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The following operations are performed when you use the vlan-id all configuration:
•
The logical interfaces are configured as a trunk port that multiplexes traffic from
multiple VLANs and usually interconnects switches.
•
All the VLAN identifiers are associated with a Layer 2 trunk port. Each of the logical
interfaces, ge-1/0/0.1 , or ge-2/0/0.1, or ge-3/0/0.1, accepts packets tagged with any
VLAN ID specified in the respective vlan-id-range statements.
•
The association of the received packet to a logical interface is done by matching the
VLAN tags of the received packet with the VLAN tags configured on one of the logical
interfaces on that physical port. The vlan-id all configuration within the bridge domain
c1-vlan-v1-to-v1000 for customer-c1-virtual-switch sets the normalized VLAN value.
For a logical interface with a single VLAN tag, a learning domain implicitly created for
each normalized VLAN of the interface.
•
Bridge domain c1-vlan-v1-to-v1000 for customer-c1-virtual-switch has three logical
interfaces:
•
Logical interface ge-1/0/0.1 configured on physical port ge-1/0/0.
•
Logical interface ge-2/0/0.1configured on physical port ge-2/0/0.
•
Logical interface ge-3/0/0.1configured on physical port ge-3/0/0.
•
Packets received on logical interfaces ge-1/0/0.11 or ge-6/0/0.11 with a single VLAN
tag of 1500 in the frame are accepted.
•
Unknown source MAC addresses and unknown destination MAC addresses are learned
based on their normalized VLAN values of 1 through 1000.
•
All packets sent on the VPLS pseudowire have a normalized VLAN tag after the source
MAC address field in the encapsulated Ethernet packet.
•
Although there are only three logical interfaces in the VPLS instance called
customer-c1-virtual-switch, the same MAC address (for example, M1) can be learned
on different logical interfaces for different VLANs. For example, MAC address M1 could
be learned on logical interface ge-1/0/0.1 for VLAN 500 and also on logical interface
ge-2/0/0.1 for VLAN 600.
Related
Documentation
• Ethernet Networking
• VLANs Within a Bridge Domain or VPLS Instance on page 43
• Packet Flow Through a Bridged Network with Normalized VLANs on page 44
• Configuring Learning Domains for VLAN IDs Bound to Logical Interfaces on page 47
Copyright © 2013, Juniper Networks, Inc.62
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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