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Valorado. / 5. Basado en revisión del cliente
configuring a dynamic profile, use the $junos-interface-ifd-name variable for a dynamic
physical interface and the $junos-underlying-unit-number variable for a dynamic logical
interface (unit). When a client accesses the router, the dynamic profile configuration
replaces the predefined variable with the actual interface name or unit value for the
interface the client is accessing.
Dynamic profiles for VPLS are supported only on MX Series routers. For more information
about dynamic profiles, see the Junos OS Subscriber Management, Release 13.1.
Related
Documentation
Ethernet Networking•
• Dynamic Profiles Overview
• Use Cases for Dynamic Profiles for VPLS Pseudowires
• Example: Configuring the Router to Push an Extra VLAN Tag onto Pseudowire Traffic
Using Dynamic Profiles
• Example: Configuring a VPLS Pseudowire as a Trunk Interface Using Dynamic Profiles
• Example: Configuring VPLS Pseudowires with Dynamic Profiles—Basic Solutions on
page 68
• Example: Configuring VPLS Pseudowires with Dynamic Profiles—Complex Solutions
on page 72
Example: Configuring VPLS Pseudowires with Dynamic Profiles—Basic Solutions
The following limitations apply to dynamic profiles for VPLS on MX Series routers:
•
The native-vlan-id statement is not supported.
•
The native-inner-vlan-id statement is not supported.
•
The interface-mode access statement option is not supported.
•
The vlan-id-range statement is not supported.
In many cases, a configuration using dynamic profiles is more efficient than a static
configuration, as shown by the examples in this topic.
•
VPLS Pseudowire Interfaces Without Dynamic Profiles on page 68
•
VPLS Pseudowire Interfaces and Dynamic Profiles on page 69
•
CE Routers Without Dynamic Profiles on page 70
•
CE Routers and Dynamic Profiles on page 71
VPLS Pseudowire Interfaces Without Dynamic Profiles
Consider the following configuration, which does not use dynamic profiles to manipulate
VLAN identifiers:
[edit routing-instances]
green {
instance-type vpls;
interface ge-0/0/1.1;
Copyright © 2013, Juniper Networks, Inc.68
Junos OS 13.1 MX Series 3D Universal Edge Routers Solutions Guide
- Published: 2013-02-13 1
- END USER LICENSE AGREEMENT 2
- Abbreviated Table of Contents 3
- Table of Contents 5
- Part 4 Index 8
- List of Figures 9
- List of Tables 11
- About This Guide 13
- Objectives 14
- Audience 14
- Supported Routing Platforms 15
- Using the Indexes 15
- Documentation Conventions 16
- Table 1: Notice Icons 17
- Documentation Feedback 18
- Requesting Technical Support 18
- Opening a Case with JTAC 19
- Overview 21
- Ethernet Terms and Acronyms 23
- 192.168.27.48 28
- 0x8100. This is not the VLAN 31
- Layer 2 Networking Standards 37
- CHAPTER 2 41
- Example Scenario 43
- Example Configuration Summary 44
- Configure MSTP on Router 3: 53
- Virtual Switches 59
- Chapter 3: Virtual Switches 61
- Environments 63
- Configuring a Normalized VLAN 66
- CHAPTER 5 83
- Protocols 87
- CHAPTER 7 99
- • DHCP Relay Agent 102
- Interworking Function 103
- Router PE2 107
- Configuration 107
- Router PE1 109
- • ATM Ethernet Interworking 117
- Layer 2 Firewall Filters 121
- • Layer 2 Firewall Filters 128
- Management 129
- Configuration of P 136
- MPLS only, no CFM needed: 136
- CFM on PE1 [edit interfaces] 139
- CFM on PE2 [edit interfaces] 140
- Documentation 141
- Ethernet OAM• 141
- • Ethernet OAM 143
- Measurements 145
- Single-Tagged Interfaces 151
- Configuration on Router MX-1: 152
- Configuration on Router MX-2: 152
- MX-1 and MX-2 160
- IEEE 802.3ah OAM Link-Fault 163
- Ethernet Ring Protection 171
- Example Topology 174
- 1. Configure the interfaces: 175
- Configure Ethernet OAM: 176
- Router 2 Configuration 177
- Router 3 Configuration 178
- Configure the bridge domain: 179
- Requirements 181
- Overview and Topology 181
- MX Series Routers 182
- SettingsProperty 183
- Configuring ERP on CS2 187
- Configuring ERP on AS1 190
- Verification 192
- Verifying the VLANs on CS1 194
- Verifying the VLANs on CS2 195
- Verifying the VLANs on AS1 197
- Index on page 185 203
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