V300R003
Configuration Guide
Issue 04
Date 2007-11-30
Huawei Technologies Co., Ltd.
Address: Huawei Industrial Base Bantian, Longgang Shenzhen 518129
People's Republic of China Website: http://www.huawei.com Email: [email protected]
Copyright © 2007 Huawei Technologies Co., Ltd. All rights reserved.
No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
and other Huawei trademarks are the property of Huawei Technologies Co., Ltd.
All other trademarks and trade names mentioned in this document are the property of their respective holders.
Notice
The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but the statements, information, and recommendations in this document do not constitute a warranty of any kind, express or implied.
Contents
About This Document...1
1 Managing the License...1-1
1.1 Overview of the License...1-2 1.2 License Principles...1-2 1.3 Configuration Example of the License Application...1-3 1.4 Configuring the License Server...1-6 1.5 Configuring the ESN...1-72 Configuring the Maintenance Terminal ...2-1
2.1 Overview...2-2 2.2 Configuring the Terminal Through the Local Serial Port...2-3 2.3 Configuring the Terminal Through the Remote Serial Port...2-7 2.4 Configuring the Terminal Through the Outband Management Channel ...2-12 2.5 Configuring the Terminal Through the Inband Management Channel...2-15 2.6 Configuring the Terminal Through SSH...2-193 Getting Started With CLI...3-1
3.1 Overview...3-2 3.2 CLI Characteristics...3-2 3.2.1 Command Modes...3-3 3.2.2 Intelligent Matching...3-5 3.2.3 Edit Characteristics...3-6 3.2.4 Interaction Characteristics...3-7 3.2.5 Parameter Prompt...3-7 3.2.6 Display Characteristics...3-8 3.2.7 Saving and Showing History Commands...3-9 3.2.8 CLI Error Prompts...3-10 3.3 Basic Operations Through CLI...3-10 3.3.1 Obtaining Online Help Information...3-11 3.3.2 Enabling Interactive Command Execution...3-13 3.3.3 Enabling CLI Trap Reporting...3-13 3.3.4 Switching Terminal Language...3-14 3.3.5 Setting System Time...3-15 3.3.6 Setting System Name...3-163.3.7 Setting Terminal Type...3-16 3.3.8 Setting Timeout Exit Time...3-17 3.3.9 Locking the Terminal...3-18 3.3.10 Clearing Terminal Screen...3-18 3.3.11 Showing Version...3-19 3.3.12 Showing CPU Usage...3-19 3.3.13 Showing the Memory Usage...3-20 3.3.14 Testing Network State...3-20
4 Configuring the Network Management...4-1
4.1 Overview...4-2 4.2 Basic Concepts...4-2 4.3 Configuration Example of an Outband NMS...4-3 4.4 Configuration Example of an Inband NMS...4-5 4.5 SNMP Agent Configuration...4-8 4.5.1 Setting the SNMP Version...4-9 4.5.2 Adding a Community Name and Setting Its Read/Write Authorities...4-10 4.5.3 Enabling Trap Sending...4-11 4.5.4 Setting the IP address of a Destination Host of Traps...4-11 4.5.5 Setting the Source Interface for Sending Traps...4-12 4.5.6 Setting the System Contact Information...4-13 4.5.7 Setting the System Location Information...4-13 4.5.8 Configuring an SNMP V3 User...4-14 4.5.9 Configuring an SNMP V3 Group...4-15 4.5.10 Configuring an SNMP MIB View...4-16 4.5.11 Configuring the Local SNMP Engine ID...4-17 4.5.12 Enabling the Handshake Function between the MA5600 and the N2000...4-18 4.5.13 Setting the Handshake Interval...4-19 4.6 Configuring the IP Address of the Outband NMS Interface...4-20 4.7 Configuring an NMS Route...4-21 4.8 Configuring the IP Address of the Inband NMS Interface...4-225 Configuring the Log Host...5-1
5.1 Overview...5-2 5.2 Configuration Example of a Log Host...5-2 5.3 Configuring a Log Host...5-3 5.4 Deleting a Log Host...5-4 5.5 Deactivating a Log Host...5-5 5.6 Querying Logs...5-66 Managing Users...6-1
6.1 Overview...6-2 6.2 Adding a User Profile...6-2 6.3 Adding a User...6-56.4 Modifying the User Attributes...6-7 6.4.1 Modifying the Profile Bound with a User...6-7 6.4.2 Modifying a User Level...6-8 6.4.3 Changing a User Password...6-9 6.4.4 Modifying the Permitted Reenter Number...6-10 6.4.5 Modifying the Appended Information...6-11 6.5 Disconnecting an Online User...6-12 6.6 Deleting a User...6-13
7 Managing the Device...7-1
7.1 Overview...7-2 7.2 Setting the Description of a Shelf...7-3 7.3 Resetting the Control Boards...7-3 7.4 Adding a Service Board Offline...7-4 7.5 Confirming a Service Board...7-6 7.6 Deleting a Service Board...7-6 7.7 Resetting a Service Board...7-7 7.8 Prohibiting a Service Board...7-7 7.9 Managing a Subboard...7-88 Configuring the Remote User Authentication...8-1
8.1 Overview...8-2 8.2 Related Concepts...8-2 8.2.1 Introduction to AAA...8-2 8.2.2 Introduction to RADIUS...8-3 8.2.3 Introduction to SSH...8-3 8.3 Configuration Example of Remote User Authentication...8-4 8.4 Configuring RADIUS...8-7 8.4.1 Overview...8-7 8.4.2 Specifying the RADIUS Server Template...8-8 8.4.3 Setting the IP Address and Port Number of a RADIUS Server...8-9 8.4.4 Setting the Shared Key of the RADIUS Server...8-10 8.4.5 Setting the Response Timeout Interval of a RADIUS Server...8-11 8.4.6 Setting the Maximum Retransmit Count of RADIUS Request Packets...8-12 8.4.7 Setting the RADIUS Server Type...8-13 8.4.8 Configuring an NAS Port and Its ID Format...8-14 8.4.9 Setting the Format of User Name Sent to a RADIUS Server...8-14 8.5 Configuring AAA...8-16 8.5.1 Configuring an Authentication Scheme...8-16 8.5.2 Creating a Domain...8-17 8.5.3 Specifying the RADIUS Server Template...8-18 8.5.4 Specifying the Authentication Scheme...8-19 8.6 Configuring SSH...8-21 8.6.1 Creating the Local RSA Key Pair...8-218.6.2 Configuring the SSH User Public Key...8-22 8.6.3 Configuring an SSH User...8-24
9 Configuring the VLAN ...9-1
9.1 Overview...9-3 9.2 Configuration Example of a Standard VLAN...9-5 9.3 Configuration Example of a Smart VLAN... 9-5 9.4 Configuration Example of a MUX VLAN...9-7 9.5 Configuration Example of the Super VLAN...9-9 9.6 Creating a VLAN...9-13 9.7 Configuring the VLAN Attribute...9-15 9.8 Setting the Inner and Outer Ethernet Protocols Type of a Stacking VLAN...9-16 9.9 Setting the Inner VLAN Priority of the Service Port in a Stacking VLAN...9-17 9.10 Adding an Upstream Port to a VLAN...9-17 9.11 Adding a Service Port to a VLAN...9-18 9.12 Adding Service Ports in Batches...9-20 9.13 Setting the Description of a Service Port...9-2210 Configuring the DHCP Relay...10-1
10.1 Overview...10-3 10.2 Configuration Example of DHCP Standard Mode...10-4 10.3 Configuration Example of DHCP Option60 Mode...10-6 10.4 Configuration Example of DHCP MAC Address Segment Mode...10-9 10.5 Creating a DHCP Server Group...10-12 10.6 Setting Working Mode of a DHCP Server...10-13 10.7 Setting DHCP Relay Mode...10-14 10.8 Binding a DHCP Server Group with a VLAN Interface...10-15 10.9 Creating an Option60 Domain...10-16 10.10 Binding a DHCP Server Group with a DHCP Option60 Domain...10-17 10.11 Configuring the Gateway of a DHCP Option60 Domain...10-17 10.12 Creating a DHCP MAC Address Segment...10-18 10.13 Setting the Range of a DHCP MAC Address Segment...10-19 10.14 Binding a DHCP Server Group with a DHCP MAC Address Segment...10-20 10.15 Configuring the Gateway of a DHCP MAC Address Segment...10-2111 Configuring the ARP & ARP Proxy...11-1
11.1 Overview...11-2 11.2 Configuration Example of the ARP Proxy...11-2 11.3 Adding a Static ARP Entry...11-5 11.4 Enabling the ARP Proxy...11-612 Configuring the Routing Protocol...12-1
12.1 Routing Protocol Configuration...12-3 12.2 Configuration Example of the Static Route...12-3 12.3 Configuration Example of RIP...12-612.4 Configuration Example of OSPF...12-9 12.5 Configuration Example of a Route Policy...12-13 12.6 Adding a Static Route...12-16 12.7 Configuring RIP...12-17 12.7.1 Enabling RIP Process...12-18 12.7.2 Setting the RIP Version...12-19 12.7.3 Configuring Zero Field Check for RIP-I Packets...12-20 12.7.4 Setting the Cost of the Default Route...12-21 12.7.5 Enabling Route Summarization...12-22 12.7.6 Specifying Default Routing Metric...12-23 12.7.7 Importing Routes of Other Protocols...12-24 12.7.8 Disabling Receiving Host Routes...12-25 12.7.9 Configuring the RIP Preference...12-26 12.7.10 Configuring the Route Filtering Policy...12-27 12.7.11 Verifying the Source IP Address of a RIP Route Update...12-28 12.7.12 Resetting RIP...12-29 12.7.13 Clearing RIP Process Statistics...12-30 12.7.14 Disabling RIP Packet Transmission on an Interface...12-30 12.7.15 Configuring the IP Address of a Peer Router...12-31 12.7.16 Configuring a Summary Route IP Address...12-32 12.7.17 Enabling an Interface to Receive/Transmit RIP Packets...12-32 12.7.18 Enabling the Split Horizon Function...12-33 12.7.19 Enabling the Poison Reverse Function...12-34 12.7.20 Configuring the RIP-2 Authentication Mode...12-35 12.7.21 Configuring the Additional Metric of a Route...12-35 12.7.22 Configuring the RIP Timer...12-36 12.7.23 Enabling the Transparent Transmission function of the RIP Packet Based on the VLAN...12-37 12.8 Configuring OSPF...12-38 12.8.1 Enabling OSPF Process...12-39 12.8.2 Configuring DR Priority...12-40 12.8.3 Setting an OSPF Router ID...12-40 12.8.4 Entering OSPF Area Config Mode...12-41 12.8.5 Configuring Subnets for an Area...12-42 12.8.6 Configuring the OSPF Stub Area...12-43 12.8.7 Configuring an NBMA Adjacent Router...12-43 12.8.8 Setting OSPF Preference...12-44 12.8.9 Disabling OSPF Packet Transmission on an Interface...12-45 12.8.10 Configuring the Maximum OSPF Route Count...12-46 12.8.11 Enabling OSPF Logging Function...12-47 12.8.12 Setting the VLAN-Based Transparent Transmission for OSPF Packets...12-47 12.9 Configuring OSPF on a VLAN Interface...12-48 12.9.1 Configuring the Network Type on an OSPF Interface...12-48
12.9.2 Configuring OSPF Cost...12-49 12.9.3 Configuring OSPF Packet Authentication...12-50 12.9.4 Configuring the MTU of the DD Packet...12-50 12.10 Configuring OSPF Timer...12-51 12.10.1 Setting the Interval for Sending the Hello Packets...12-52 12.10.2 Setting the Dead Time Between Adjacent Routers...12-52 12.10.3 Setting the Hello Packet Poll Interval...12-53 12.10.4 Setting the LSA Transmit Delay...12-54 12.10.5 Setting the LSA Retransmit Interval between Adjacent Routers...12-55 12.10.6 Setting the SPF Calculation Interval for OSPF...12-55 12.11 Configuring Route Summarization...12-56 12.11.1 Configuring Route Summarization Between Areas...12-56 12.11.2 Configuring the Summarization of Routes Imported by OSPF...12-57 12.12 Configuring OSPF Route Import...12-58 12.12.1 Importing Routes from Other Protocols into OSPF...12-58 12.12.2 Setting the Default Parameters of OSPF Imported Routes...12-59 12.13 Configuring a Route Policy...12-60 12.13.1 Defining a Route Policy...12-60 12.13.2 Defining the if-match Clause of a Route Policy...12-62 12.13.3 Defining the apply Clause of a Route Policy...12-63
13 Configuring MSTP...13-1
13.1 Overview...13-3 13.2 Enabling the MSTP Function...13-3 13.3 Setting the Working Mode of MSTP...13-5 13.4 Setting the MST Region Parameters...13-6 13.4.1 Setting the MD5-Key for the MD5 Encryption Algorithm Configured on the MST Region...13-7 13.4.2 Configuring the MST Region Name...13-8 13.4.3 Mapping the Specified VLAN to the Specified MSTP Instance...13-9 13.4.4 Mapping All VLANs to the MSTP Instances by Modular Arithmetic...13-10 13.4.5 Setting the MSTP Revision Level...13-11 13.4.6 Restoring the Default Settings for All Parameters of the MST Region...13-13 13.5 Activating the Configuration of the MST Region...13-13 13.6 Specifying the Device as a Root Bridge or a Backup Root Bridge...13-14 13.7 Setting the Priority of the Device in the Specified Spanning Tree Instance...13-15 13.8 Setting the Maximum Hop of the MST Region...13-17 13.9 Setting the Diameter of the Switching Fabric...13-18 13.10 Setting the Calculation Standard for the Path Cost...13-19 13.11 Setting the Time Parameters of the Specified Network Bridge...13-20 13.11.1 Setting the Forward Delay of the Specified Network Bridge...13-21 13.11.2 Setting the Hello Time of the Specified Network Bridge...13-22 13.11.3 Setting the Max Age of the Specified Network Bridge...13-23 13.11.4 Setting the Timeout Time Factor of the Specified Network Bridge...13-2513.12 Setting the Parameters of the Specified Port...13-26 13.12.1 Setting the Maximum Transmission Rate of the Specified Port...13-26 13.12.2 Setting the Specified Port as an Edge Port...13-27 13.12.3 Setting the Path Cost of the Port in the Specified Spanning Tree Instance...13-28 13.12.4 Setting the Priority of the Specified Port...13-30 13.12.5 Setting the Point-to-Point Link Connection of the Specified Port...13-31 13.13 Setting the mCheck Variable...13-32 13.14 Configuring the Device Protection Function...13-33 13.14.1 Enabling the BPDU Protection Function of the Device...13-33 13.14.2 Enabling the Loop Protection Function of the Device...13-34 13.14.3 Enabling the Root Protection Function of the Device...13-35 13.15 Clear the MSTP Protocol Statistics...13-36
14 Configuring NTP...14-1
14.1 Overview...14-3 14.2 Configuration Example of NTP Broadcast Mode...14-3 14.3 Configuration Example of NTP Multicast Mode...14-6 14.4 Configuration Example of NTP Server/Client Mode...14-9 14.5 Configuration Example of NTP Peer Mode...14-13 14.6 Configuring the NTP ID Authentication...14-16 14.7 Configuring the NTP Master Clock...14-18 14.8 Configuring NTP Broadcast Mode...14-19 14.8.1 Configuring NTP Broadcast Server Mode...14-19 14.8.2 Configuring NTP Broadcast Client Mode...14-20 14.9 Configuring the NTP Multicast Mode...14-21 14.10 Configuring NTP Server/Client Mode...14-23 14.11 Configuring NTP Peer Mode...14-24 14.12 Configuring the Authority of Access to a Local Device's NTP Service...14-25 14.13 Configuring an Interface for Transmitting/Receiving NTP Packets...14-2615 Configuring MAC Address...15-1
15.1 Overview...15-2 15.2 Adding a Static MAC Address...15-2 15.3 Setting the Maximum MAC Address Number Learned by a Service Port...15-3 15.4 Configuring the Aging Time of a Dynamic MAC Address...15-4 15.5 Binding the MAC Address...15-5 15.6 Configuring MAC Address Filtering...15-5 15.7 Configuring the MAC Address Pool...15-616 Configuring TCP/IP Connection...16-1
16.1 Overview...16-2 16.2 Basic Concepts...16-2 16.3 Configuring the Synwait Timer...16-2 16.4 Configuring the Finwait Timer...16-316.5 Configuring the Socket Buffer...16-3 16.6 Enabling the TCP Debugging...16-4 16.7 Enabling the IP Packets Debugging...16-5
17 Configuring ACL...17-1
17.1 Overview...17-3 17.2 Related Concepts...17-6 17.3 Configuring the Basic ACL...17-10 17.4 Configuring the Advanced ACL...17-11 17.5 Configuring the Layer 2 ACL...17-13 17.6 Configuration Example of the Customized ACL...17-15 17.7 Creating an ACL...17-16 17.8 Configuring a Time Range...17-18 17.9 Setting the Step...17-19 17.10 Creating a Basic ACL Rule...17-20 17.11 Creating an Advanced ACL Rule...17-21 17.12 Creating a Layer 2 ACL Rule...17-22 17.13 Creating a Customized ACL Rule...17-23 17.14 Activating an ACL...17-2518 Configuring the QoS...18-1
18.1 Overview...18-2 18.2 Configuring the Traffic Entry...18-2 18.3 Configuring the Queue Scheduling...18-5 18.3.1 Configuring the Queue Scheduling...18-6 18.4 Managing the Traffic Based on the ACL Rule...18-7 18.4.1 Restricting the Traffic That Matches the ACL Rule...18-8 18.4.2 Adding a Priority Tag to the Traffic That Matches the ACL Rule...18-9 18.4.3 Measuring the Traffic That Matches the ACL Rule...18-10 18.4.4 Mirroring the Traffic That Matches the ACL Rule...18-11 18.4.5 Redirecting the Traffic That Matches the ACL Rule...18-12 18.5 Setting the Rate Limit for an Upstream Port...18-1319 Configuring User Security...19-1
19.1 Overview...19-3 19.2 Enabling the PITP...19-3 19.3 Setting the RAIO Working Mode...19-4 19.4 Setting the Ethernet Encapsulation Type...19-5 19.5 Enabling the DHCP Option82 Function...19-6 19.6 Setting the Maximum Length of DHCP Packets...19-7 19.7 Binding the IP Address...19-8 19.8 Binding the MAC Address...19-9 19.9 Enabling Anti MAC Spoofing...19-10 19.10 Enabling Anti IP Spoofing...19-1120 Configuring System Security...20-1
20.1 Overview...20-3 20.2 Enabling Anti DoS Attack...20-3 20.3 Enabling Anti IP Attack...20-4 20.4 Enabling Anti ICMP Attack...20-5 20.5 Enabling Source Route Filtering...20-5 20.6 Configuring MAC Address Filtering...20-6 20.7 Setting the Time to Detect Exceptional Disconnection of the PPPoE/DHCP Users...20-7 20.8 Configuring the Black List...20-8 20.9 Configuring the Firewall Function...20-9 20.10 Configuring an Accessible Address Segment...20-11 20.11 Configuring the Inaccessible Address Segment...20-1221 Configuring the ADSL2+ Service...21-1
21.1 Overview...21-3 21.2 Configuration Example of the ADSL2+ PPPoE/IPoE Service...21-4 21.3 Configuration Example of the ADSL2+ IPoA Service...21-8 21.4 Configuration Example of the ADSL2+ PPPoA Service...21-13 21.5 Adding an ADSL2+ Line Profile...21-18 21.6 Adding an Extended ADSL2+ Line Profile...21-25 21.7 Adding an ADSL2+ Alarm Profile...21-28 21.8 Activating an ADSL2+ Port...21-33 21.9 Configuring the Port Rate Measurement Thresholds for an ADSL2+ Port...21-35 21.10 Configuring IPoA/IPoE Protocol Conversion...21-36 21.10.1 Enabling IPoA Protocol Conversion...21-36 21.10.2 Setting the Aging time of IPoA Forwarding Entry...21-37 21.10.3 Setting the Default Gateway of the IPoA User...21-38 21.10.4 Configuring the Encapsulation Type of the IPoA User...21-38 21.11 Configuring PPPoA/PPPoE Protocol Conversion...21-40 21.11.1 Enabling PPPoA Protocol Conversion...21-40 21.11.2 Configuring the Encapsulation Type of the PPPoA User...21-41 21.11.3 Enabling PPPoA/PPPoE MRU Negotiation...21-42 21.12 Querying an ADSL2+ Port...21-43 21.13 Enabling the Auto PVC Configuration of an ADSL Modem...21-4422 Configuring the SHDSL Service...22-1
22.1 Overview...22-3 22.2 Configuration Example of the SHDSL IPoE/PPPoE Service...22-4 22.3 Configuration Example of the SHDSL IPoA Service...22-9 22.4 Configuration Example of the SHDSL PPPoA Service...22-15 22.5 Adding an SHDSL Line Profile...22-21 22.6 Adding an SHDSL Alarm Profile...22-24 22.7 Binding an SHDSL Alarm Profile...22-27 22.8 Configuring the SHDSL Multi-Pair Binding...22-2822.9 Configuring the SHDSL EFM Multi-port Binding...22-29 22.10 Activating an SHDSL Port...22-30 22.11 Querying an SHDSL Port...22-31 22.12 Configuring the Clock Mode...22-32
23 Configuring the VDSL2 Service...23-1
23.1 Overview...23-3 23.2 Configuration Example of the VDSL2 PPPoE/IPoE Service...23-3 23.3 Configuration Example of the VDSL2 IPoA Service...23-10 23.4 Configuration Example of the VDSL2 PPPoA Service...23-17 23.5 Adding a VDSL2 Line Profile...23-24 23.6 Adding a VDSL2 Channel Profile...23-31 23.7 Adding a VDSL2 Line Template...23-35 23.8 Adding a VDSL2 Line Alarm Profile...23-37 23.9 Adding a VDSL2 Channel Alarm Profile...23-40 23.10 Adding a VDSL2 Alarm Template...23-43 23.11 Binding an VDSL2 Alarm Template...23-45 23.12 Activating a VDSL2 Port...23-46 23.13 Querying a VDSL2 port...23-4724 Configuring Protection for Upstream Link...24-1
24.1 Overview...24-2 24.2 Configuration Example of the Upstream Link Protection...24-3 24.3 Configuring a Protection Group...24-5 24.4 Configuring the Protection Group Weight...24-625 Configuring Device Subtending...25-1
25.1 Overview...25-3 25.2 Configuration Example of the Ethernet Access Service...25-3 25.3 Configuration Example of the Subtended Network Through the SCU Board...25-5 25.4 Configuration Example of Subtending Device Through the ETHA Board...25-7 25.5 Configuring the Working Mode of the ETH Board...25-9 25.6 Configuring the Physical Attributes of an Ethernet Port...25-10 25.6.1 Setting the Auto-negotiation Mode of an Ethernet Port...25-10 25.6.2 Setting the Duplex Mode of an Ethernet Port...25-11 25.6.3 Setting the Rate of an Ethernet Port...25-12 25.6.4 Setting the Network Cable Type of an Ethernet Port...25-13 25.7 Enabling the Flow Control on an Ethernet Port...25-13 25.8 Enabling the Traffic Suppression...25-14 25.9 Enabling the Ethernet Port Aggregation...25-16 25.10 Mirroring an Ethernet Port...25-17 25.11 Adding an Ethernet Port to a VLAN...25-18 25.12 Configuring the Outer QinQ VLAN of the Ethernet Port...25-19 25.13 Setting the Native VLAN for an Ethernet Port...25-2026 Configuring ATM-DSLAM Access...26-1
26.1 Overview...26-2 26.2 Configuration Example of the ATM-DSLAM Access...26-3 26.3 Setting the OPTIC Port Mode...26-6 26.4 Setting the OPTIC Port Type...26-7 26.5 Adding an IMA Group...26-8 26.6 Setting the IMA Group Mode...26-10 26.7 Adding an IMA Link...26-12 26.8 Setting the Line Type for an E3 Port...26-13 26.9 Setting the E3 Port Type...26-14 26.10 Setting the Tx Clock of an E3 Port...26-15 26.11 Clearing the Statistics of an E3 Port...26-1627 Configuring MPLS Access...27-1
27.1 Overview...27-2 27.2 Configuration Example of MPLS - Based on Binding the PVC with the PW Profile...27-2 27.3 Configuration Example of MPLS- Based on Binding the VLAN with the PW Profile...27-6 27.4 Basic Configuration of MPLS...27-10 27.4.1 Configuring the LSR ID...27-10 27.4.2 Enabling MPLS...27-11 27.5 Static LSP Configuration...27-12 27.5.1 Overview...27-12 27.5.2 Configuring the Ingress LSR of the Static LSP...27-13 27.5.3 Configuring the Egress LSR of the Static LSP...27-14 27.5.4 Configuring the LSP CAR...27-14 27.6 MPLS LDP Configuration...27-15 27.6.1 Overview...27-16 27.6.2 Enabling the MPLS LDP...27-16 27.6.3 Configuring Parameters of the LDP Basic Discovery...27-17 27.6.4 Configuring Parameters of the LDP Extended Discovery...27-19 27.6.5 Configuring Parameters of the LDP Basic Session...27-20 27.6.6 Configuring Parameters of the LDP Extended Session...27-21 27.6.7 Configuring the LDP LSP Triggering Policy...27-22 27.6.8 Configuring the LDP Label Retention Mode...27-23 27.6.9 Configuring the LDP Loopback Detection...27-24 27.6.10 Configuring the LDP MD5 Authentication...27-25 27.6.11 Enable the LDP MTU Signaling Function...27-27 27.7 PW Configuration...27-28 27.7.1 Enable the MPLS L2VPN...27-28 27.7.2 Configuring a PW Template...27-29 27.7.3 Binding a PVC with a PW Template...27-30 27.7.4 Binding a VLAN with a PW Template...27-3128 Configuring MPLS RSVP-TE...28-1
28.1 Overview...28-2 28.2 Configuration Example for Establishing an MPLS TE Tunnel by Using RSVP-TE...28-2 28.3 Configuring Basic MPLS TE Capability...28-5 28.3.1 Enabling MPLS TE Feature...28-6 28.3.2 Creating an MPLS TE Tunnel...28-7 28.4 Configuring an MPLS TE Tunnel by Using Dynamic Signaling...28-8 28.4.1 Configuring Bandwidth of Links...28-9 28.4.2 Enabling OSPF TE...28-10 28.4.3 Configuring the MPLS TE Explicit Path...28-11 28.4.4 Configuring Constraints of an MPLS TE Tunnel...28-12 28.4.5 Configuring CSPF...28-13 28.4.6 Establishing an MPLS TE Tunnel by Using RSVP-TE...28-15 28.5 Configuring Advanced RSVP-TE Features...28-16 28.5.1 Configuring RSVP Hello Extension...28-16 28.5.2 Configuring RSVP Resource Reservation Style...28-18 28.5.3 Configuring RSVP Timers...28-19 28.5.4 Enabling RSVP Message Transmission Reliability...28-21 28.5.5 Enabling RSVP-TE Srefresh Function...28-22 28.5.6 Enabling RSVP-TE Reservation Confirmation Mechanism...28-23 28.5.7 Enabling RSVP Authentication...28-24 28.6 Tuning the Establishment of CR-LSP...28-25 28.6.1 Configuring Tie-Breaking of CSPF...28-26 28.6.2 Configuring Route Pinning of CSPF...28-27 28.6.3 Configuring Administrative Group and Affinity Property...28-28 28.6.4 Configuring Reoptimization for CR-LSP...28-30 28.7 Tuning the Establishment of an MPLS TE Tunnel...28-31 28.7.1 Configuring Loop Detection...28-32 28.7.2 Configuring the Route Record and the Label Record...28-33 28.7.3 Configuring Parameters of Tunnel Reestablishment...28-34 28.7.4 Configuring Tunnel Priority...28-35
29 Configuring the VLAN Stacking Wholesale Service...29-1
29.1 Overview...29-2 29.2 Configuration Example of the Wholesale Service...29-230 Configuring the QinQ VLAN Leased Line Service...30-1
30.1 Overview...30-2 30.2 Configuration Example of the QinQ VLAN Leased Line Service...30-2 30.3 Enabling Transparent Transmission of BPDUs...30-531 Configuring the Multicast Service...31-1
31.1 Overview...31-3 31.2 Configuration Example of IGMP Proxy Multicast Service...31-3 31.3 Configuration Example of IGMP Snooping...31-631.4 Configuration Example of Multicast Service in Subtending Mode...31-10 31.5 Configuring Multicast Service in MSTP Networking...31-15 31.6 Setting the IGMP Mode...31-23 31.7 Configuring an IGMP Upstream Port...31-24 31.8 Specifying a Subtending Port...31-25 31.9 Configuring a Program for a Static Subtending Port...31-26 31.10 Configuring IGMP Global Parameters...31-27 31.10.1 Enabling the IGMP Proxy Authorization...31-28 31.10.2 Setting the Robustness Variable...31-30 31.10.3 Setting the General Query Interval...31-31 31.10.4 Setting the Maximum Response Time to the General Query...31-32 31.10.5 Setting the Number of Specific Queries...31-33 31.10.6 Setting the Specific Query Interval...31-35 31.10.7 Setting the Maximum Response Time to the Specific Query...31-36 31.10.8 Setting the Unsolicited Report Interval...31-37 31.10.9 Setting the TTL for a V2 Router...31-38 31.10.10 Setting the Preview Recognition Time...31-39 31.10.11 Enabling the User Action Report Function...31-41 31.10.12 Enabling the Proxy of the IGMP Report Packet...31-42 31.10.13 Enabling the Proxy of the IGMP Leave Packet...31-43 31.10.14 Set the Permitted Encapsulation Mode of IGMP Packets...31-44 31.10.15 Enabling IGMP Echo Function...31-45 31.11 Adding a Program...31-46 31.12 Managing Multicast Bandwidth...31-48 31.12.1 Enabling the Bandwidth Management Function...31-48 31.12.2 Setting Upstream Port Bandwidth...31-50 31.12.3 Setting User Bandwidth...31-50 31.13 Configuring an Authority Profile...31-51 31.13.1 Setting the Authority Mode...31-52 31.13.2 Modifying an Authority Profile...31-53 31.13.3 Renaming an Authority Profile...31-54 31.14 Configuring Multicast Users...31-55 31.14.1 Adding a BTV User...31-55 31.14.2 Modifying the Attributes of a User...31-56 31.14.3 Blocking a BTV User...31-57 31.14.4 Binding a User with an Authority Profile...31-58 31.14.5 Granting Program Authorities to a User...31-59 31.14.6 Enabling the Function of Monitoring the BTV User...31-60 31.15 Configuring the Preview Function...31-61 31.15.1 Enabling the Preview Function...31-61 31.15.2 Setting the Preview Parameters...31-62 31.15.3 Setting the Preview Auto Reset Time...31-63
31.15.4 Clearing the Preview Records Manually...31-65 31.16 Configuring the Logging Function...31-66 31.16.1 Enabling the Logging Function...31-66 31.16.2 Setting the Logging Interval...31-67 31.16.3 Configuring Log Reporting...31-69 31.16.4 Collecting Log Statistics...31-70
32 Configuring the Triple Play Service...32-1
32.1 Overview...32-2 32.2 Configuration Example of Triple Play - Multiple PVCs for Multiple Services...32-3 32.3 Configuration Example of Triple Play - Based on the User-Side VLAN...32-9 32.4 Configuration Example of Triple Play - Based on 802.1p...32-14 32.5 Configuration Example of the Triple Play Service - Based on the Service Encapsulation Type...32-2033 Configuring the Ethernet OAM...33-1
33.1 Overview...33-3 33.2 Configuration Example of Ethernet OAM...33-3 33.3 Creating an MD...33-6 33.4 Creating an MA...33-7 33.5 Creating an MEP...33-8 33.6 Creating an RMEP... 33-9 33.7 Enabling the CFM Globally...33-10 33.8 Enabling the CFM Alarm Globally...33-11 33.9 Enabling the Administration Function of an MEP...33-12 33.10 Enabling the CC Transmission of an MEP...33-13 33.11 Enabling the Global Detection Function of an RMEP...33-14 33.12 Enabling RMEP Detection Function...33-15 33.13 Configuring Priorities for Transmitting CCMs/LTMs ...33-16 33.14 Configuring the Interval for an MA to Transmit a CC...33-17 33.15 Configuring the Base Address of Multicast Destination MAC Addresses of CCMs/LTMs...33-18 33.16 Configuring Loop Detection Function...33-19 33.17 Configuring Linktrace Function...33-2034 Configuring the MPLS OAM...34-1
34.1 Overview...34-2 34.2 Configuration Example of Detection of MPLS OAM for Static LSP Connectivity...34-2 34.3 Configuration Example of MPLS OAM Protection Switchover... 34-6 34.4 Configuring the MPLS OAM Function of the Ingress...34-11 34.5 Configuring the MPLS OAM Function of the Egress...34-12 34.6 Configuring the Tunnel Protection Group...34-13 34.7 Switching Over Protection Group Manually...34-14 34.8 Enabling the Protection Group to Output the Debugging Information...34-1535 Configuring the Environment Monitoring...35-1
35.1 Overview...35-235.2 Configuration Example of an EMU...35-4 35.2.1 Data Plan...35-4 35.2.2 Configuration Flowchart...35-5 35.2.3 Procedure for Configuring an H303ESC...35-5 35.2.4 Verification for Configuring an H303ESC...35-6 35.2.5 Procedure for Configuring a DIS EMU...35-7 35.2.6 Procedure for Configuring POWER4845 EMU...35-8 35.3 Adding an EMU...35-8 35.4 Configuring the H303ESC/H304ESC EMU...35-10 35.5 Configuring an H561ESC EMU...35-12 35.6 Configuring a POWER4845 EMU...35-13 35.7 Configuring the FAN Alarm Report ...35-16 35.8 Setting the FAN Speed Adjustment Mode...35-17 35.9 Configuring the FAN Speed...35-18
36 MSTP Networking Example...36-1
36.1 Networking...36-2 36.2 Data Plan...36-3 36.3 Configuring MA5600-1...36-6 36.4 Configuring MA5600-2...36-12 36.5 Configuring MA5600-3...36-19 36.6 Configuring MA5600-4...36-24 36.7 Configuring MA5600-5...36-29 36.8 Verification...36-3237 Subtending Networking Example...37-1
37.1 Networking...37-2 37.2 Data Plan...37-3 37.3 Configuring MA5600-1...37-6 37.4 Configuring MA5600-2...37-12 37.5 Configuring MA5600-3...37-19 37.6 Configuring MA5600-4...37-24 37.7 Verification...37-27A Acronyms and Abbreviations...A-1
Index...i-1
Figures
Figure 1-1 Sample network for configuring the license application...1-4 Figure 1-2 Flowchart for configuring the license application...1-5 Figure 2-1 Networking for configuring the MA5600 through the local serial port...2-3 Figure 2-2 Flowchart for configuring the MA5600 through the local serial port...2-4 Figure 2-3 Setting parameters of the terminal...2-5 Figure 2-4 Setting the terminal emulation type...2-6 Figure 2-5 Setting ASCII code...2-7 Figure 2-6 Networking for configuring the MA5600 through the remote serial port...2-8 Figure 2-7 Flowchart for configuring the MA5600 through the remote serial port...2-8 Figure 2-8 Setting the parameters of the HyperTerminal...2-11 Figure 2-9 Networking for local configuration through a LAN...2-12 Figure 2-10 Connection between a WAN and the maintenance network port of the control board...2-13 Figure 2-11 Flowchart for configuring the MA5600 through the outband management channel...2-14 Figure 2-12 Running the telnet application...2-15 Figure 2-13 Networking for the maintenance through the GE port over a LAN...2-16 Figure 2-14 Networking for the maintenance through the GE port over a WAN...2-16 Figure 2-15 Flowchart for configuring the MA5600 through the inband management channel...2-17 Figure 2-16 Running the telnet application...2-18 Figure 2-17 Setting up the SSH configuration environment in LAN outband mode...2-19 Figure 2-18 Setting up the SSH configuration environment in WAN outband mode...2-20 Figure 2-19 Setting up the SSH configuration environment in LAN inband mode...2-21 Figure 2-20 Setting up the SSH configuration environment in WAN inband mode...2-21 Figure 2-21 Flowchart for configuring in SSH mode...2-23 Figure 2-22 Interface of the key generator...2-25 Figure 2-23 Generating the client key...2-26 Figure 2-24 Interface of converting the client public key into the RSA public key...2-27 Figure 2-25 Interface of the SSH client software...2-28 Figure 2-26 Interface for connecting to the system...2-29 Figure 2-27 Interface for logging in the SSH client...2-29 Figure 3-1 Switching over among the command modes...3-4 Figure 4-1 Sample network for configuring the outband NMS...4-3 Figure 4-2 Flowchart for configuring the outband NMS...4-4 Figure 4-3 Sample network for configuring the inband NMS...4-6
Figure 4-4 Flowchart for configuring the inband NMS...4-7 Figure 5-1 Sample network for configuring a log host...5-2 Figure 8-1 Sample network for configuring the remote user authentication...8-5 Figure 8-2 Flowchart for configuring the remote user authentication...8-6 Figure 8-3 Flowchart for configuring the SSH user public key...8-23 Figure 9-1 Sample network for configuring a smart VLAN...9-6 Figure 9-2 Flowchart for configuring a smart VLAN...9-7 Figure 9-3 Sample network for configuring a MUX VLAN...9-8 Figure 9-4 Flowchart for configuring a MUX VLAN...9-9 Figure 9-5 Sample network for configuring a super VLAN...9-10 Figure 9-6 Flowchart for configuring a super VLAN...9-12 Figure 10-1 MA5600 DHCP relay...10-3 Figure 10-2 Sample network for configuring DHCP standard mode...10-4 Figure 10-3 Flowchart for configuring DHCP standard mode...10-5 Figure 10-4 Sample network for configuring DHCP option60 mode...10-7 Figure 10-5 Flowchart for configuring the DHCP option60 mode...10-8 Figure 10-6 Sample network for configuring MAC address segment mode...10-9 Figure 10-7 Flowchart for configuring MAC address segment mode...10-11 Figure 11-1 Sample network for configuring the ARP proxy...11-3 Figure 11-2 Flowchart for configuring the ARP proxy...11-4 Figure 12-1 Sample network for configuring the static route...12-4 Figure 12-2 Flowchart for configuring the static route...12-5 Figure 12-3 Sample network for configuring RIP...12-7 Figure 12-4 Flowchart for configuring RIP...12-8 Figure 12-5 Sample network for configuring OSPF...12-10 Figure 12-6 Flowchart for configuring OSPF...12-11 Figure 12-7 Sample network for configuring the route policy...12-13 Figure 12-8 Flowchart for configuring the route policy...12-14 Figure 14-1 Sample network for configuring the NTP broadcast mode...14-4 Figure 14-2 Flowchart for configuring NTP broadcast mode...14-5 Figure 14-3 Sample network for configuring NTP multicast mode...14-7 Figure 14-4 Flowchart for configuring NTP multicast mode...14-8 Figure 14-5 Sample network for configuring NTP server/client mode...14-10 Figure 14-6 Flowchart for configuring NTP server/client mode...14-11 Figure 14-7 Sample network for configuring NTP peer mode...14-13 Figure 14-8 Flowchart for configuring NTP peer mode...14-14 Figure 14-9 Flowchart for configuring the NTP server/client mode with ID authentication...14-16 Figure 17-1 Flowchart for configuring a basic ACL...17-11 Figure 17-2 Flowchart for configuring an advanced ACL...17-12 Figure 17-3 Flowchart for configuring a layer 2 ACL...17-14 Figure 17-4 Flowchart for configuring a customized ACL...17-16 Figure 17-5 First 64 bytes of a layer 2 frame...17-23
Figure 20-1 Flowchart for configuring the firewall function...20-10 Figure 21-1 Sample network for configuring the ADSL2+ PPPoE/IPoE service...21-4 Figure 21-2 Flowchart for configuring the ADSL2+ PPPoE/IPoE service...21-6 Figure 21-3 Sample network for configuring the ADSL2+ IPoA service... 21-9 Figure 21-4 Flowchart for configuring the ADSL2+ IPoA service...21-11 Figure 21-5 Sample network for configuring the ADSL2+ PPPoA service...21-14 Figure 21-6 Flowchart for configuring the ADSL2+ PPPoA service...21-16 Figure 21-7 Flowchart for configuring an ADSL2+ line profile-1...21-20 Figure 21-8 Flowchart for configuring an ADSL2+ line profile-2...21-21 Figure 21-9 Flowchart for adding an ADSL2+ alarm profile...21-30 Figure 21-10 Status conversion of the ADSL2+ port...21-43 Figure 22-1 Sample network for configuring the SHDSL IPoE/PPPoE service...22-5 Figure 22-2 Flowchart for configuring the SHDSL IPoE/PPPoE service...22-7 Figure 22-3 Sample network for configuring the SHDSL IPoA service...22-10 Figure 22-4 Flowchart for configuring the SHDSL IPoA service...22-12 Figure 22-5 Sample network for configuring the SHDSL PPPoA service...22-16 Figure 22-6 Flowchart for configuring the SHDSL PPPoA service...22-18 Figure 22-7 Flowchart for adding an SHDSL line profile...22-22 Figure 22-8 Flowchart for adding an SHDSL alarm profile...22-25 Figure 22-9 Inter-conversion between the SHDSL port states...22-32 Figure 23-1 Sample network for configuring the VDSL2 PPPoE/IPoE service...23-4 Figure 23-2 Flowchart for configuring the VDSL2 PPPoE/IPoE service...23-6 Figure 23-3 Sample network for configuring the VDSL2 IPoA service...23-11 Figure 23-4 Flowchart for configuring the VDSL2 IPoA service...23-13 Figure 23-5 Sample network for configuring the VDSL2 PPPoA service...23-18 Figure 23-6 Flowchart for configuring the VDSL2 PPPoA service...23-20 Figure 23-7 Flowchart for adding a VDSL2 line profile...23-25 Figure 23-8 Flowchart for adding a VDSL2 channel profile...23-32 Figure 23-9 Flowchart for adding a VDSL2 line alarm profile...23-38 Figure 23-10 Flowchart for adding a VDSL2 channel alarm profile...23-41 Figure 23-11 Inter-conversion between these states...23-47 Figure 24-1 Sample network for configuring the upstream link protection...24-3 Figure 24-2 Flowchart for configuring the upstream link protection...24-4 Figure 25-1 Sample network for configuring the Ethernet access service...25-4 Figure 25-2 Flowchart for configuring the Ethernet access service...25-5 Figure 25-3 Sample network for configuring the subtended network...25-6 Figure 25-4 Flowchart for configuring the subtended network...25-7 Figure 25-5 Sample network for subtending devices...25-8 Figure 25-6 Flowchart for configuring subtending devices...25-9 Figure 26-1 Sample network of the ATM-DSLAM access...26-2 Figure 26-2 Sample network for configuring the ATM-DSLAM access...26-3 Figure 26-3 Flowchart for configuring the ATM-DSLAM access... 26-4
Figure 27-1 Sample network for configuring the MPLS based on binding the PVC with the PW profile...27-3 Figure 27-2 Flowchart for configuring the MPLS based binding the PVC with the PW profile...27-4 Figure 27-3 Sample network of the MPLS based on binding the VLAN with the PW template...27-6 Figure 27-4 Flowchart for configuring the MPLS based on binding the VLAN with the PW profile...27-8 Figure 28-1 Sample network for establishing an MPLS TE tunnel by using RSVP-TE...28-3 Figure 28-2 Flowchart for establishing an MPLS TE tunnel...28-4 Figure 29-1 Sample network for configuring the wholesale service...29-3 Figure 29-2 Flowchart for configuring the wholesale service...29-5 Figure 30-1 Sample network for configuring the QinQ VLAN leased line service...30-3 Figure 30-2 Flowchart for configuring the QinQ VLAN leased line service...30-4 Figure 31-1 Sample network of the IGMP proxy application...31-4 Figure 31-2 Flowchart for configuring IGMP proxy...31-5 Figure 31-3 Sample network for configuring the IGMP snooping...31-7 Figure 31-4 Flowchart for configuring the IGMP snooping...31-9 Figure 31-5 Sample network for configuring the subtended multicast service...31-11 Figure 31-6 Flowchart for configuring multicast service in subtending mode (MA5600_A)...31-13 Figure 31-7 Flowchart for configuring multicast service in subtending mode (MA5600_B)...31-13 Figure 31-8 Sample network of the multicast service in MSTP networking...31-16 Figure 31-9 Flowchart for configuring multicast service in MSTP networking on MA5600_A, MA5600_B and
MA5600_C...31-19
Figure 31-10 Flowchart for configuring multicast service in MSTP networking on MA5600_D...31-19 Figure 32-1 Sample network for configuring the triple play service -multiple PVCs for multiple services...32-4 Figure 32-2 Flowchart for configuring the triple play service-multiple PVCs for multiple services...32-6 Figure 32-3 Sample network for configuring the triple play service - single PVC for multiple services...32-10 Figure 32-4 Flowchart for configuring the triple play service - single PVC for multiple services...32-12 Figure 32-5 Sample network for configuring the triple play service by means of single PVC for multiple services
...32-15
Figure 32-6 Flowchart for configuring the triple play service-single-PVC for multi-service...32-17 Figure 32-7 Sample network for configuring the triple play service - single PVC for multiple services (based on
the service encapsulation type)...32-21
Figure 32-8 Flowchart for configuring the triple play service - single PVC for multiple services (based on the
service encapsulation type)...32-23
Figure 33-1 Sample network for configuring Ethernet OAM...33-3 Figure 33-2 Flowchart for configuring Ethernet OAM...33-5 Figure 34-1 Sample network of detection of MPLS OAM for static LSP connectivity...34-2 Figure 34-2 Flowchart for detection of MPLS OAM for static LSP connectivity...34-4 Figure 34-3 Sample network of MPLS OAM protection switchover...34-6 Figure 34-4 Flowchart for configuring MPLS OAM protection switchover...34-8 Figure 35-1 Flowchart for configuring an EMU...35-5 Figure 36-1 Sample MSTP network of the MA5600...36-3 Figure 37-1 Sample subtended network of the MA5600...37-3
Tables
Table 1-1 Data plan for configuring the license application...1-4 Table 1-2 Related operation for configuring the license server...1-7 Table 1-3 Related operation for configuring the ESN for the device...1-8 Table 2-1 Features of the different maintenance modes...2-2 Table 2-2 Data plan for the network ...2-13 Table 2-3 Data plan for the network ...2-14 Table 2-4 Data plan for the network...2-16 Table 2-5 Data plan for the network...2-17 Table 2-6 Data plan for the network...2-19 Table 2-7 Data plan for the network...2-20 Table 2-8 Data plan for the network...2-21 Table 2-9 Data plan for the network ...2-22 Table 3-1 Features of the interface config modes...3-4 Table 3-2 Edit functions...3-6 Table 3-3 Meaning of the CLI characters supported by the MA5600...3-7 Table 3-4 Options for viewing information displayed on multiple screens...3-9 Table 3-5 Common CLI error prompts...3-10 Table 3-6 Related operation for obtaining online help information...3-12 Table 3-7 Related operation for enabling or disabling interactive command execution...3-13 Table 3-8 Related operation for enabling or disabling CLI trap reporting...3-14 Table 3-9 Related operation for switching the terminal language...3-15 Table 3-10 Related operation for setting the timeout exit time...3-17 Table 3-11 Related operation for locking the terminal...3-18 Table 4-1 Data plan for configuring the outband NMS...4-4 Table 4-2 Data plan for configuring the inband NMS...4-6 Table 4-3 Related operation for setting the SNMP version...4-10 Table 4-4 Related operation for adding a community and setting its read/write authorities...4-10 Table 4-5 Related operation for enabling traps sending...4-11 Table 4-6 Related operation for setting the IP address of a destination host of traps... 4-12 Table 4-7 Related operation for setting the source interface for traps sending...4-13 Table 4-8 Related operation for setting the system contact information...4-13 Table 4-9 Related operation for setting the system location information... 4-14 Table 4-10 Related operation for configuring an SNMP V3 user...4-15
Table 4-11 Related operation for configuring an SNMP V3 group...4-16 Table 4-12 Related operation for configuring an SNMP MIB view...4-17 Table 4-13 Related operations for configuring the local SNMP engine ID...4-18 Table 4-14 Related operations for enabling the handshake function between the MA5600 and the N2000
...4-19
Table 4-15 Related operation for setting the handshake interval...4-20 Table 4-16 Related operation for configuring the IP address of the outband NMS interface...4-21 Table 4-17 Related operation for configuring an NMS route...4-22 Table 4-18 Related operation for configuring the IP address of the inband NMS interface...4-23 Table 5-1 Data plan for configuring a log host...5-3 Table 5-2 Related operations for configuring a log host...5-4 Table 5-3 Related operations for configuring a log host...5-5 Table 5-4 Related operations for deactivating a log host...5-5 Table 6-1 User authorities...6-2 Table 6-2 Parameter descriptions of a user profile...6-3 Table 6-3 Related operations for adding a user profile...6-5 Table 6-4 User Attributes...6-6 Table 6-5 Related operations for adding a user...6-7 Table 6-6 Related operations for modifying the profile bound with a user...6-8 Table 6-7 Related operations for modifying a user level...6-9 Table 6-8 Related operations for changing a user password...6-10 Table 6-9 The related operations for modifying the permitted reenter number...6-11 Table 6-10 Related operations for modifying the appended information...6-12 Table 6-11 Related operation for disconnection an online user...6-13 Table 6-12 Related operations for deleting a user...6-14 Table 7-1 Service board status...7-2 Table 7-2 Related operation for setting the description of a shelf...7-3 Table 7-3 Related operations for resetting the control boards...7-4 Table 7-4 Related operation for adding a service board offline...7-5 Table 7-5 Related operation for confirming a service board...7-6 Table 7-6 Related operation for prohibiting a service board...7-8 Table 7-7 Related operation for managing a subboard...7-10 Table 8-1 Data plan for configuring the remote user authentication...8-5 Table 8-2 Related operation for specifying the RADIUS server template...8-9 Table 8-3 Related operation for setting the IP address and port number of a server...8-10 Table 8-4 Related operation for setting the response timeout interval of a RADIUS server...8-12 Table 8-5 Related operation for setting the maximum retransmit count of the RADIUS request packets...8-13 Table 8-6 Related operations for configuring an authentication scheme...8-17 Table 8-7 Related operations for creating a domain...8-18 Table 8-8 Related operation for specifying the RADIUS server template...8-19 Table 8-9 Related operations for specifying the authentication scheme...8-21 Table 8-10 Related operation for creating a local RSA key pair...8-22 Table 8-11 Related operations for configuring an SSH user...8-24
Table 9-1 VLAN types and applications...9-3 Table 9-2 VLAN attributes...9-4 Table 9-3 Data plan for configuring a smart VLAN...9-6 Table 9-4 Data plan for configuring a MUX VLAN...9-8 Table 9-5 Data plan for configuring a super VLAN...9-10 Table 9-6 Related operations for creating a VLAN...9-15 Table 9-7 Related operation for configuring the VLAN attribute...9-16 Table 9-8 Related operation for adding an upstream port to a VLAN...9-18 Table 9-9 Related operations for adding a service port to a VLAN...9-19 Table 9-10 Related operations for adding service ports in batches...9-21 Table 9-11 Related operation for setting the description of a service port...9-22 Table 10-1 Data plan for configuring DHCP standard mode...10-4 Table 10-2 Data plan for configuring DHCP option60 mode...10-7 Table 10-3 Data plan for configuring MAC address segment mode...10-10 Table 10-4 Related operation for creating a DHCP server group...10-13 Table 10-5 Related operations for setting working mode of a DHCP server...10-14 Table 10-6 Related operations for binding a DHCP server group with a VLAN interface...10-15 Table 10-7 Related operations for creating a DHCP option60 domain...10-16 Table 10-8 Related operations for binding a DHCP server group with a DHCP option60 domain...10-17 Table 10-9 Related operation for configuring the gateway of a DHCP option60 domain...10-18 Table 10-10 Related operations for creating a DHCP MAC address segment...10-19 Table 10-11 Related operation for setting the range of a DHCP MAC address segment...10-20 Table 10-12 Related operations for binding a DHCP server group with a DHCP MAC address segment...10-21 Table 10-13 Related operations for configuring the gateway of a DHCP MAC address segment...10-22 Table 11-1 Data plan for configuring the ARP proxy...11-3 Table 11-2 Related operations for adding a static ARP entry...11-6 Table 11-3 Data plan of the ARP proxy...11-6 Table 11-4 Related operation for enabling the ARP proxy...11-7 Table 12-1 Data plan for configuring the static route at the user side...12-4 Table 12-2 Data plan for configuring RIP...12-7 Table 12-3 Data plan for configuring OSPF...12-10 Table 12-4 Data plan for configuring the route policy...12-14 Table 12-5 Related operation for adding a static route...12-17 Table 12-6 Related operation for enabling RIP process...12-19 Table 12-7 Related operation for setting the RIP version...12-20 Table 12-8 Related operation for configuring zero field check for RIP-1 packets...12-21 Table 12-9 Related operation for setting the cost of the default route...12-22 Table 12-10 Related operation for enabling route summarization...12-23 Table 12-11 Related operation for specifying default routing metric...12-24 Table 12-12 Related operation for importing routes of other protocols...12-25 Table 12-13 Related operation for disabling receiving host routes...12-26 Table 12-14 Related operation for configuring the RIP preference...12-27
Table 12-15 Related operation for configuring the route filtering policy...12-28 Table 12-16 Related operation for verifying the source IP address of a RIP route update...12-29 Table 12-17 Related operation for disabling RIP packet transmission on an interface...12-31 Table 12-18 Related operation for configuring the IP Address of a Peer router...12-32 Table 12-19 Related operation for configuring a summary route IP address...12-32 Table 12-20 Related operation for enabling an interface to receive and transmit RIP packets...12-33 Table 12-21 Related operation for enabling the split horizon function...12-34 Table 12-22 Related operation for enabling the poison reverse function...12-34 Table 12-23 Related operation for configuring the RIP-2 authentication mode...12-35 Table 12-24 Related operation for configuring the additional metric of a route...12-36 Table 12-25 Related operation for configuring the RIP timer...12-37 Table 12-26 Related operation for enabling OSPF... 12-39 Table 12-27 Related operation for setting an OSPF router ID...12-41 Table 12-28 Related operation for entering OSPF area config mode... 12-42 Table 12-29 Related operation for configuring subnets for an area...12-43 Table 12-30 Related operations for configuring a Stub area...12-43 Table 12-31 Related operation for configuring an NBMA adjacent router...12-44 Table 12-32 Related operation for setting OSPF preference...12-45 Table 12-33 Related operation for prohibiting an interface from transmitting OSPF packets...12-46 Table 12-34 Related operation for configuring the maximum OSPF route count... 12-46 Table 12-35 Related operation for enabling the OSPF logging function...12-47 Table 12-36 Description of the network types... 12-48 Table 12-37 Related operation for configuring the network type on an OSPF interface...12-49 Table 12-38 Related operation for configuring OSPF cost...12-50 Table 12-39 Related operation for configuring OSPF packet authentication...12-50 Table 12-40 Related operation for configuring the MTU of the DD packet...12-51 Table 12-41 Related operation for setting the interval for sending Hello packets...12-52 Table 12-42 Related operation for setting the dead time between adjacent routers...12-53 Table 12-43 Related operation for setting the Hello packet poll interval...12-54 Table 12-44 Related operation for setting the LSA transmit delay...12-55 Table 12-45 Related operation for setting LSA retransmit interval between adjacent routers... 12-55 Table 12-46 Related operation for setting the SPF calculation interval for OSPF...12-56 Table 12-47 Related operation for configuring route summarization between areas...12-57 Table 12-48 Related operation for configuring summarization of routes imported by OSPF... 12-58 Table 12-49 Related operation for importing routes from other protocols into OSPF...12-59 Table 12-50 Related operations for setting parameters for OSPF to import external routes... 12-60 Table 12-51 Parameters for defining a route policy...12-61 Table 12-52 Related operation for configuring a route policy...12-62 Table 12-53 Related operation for defining the route policy matching rule... 12-63 Table 12-54 Related operation for modifying the attributes of the filtered route... 12-64 Table 13-1 Related operations for enabling the MSTP function...13-4 Table 13-2 Related operation for setting the working mode of MSTP...13-6
Table 13-3 Related operation for setting the MD5-Key for the MD5 encryption algorithm configured on the MST
region...13-8
Table 13-4 Related operations for configuring the MST region name...13-9 Table 13-5 Related operations for mapping the specified VLAN to the specified MSTP instance...13-10 Table 13-6 Related operations for mapping all VLANs to the MSTP instances...13-11 Table 13-7 Related operations for setting the MSTP revision level of the device...13-12 Table 13-8 Related operation for activating the configuration of the MST region...13-14 Table 13-9 Related operation for specifying the device as a root bridge or a backup root bridge...13-15 Table 13-10 Related operations for setting the priority of the device in the specified spanning tree instance
...13-17
Table 13-11 Related operation for setting the maximum hop of the MST region...13-18 Table 13-12 Related operation for setting the diameter of the switching fabric...13-19 Table 13-13 Related operation for setting the calculation standard for the path cost...13-20 Table 13-14 Related operations for setting the Forward Delay of the specified network bridge...13-22 Table 13-15 Related operations for setting the Hello Time of the specified network bridge...13-23 Table 13-16 Related operations for setting the Max Age of the specified network bridge...13-25 Table 13-17 Related operation for setting the timeout time factor of the specified network bridge...13-26 Table 13-18 Related operations for setting the maximum transmission rate of the specified port...13-27 Table 13-19 Related operation for setting the specified port as an edge port...13-28 Table 13-20 Related operation for setting the path cost of the port in the specified spanning tree instance.
...13-30
Table 13-21 Related operation for setting the priority of the specified port...13-31 Table 13-22 Related operation for setting the point-to-point link connection of the specified port...13-32 Table 13-23 Related operation for enabling the BPDU protection function of the device...13-34 Table 13-24 Related operations for enabling the loop protection function of the device...13-35 Table 13-25 Related operations for enabling the root protection function of the device...13-36 Table 14-1 Data plan for configuring NTP broadcast mode...14-4 Table 14-2 Data plan for configuring NTP multicast mode...14-7 Table 14-3 Data plan for configuring NTP server/client mode...14-10 Table 14-4 Data plan for configuring NTP peer mode...14-13 Table 14-5 Related operations for configuring NTP ID authentication...14-17 Table 14-6 Related operation for configuring the NTP master clock...14-19 Table 14-7 Related operations for configuring NTP broadcast server mode...14-20 Table 14-8 Related operations for configuring NTP broadcast client mode...14-21 Table 14-9 Related operations for configuring the NTP multicast mode...14-23 Table 14-10 Related operations for configuring NTP server/client mode...14-24 Table 14-11 Related operation for configuring NTP peer mode...14-25 Table 14-12 Related operations for configuring the authority of access to a local device's NTP service...14-26 Table 14-13 Related operations for configuring an interface for transmitting or receiving NTP packets...14-27 Table 15-1 Related operation for adding a static MAC address...15-3 Table 15-2 Related operation for configuring MAC address filtering...15-6 Table 16-1 Related operation for configuring the synwait timer...16-3 Table 16-2 Related operation for configuring the finwait timer...16-3
Table 16-3 Related operation for configuring the socket buffer...16-4 Table 16-4 Related operations for enabling the IP packets debugging...16-5 Table 16-5 Related operations for enabling the IP packets debugging...16-6 Table 17-1 ACL types...17-3 Table 17-2 Mapping between the traffic classes and parameters...17-7 Table 17-3 Description of traffic classes...17-8 Table 17-4 Data plan for configuring the basic ACL...17-10 Table 17-5 Data plan for configuring the advanced ACL...17-12 Table 17-6 Data plan for configuring the layer 2 ACL...17-13 Table 17-7 Data plan for configuring the customized ACL...17-15 Table 17-8 ACL number range...17-17 Table 17-9 Related operations for creating an ACL...17-17 Table 17-10 Related operation for setting the step...17-19 Table 17-11 Related operation for creating a basic ACL rule...17-20 Table 17-12 Related operation for creating an advanced ACL rule...17-21 Table 17-13 Related operation for creating a layer 2 ACL rule...17-22 Table 17-14 Description of letters and their offset values...17-23 Table 17-15 Related operation for creating a used defined ACL rule...17-24 Table 17-16 Related operation for activating the ACL of a port...17-25 Table 18-1 Related operations for configuring the traffic entry...18-5 Table 18-2 Relationship between the weight values and the actual queues...18-6 Table 18-3 Related operations for setting the queue scheduling...18-7 Table 18-4 Related operation for configuring the traffic restriction...18-9 Table 18-5 Related operation for adding a priority tag to the traffic that matches the ACL rule... 18-10 Table 18-6 Related operation for collecting the statistics of the traffic that matches the ACL rule...18-11 Table 18-7 Related operation for configuring the traffic mirroring...18-12 Table 18-8 Related operation for redirecting the traffic that matches the ACL rule...18-13 Table 18-9 Related operation for setting the rate limit for an upstream port...18-13 Table 19-1 Related operation for setting the Ethernet encapsulation type...19-6 Table 19-2 Related operations for enabling the DHCP option82...19-7 Table 19-3 Related operation for binding the IP address...19-9 Table 19-4 Related operations for enabling anti MAC spoofing... 19-10 Table 19-5 Related operations for enabling anti MAC spoofing... 19-11 Table 20-1 Related operations for enabling anti DoS attack...20-4 Table 20-2 Related operation for enabling the function of anti IP attack...20-5 Table 20-3 Related operation for enabling the function of anti ICMP attack...20-5 Table 20-4 Related operation for enabling the function of source route filtering...20-6 Table 20-5 Related operation for configuring MAC address filtering...20-7 Table 20-6 Related operations for configuring the firewall black list function...20-9 Table 20-7 Related operation for configuring the firewall function...20-11 Table 20-8 Related operations for configuring an accessible address segment... 20-11 Table 20-9 Related operations for configuring the inaccessible address segment...20-12
Table 21-1 Encapsulation mode mapping between the MA5600 and the modem...21-3 Table 21-2 Data plan for configuring the ADSL2+ PPPoE/IPoE service...21-5 Table 21-3 Data plan for configuring the ADSL2+ IPoA service...21-9 Table 21-4 Data plan for configuring the ADSL2+ PPPoA service...21-14 Table 21-5 Parameters of an ADSL2+ line profile...21-23 Table 21-6 Related operations for adding an ADSL2+ line profile...21-25 Table 21-7 Related operations for adding an extended ADSL2+ line profile...21-28 Table 21-8 Parameters of an ADSL2+ alarm profile...21-31 Table 21-9 Related operations for adding an ADSL2+ alarm profile...21-33 Table 21-10 Related operations for activating an ADSL2+ port...21-35 Table 21-11 Related operations for enabling IPoA protocol conversion...21-37 Table 21-12 Related operation for setting the aging time of IPoA forwarding entry...21-38 Table 21-13 Related operations for setting the default gateway of the IPoA user...21-38 Table 21-14 Related operations for enabling PPPoA protocol conversion...21-41 Table 21-15 Related operation for enabling PPPoA/PPPoE MRU negotiation...21-43 Table 21-16 Related operations for querying an ADSL2+ port...21-44 Table 21-17 Related operation for enabling an ADSL modem to automatically configure the PVC...21-45 Table 22-1 Encapsulation type mapping between the MA5600 and the modem...22-3 Table 22-2 Data plan for configuring the SHDSL IPoE/PPPoE service...22-5 Table 22-3 Data plan for configuring the SHDSL IPoA service...22-11 Table 22-4 Data plan for configuring the SHDSL PPPoA service...22-16 Table 22-5 Parameters of an SHDSL line profile...22-23 Table 22-6 Parameters of an SHDSL alarm profile...22-26 Table 22-7 Related operations for adding an SHDSL alarm profile...22-27 Table 22-8 Related operation for configuring the SHDSL multi-pair binding...22-29 Table 22-9 Related operation for configuring the SHDSL EFM multi-port binding...22-30 Table 22-10 Related operations for activating an SHDSL port...22-31 Table 23-1 Data plan for configuring the VDSL2 PPPoE/IPoE service...23-4 Table 23-2 Data plan for configuring the VDSL2 IPoA service...23-11 Table 23-3 Data plan for configuring the VDSL2 PPPoA service...23-19 Table 23-4 Parameters of a VDSL2 line profile...23-28 Table 23-5 Related operations for adding a VDSL2 line profile...23-31 Table 23-6 Parameters of a VDSL2 channel profile...23-34 Table 23-7 Related operations for adding a VDSL2 channel profile...23-34 Table 23-8 Parameters of a VDSL2 line template...23-36 Table 23-9 Related operations for configuring a VDSL2 line template...23-37 Table 23-10 Parameters of a VDSL2 line alarm profile...23-39 Table 23-11 Related operations for adding a VDSL2 line alarm profile...23-40 Table 23-12 Parameters of VDSL2 channel alarm profile...23-42 Table 23-13 Related operations for adding a VDSL2 channel alarm profile...23-42 Table 23-14 Parameters for configuring a VDSL2 alarm template...23-44 Table 23-15 Related operations for adding a VDSL2 alarm template...23-44
Table 23-16 Related operations for activating a VDSL2 port...23-47 Table 23-17 Related operations for querying a VDSL2 port...23-48 Table 24-1 Data plan for configuring the upstream link protection...24-4 Table 24-2 Related operation for configuring a protection group...24-6 Table 25-1 Ethernet ports of the MA5600...25-3 Table 25-2 Data plan for the Ethernet access service...25-4 Table 25-3 Related operation for enabling the flow control of an Ethernet port...25-14 Table 25-4 Related operations for enabling traffic suppression...25-16 Table 25-5 Related operation for enabling the Ethernet port aggregation...25-17 Table 25-6 Related operation for enabling the mirroring function of an Ethernet port...25-18 Table 25-7 Related operation for adding an Ethernet Port to a VLAN...25-19 Table 25-8 Related operation for configuring the outer QinQ VLAN of the Ethernet port...25-20 Table 26-1 Data plan for configuring the ATM-DSLAM access...26-3 Table 26-2 Related operation for setting the OPTIC port mode...26-7 Table 26-3 Related operation for setting the OPTIC port type...26-8 Table 26-4 Parameters of an IMA group...26-9 Table 26-5 Related operations for adding an IMA group...26-10 Table 26-6 Related operations for setting the IMA group mode...26-12 Table 26-7 Related operations for adding an IMA link...26-13 Table 26-8 Related operations for setting the line type of an E3 port...26-14 Table 26-9 Related operation for setting the E3 port type...26-15 Table 26-10 Related operations for setting the Tx clock of an E3 port...26-16 Table 27-1 Data plan for configuring the MPLS based on binding the PVC with the PW profile...27-3 Table 27-2 Data plan for configuring the MPLS based on binding the VLAN with the PW profile...27-6 Table 27-3 Related operations for configuring the LSR ID...27-11 Table 27-4 Related operations for enabling MPLS...27-12 Table 27-5 Related commands for configuring the static LSP...27-13 Table 27-6 Related operations for configuring ingress LSR of the static LSP...27-13 Table 27-7 Related operations for configuring egress LSR of the static LSP...27-14 Table 27-8 Related operations for configuring LSP CAR...27-15 Table 27-9 Related operations for enabling the MPLS LDP...27-17 Table 27-10 Related operations for configuring parameters of LDP basic discovery...27-19 Table 27-11 Related operations for configuring the parameters of the LDP extended discovery...27-20 Table 27-12 Related operations for configuring parameters of the LDP basic session...27-21 Table 27-13 Related operations for configuring parameters of the LDP extended session...27-21 Table 27-14 Related operations for configuring the LDP LSP triggering policy...27-23 Table 27-15 Related operations for configuring the LDP label retention mode...27-24 Table 27-16 Related operations for configuring the LDP loopback detection...27-25 Table 27-17 Related operations for configuring the LDP MD5 authentication...27-27 Table 27-18 Related operation for enabling the LDP MD5 MTU signaling function...27-28 Table 27-19 Related operation for enabling the MPLS L2VPN...27-29 Table 27-20 Related operations for binding a PVC with a PW template...27-31
Table 27-21 Related operations for binding a VLAN with a PW template...27-31 Table 28-1 Data plan for establishing an MPLS TE tunnel by using RSVP-TE...28-3 Table 28-2 Related operation for enabling MPLS TE feature...28-7 Table 28-3 Related operation for creating an MPLS TE tunnel...28-8 Table 28-4 Related operations for configuring bandwidth of links...28-10 Table 28-5 Related operations for enabling OSPF TE...28-11 Table 28-6 Related operations for configuring the MPLS TE explicit path...28-12 Table 28-7 Related operations for configuring constraints for an MPLS TE tunnel...28-13 Table 28-8 Related operations for configuring CSPF of an MPLS...28-14 Table 28-9 Related operation for establishing an MPLS TE tunnel by using RSVP-TE...28-15 Table 28-10 Related operations for configuring RSVP Hello extension... 28-18 Table 28-11 Related operation for configuring the resource reservation style... 28-19 Table 28-12 Related operations for configuring RSVP timers...28-20 Table 28-13 Related operations for configuring RSVP message transmission reliability ...28-22 Table 28-14 Related operation for enabling RSVP-TE Srefresh...28-23 Table 28-15 Related operation for enabling RSVP-TE reservation confirmation mechanism...28-24 Table 28-16 Related operation for enabling RSVP authentication... 28-25 Table 28-17 Related operation for configuring tie-breaking of CSPF...28-27 Table 28-18 Related operation for configuring route pining...28-28 Table 28-19 Related operations for configuring administrative group and affinity property... 28-30 Table 28-20 Related operation for configuring reoptimization of CR-LSP...28-31 Table 28-21 Related operation for configuring loop detection... 28-33 Table 28-22 Related operation for configuring route record and label record...28-34 Table 28-23 Related operations for configuring parameters of tunnel establishment...28-35 Table 28-24 Related operation for configuring tunnel priority...28-36 Table 29-1 Data plan for configuring the wholesale service...29-3 Table 30-1 Data plan for configuring the QinQ VLAN leased line service...30-3 Table 30-2 Related operation for enabling transparent transmission of BPDUs...30-6 Table 31-1 Data plan for configuring IGMP proxy...31-4 Table 31-2 Data plan for configuring IGMP snooping...31-7 Table 31-3 Data plan for configuring the subtended multicast service...31-11 Table 31-4 Data plan for the sample network of the multicast service in MSTP networking... 31-17 Table 31-5 Related operations for configuring the IGMP upstream port...31-25 Table 31-6 Related operation for configuring a subtending port... 31-26 Table 31-7 Related operation for configuring a program for a static subtending port...31-27 Table 31-8 Related operation for enabling the IGMP proxy authorization...31-29 Table 31-9 Related operation for setting the robustness variable...31-31 Table 31-10 Related operation for setting the general query interval...31-32 Table 31-11 Related operation for setting the maximum response time to the general query...31-33 Table 31-12 Related operation for setting the number of specific queries...31-34 Table 31-13 Related operation for setting the specific query interval...31-36 Table 31-14 Related operation for setting the maximum response time for the specific query...31-37
Table 31-15 Related operation for setting the unsolicited report interval...31-38 Table 31-16 Related operation for setting the TTL for a V2 router...31-39 Table 31-17 Related operation for setting the preview recognition time...31-40 Table 31-18 Related operation for enabling the user action report function...31-42 Table 31-19 Related operation for enabling the proxy of the IGMP report packet...31-43 Table 31-20 Related operation for enabling the proxy of the IGMP leave packet...31-44 Table 31-21 Related operations for adding a program...31-48 Table 31-22 Related operation for enabling the bandwidth management function...31-50 Table 31-23 Related operation for modifying an authority profile...31-54 Table 31-24 Related operations for adding a BTV user...31-56 Table 31-25 Related operations for modifying the attributes of a user...31-57 Table 31-26 Related operation for blocking a BTV user...31-58 Table 31-27 Related operation for binding a user with an authority profile...31-59 Table 31-28 Related operation for enabling the function of monitoring BTV users...31-61 Table 31-29 Related operation for enabling the preview function...31-62 Table 31-30 Related operation for setting the preview auto reset time...31-64 Table 31-31 Related operation for resetting the preview record...31-66 Table 31-32 Related operations for enabling the logging function...31-67 Table 31-33 Related operation for setting the logging interval...31-69 Table 31-34 Related operations for configuring log reporting...31-70 Table 32-1 Modes to provide the triple play service...32-2 Table 32-2 Data plan for configuring the triple play service -multiple PVCs for multiple services...32-4 Table 32-3 Data plan for configuring the triple play service - single PVC for multiple services...32-10 Table 32-4 Data plan for configuring the triple play service by means of single PVC for multiple services
...32-16
Table 32-5 Data plan for configuring the triple play service - single PVC for multiple services (based on the service
encapsulation type)...32-21
Table 33-1 Data plan for configuring Ethernet OAM...33-4 Table 33-2 Related operation for creating an MD...33-7 Table 33-3 Related operations for creating an MA...33-8 Table 33-4 Related operation for creating an MEP...33-9 Table 33-5 Related operation for creating an RMEP...33-10 Table 33-6 Related operation for enabling the CFM globally...33-11 Table 33-7 Related operation for enabling CFM alarm globally...33-12 Table 33-8 Related operation for enabling the administration function of an MEP...33-13 Table 33-9 Related operation for enabling the CC transmission of an MEP...33-14 Table 33-10 Related operation for enabling the global detection function of an RMEP...33-15 Table 33-11 Related operation for enabling detection function of the RMEP...33-16 Table 33-12 Related operation for configuring the priorities for transmitting CCMs/LTMs of an MEP...33-17 Table 33-13 Related operation for configuring the interval for an MA to transmit a CC...33-18 Table 33-14 Related operations for configuring loop detection function...33-20 Table 33-15 Related operations for configuring Linktrace function...33-21 Table 34-1 Data plan for detection of MPLS OAM for static LSP connectivity...34-3