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Table of Contents
- About This Guide
-
- JUNOS Documentation and Release Notes
- Objectives
- Audience
- Supported Routing Platforms
- Using the Indexes
- Using the Examples in This Manual
- Documentation Conventions
-
- Documentation Feedback
- Requesting
Technical Support
- Overview
-
- Overview of Layer 2 Services for MX-series Routers
-
- MX-series Architecture
- Architecture Features
- DPCs
- MX-series Layer 3 and Layer 2 Functions and Configuration
- MX-series Snooping
- Configuration Basics for Layer 2 Services
-
- Configuring Routing Instances and Basics for MX-series Layer
2 Services
-
- Routing Instances Overview
- Routing Instances Basic Configuration
- Configuring Routing Instance Types Used in Layer 2 Networking
-
- Layer 2 Control Protocols
- Virtual Switch Routing Instance
- VPLS Routing Instance
- Multicast Snooping and STP
- Load Balancing and Ethernet Link Aggregation
- Configuring Layer 2 Port Mirroring
-
- Layer 2 Port Mirroring Overview
- Layer 2 Port Mirroring Features
-
- Different Port-Mirroring Properties for Different Router Interfaces
- Input Packet-Sampling Properties
- Mirror Destination Properties
- Layer 2 Port-Mirroring Restrictions
- Layer 2 Port Mirroring for the Global Instance
-
- Configuring Layer 2 Port Mirroring for the Global Instance
- Enabling Mirror-Once Mode for Layer 2 Port Mirroring
- Layer 2 Port Mirroring for a DPC or a Packet Forwarding Engine
-
- Configuring Layer 2 Port-Mirroring Instances
- Determining the Number of DPCs in an MX-series Router
- Binding a Layer 2 Port-Mirroring Instance to a DPC
- Binding a Layer 2 Port-Mirroring Instance to a Packet Forwarding
Engine
- Precedence of Port-Mirroring Instances at Different Levels
of the Chassis
- Layer 2 Port Mirroring for a Logical Interface, Forwarding
Table, or Flood Table
-
- Configuring a Layer 2 Port-Mirroring Firewall Filter
- Applying a Layer 2 Port-Mirroring Filter to a Logical Interface
- Behavior of a Port-Mirroring Filter Applied to an Aggregated
Ethernet Interface
- Applying a Layer 2 Port-Mirroring Filter to the Forwarding
Table on a Bridge Domain
- Applying a Layer 2 Port-Mirroring Filter to the Flood Table
on a VPLS Routing Instance
- Layer 2 Port Mirroring with Next-Hop Groups
- Layer 2 Port Mirroring and Multiple Instances
- Example: Configuring Layer 2 Port Mirroring for a Logical Interface
- Example: Configuring Layer 2 Port Mirroring on an L2VPN
- Example: Configuring Layer 2 Port Mirroring on an L2VPN with
AE
- Example: Configuring Layer 2 Port Mirroring with Next-Hop Groups
- Layer 2 Bridging
-
- Configuring Layer 2 Bridging
-
- Layer 2 Bridging Overview
- Configuring a Bridge Domain
- Configuring VLAN Identifiers for a Bridge Domain or a VPLS
Routing Instance
- Configuring Integrated Routing and Bridging for a Bridge Domain
- Configuring a Set of Bridge Domains for a Layer 2 Trunk Port
- Configuring Layer 2 Virtual Switches
-
- Configuring a Layer 2 Virtual Switch
- Configuring a Layer 2 Virtual Switch with a Layer 2 Trunk Port
- Configuring VPLS Ports in a Virtual Switch
- Configuring Integrated Routing and Bridging for a Bridge Domain
Within a Layer 2 Virtual Switch
- Configuring Layer 2 Learning and Forwarding Properties for
a Bridge Domain
-
- Disabling MAC Learning for a Bridge Domain or Logical Interface
- Configuring Static MAC Addresses for Logical Interfaces in
a Bridge Domain
- Configuring the Size of the MAC Address Table
- Limiting the Number of MAC Addresses Learned from an Interface
in a Bridge Domain
- Enabling MAC Accounting for a Bridge Domain
- Configuring Layer 2 Learning and Forwarding Properties for
a Set of Bridge Domains with a Layer 2 Trunk Port
-
- Disabling MAC Learning for a Set of Bridge Domains
- Limiting the Number of MAC Addresses Learned from a Trunk Port
- Modifying the Size of the MAC Address Table for a Set of Bridge
Domains
- Enabling MAC Accounting for a Set of Bridge Domains
- Configuring Layer 3 Tunnel Services Interfaces on MX-series
Routers
- Summary of Bridge Domain Configuration Statements
-
- bandwidth
- bridge-domains
- bridge-options
- domain-type
- interface
- interface-mac-limit
- mac-statistics
- mac-table-size
- no-mac-learning
- packet-action
- routing-interface
- static-mac
- switch-options
- tunnel-services
- vlan-id
- vlan-id-list
- vlan-tags
- Layer 2 Address Learning and Forwarding
-
- Configuring Layer 2 Address Learning and Forwarding Properties
-
- Layer 2 Address Learning and Forwarding Properties Overview
- Disabling MAC Learning
- Configuring the MAC Table Timeout Interval
- Enabling MAC Accounting
- Limiting the Number of MAC Addresses Learned from Each Interface
- Configuring MAC Move Parameters
- Summary of Layer 2 Address Learning and Forwarding Configuration
Statements
-
- global-mac-limit
- global-mac-move
- global-mac-statistics
- global-mac-table-aging-time
- global-no-mac-learning
- l2-learning
- notification-time
- threshold-count
- threshold-time
- Spanning Tree Protocols
-
- Configuring Spanning-Tree Protocols
-
- Spanning-Tree Protocols Overview
- Configuring the Rapid Spanning Tree Protocol
-
- Enabling a Spanning-Tree Protocol
- Configuring the BPDU Destination MAC Address
- Configuring the Bridge Priority
- Configuring the Maximum Age Timer
- Configuring the Hello Timer
- Forcing the Spanning-Tree Version
- Configuring the Forwarding Delay
- Configuring the Extended System Identifier
- Configuring the Interface
- Configuring the Interface Priority
- Configuring the Interface Cost
- Configuring the Interface Mode
- Configuring an Edge Port
- Configuring Root Protect
- Tracing STP Traffic
- Example: Tracing STP Traffic
- Configuring the Multiple Spanning Tree Protocol
-
- Configuring the MSTP MSTI Instance Identifier
- Configuring the MSTP Region Configuration Name
- Configuring the MSTP Revision Level
- Configuring the MSTP Maximum Hops
- Configuring the MSTI Interface
- Configuring the MSTI VLAN
- Disabling the MSTP Instance
- Configuring the VLAN Spanning Tree Protocol
-
- Configuring a VSTP VLAN Instance
- Configuring Layer 2 Protocol Tunneling
-
- Enabling Layer 2 Protocol Tunneling
- Configuring the Layer 2 Protocol Tunnel Interface
- Configuring the Layer 2 Protocol to be Tunneled
- Configuring Layer 2 Control BPDU Protection
- Configuring STP Loop Protection
- Summary of Spanning Tree Protocol Configuration Statements
-
- bpdu-block
- bpdu-block-on-edge
- bpdu-destination-mac-address
- bpdu-timeout-action
- bridge-priority
- configuration-name
- cost
- disable
- disable-timeout
- edge
- extended-system-id
- force-version
- forward-delay
- hello-time
- interface
-
- interface (BPDU Blocking)
- interface (Layer 2 Protocol Tunneling)
- interface (Spanning Tree)
- layer2-control
- mac-rewrite
- max-age
- max-hops
- mode
- msti
- mstp
- no-root-port
- priority
- protocol
- protocols
- revision-level
- rstp
- traceoptions
- vlan
-
- vlan (MSTP)
- vlan (VSTP)
- vstp
- Indexes
-
- Index
- Index of Statements and Commands
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