smartgroup1 2 Configure load balancing mode ZXAN config smartgroup1 smartgroup load balance src dst mac Note The ZXA10 C300 supports six load balancing modes that are...

Page 125: ...an 100 ZXAN config show vlan port gei_1 21 1 PortMode Pvid CPvid Tpid mode TLSStatus TLSVlan ProtEn PrioEn hybrid 0 1 0 0x8100 PORT disable 0 disable disable UntaggedVlan TaggedVlan 100 ZXAN config show vlan port gei_1 21 2 PortMode Pvid CPvid Tpid mode TLSStatus TLSVlan ProtEn PrioEn hybrid 0 1 0 0x8100 PORT disable 0 disable disable UntaggedVlan TaggedVlan 100 Note Before adding ports to a smart...

Page 126: ...t long Note The ZXA10 C300 supports the following two LACP timeout modes l Long default The adjacent port sends a LACPDU packet every 30s l Short The adjacent port sends a LACPDU packet every second The LACP timeout mode is valid only when the port is in active or passive aggregation mode 9 Configure other port in the aggregation group ZXAN config interface gei_1 21 2 ZXAN config if smartgroup 1 m...

Page 127: ...omatically and without interrupting the services Steps 1 In global configuration mode create a UAPS group ZXAN config uaps group 1 ZXAN cfg uaps 1 2 Configure the active standby ports of the UAPS group ZXAN cfg uaps 1 port master port gei_1 21 1 slave port gei_1 21 2 Note The configuration data on the active port and standby port should be consistent 3 Enable active standby auto switch for the UAP...

Page 128: ...tus connected or NA Switch type common port Master ports status forwarding gei_1 21 1 down Slave ports status block gei_1 21 2 down End of Steps 12 3 Configuring CTLA 1 1 Protection This section describes how to implement 1 1 protection on the uplink TDM optical interface Prerequisite The CES service has been configured Context CTLA 1 1 protection requires two CTLA cards The working card is connec...

Page 129: ...N config if switchport vlan 1001 tag 2 In TDM uplink interface configuration mode of the protection card configure the uplink port VLAN ZXAN config interface tdm gei_1 14 1 ZXAN config if switchport vlan 1001 tag 3 In CES configuration mode configure a protection group ZXAN config ces ZXAN config ces sdhprot group aaa worksdhport tdm_1 12 1 protectsdhport tdm_1 14 1 1plus1 4 Optional Configure the...

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Page 131: ... splitter The splitter OLT side has two input ports and two output ports This protection mode can recover the service on the OLT side only l Type C Type C is the OLT side and ONU side redundancy protection It backs up the OLT PON port ONU dual optical modules splitter and all the fibers In this mode the fault at any point can be rectified via the active standby switchover l Type D Type D is the OL...

Page 132: ...tion Configuration Data Item Data PON protection group zte Working PON port 1 5 1 Protection PON port 1 5 2 Protection type Type B Protection mode revertive Restoring time 120s Steps 1 In PON configuration mode clear the configuration data on the protection PON port ZXAN config pon ZXAN config pon clear gpon olt_1 5 2 2 Create a PON protection group ZXAN config pon protection group zte workpon gpo...

Page 133: ...face gpon olt_1 5 1 Protect channel interface gpon olt_1 5 2 Protection mode revertive Time to restore s 120 Active channel protect channel Alarm request Work channel OLTSF Protect channel OLTSF External request force switch to protection request End of Steps 13 3 SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

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Page 135: ...nfiguring the ARP Anti Spoofing 14 10 Configuring the Split Horizon 14 11 Configuring the IP Source Guard 14 12 Configuring MFF 14 13 Configuring ARP Proxy 14 14 14 1 Port Identification Configuration The system provides the port identification mechanism to improve network security and prevent user accounts from being stolen The system implements port identification through the following technique...

Page 136: ...ess node master identifier type ZXAN config port identification access node id type access node name 2 Configure the access node name ZXAN config port identification access node name ZXA10 C300 3 Configure the access node slave identifier ZXAN config port identification access node slave id ZTE 4 Enter GPON ONU interface mode and configure the remote ID field ZXAN config interface gpon onu_1 5 1 1...

Page 137: ...0 C300 transparently transmits or directly forwards the DHCP packets without any processing The global DHCPv4L2RA function and VLAN DHCPv4L2RA function are mutually exclusive Configuration Data Table 14 2 lists the configuration data of the DHCPv4L2RA Table 14 2 Configuration Data of DHCPv4L2RA Item Data DHCPv4L2RA global Enable DHCPv4L2RA interface l Interface gpon onu_1 5 1 1 l Virtual port 1 l ...

Page 138: ...here 10 is the original user VLAN 14 1 3 Configuring the PPPoE Intermediate Agent PPPoE IA When PPPoE IA is enabled the ZXA10 C300 adds port information to the upstream PPPoE IA packets Context When users access the Internet in PPPoE mode the ZXA10 C300 uses PPPoE IA to locate port The system carries the user information in the PPPoE IA discovery packets to report to the BRAS for user authenticati...

Page 139: ...s PPPoE protocol packets the system adds the following fields to the packets Circuit id ZXA10 C300 ZTE eth 5 1 1 0 1 10 Remote id REMOTE ID where 10 is original user VLAN 14 1 4 Configuring the DHCPv6 Layer 2 Relay Agent DHCPv6L2RA When DHCPv6L2RA is enabled the ZXA10 C300 adds DHCPv6L2RA Option 18 and Option 37 fields to the upstream DHCP packets Context The option 18 field includes CID and the o...

Page 140: ...ptional Query either the global DHCPv6L2RA status or DHCPv6L2RA status on VLAN mutually exclusive ZXAN config show dhcpv6 l2 relay agent vlan all vlan total 1 vlan list 100 4 Optional Query the interface configuration of DHCPv6L2RA ZXAN config show dhcpv6 l2 relay agent port gpon onu_1 5 1 1 vport 1 Port Pvc dhcpv6 l2 relay agent status Trust Policy gpon onu_1 5 1 1 1 enable false add End of Steps...

Page 141: ...face gpon onu_1 5 1 1 l Virtual port 1 l NDP LIO status enable l Policy trust and replace Steps 1 Enable NDP LIO on VLAN ZXAN config ndp lio vlan 100 enable VLAN 100 is the service vlan after vlan translation 2 In GPON ONU interface mode configure NDP LIO on the virtual port ZXAN config interface gpon onu_1 5 1 1 ZXAN config if ndp lio enable vport 1 ZXAN config if ndp lio trust true replace vport...

Page 142: ...uplink port whereas an uplink port address cannot float to a user port A MAC address can float between uplink ports thus to protect the gateway MAC address of the uplink ports 14 2 1 Configuring the User Port MAC Address Anti Spoofing User port MAC address anti spoofing prevents malicious MAC address spoofing between user ports Context The user port MAC address anti spoofing has the following feat...

Page 143: ...End of Steps 14 2 2 Configuring the Service Gateway MAC Anti Spoofing Service gateway MAC address anti spoofing prevents malicious MAC address spoofing between user ports and permits MAC address learning between uplink ports Context The ZXA10 C300 supports the following features by service gateway MAC anti spoofing l A MAC address learnt by a user port can be learnt by an uplink port as well l The...

Page 144: ... user side ARP anti spoofing function which is implemented based on the following ARP entries l The ARP entries inserted by the DHCP module l The ARP entries of DHCP snooping static binding item configured by the IP source Guard module ARP anti spoofing function is based on both VLAN and service port Only when the ARP anti spoofing functions on both VLAN and service port are enabled the system can...

Page 145: ...atus Enabled vlan direction 200 user port End of Steps 14 4 Configuring the Split Horizon When user communication control is enabled only subscribers in the specific VLAN and SVLAN can communicate with each other Context The ZXA10 C300 supports the following split horizon features l Subscriber separation intercommunication l Subscriber intercommunication based on SVLAN and CVLAN Steps 1 Enable the...

Page 146: ...static IP addresses Configuration Data Table 14 7 lists the configuration data of the IP source guard Table 14 7 Configuration Data of IP Source Guard Item Data Global IP source guard Enable Interface IP source guard l Interface gpon onu_1 5 1 2 virtual port 1 l Service port 1 l IP source guard enable Maximum IP address number l IPv4 2 l IPv6 4 IPv4 DHCP snooping static binding IP address 1 1 1 1 ...

Page 147: ...nooping static port gpon onu_1 5 1 2 Port Sport IP addr MAC addr gpon onu_1 5 1 2 1 1 1 1 2 0000 0000 0000 9 Optional Query the IPv6 DHCP snooping static binding ZXAN config if show ipv6 dhcp snooping static port gpon onu_1 5 1 2 Port Sport IPv6 addr Mask MAC addr gpon onu_1 5 1 2 1 2001 ff01 128 2365 1498 2369 End of Steps 14 6 Configuring MFF This section describes how to configure MFF to implem...

Page 148: ...ort Context By default the ZXA10 C300 services on different ONUs under the same PON port are isolated When a service such as VoIP requires interworking between the subscribers under the same PON port the ZXA10 C300 uses the ARP proxy function to achieve interworking between the subscribers in the same VLAN and same network segment under the same PON port Steps 1 In layer 3 VLAN interface mode conf...

Page 149: ...ACL 15 5 Configuring Control Panel Safety 15 6 15 1 Configuring SSH SSH can replace Telnet to implement secure remote login Prerequisite The SSH client software has been installed Context SSH can encrypt the data during transmission to prevent the intermediate attacks In addition SSH compresses the data to be transmitted thus increasing the transmission speed When the SSH client communicates with ...

Page 150: ...on SSH enable flag configuration enable SSH version ver2 0 SSH only configuration disable SSH init server key not initialized SSH auth mode local SSH auth type pap End of Steps Follow Up Action 1 In a Windows OS run the SSH client software SecureCRT for example The Quick Connect dialog box opens as shown in Figure 15 1 Figure 15 1 Quick Connect Dialog Box 2 In the Quick Connect dialog box select P...

Page 151: ...ers who access the ZXA10 C300 Context TACACS supports two login modes l Telnet l SSH Steps 1 Configure telnet user authentication type ZXAN config user authentication type aaa 2 Configure telnet user authorization type ZXAN config user authorization type aaa 3 Configure SSH server authentication mode ZXAN config ssh server authentication mode aaa 4 Enable TACACS ZXAN config tacacs enable 5 Configu...

Page 152: ...entication and accounting group ZXAN config aaa authentication login default group zte ZXAN config aaa authorization exec default group zte ZXAN config aaa accounting commands 10 default stop only group zte End of Steps 15 3 Configuring RADIUS RADIUS ensures data safety of the ZXA10 C300 by implementing safety authentication and authorization for remote users who access the ZXA10 C300 Context RADI...

Page 153: ...roup ZXAN config aaa authorization exec default rds group 1 End of Steps 15 4 Configuring Management ACL After you configure the management ACL accessing the ZXA10 C300 in Telnet SNMP mode can be restricted Context The management ACL is a standard ACL which controls the source IP address of the received IP packets The management ACL restricts users access to the ZXA10 C300 NM module Steps 1 Create...

Page 154: ...r in one polling period 5s by default exceeds the threshold the ZXA10 C300 considers that the user implements a DoS attack on the NE and includes the user into the black list Then packets sent by the user will be dropped till the user stops the attack Steps 1 Enter control panel mode and configure packet limit ZXAN config control panel ZXAN control panel packet limit dhcp 20 ZXAN control panel pac...

Page 155: ...l panel show control panel anti dos black table MP BLACK TABLE mac address vlan port onu sn state PktIn Drop NP BLACK TABLE mac address port onu sn state PktIn Drop End of Steps 15 7 SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

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Page 157: ...ny media between network entities MPLS packets are forwarded based on labels When IP packets enter an MPLS network the PE routers on the MPLS ingress analyze the contents of the packets and select the proper labels for the packets The packets are forwarded by nodes in the MPLS network according to these short labels When the packets leave the MPLS network the PE routers on the MPLS egress remove t...

Page 158: ... address 10 1 1 1 24 C300 1 Reserved VPN VLAN VLAN ID 4090 Loopback interface l ID 1 l IP address 2 2 2 2 32 L3 interface 1 l VLAN ID 11 l Interface gei_1 21 1 l IP address 11 1 1 1 24 L3 interface 2 l VLAN ID 10 l Interface gei_1 21 2 l IP address 10 1 1 2 24 C300 2 Reserved VPN VLAN VLAN ID 4090 Loopback interface l ID 1 l IP address 3 3 3 3 32 L3 interface l VLAN ID 11 l Interface gei_1 21 2 l ...

Page 159: ...t 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 10 1 1 1 255 255 255 0 4 Enable the MPLS on the VLAN interface ZXAN config if vlan10 mpls ip ZXAN config if vlan10 exit 5 Configure the routing protocol ZXAN config router ospf 1 ZXAN config router network 1 1 1 1 0 0 0 0 area 0 0 0 0 ZXAN config router network 10 1 1 0 0 0 0 255 area ...

Page 160: ...nterface vlan 11 ZXAN config if vlan11 ip address 11 1 1 1 255 255 255 0 ZXAN config if vlan11 exit 4 Enable the MPLS on the VLAN interfaces ZXAN config interface vlan 10 ZXAN config if vlan10 mpls ip ZXAN config if vlan10 exit ZXAN config interface vlan 11 ZXAN config if vlan11 mpls ip ZXAN config if vlan11 exit 5 Configure the routing protocol ZXAN config router ospf 1 ZXAN config router network...

Page 161: ...1 exit 5 Configure the routing protocol ZXAN config router ospf 1 ZXAN config router network 3 3 3 3 0 0 0 0 area 0 0 0 0 ZXAN config router network 11 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router exit 6 Enable the global MPLS function ZXAN config mpls ldp router id loopback1 ZXAN config vlan reserve 4090 vpn ZXAN config mpls ip 7 Save configuration data Result Execute the command ping mpls ipv...

Page 162: ...configuration data of the static LSP Table 16 2 Configuration Data of the Static LSP Item Data Loopback interface l ID 1 l IP address 1 1 1 1 32 L3 interface 1 l VLAN ID 10 l Interface gei_1 21 1 l IP address 10 1 1 1 24 L3 interface 2 l VLAN ID 13 l Interface gei_1 21 2 l IP address 13 1 1 12 24 Static LSP C300 1 to C300 3 l Destination IP address 3 3 3 3 32 l Next hop IP address 10 1 1 2 24 l Ou...

Page 163: ... 1 1 24 L3 interface 2 l VLAN ID 11 l Interface gei_1 21 2 l IP address 11 1 1 2 24 Static LSP C300 1 to C300 3 l Destination IP address 3 3 3 3 32 l In label 1040002 C300 3 Static LSP C300 3 to C300 1 l Destination IP address 1 1 1 1 32 l Next hop IP address 10 1 1 2 24 l Out label 1041005 Loopback interface l ID 1 l IP address 4 4 4 4 32 L3 interface 1 l VLAN ID 13 l Interface gei_1 21 1 l IP ad...

Page 164: ...he VLAN of the uplink interfaces ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 10 tag ZXAN config if exit ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 13 tag ZXAN config if exit 3 Configure the IP address of the VLAN interfaces ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 10 1 1 1 255 255 255 0 ZXAN config if vlan10 exit ZXAN config interface ...

Page 165: ... static LSP from C300 1 to C300 3 ZXAN config mpls static binding ipv4 1 1 1 1 255 255 255 255 inlabel 1041004 static LSP from C300 3 to C300 1 8 Save the configuration data l Configuration on C300 2 1 Configure the loopback interface ZXAN config interface loopback1 ZXAN config loopback1 ip address 2 2 2 2 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interfaces ZXA...

Page 166: ...from C300 1 to C300 3 ZXAN config mpls static binding ipv4 3 3 3 3 255 255 255 255 outlabel 11 1 1 2 1040002 static LSP from C300 1 to C300 3 8 Save the configuration data l Configuration on C300 3 1 Configure the loopback interface ZXAN config interface loopback1 ZXAN config loopback1 ip address 3 3 3 3 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interfaces ZXAN ...

Page 167: ... from C300 1 to C300 3 ZXAN config mpls static binding ipv4 1 1 1 1 255 255 255 255 outlabel 12 1 1 2 1041005 static LSP from C300 3 to C300 1 8 Save the configuration data l Configuration on C300 4 1 Configure the loopback interface ZXAN config interface loopback1 ZXAN config loopback1 ip address 4 4 4 4 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interfaces ZXAN...

Page 168: ...outer id loopback1 ZXAN config mpls ip 7 Configure the static label binding ZXAN config mpls static binding ipv4 1 1 1 1 255 255 255 255 inlabel 1041005 static LSP from C300 3 to C300 1 ZXAN config mpls static binding ipv4 1 1 1 1 255 255 255 255 outlabel 13 1 1 2 1041004 static LSP from C300 3 to C300 1 8 Save the configuration data Result Execute the command ping mpls ipv4 3 3 3 3 32 repeat 1000...

Page 169: ... Table 16 3 Configuration Data of the LDP FRR Function Item Data Loopback interface l ID 1 l IP address 1 1 1 1 32 L3 interface 1 l VLAN ID 10 l Interface gei_1 21 1 l IP address 10 1 1 1 24 L3 interface 2 l VLAN ID 13 l Interface gei_1 21 2 l IP address 13 1 1 12 24 Active route l Destination IP address 3 3 3 3 32 l Next hop IP address 10 1 1 2 24 C300 1 Backup route l Destination IP address 3 3 ...

Page 170: ...1 l VLAN ID 12 l Interface gei_1 21 1 l IP address 12 1 1 1 24 C300 3 L3 interface 2 l VLAN ID 11 l Interface gei_1 21 2 l IP address 11 1 1 2 24 Loopback interface l ID 1 l IP address 4 4 4 4 32 L3 interface 1 l VLAN ID 13 l Interface gei_1 21 1 l IP address 13 1 1 1 24 C300 4 L3 interface 2 l VLAN ID 12 l Interface gei_1 21 2 l IP address 12 1 1 2 24 Configuration Flow Figure 16 6 shows the conf...

Page 171: ...ort vlan 10 tag ZXAN config if exit ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 13 tag ZXAN config if exit 3 Configure the IP address of the VLAN interfaces ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 10 1 1 1 255 255 255 0 ZXAN config if vlan10 exit ZXAN config interface vlan 13 ZXAN config if vlan13 ip address 13 1 1 2 255 255 255 0 ZXAN config if vlan13 ex...

Page 172: ... configuration data l Configuration on C300 2 1 Configure the loopback interface ZXAN config interface loopback1 ZXAN config loopback1 ip address 2 2 2 2 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interfaces ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 11 tag ZXAN config if exit ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 10...

Page 173: ... loopback1 exit 2 Configure the VLAN of the uplink interfaces ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 12 tag ZXAN config if exit ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 11 tag ZXAN config if exit 3 Configure the IP address of the VLAN interfaces ZXAN config interface vlan 11 ZXAN config if vlan11 ip address 11 1 1 2 255 255 255 0 ZXAN config if vlan1...

Page 174: ... config if switchport vlan 12 tag ZXAN config if exit 3 Configure the IP address of the VLAN interfaces ZXAN config interface vlan 12 ZXAN config if vlan12 ip address 12 1 1 2 255 255 255 0 ZXAN config if vlan12 exit ZXAN config interface vlan 13 ZXAN config if vlan13 ip address 13 1 1 1 255 255 255 0 ZXAN config if vlan13 exit 4 Enable the MPLS on the VLAN interfaces ZXAN config interface vlan 12...

Page 175: ... 7 Networking Diagram of LDP GR Three ZXA10 C300s are in the same OSPF area and interconnected by the OSPF protocol C300 2 supports two control and switching cards which work in active and backup mode When one of the control switching cards is faulty and two cards are swapped the LDP session between C300 1 and C300 3 is not interrupted Configuration Data Table 16 4 lists the configuration data of ...

Page 176: ...0 1 1 2 24 C300 2 Grace period 180 s Loopback interface l ID 1 l IP address 3 3 3 3 32 L3 interface l VLAN ID 11 l Interface gei_1 21 2 l IP address 11 1 1 2 24 C300 3 Grace period 180 s Configuration Flow Figure 16 8 shows the configuration flowchart of the LDP GR function Figure 16 8 Configuration Flowchart of LDP GR Function Steps l Configuration on C300 1 16 20 SJ 20130520164529 007 2013 06 30...

Page 177: ... 0 0 ZXAN config router network 10 1 1 0 0 0 0 255 area 0 0 0 0 6 Configure the GR function ZXAN config router nsf ZXAN config router grace period 180 ZXAN config router exit 7 Enable the global MPLS function ZXAN config mpls ldp router id loopback1 ZXAN config mpls ldp graceful restart ZXAN config mpls ip 8 Save the configuration data l Configuration on C300 2 1 Configure the loopback interface Z...

Page 178: ... 0 0 255 area 0 0 0 0 6 Configure the GR function ZXAN config router nsf ZXAN config router grace period 180 ZXAN config router exit 7 Enable the global MPLS function ZXAN config mpls ldp router id loopback1 ZXAN config mpls ldp graceful restart ZXAN config mpls ip 8 Save the configuration data l Configuration on C300 3 1 Configure the loopback interface ZXAN config interface loopback1 ZXAN config...

Page 179: ... data Result The LDP GR function is successfully configured Execute the command ping mpls ipv 4 3 3 3 3 on C300 1 The ping is successful When you swap the active and backup control switching cards on C300 2 the LDP session between C300 1 and C300 3 is not interrupted 16 2 VPLS Configuration 16 2 1 Configuring the Basic VPLS VPLS provides Ethernet based multipoint to multipoint communication over I...

Page 180: ...a of Basic VPLS Item Data Loopback interface l ID 1 l IP address 1 1 1 1 32 L3 interface l VLAN ID 10 l Interface gei_1 21 1 l IP address 10 1 1 1 24 Reserved VPN VLAN VLAN ID 4090 PW l Name 3and1000pw l Mode dynamic pwe3 l Type ethernet vlan l Peer 3 3 3 3 l Router ID 3 3 3 3 l VC ID 1000 VFI l Name vpls vfi l PW 3and1000pw Class map l Name classmap1000 l SVLAN ID 1000 C300 1 CIP l Index 1 l Serv...

Page 181: ...LAN ID 4090 PW l Name 1and1000pw l Mode dynamic pwe3 l Type ethernet vlan l Peer 1 1 1 1 l Router ID 1 1 1 1 l VC ID 1000 VFI l Name vpls vfi l PW 1and1000pw Class map l Name classmap1000 l SVLAN ID 1000 C300 3 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Note A class map defines the policy of class mapping A Customer Instance Port CIP is a logical interface that correl...

Page 182: ...g interface loopback1 ZXAN config loopback1 address 1 1 1 1 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interface ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 10 tag ZXAN config if exit 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 10 1 1 1 255 255 255 0 16 26 SJ 20130520164529 00...

Page 183: ...ZXAN config pw mode dynamic pwe3 fec128 ZXAN config pw pwtype ethernet vlan ZXAN config pw peer 3 3 3 3 router id 3 3 3 3 vcid 1000 ZXAN config pw exit 9 Configure the VFI ZXAN config vfi vpls vfi ZXAN config vfi mpls xconnect pw 3and1000pw ZXAN config vfi exit 10 Configure the class map ZXAN config class map classmap1000 ZXAN config cmap match svlan id 1000 ZXAN config cmap exit 11 Configure the ...

Page 184: ... vlan 11 ZXAN config if vlan11 mpls ip ZXAN config if vlan11 exit 5 Configure the routing protocol ZXAN config router ospf 1 ZXAN config router network 2 2 2 2 0 0 0 0 area 0 0 0 0 ZXAN config router network 10 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router network 11 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router exit 6 Enable the global MPLS function ZXAN config vlan reserve 4090 vpn ZXAN conf...

Page 185: ...p router id loopback1 ZXAN config mpls ip 7 Configure the LDP target session ZXAN config mpls ldp target session 1 1 1 1 8 Configure the VC ZXAN config pw 1and1000pw ZXAN config pw mode dynamic pwe3 fec128 ZXAN config pw pwtype ethernet vlan ZXAN config pw peer 1 1 1 1 router id 1 1 1 1 vcid 1000 ZXAN config pw exit 9 Configure the VFI ZXAN config vfi vpls vfi ZXAN config vfi mpls xconnect pw 1and...

Page 186: ... for VPLS Networking Diagram Figure 16 11 shows the networking diagram of the full mesh VPLS Figure 16 11 Networking Diagram of Full Mesh VPLS ONU1 ONU2 and ONU2 are in the same VPLS network These three ONUs communicate with each other through the PWs based on the LDP sessions Configuration Data Table 16 6 lists the configuration data of the full mesh VPLS 16 30 SJ 20130520164529 007 2013 06 30 R1...

Page 187: ... l VC ID 1000 PW 2 l Name 3and1000pw l Mode dynamic pwe3 l Type ethernet vlan l Peer 3 3 3 3 l Router ID 3 3 3 3 l VC ID 1000 VFI l Name fullmesh vfi l PW1 2and1000pw l PW2 3and1000pw Class map l Name classmap1000 l SVLAN ID 1000 C300 1 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Loopback interface ID l ID 1 l IP address 2 2 2 2 32 L3 interface 1 l VLAN ID 11 l Interfa...

Page 188: ...1 l Service type ethernet class map l Class map classmap1000 Loopback interface l ID 1 l IP address 3 3 3 3 32 L3 interface 1 l VLAN ID 12 l Interface gei_1 21 1 l IP address 20 1 1 1 24 L3 interface 2 l VLAN ID 10 l Interface gei_1 21 2 l IP address 30 1 1 2 24 Reserved VPN VLAN VLAN ID 4090 PW 1 l Name 1and1000pw l Mode dynamic pwe3 l Type ethernet vlan l Peer 1 1 1 1 l Router ID 1 1 1 1 l VC ID...

Page 189: ... Class map classmap1000 Note A class map defines the policy of class mapping A CIP is a logical interface that correlates to an L2VPN service instance that is AC The data on a CIP is a certain service flow which is specified by a class map from a UNI Configuration Flow Figure 16 12 shows the configuration flowchart of the full mesh VPLS 16 33 SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary a...

Page 190: ...xit 2 Configure the VLAN of the uplink interfaces ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 10 tag ZXAN config if exit ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 11 tag ZXAN config if exit 3 Configure the IP address of the VLAN interfaces ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 30 1 1 1 255 255 255 0 ZXAN config if vlan10 exit 16 34...

Page 191: ...reserve 4090 vpn ZXAN config ip mpls forwarding enable ZXAN config mpls ldp router id loopback1 ZXAN config mpls ip 7 Configure the LDP target session ZXAN config mpls ldp target session 2 2 2 2 ZXAN config mpls ldp target session 3 3 3 3 8 Configure the VC ZXAN config pw 2and1000pw ZXAN config pw mode dynamic pwe3 fec128 ZXAN config pw pwtype ethernet vlan ZXAN config pw peer 2 2 2 2 router id 2 ...

Page 192: ...onfig if switchport vlan 12 tag ZXAN config if exit 3 Configure the IP address of the VLAN interfaces ZXAN config interface vlan 11 ZXAN config if vlan11 ip address 10 1 1 1 255 255 255 0 ZXAN config if vlan11 exit ZXAN config interface vlan 12 ZXAN config if vlan12 ip address 20 1 1 2 255 255 255 0 ZXAN config if vlan12 exit 4 Enable the MPLS on the VLAN interfaces ZXAN config interface vlan 11 Z...

Page 193: ...0 ZXAN config pw exit 9 Configure the VFI ZXAN config vfi fullmesh vfi ZXAN config vfi mpls xconnect pw 1and1000pw ZXAN config vfi mpls xconnect pw 3and1000pw ZXAN config vfi exit 10 Configure the class map ZXAN config class map classmap1000 ZXAN config cmap match svlan id 1000 ZXAN config cmap exit 11 Configure the CIP ZXAN config cip 1 ZXAN config cip1 service type ethernet class map classmap100...

Page 194: ...g router network 3 3 3 3 0 0 0 0 area 0 0 0 0 ZXAN config router network 20 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router network 30 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router exit 6 Enable the global MPLS function ZXAN config vlan reserve 4090 vpn ZXAN config ip mpls forwarding enable ZXAN config mpls ldp router id loopback1 ZXAN config mpls ip 7 Configure the LDP target session ZXAN confi...

Page 195: ... xconnect fullmesh vfi ZXAN config cip1 exit 12 Save the configuration data Result Three ONUs can ping each other successfully 16 2 3 Configuring the Hierarchical VPLS HVPLS is a method of subdividing a VPLS VPN into two or three tiered hierarchical networks This can significantly reduce the number of LDP sessions and LSPs and thus unburden the core network by concentrating customers in edge devic...

Page 196: ...E through a spoke PW sessions Configuration Data Table 16 7 lists the configuration data of the HVPLS Table 16 7 HVPLS Configuration Data Item Data Loopback interface l ID 1 l IP address 1 1 1 1 32 L3 interface l VLAN ID 10 l Interface gei_1 21 1 l IP address 10 1 1 1 24 Reserved VPN VLAN VLAN ID 4090 PW l Name 2and1000pw l Mode dynamic pwe3 l Type ethernet vlan l Peer 2 2 2 2 l Router ID 2 2 2 2 ...

Page 197: ...nterface gei_1 21 2 l IP address 10 1 1 2 24 Reserved VPN VLAN VLAN ID 4090 PW 1 l Name 1and1000pw l Mode dynamic pwe3 l Type ethernet vlan l Peer 1 1 1 1 l Router ID 1 1 1 1 l VC ID 1000 PW 2 l Name 3and1000pw l Mode dynamic pwe3 l Type ethernet vlan l Peer 3 3 3 3 l Router ID 3 3 3 3 l VC ID 1000 VFI l Name hvpls vfi l PW1 1and1000pw spoke l PW2 3and1000pw Class map l Name classmap1000 l SVLAN I...

Page 198: ...fi l PW 2and1000pw Class map l Name classmap1000 l SVLAN ID 1000 C300 3 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Note A class map defines the policy of class mapping A CIP is a logical interface that correlates to an L2VPN service instance that is an AC The data on a CIP is a certain service flow which is specified by a class map from a UNI Configuration Flow Figure...

Page 199: ...back1 exit 2 Configure the VLAN of the uplink interface ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 10 tag ZXAN config if exit 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 10 1 1 1 255 255 255 0 4 Enable the MPLS on the VLAN interface ZXAN config if vlan10 mpls ip ZXAN config if vlan10 exit 16 43 SJ 201305201645...

Page 200: ...r id 2 2 2 2 vcid 1000 ZXAN config pw exit 9 Configure the VFI ZXAN config vfi hvpls vfi ZXAN config vfi mpls xconnect pw 2and1000pw ZXAN config vfi exit 10 Configure the class map ZXAN config class map classmap1000 ZXAN config cmap match svlan id 1000 ZXAN config cmap exit 11 Configure the CIP ZXAN config cip 1 ZXAN config cip1 service type ethernet class map classmap1000 ZXAN config cip1 xconnec...

Page 201: ...ig router network 2 2 2 2 0 0 0 0 area 0 0 0 0 ZXAN config router network 10 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router network 11 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router exit 6 Enable the global MPLS function ZXAN config vlan reserve 4090 vpn ZXAN config ip mpls forwarding enable ZXAN config mpls ldp router id loopback1 ZXAN config mpls ip 7 Configure the LDP target session ZXAN conf...

Page 202: ...255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interface XAN config interface gei_1 21 2 ZXAN config if switchport vlan 11 tag ZXAN config if exit 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 11 ZXAN config if vlan11 ip address 11 1 1 2 255 255 255 0 4 Enable the MPLS on the VLAN interface ZXAN config if vlan11 mpls ip ZXAN config if vlan11...

Page 203: ...Configure the CIP ZXAN config cip 1 ZXAN config cip1 service type ethernet class map classmap1000 ZXAN config cip1 xconnect hvpls vfi ZXAN config cip1 exit 12 Save the configuration data Result These three ONUs can ping each other successfully 16 3 Configuring the VPWS VPWS is suitable for applications based on ATM or FR connection Background Information The VPWS is one of the L2VPN application VP...

Page 204: ... 16 8 VPWS Configuration Data Item Data Loopback interface l ID 1 l IP address 1 1 1 1 32 L3 interface l VLAN ID 10 l Interface gei_1 21 1 l IP address 10 1 1 1 24 Reserved VPN VLAN VLAN ID 4090 PW l Name 3and1000pw l Mode dynamic pwe3 l Type ethernet l Peer 3 3 3 3 l Router ID 3 3 3 3 l VC ID 1000 VLL l Name zte vpws l Type ethernet l PW 3and1000pw Class map l Name classmap1000 l SVLAN ID 1000 C3...

Page 205: ... dynamic pwe3 l Type ethernet l Peer 1 1 1 1 l Router ID 1 1 1 1 l VC ID 1000 VLL l Name zte vpws l Type ethernet l PW 1and1000pw Class map l Name classmap1000 l SVLAN ID 1000 C300 3 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Note A class map defines the policy of class mapping A CIP is a logical interface that correlates to an L2VPN service instance that is an AC The...

Page 206: ...back1 exit 2 Configure the VLAN of the uplink interface ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 10 tag ZXAN config if exit 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 10 1 1 1 255 255 255 0 4 Enable the MPLS on the VLAN interface ZXAN config if vlan10 mpls ip ZXAN config if vlan10 exit 16 50 SJ 201305201645...

Page 207: ...ter id 3 3 3 3 vcid 1000 ZXAN config pw exit 9 Configure VLL ZXAN config vll zte vpws ZXAN config vll service type ethernet ZXAN config vll mpls xconnect pw 3and1000pw ZXAN config vll exit 10 Configure the class map ZXAN config class map classmap1000 ZXAN config cmap match svlan id 1000 ZXAN config cmap exit 11 Configure the CIP ZXAN config cip 1 ZXAN config cip1 service type ethernet class map cl...

Page 208: ...ure the routing protocol ZXAN config router ospf 1 ZXAN config router network 2 2 2 2 0 0 0 0 area 0 0 0 0 ZXAN config router network 10 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router network 11 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router exit 6 Enable the global MPLS function ZXAN config vlan reserve 4090 vpn ZXAN config ip mpls forwarding enable ZXAN config mpls ldp router id loopback1 ZXAN...

Page 209: ...re the LDP target session ZXAN config mpls ldp target session 1 1 1 1 8 Configure the VC ZXAN config pw 1and1000pw ZXAN config pw mode dynamic pwe3 fec128 ZXAN config pw pwtype ethernet ZXAN config pw peer 1 1 1 1 router id 1 1 1 1 vcid 1000 ZXAN config pw exit 9 Configure the VLL ZXAN config vll zte vpws ZXAN config vll service type ethernet ZXAN config vll mpls xconnect pw 1and1000pw ZXAN config...

Page 210: ...p develops PWE3 an architecture for service providers to emulate the native services over PSNs The native service may be ATM FR Ethernet HDLC TDM or SONET SDH while the PSN may be MPLS IP either IPv4 or IPv6 or L2TPv3 As shown in Figure 16 17 PEs transparently transmit native services of CEs Figure 16 17 PWE3 Network Reference Model Networking Diagram Figure 16 18 shows the networking diagram of t...

Page 211: ...le 16 9 Configuration Data of Basic PWE3 Service Item Data Loopback interface l ID 1 l IP address 1 1 1 1 32 L3 interface l VLAN ID 10 l Interface gei_1 21 1 l IP address 10 1 1 1 24 Reserved VPN VLAN VLAN ID 4090 PW l Name 3and1000pw l Mode dynamic pwe3 l Type ethernet l Peer 3 3 3 3 l Router ID 3 3 3 3 l VC ID 1000 VLL l Name pwe3 vll l Type ethernet l PW 3and1000pw Class map l Name classmap1000...

Page 212: ...rved VPN VLAN VLAN ID 4090 PW l Name 1and1000pw l Mode dynamic pwe3 l Type ethernet l Peer 1 1 1 1 l Router ID 1 1 1 1 l VC ID 1000 VLL l Name pwe3 vll l Type ethernet l PW 1and1000pw Class map l Name classmap1000 l SVLAN ID 1000 C300 3 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Note A class map defines the policy of class mapping A CIP is a logical interface that cor...

Page 213: ...onfig interface loopback1 ZXAN config loopback1 ip address 1 1 1 1 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interfaces ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 10 tag ZXAN config if exit 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 10 1 1 1 255 255 255 0 16 57 SJ 201305201...

Page 214: ... config pw mode dynamic pwe3 fec128 ZXAN config pw pwtype ethernet ZXAN config pw peer 3 3 3 3 router id 3 3 3 3 vcid 1000 ZXAN config pw exit 9 Configure the VLL ZXAN config vll pwe3 vll ZXAN config vll service type ethernet ZXAN config vll mpls xconnect pw 3and1000pw ZXAN config vll exit 10 Configure the class map ZXAN config class map classmap1000 ZXAN config cmap match svlan id 1000 ZXAN confi...

Page 215: ... vlan10 exit ZXAN config interface vlan 11 ZXAN config if vlan11 mpls ip ZXAN config if vlan11 exit 5 Configure the routing protocol ZXAN config router ospf 1 ZXAN config router network 2 2 2 2 0 0 0 0 area 0 0 0 0 ZXAN config router network 10 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router network 11 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router exit 6 Enable the global MPLS function ZXAN conf...

Page 216: ...AN config mpls ldp router id loopback1 ZXAN config mpls ip 7 Configure the LDP target session ZXAN config mpls ldp target session 1 1 1 1 8 Configure the VC ZXAN config pw 1and1000pw ZXAN config pw mode dynamic pwe3 fec128 ZXAN config pw pwtype ethernet ZXAN config pw peer 1 1 1 1 router id 1 1 1 1 vcid 1000 ZXAN config pw exit 9 Configure the VLL ZXAN config vll pwe3 vll ZXAN config vll service t...

Page 217: ...ONU1 and ONU2 access the two PEs ZXA10 C300s through the AC VLAN Both ZXA10 C300s are connected to an MPLS network The two ONUs communicate with each other through the multi segment PWs between two ZXA10 C300s and the switching PE SPE Configuration Data Table 16 10 lists the configuration data of the multi segment PWs Table 16 10 Configuration Data of Multi Segment PWs Item Data Loopback interface...

Page 218: ...pback interface l ID 1 l IP address 2 2 2 2 32 L3 interface 1 l VLAN ID 11 l Interface gei_1 21 1 l IP address 11 1 1 1 24 L3 interface 2 l VLAN ID 10 l Interface gei_1 21 2 l IP address 10 1 1 2 24 Reserved VPN VLAN VLAN ID 4090 PW 1 l Name 1and2000pw l Mode static l Type ethernet l Peer 1 1 1 1 l Router ID 1 1 1 1 l VC ID 2000 l Local label 1042432 l Remote label 1042431 PW 2 l Name 3and2001pw l...

Page 219: ...1 VLL l Name mspw vll l Type ethernet l PW 2and2001pw Class map l Name classmap2001 l SVLAN ID 2001 C300 3 CIP l Index 1 l Service type ethernet class map l Class map classmap2001 Note A class map defines the policy of class mapping A CIP is a logical interface that correlates to an L2VPN service instance that is an AC The data on a CIP is a certain service flow which is specified by a class map f...

Page 220: ...g loopback1 exit 2 Configure the VLAN of the uplink interface ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 10 tag ZXAN config if exit 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 10 1 1 1 255 255 255 0 4 Enable the MPLS on the VLAN interface ZXAN config if vlan10 mpls ip ZXAN config if vlan10 exit 16 64 SJ 201305...

Page 221: ...type ethernet ZXAN config pw peer 2 2 2 2 router id 2 2 2 2 vcid 2000 local label 1042431 remote label 1042432 ZXAN config pw exit 9 Configure the VLL ZXAN config vll mspw vll ZXAN config vll service type ethernet ZXAN config vll mpls xconnect pw 2and2000pw ZXAN config vll exit 10 Configure the class map ZXAN config class map classmap2000 ZXAN config cmap match svlan id 2000 ZXAN config cmap exit ...

Page 222: ...nterfaces ZXAN config interface vlan 10 ZXAN config if vlan10 mpls ip ZXAN config if vlan10 exit ZXAN config interface vlan 11 ZXAN config if vlan11 mpls ip ZXAN config if vlan11 exit 5 Configure the routing protocol ZXAN config router ospf 1 ZXAN config router network 2 2 2 2 0 0 0 0 area 0 0 0 0 ZXAN config router network 10 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router network 11 1 1 0 0 0 0 ...

Page 223: ...re the loopback interface ZXAN config interface loopback1 ZXAN config loopback1 ip address 3 3 3 3 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interfaces XAN config interface gei_1 21 2 ZXAN config if switchport vlan 11 tag ZXAN config if exit 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 11 ZXAN config if vlan11 ip address 11 1 1 2 2...

Page 224: ...nd2001pw ZXAN config vll exit 10 Configure the class map ZXAN config class map classmap2001 ZXAN config cmap match svlan id 2001 ZXAN config cmap exit 11 Configure the CIP ZXAN config cip 1 ZXAN config cip1 service type ethernet class map classmap2001 ZXAN config cip1 xconnect mspw vll ZXAN config cip1 exit 12 Save the configuration data ZXAN config exit ZXAN write Building configuration OK Result...

Page 225: ...Table 16 11 Configuration Data of TDM Relay Service Item Data Loopback interface l ID 1 l IP address 1 1 1 1 32 L3 interface l VLAN ID 10 l Interface gei_1 21 1 l IP address 10 1 1 1 24 Reserved VPN VLAN VLAN ID 4090 PW class l Name 3and1000pw l Control word preferred PW l Name 3and1000pw l Mode dynamic pwe3 l Type e1 l Peer 3 3 3 3 l Router ID 3 3 3 3 l VC ID 1000 VLL l Name tdm vll l Type tdm l ...

Page 226: ...2 1 l TDM interface tdm_0 2 1 l Number of trunk frames per packet 1 l Time slots 1 12 l TDM profile f829 F829 1 PW PSN properties l Type mpls staticdouble l Inbound transport label 0x1780 l Outbound transport label 0xff600 l Inbound interworking label 0x177f l Outbound interworking label 0xff5ff l Destination MAC address 0015 eb72 0002 l VLAN ID 1000 l Priority 7 Loopback interface l ID 1 l IP add...

Page 227: ...Index 1 l PSN local label 1047016 l PSN remote label 7016 l PW local label 1047015 l PW remote label 7015 l Destination MAC address 0015 eb72 0005 l VLAN ID 1000 MAC address 0015 eb72 0003 C300 3 RTD slot number 15 CES MAC address 0015 eb72 0005 TDM profile l Name f829 l Packet reorder enable l RTP header enable l Timestamp mode differential l Queue size 6 TDM service l Type e1Satop l Clock source...

Page 228: ...orking label 0xff9e7 l Destination MAC address 0015 eb72 0003 l VLAN ID 1000 l Priority 7 Note A class map defines the policy of class mapping A CIP is a logical interface that correlates to an L2VPN service instance that is an AC The data on a CIP is a certain service flow which is specified by a class map from a UNI Configuration Flow Figure 16 23 shows the configuration flowchart of the TDM rel...

Page 229: ...opback1 ip address 1 1 1 1 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interface ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 10 tag ZXAN config if exit 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 10 ZXAN config if ip address 10 1 1 1 255 255 255 0 16 73 SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Co...

Page 230: ...s 3and1000pw ZXAN config pw class control word preferred ZXAN config pw class exit 9 Configure the VC ZXAN config pw 3and1000pw ZXAN config pw mode dynamic pwe3 fec128 ZXAN config pw pwtype e1 ZXAN config pw apply pw class 3and1000pw ZXAN config pw peer 3 3 3 3 router id 3 3 3 3 vcid 1000 ZXAN config pw exit 10 Configure the VLL ZXAN config vll tdm vll ZXAN config vll service type tdm ZXAN config ...

Page 231: ...g ces pw end ZXAN write l Configuration on C300 2 1 Configure the loopback interface ZXAN config interface loopback1 ZXAN config loopback1 ip address 2 2 2 2 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interfaces ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 11 tag ZXAN config if exit ZXAN config interface gei_1 21 2 ZXAN config if switchport vla...

Page 232: ...ce loopback1 ZXAN config loopback1 ip address 3 3 3 3 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interface ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 11 tag ZXAN config if exit 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 11 ZXAN config if ip address 10 1 1 1 255 255 255 0 4 Enable the MPLS on the VLAN interface...

Page 233: ...the CIP ZXAN config cip 1 ZXAN config cip1 service type tdm relay mpls 1047016 7016 1047015 7015 0015 eb72 0005 1000 ZXAN config cip1 xconnect tdm vll ZXAN config cip1 exit 12 Configure the MAC address ZXAN config mac 0015 eb72 0003 15 13 Save the configuration data l Configuration on F829 2 1 Configure the CES MAC address ZXAN config ces ZXAN config ces mac add 0015 eb72 0005 2 Configure the TDM ...

Page 234: ... redundancy enhances the stability and reliability of MPLS network Networking Diagram Figure 16 24 shows the networking diagram of the VPLS redundancy Figure 16 24 Networking Diagram of VPLS Redundancy The PW redundancy group works in either 1 1 or 1 1 mode l In 1 1 mode only the active PW forwards the user traffic l In 1 1 mode both PWs forward the user traffic The network supports the OSPF and L...

Page 235: ...3and1000pw l Mode dynamic pwe3 l Peer 3 3 3 3 l Router ID 3 3 3 3 l VC ID 1000 PW redundancy group l Name 2and3vcid1000 l Primary PW 2and1000pw l Secondary PW 3and1000pw VFI l Name redundancy vfi l PW 2and1000pw Class map l Name classmap1000 l SVLAN ID 1000 C300 1 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Loopback interface ID l ID 1 l IP address 2 2 2 2 32 L3 interf...

Page 236: ...VLAN VLAN ID 4090 PW l Name 1and1000pw l Mode dynamic pwe3 l Peer 1 1 1 1 l Router ID 1 1 1 1 l VC ID 1000 PW redundancy group l Name 2and3vcid1000 l PW 1and1000pw VFI l Name redundancy vfi l PW 1and1000pw Class map l Name classmap1000 l SVLAN ID 1000 C300 3 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Note A class map defines the policy of class mapping A CIP is a logi...

Page 237: ...pback interface ZXAN config interface loopback1 ZXAN config loopback1 ip address 1 1 1 1 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interfaces ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 10 tag ZXAN config if exit ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 11 tag ZXAN config if exit 16 81 SJ 20130520164529 007 2013 06 30 R...

Page 238: ... 0 0 0 ZXAN config router network 10 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router exit 6 Enable the global MPLS function ZXAN config vlan reserve 4090 vpn ZXAN config ip mpls forwarding enable ZXAN config mpls ldp router id loopback1 ZXAN config mpls ip 7 Configure the LDP target session ZXAN config mpls ldp target session 2 2 2 2 ZXAN config mpls ldp target session 3 3 3 3 8 Configure the PWs ...

Page 239: ...nfig pw redundancy group 2and3vcid1000 ZXAN config pw group negotiation enable master ZXAN config pw group protect type 1by1 ZXAN config pw group protect mode non revertive ZXAN config pw group pw 2and1000pw ZXAN config pw group second pw 3and1000pw ZXAN config pw group exit 10 Configure the VFI ZXAN config vfi redundancy vfi ZXAN config vfi mpls xconnect pw 2and1000pw spoke ZXAN config vfi exit 1...

Page 240: ... ZXAN config vlan reserve 4090 vpn ZXAN config ip mpls forwarding enable ZXAN config mpls ldp router id loopback1 ZXAN config mpls ip 7 Configure the LDP target session ZXAN config mpls ldp target session 1 1 1 1 8 Configure the PW ZXAN config pw 1and1000pw ZXAN config pw mode dynamic pwe3 fec128 ZXAN config pw pwtype ethernet ZXAN config pw peer 1 1 1 1 router id 1 1 1 1 vcid 1000 ZXAN config pw ...

Page 241: ... ip address 3 3 3 3 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interface ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 10 tag ZXAN config if exit 3 Configure the IP address of the VLAN interfaces ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 30 1 1 2 255 255 255 0 4 Enable the MPLS on the VLAN interfaces ZXAN config if vlan10 mp...

Page 242: ...tiation enable slave ZXAN config pw group protect type 1by1 ZXAN config pw group protect mode non revertive ZXAN config pw group pw 1and1000pw ZXAN config pw group exit 10 Configure the VFI ZXAN config vfi redundancy vfi ZXAN config vfi mpls xconnect pw 1and1000pw spoke ZXAN config vfi exit 11 Configure the class map ZXAN config class map classmap1000 ZXAN config cmap match svlan id 1000 ZXAN conf...

Page 243: ... active PW forwards the user traffic l In 1 1 mode both PWs forward the user traffic The network supports the OSPF and LDP protocols Configuration Data Table 16 13 lists the configuration data of the VLL resilience Table 16 13 Configuration Data of VLL Resilience Item Data Loopback interface l ID 1 l IP address 1 1 1 1 32 L3 interface 1 l VLAN ID 10 l Interface gei_1 21 1 l IP address 30 1 1 1 24 ...

Page 244: ...redundancy vfi l PW 2and1000pw Class map l Name classmap1000 l SVLAN ID 1000 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Loopback interface ID l ID 1 l IP address 2 2 2 2 32 L3 interface l VLAN ID 11 l Interface gei_1 21 1 l IP address 10 1 1 1 24 Reserved VPN VLAN VLAN ID 4090 PW l Name 1and1000pw l Mode dynamic pwe3 l Type ethernet l Peer 1 1 1 1 l Router ID 1 1 1 1 ...

Page 245: ... 1000 PW redundancy group l Name 2and3vcid1000 l PW 1and1000pw VLL l Name redundancy vll l PW 1and1000pw Class map l Name classmap1000 l SVLAN ID 1000 C300 3 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Note A class map defines the policy of class mapping A CIP is a logical interface that correlates to an L2VPN service instance that is an AC The data on a CIP is a certa...

Page 246: ...ig loopback1 exit 2 Configure the VLAN of the uplink interfaces ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 10 tag ZXAN config if exit ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 11 tag ZXAN config if exit 3 Configure the IP address of the VLAN interfaces ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 30 1 1 1 255 255 255 0 16 90 SJ 201305201...

Page 247: ...onfig vlan reserve 4090 vpn ZXAN config ip mpls forwarding enable ZXAN config mpls ldp router id loopback1 ZXAN config mpls ip 7 Configure the LDP target session ZXAN config mpls ldp target session 2 2 2 2 ZXAN config mpls ldp target session 3 3 3 3 8 Configure the PWs ZXAN config pw 2and1000pw ZXAN config pw mode dynamic pwe3 fec128 ZXAN config pw pwtype ethernet ZXAN config pw peer 2 2 2 2 route...

Page 248: ...ig pw group protect type 1by1 ZXAN config pw group protect mode non revertive ZXAN config pw group pw 2and1000pw ZXAN config pw group second pw 3and1000pw ZXAN config pw group exit 10 Configure the VLL ZXAN config vll redundancy vll ZXAN config vll mpls xconnect pw 2and1000pw ZXAN config vll exit 11 Configure the class map ZXAN config class map classmap1000 ZXAN config cmap match svlan id 1000 ZXA...

Page 249: ... vpn ZXAN config ip mpls forwarding enable ZXAN config mpls ldp router id loopback1 ZXAN config mpls ip 7 Configure the LDP target session ZXAN config mpls ldp target session 1 1 1 1 8 Configure the PW ZXAN config pw 1and1000pw ZXAN config pw mode dynamic pwe3 fec128 ZXAN config pw pwtype ethernet ZXAN config pw peer 1 1 1 1 router id 1 1 1 1 vcid 1000 ZXAN config pw exit 9 Configure the PW redund...

Page 250: ...ip address 3 3 3 3 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interface ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 10 tag ZXAN config if exit 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 30 1 1 2 255 255 255 0 4 Enable the MPLS on the VLAN interfaces ZXAN config if vlan10 mpls...

Page 251: ...oup 2and3vcid1000 ZXAN config pw group negotiation enable slave ZXAN config pw group protect type 1by1 ZXAN config pw group protect mode non revertive ZXAN config pw group pw 1and1000pw ZXAN config pw group exit 10 Configure the VLL ZXAN config vll redundancy vll ZXAN config vll mpls xconnect pw 1and1000pw ZXAN config vll exit 11 Configure the class map ZXAN config class map classmap1000 ZXAN conf...

Page 252: ...nce the stability and reliability of MPLS network Networking Diagram Figure 16 28 shows the networking diagram of the PW redundancy and BFD Figure 16 28 Networking Diagram of PW Redundancy and BFD The PW redundancy group works in non negotiation 1 1 mode The primary PW is revertive when it recovers The network supports the OSPF and LDP protocols Configuration Data Table 16 14 lists the configurati...

Page 253: ...tion CV type lsp ping bfd ipudp fo PW 1 l Name 2and1000pw l Mode dynamic pwe3 l PW class pw1 l Peer 2 2 2 2 l Router ID 2 2 2 2 l VC ID 1000 PW 2 l Name 3and1000pw l Mode dynamic pwe3 l PW class pw1 l Peer 3 3 3 3 l Router ID 3 3 3 3 l VC ID 1000 PW redundancy group l Name 2and3vcid1000 l Negotiation disable l Protect type 1by1 l Protect mode revertive l Primary PW 2and1000pw l Secondary PW 3and10...

Page 254: ...ID 4090 PW class l Name pw1 l Control word not preferred l Control Channel CC type type2 out of band l Connection Verification CV type lsp ping bfd ipudp fo PW l Name 1and1000pw l Mode dynamic pwe3 l PW class pw1 l Peer 1 1 1 1 l Router ID 1 1 1 1 l VC ID 1000 BFD session l PW name 1and1000pw l Tx interval 10 ms l Rx interval 10 ms l Time out detection multiplier 3 VLL l Name redundancy vll l PW 1...

Page 255: ...00pw Class map l Name classmap1000 l SVLAN ID 1000 C300 3 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Note A class map defines the policy of class mapping A CIP is a logical interface that correlates to an L2VPN service instance that is an AC The data on a CIP is a certain service flow which is specified by a class map from a UNI Configuration Flow Figure 16 29 shows t...

Page 256: ...ack1 ZXAN config loopback1 ip address 1 1 1 1 255 255 255 255 ZXAN config loopback1 exit 2 Configure the VLAN of the uplink interfaces ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 10 tag ZXAN config if exit ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 11 tag ZXAN config if exit 16 100 SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

Page 257: ...a 0 0 0 0 ZXAN config router network 10 1 1 0 0 0 0 255 area 0 0 0 0 ZXAN config router exit 6 Enable the global MPLS function ZXAN config vlan reserve 4090 vpn ZXAN config ip mpls forwarding enable ZXAN config mpls ldp router id loopback1 ZXAN config mpls ip 7 Configure the LDP target session ZXAN config mpls ldp target session 2 2 2 2 ZXAN config mpls ldp target session 3 3 3 3 8 Configure the P...

Page 258: ...nfig mpls pw bfd 3and1000pw interval 10 min rx 10 multiplier 3 12 Configure the VLL ZXAN config vll redundancy vll ZXAN config vll mpls xconnect pw 2and1000pw ZXAN config vll exit 13 Configure the class map ZXAN config class map classmap1000 ZXAN config cmap match svlan id 1000 ZXAN config cmap exit 14 Configure the CIP ZXAN config cip 1 ZXAN config cip1 service type ethernet class map classmap100...

Page 259: ...fig mpls ip 7 Configure the LDP target session ZXAN config mpls ldp target session 1 1 1 1 8 Configure the PW class ZXAN config pw class pw1 ZXAN config pw class control word not preferred ZXAN config pw class cctype type2 ZXAN config pw class cvtype lsp ping bfd ipudp fo ZXAN config pw class exit 9 Configure the PW ZXAN config pw 1and1000pw ZXAN config pw mode dynamic pwe3 fec128 ZXAN config pw p...

Page 260: ...ZXAN config if exit 3 Configure the IP address of the VLAN interface ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 30 1 1 2 255 255 255 0 4 Enable the MPLS on the VLAN interfaces ZXAN config if vlan10 mpls ip ZXAN config if vlan10 exit 5 Configure the routing protocol ZXAN config router ospf 1 ZXAN config router network 3 3 3 3 0 0 0 0 area 0 0 0 0 ZXAN config router network 30 1 ...

Page 261: ... map classmap1000 ZXAN config cmap match svlan id 1000 ZXAN config cmap exit 11 Configure the CIP ZXAN config cip 1 ZXAN config cip1 service type ethernet class map classmap1000 ZXAN config cip1 xconnect redundancy vll ZXAN config cip1 oam mapping enable ldp ZXAN config cip1 exit 12 Save the configuration data Result When the primary PW is disabled the secondary PW is activated and the two CEs can...

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Page 263: ...EP sends Continuity Check Message CCM packets periodically which ensures the continuity of Maintenance Points MPs in the corresponding Maintenance Association MA The MPs that receive the packets need not to respond Configuration Data Table 17 1 list the configuration data of the CCM function Table 17 1 Configuration Data of CCM Function Item Data MD l Session ID 1 l Name md1 l Level 3 MA l Session...

Page 264: ...fig cfm create md session 1 name md1 level 3 3 Create the Ethernet OAM MA ZXAN config md1 create ma session 1 format icc based name ma1 4 Configure the MA protection mode ZXAN config md1 ma1 protect vlan Note Only VLAN protection mode is valid 5 Configure the MA primary VLAN ZXAN config md1 ma1 primary vlan 100 Note In the Ethernet OAM MDs of the same level primary VLAN of MAs is unique 6 Configur...

Page 265: ...ccm send unicast enable 12 Configure the uplink port VLAN of local MEP ZXAN config interface gei_1 21 1 ZXAN config if switchport vlan 100 tag End of Steps Result If the ZXA10 C300 receives error CCM packets or does not receive any CCM packets there will be a CCM alarm information on the NMS You can query the CCM alarm information using the show cfm mp all md 1 ma 1 detail command 17 1 2 Configuri...

Page 266: ...terface gei_1 21 1 Note The remote MAC address of the remote MEP is the in band MAC address of the local MEP Steps 1 Enable the CFM function ZXAN config cfm enable 2 Create the Ethernet OAM MD ZXAN config cfm create md session 1 name md1 level 3 3 Create the Ethernet OAM MA ZXAN config md1 create ma session 1 format icc based name ma1 4 Configure the MA protection mode ZXAN config md1 ma1 protect ...

Page 267: ... In administrator mode carry out the LBM function ZXAN cfm lbm check unicast md 1 ma 1 smep id 1 dmep id 2 End of Steps Result In the CLI window a message shows that whether the destination MEP or MIP is reachable 17 1 3 Configuring the LTM Function The LTM function is used to trace the link between two MEPs Context When you carry out the Link Trace Message LTM function on an MEP the MEP sends LTM...

Page 268: ...imary VLAN of MAs is unique 6 Create local Ethernet OAM MEP ZXAN config md1 ma1 create mep session 1 1 direction down 7 Assign local MEP to the uplink port ZXAN config md1 ma1 assign mep 1 to interface gei_1 21 1 8 Enable the MEP ZXAN config md1 ma1 mep 1 state enable 9 Configure the remote MEP ZXAN config md1 ma1 create rmep session 2 2 remote mac 00d0 d058 6958 10 Configure the uplink port VLAN ...

Page 269: ...d detection of faults even on physical media that do not support failure detection of any kind such as Ethernet virtual circuits tunnels and MPLS Label Switched Paths Figure 17 1 shows the different BFD applications in a network Figure 17 1 BFD Applications 17 2 1 Configuring the BFD for Static Routes BFD can be used to detect faults on static routes Networking Diagram Figure 17 2 shows the networ...

Page 270: ...3 lists the configuration data of the BFD for static routes Table 17 3 Configuration Data of BFD for Static Routes Item Data Loopback interface l ID 1 l IP address 1 1 1 1 32 L3 interface 1 l VLAN ID 10 l Interface gei_1 21 1 l IP address 10 1 1 1 24 L3 interface 2 l VLAN ID 13 l Interface gei_1 21 2 l IP address 13 1 1 12 24 Active route l Destination IP address 3 3 3 3 32 l Next hop IP address 1...

Page 271: ...ss 4 4 4 4 32 L3 interface 1 l VLAN ID 13 l Interface gei_1 21 1 l IP address 13 1 1 1 24 C300 4 L3 interface 2 l VLAN ID 12 l Interface gei_1 21 2 l IP address 12 1 1 2 24 Steps l Configuration on C300 1 1 Configure the loopback interface ZXAN config interface loopback1 ZXAN config if ip address 1 1 1 1 255 255 255 255 ZXAN config if exit 2 Configure the VLAN of the uplink interfaces ZXAN config ...

Page 272: ...g interface gei_1 21 1 ZXAN config if switchport vlan 11 tag ZXAN config if exit ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 10 tag ZXAN config if exit 3 Configure the IP address of the VLAN interfaces ZXAN config interface vlan 10 ZXAN config if vlan10 ip address 10 1 1 2 255 255 255 0 ZXAN config if vlan10 exit ZXAN config interface vlan 11 ZXAN config if vlan11 ip address 11...

Page 273: ...XAN config interface gei_1 21 1 ZXAN config if switchport vlan 13 tag ZXAN config if exit ZXAN config interface gei_1 21 2 ZXAN config if switchport vlan 12 tag ZXAN config if exit 3 Configure the IP address of the VLAN interfaces ZXAN config interface vlan 12 ZXAN config if vlan12 ip address 12 1 1 2 255 255 255 0 ZXAN config if vlan12 exit ZXAN config interface vlan 13 ZXAN config if vlan13 ip a...

Page 274: ...the BFD for VCCV Table 17 4 Configuration Data of BFD for VCCV Item Data Loopback interface l ID 1 l IP address 1 1 1 1 32 L3 interface 1 l VLAN ID 10 l Interface gei_1 21 1 l IP address 30 1 1 1 24 L3 interface 2 l VLAN ID 11 l Interface gei_1 21 2 l IP address 10 1 1 2 24 Reserved VPN VLAN VLAN ID 4090 PW class l Name pw1 l Control word not preferred l Control Channel CC type type2 out of band l...

Page 275: ... l Rx interval 10 ms l Time out detection multiplier 3 BFD session 2 l PW name 3and1000pw l Tx interval 10 ms l Rx interval 10 ms l Time out detection multiplier 3 VLL l Name redundancy vll l PW 2and1000pw Class map l Name classmap1000 l SVLAN ID 1000 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Loopback interface ID l ID 1 l IP address 2 2 2 2 32 L3 interface l VLAN ID...

Page 276: ...s map l Name classmap1000 l SVLAN ID 1000 CIP l Index 1 l Service type ethernet class map l Class map classmap1000 Loopback interface l ID 1 l IP address 3 3 3 3 32 L3 interface 2 l VLAN ID 10 l Interface gei_1 21 2 l IP address 30 1 1 2 24 Reserved VPN VLAN VLAN ID 4090 PW l Name 1and1000pw l Mode dynamic pwe3 l Peer 1 1 1 1 l Router ID 1 1 1 1 l VC ID 1000 VLL l Name redundancy vll l PW 1and1000...

Page 277: ...er to Steps in 16 5 3 Configuring the PW Redundancy and BFD Result Execute the commands ping mpls ipv4 2 2 2 2 32 repeat 10 and ping mpls pseudowire pw n ame 2and1000pw on C300 1 These pings are successful 17 15 SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

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Page 279: ... using dynamic routing In the case that multiple routers and multiple paths exist however dynamic routing is recommended Steps 1 In global configuration mode configure the static route ZXAN config ip route 10 1 1 0 255 255 255 0 1 1 1 2 End of Steps 18 2 Configuring the OSPF Protocol This section describes how to implement the ZXA10 C300 s access to the adjacent router by configuring the OSPF prot...

Page 280: ...nates network reachability among AS BGP is a path vector protocol or a variant of a Distance vector routing protocol BGP does not involve traditional IGP metrics but routing decisions are made based on path network policies and or rule sets For this reason it is more appropriately termed a reachability protocol rather than routing protocol Steps 1 In global configuration mode enable BGP ZXAN confi...

Page 281: ...is a protocol for frequency and time of day distribution which is based on timestamp information exchange in a master slave hierarchy whereby the timing information is originated at a grandmaster clock that is usually traceable to a PRC or UTC Similar to NTP PTP nonetheless offers higher accuracy with HW based timestamping support and fractional nanosecond precision Table of Contents Configuring t...

Page 282: ...rce according to the following criteria l The clock status is proper l The clock priority is the highest l The clock quality is the best l The clock is configured earlier Priority range is defined from 1 to 250 1 is defined as the highest priority 3 Configure the SSM value of the clock source ZXAN config clock ssm set 1 21 1 qlsec 4 Optional Enable the ESMC on the uplink port ZXAN config clock swi...

Page 283: ...19 2 Configuring External Input Clock The ZXA10 C300 supports the external input clock via the common interface card Configuration Data Table 19 2 lists the configuration data of the external input clock Table 19 2 Configuration Data of the External Input Clock Item Data Clock source port 1 20 1 Priority 2 Clock quality SEC Clock mode Building Integrated Timing Supply BITS Steps 1 Query the curren...

Page 284: ...AN config clock ssm set 1 20 1 qlsec 5 Optional Query the clock configuration ZXAN config clock show clock config interface type priority ssm mode status remarks 1 21 1 syncE 1 qlsec primary source 1 20 1 external 2 qlsec source clock source count 2 wtr 5 minutes holdofftime 300 ms QL enable external clock unbalance 6 Optional Query the clock source alarms ZXAN config clock show clock source alarm...

Page 285: ...rces are configured the system will select one clock source according to the following criteria l The clock status is proper l The clock priority is the highest l The clock quality is the best l The clock is configured earlier Priority range is defined from 1 to 255 1 is defined as the highest priority 3 Configure the quality and mode of the external input clock ZXAN config clock external input 1 ...

Page 286: ...P source clock exits in the network Configuration Data Table 19 4 lists configuration data of the PTP slave clock configuration Table 19 4 PTP Slave Clock Configuration Data Item Data PTP slave IP address 192 168 2 11 Packet type unicast Step mode one step Delay request interval 4 PTP source IP address 192 168 2 1 PTP VLAN ID 100 ONU interface gpon onu_1 5 1 1 Steps 1 In PTP configuration mode con...

Page 287: ...fig vlan100 1588 bind ZXAN config vlan100 exit 5 Optional Query the PTP configuration ZXAN config show time ptp Slot Hybrid Multi Two port Mode Domain addr Mode cast Step Status Interval Utc Layer2 10 1 slave 0 192 168 2 11 syn hyb n n freerun 4 1970 01 01 00 35 02 n ptp configure count 1 6 Optional Query the PTP source configuration ZXAN config show time ptp source addr adjust Layer2 192 168 2 1 ...

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Page 289: ... 16 4 Configuration Flowchart of Static LSP 16 8 Figure 16 5 Networking Diagram of LDP FRR Configuration 16 13 Figure 16 6 Configuration Flowchart of LDP FRR Function 16 15 Figure 16 7 Networking Diagram of LDP GR 16 19 Figure 16 8 Configuration Flowchart of LDP GR Function 16 20 Figure 16 9 Networking Diagram of Basic VPLS 16 24 Figure 16 10 Configuration Flowchart of Basic VPLS 16 26 Figure 16 1...

Page 290: ...n Flowchart of VPLS Redundancy 16 81 Figure 16 26 Networking Diagram of VLL Resilience 16 87 Figure 16 27 Configuration Flowchart of VLL Resilience 16 90 Figure 16 28 Networking Diagram of PW Redundancy and BFD 16 96 Figure 16 29 Configuration Flowchart of PW Redundancy and BFD 16 100 Figure 17 1 BFD Applications 17 7 Figure 17 2 Networking Diagram of BFD for Static Routes 17 8 Figure 17 3 Network...

Page 291: ...nfiguration Data of the GPON VLAN Profile 2 10 Table 2 8 Configuration Data of the VoIP Access Code Profile 2 10 Table 2 9 Configuration Data of the VoIP Service Application Profile 2 11 Table 2 10 Configuration Data of the GPON SIP Profile 2 13 Table 2 11 Configuration Data of the GPON MGC Profile 2 15 Table 2 12 Configuration Data of the GPON Broadband Service 2 17 Table 2 13 Configuration Data ...

Page 292: ...Data of Basic MPLS Function 16 2 Table 16 2 Configuration Data of the Static LSP 16 6 Table 16 3 Configuration Data of the LDP FRR Function 16 13 Table 16 4 Configuration Data of LDP GR Function 16 19 Table 16 5 Configuration Data of Basic VPLS 16 24 Table 16 6 Configuration Data of Full Mesh VPLS 16 31 Table 16 7 HVPLS Configuration Data 16 40 Table 16 8 VPWS Configuration Data 16 48 Table 16 9 C...

Page 293: ...ion Data of the External Input Clock 19 3 Table 19 3 Configuration Data of the External Output Clock 19 5 Table 19 4 PTP Slave Clock Configuration Data 19 6 V SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

Page 294: ...Tables This page intentionally left blank VI SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

Page 295: ...der Gateway Protocol BITS Building Integrated Timing Supply BRAS Broadband Remote Access Server CAC Channel Access Control CCM Continuity Check Message CDR Call Detail Record CE Customer Edge CES Circuit Emulation Service CFM Connectivity Fault Management CIP Customer Interface Point CLI Command Line Interface VII SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

Page 296: ...net Synchronization Message Channel FR Frame Relay FRR Fast Reroute GPON Gigabit Passive Optical Network GR Graceful Restart HDLC High level Data Link Control HVPLS Hierarchical Virtual Private LAN Service HW High speed data Way ICMP Internet Control Message Protocol IEEE Institute of Electrical and Electronics Engineers IETF Internet Engineering Task Force IGMP Internet Group Management Protocol ...

Page 297: ...etwork LBM Loopback Message LDP Label Distribution Protocol LOF Loss of Frame LOS Loss Of Signal LSP Label Switched Path MA Maintenance Association MAC Media Access Control MD Maintenance Domain MEF Metro Ethernet Forum MEP MEG End Point MFF MAC Forced Forwarding MGC Media Gateway Controller MIP MEG Intermediate Point IX SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

Page 298: ...cal Area Network NDP Neighbor Discovery Protocol NE Network Element NM Network Management NMS Network Management System NTP Network Time Protocol OLT Optical Line Terminal ONU Optical Network Unit OSPF Open Shortest Path First P2P Point to Point PDH Plesiochronous Digital Hierarchy PE Provider Edge PON Passive Optical Network PPPoE Point to Point Protocol over Ethernet X SJ 20130520164529 007 2013...

Page 299: ...r Service RSTP Rapid Spanning Tree Protocol RTP Real time Transport Protocol SDH Synchronous Digital Hierarchy SEC SDH Equipment Clock SIP Session Initiation Protocol SNA Subscription Notification Answer SONET Synchronous Optical Network SSH Secure Shell SSM Synchronization Status Message SSTP Single Spanning Tree Protocol STP Spanning Tree Protocol XI SJ 20130520164529 007 2013 06 30 R1 0 ZTE Pro...

Page 300: ...e TM Timing Marker ToS Type of Service UAPS Uplink Auto Protection Switching UNI User Network Interface UTC Universal Time Coordinated VC Virtual Circuit VCCV Virtual Circuit Connectivity Verification VFI Virtual Forwarding Instance VLAN Virtual Local Area Network VLL Virtual Leased Line VPLS Virtual Private LAN Service VPN Virtual Private Network VPWS Virtual Private Wire Service XII SJ 201305201...

Page 301: ...Glossary VoIP Voice over Internet Protocol XIII SJ 20130520164529 007 2013 06 30 R1 0 ZTE Proprietary and Confidential ...

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