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Table of Contents
- About This Guide
-
- SRX Series Documentation and Release Notes
- Objectives
- Audience
- Supported Routing Platforms
- Document Conventions
-
- Documentation Feedback
- Requesting
Technical Support
- Support Overview for Interface and Routing Features
-
- Interface and Routing Features on SRX 210/240 Services Gateways
- Interface and Routing Features on SRX 650 Services Gateways
- Interface and Routing Features on SRX 3400/3600/5600/5800 Services
Gateways
- Interface and Routing Features on J-series Services Routers
- Configuring Router Interfaces
-
- Interfaces Overview
-
- Interfaces Terms
- Network Interfaces
-
- Media Types
- Network Interface Naming
-
- Interface
Naming Conventions
- Understanding CLI Output for Interfaces
- Data Link Layer Overview
-
- Physical Addressing
- Network Topology
- Error Notification
- Frame Sequencing
- Flow Control
- Data Link Sublayers
- MAC Addressing
- Ethernet Interface Overview
-
- Ethernet Access Control and Transmission
- Collisions and Detection
-
- Collision
Detection
- Backoff
Algorithm
- Collision Domains and LAN Segments
-
- Repeaters
- Bridges and Switches
- Broadcast Domains
- Ethernet Frames
- T1 and E1 Interfaces Overview
-
- T1 Overview
- E1 Overview
- T1 and E1 Signals
- Encoding
-
- AMI Encoding
- B8ZS
and HDB3 Encoding
- T1 and E1 Framing
-
- Superframe
(D4) Framing for T1
- Extended Superframe (ESF) Framing for T1
- T1 and E1 Loopback Signals
- Channelized T1/E1/ISDN PRI Interfaces Overview
- T3 and E3 Interfaces Overview
-
- Multiplexing DS1 Signals
- DS2 Bit Stuffing
- DS3 Framing
-
- M13 Asynchronous
Framing
- C-Bit Parity Framing
- Serial Interface Overview
-
- Serial Transmissions
- Signal Polarity
- Serial Clocking Modes
-
- Serial
Interface Transmit Clock Inversion
- DTE
Clock Rate Reduction
- Serial Line Protocols
-
- EIA-530
- RS-232
- RS-422/449
- V.35
- X.21
- ADSL Interface Overview
-
- ADSL Systems
- ADSL2 and ADSL2+
- ATM CoS Support
- SHDSL Interface Overview
- ISDN Interface Overview
-
- ISDN Channels
- ISDN Interfaces
- Typical ISDN Network
-
- NT Devices
and S and T Interfaces
- U Interface
- ISDN Call Setup
-
- Layer 2 ISDN Connection Initialization
- Layer 3 ISDN Session Establishment
- Interface Physical Properties
-
- Bit Error Rate Testing
- Interface Clocking
-
- Data
Stream Clocking
- Explicit
Clocking Signal Transmission
- Frame Check Sequences
-
- Cyclic Redundancy
Checks and Checksums
- Two-Dimensional Parity
- MTU Default and Maximum Values
- Physical Encapsulation on an Interface
-
- Frame Relay
-
- Virtual Circuits
- Switched and Permanent Virtual Circuits
- Data-Link Connection Identifiers
- Congestion
Control and Discard Eligibility
- Point-to-Point Protocol
-
- Link Control
Protocol
- PPP Authentication
- Network
Control Protocols
- Magic
Numbers
- CSU/DSU
Devices
- Point-to-Point Protocol over Ethernet
-
- PPPoE Discovery
- PPPoE
Sessions
- High-Level Data Link Control
-
- HDLC Stations
- HDLC Operational Modes
- Interface Logical Properties
-
- Protocol Families
-
- Common Protocol
Suites
- Other
Protocol Suites
- IPv4 Addressing
-
- IPv4 Classful
Addressing
- IPv4 Dotted Decimal Notation
- IPv4 Subnetting
- IPv4 Variable-Length Subnet Masks
- IPv6 Addressing
-
- IPv6 Address
Representation
- IPv6 Address
Types
- IPv6
Address Scope
- IPv6
Address Structure
- Enabling IPv6 in
Secure Context
- Virtual LANs
- Special Interfaces
-
- Discard Interface
- Loopback Interface
- Management Interface
- Services Interfaces
-
- MLPPP and MLFR
- MLFR
Frame Relay Forum
- CRTP
- Configuring Ethernet, DS1, DS3, and Serial Interfaces
-
- Before You Begin
- Configuring Interfaces—Quick Configuration
-
- Configuring an E1 Interface with Quick Configuration
- Configuring an E3 Interface with Quick Configuration
- Configuring a Fast Ethernet Interface with Quick Configuration
- Configuring Gigabit Ethernet Interfaces—Quick Configuration
- Configuring T1 Interfaces with Quick Configuration
- Configuring T3 Interfaces with Quick Configuration
- Configuring Serial Interfaces with Quick Configuration
- Configuring Redundant Ethernet Interfaces—Quick Configuration
- Configuring the 3G Wireless Modem Interface—Quick Configuration
- Configuring Network Interfaces with a Configuration Editor
-
- Adding a Network Interface with a Configuration Editor
- Configuring Static ARP Entries on Ethernet Interfaces
- Deleting a Network Interface with a Configuration Editor
- Verifying Interface Configuration
-
- Verifying the Link State of All Interfaces
- Verifying Interface Properties
- Configuring Channelized T1/E1/ISDN PRI Interfaces
-
- Channelized T1/E1/ISDN PRI Terms
- Channelized T1/E1/ISDN PRI Overview
-
- Channelized T1/E1/ISDN PRI Interfaces
- Drop and Insert
- ISDN PRI Transmission on Channelized Interfaces
- Before You Begin
- Configuring Channelized T1/E1/ISDN PRI interfaces with a Configuration
Editor
-
- Configuring Channelized T1/E1/ISDN PRI Interface as a Clear
Channel
- Configuring Channelized T1/E1/ISDN PRI Interface to Drop
and Insert Time Slots
- Configuring Channelized T1/E1/ISDN PRI Interfaces for ISDN
PRI Operation
- Verifying Channelized T1/E1/ISDN PRI Interfaces
-
- Verifying Channelized Interfaces
- Verifying Clear-Channel Interfaces
- Verifying ISDN PRI Configuration on Channelized T1/E1/ISDN
PRI Interfaces
- Frequently Asked Questions About Channelized T1/E1/ISDN PRI
Interfaces
-
- What Clock Combinations Are Possible for Channelized T1/E1/ISDN
PRI Drop and Insert?
- Configuring Digital Subscriber Line Interfaces
-
- DSL Terms
- Before You Begin
- Configuring ATM-over-ADSL Interfaces
-
- Configuring an ATM-over-ADSL Interface with Quick Configuration
- Adding an ATM-over-ADSL Network Interface with a Configuration
Editor
- Configuring ATM-over-SHDSL Interfaces
-
- Configuring an ATM-over-SHDSL Interface with Quick Configuration
- Adding an ATM-over-SHDSL Interface with a Configuration Editor
- Configuring CHAP on DSL Interfaces (Optional)
- Verifying DSL Interface Configuration
-
- Verifying ADSL Interface Properties
- Displaying a PPPoA Configuration for an ATM-over-ADSL Interface
- Verifying an ATM-over-SHDSL Configuration
- Configuring MLPPP over ADSL Interfaces
- Voice over Internet Protocol with Avaya
-
- Console and Connector Port Pinouts
-
- TGM550 Console Port Pinouts
- TGM550 RJ-11 Connector Pinout for Analog Ports
- TIM508 Connector Pinout
- TIM510 RJ-45 Connector Pinout
- TIM514 Connector Pinout
- TIM516 Connector Pinout
- TIM518 Connector Pinout
- Avaya VoIP Modules
-
- Avaya VoIP Module Summary
- TGM550 Telephony Gateway Module
- TIM508 Analog Telephony Interface Module
- TIM510 E1/T1 Telephony Interface Module
- TIM514 Analog Telephony Interface Module
- TIM516 Analog Telephony Interface Module
- TIM518 Analog Telephony Interface Module
- TIM521 BRI Telephony Interface Module
- VoIP Terms
- VoIP Overview
-
- About the Avaya IG550 Integrated Gateway
- VoIP Interfaces
- Avaya VoIP Modules Overview
- Media Gateway Controller
- Avaya Communication Manager
- Dynamic Call Admission Control Overview
-
- Supported Interfaces
- Bearer Bandwidth Limit and Activation
Priority
- Rules for Determining Reported BBL
- TGM550 Firmware Compatibility with JUNOS Internet Software
- TGM550 IP Addressing Guidelines
- Before You Begin
- Configuring VoIP Interfaces with EPW and Disk-on-Key
- Configuring VoIP Interfaces with Quick Configuration
- Configuring VoIP with a Configuration Editor
-
- Configuring the VoIP Interface (Required)
- Configuring the Media Gateway Controller List (Required)
-
- Configuring an MGC List
and Adding Addresses
- Clearing an MGC List
- Configuring Dynamic Call Admission Control on WAN Interfaces
(Optional)
- Modifying the IP Address of the TGM550
- Accessing and Administering the TGM550 CLI
-
- TGM550 Access Requirements
- Connecting Through the TGM550 Console Port
- Connecting to the TGM550 with SSH
- Accessing the TGM550 with Telnet
-
- Enabling Telnet
Service on the TGM550
- Connecting
to the TGM550 with Telnet
- Disabling
Telnet Service on the TGM550
- Accessing the Services Router from the TGM550
- Resetting the TGM550
- Saving the TGM550 Configuration
- Verifying the VoIP Configuration
-
- Verifying the VoIP Interface
- Verifying the Media Gateway Controller List
- Verifying Bandwidth Available for VoIP Traffic
- Frequently Asked Questions About the VoIP Interface
-
- TGM550 Is Installed But the VoIP Interface Is Unavailable
- Configuring Point-to-Point Protocol over Ethernet
-
- PPPoE Terms
- PPPoE Overview
-
- PPPoE Interfaces
-
- Ethernet Interface
- ATM-over-ADSL or ATM-over-SHDSL
Interface
- PPPoE Stages
-
- PPPoE Discovery
Stage
- PPPoE
Session Stage
- Optional CHAP Authentication
- Before You Begin
- Configuring PPPoE Interfaces with Quick Configuration
- Configuring PPPoE Encapsulation on an Ethernet Interface
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring PPPoE Encapsulation on an ATM-over-ADSL or ATM-over-SHDSL
Interface
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring PPPoE Interfaces
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring CHAP on a PPPoE Interface (Optional)
-
- J-Web Configuration
- CLI Configuration
- Verifying a PPPoE Configuration
-
- Displaying a PPPoE Configuration for an Ethernet Interface
- Displaying a PPPoE Configuration for an ATM-over-ADSL or ATM-over-SHDSL
Interface
- Verifying PPPoE Interfaces
- Verifying PPPoE Sessions
- Verifying the PPPoE Version
- Verifying PPPoE Statistics
- Configuring ISDN
-
- ISDN Terms
- ISDN Overview
-
- ISDN Interfaces
-
- ISDN
BRI Interface Types
- ISDN
PRI Interface Types
- Dialer
Interface
- Before You Begin
- Configuring ISDN BRI Interfaces with Quick Configuration
-
- Configuring ISDN BRI Physical Interfaces with Quick Configuration
- Configuring ISDN BRI Dialer Interfaces with Quick Configuration
- Configuring ISDN Interfaces and Features with a Configuration
Editor
-
- Adding an ISDN BRI Interface (Required)
- Configuring Dialer Interfaces (Required)
- Configuring Dial Backup
- Configuring Dialer Filters for Dial-on-Demand Routing Backup
-
- Configuring the Dialer Filter
- Applying the Dial-on-Demand
Dialer Filter to the Dialer Interface
- Configuring Dialer Watch
-
- Adding a Dialer Watch Interface on the Device
- Configuring the ISDN
Interface for Dialer Watch
- Configuring Dial-on-Demand Routing Backup with OSPF Support
(Optional)
- Configuring Bandwidth on Demand (Optional)
-
- Configuring
Dialer Interfaces for Bandwidth on Demand
- Configuring an ISDN
Interface for Bandwidth on Demand
- Configuring Dial-In and Callback (Optional)
-
- Configuring
Dialer Interfaces for Dial-In and Callback
- Configuring an ISDN Interface to Screen Incoming Calls
- Configuring the Device to Reject Incoming ISDN Calls
- Disabling Dialing Out Through Dialer Interfaces
- Disabling ISDN Signaling
- Verifying the ISDN Configuration
-
- Displaying the ISDN Status
- Verifying an ISDN BRI Interface
- Verifying an ISDN PRI Interface and Checking B-Channel Interface
Statistics
- Checking D-Channel Interface Statistics
- Displaying the Status of ISDN Calls
- Verifying Dialer Interface Configuration
- Configuring 3G Wireless Modems for WAN Connections
-
- 3G Wireless Modem Support on Different Device Types
- 3G Wireless Overview
-
- Supported Devices and 3G Wireless Modem Cards
- 3G Terms
- Related Topics
- Understanding the 3G Wireless Modem Interface
-
- Related Topics
- Understanding the Dialer Interface
-
- Authentication for GSM HSDPA 3G Wireless Modems
- Backup, Dialer Filter, and Dialer Watch
- Operating Parameters
- Related Topics
- Understanding the GSM Profile
-
- Related Topics
- 3G Wireless Modem Configuration Overview
-
- Related Topics
- Configuring the 3G Wireless Modem Interface—Quick Configuration
-
- Related Topics
- Configuring the Dialer Interface
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring the 3G Wireless Modem Interface
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring the GSM Profile
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring PAP on the Dialer Interface
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring CHAP on the Dialer Interface
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring the Dialer Interface as a Backup WAN Connection
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring Dialer Watch for the 3G Wireless Modem Interface
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring Dialer Filter for the 3G Wireless Modem Interface
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Understanding Account Activation for CDMA EV-DO Cards
-
- Related Topics
- Activating the CDMA EV-DO Modem Card with OTASP Provisioning
-
- CLI Operational Mode Command
- Activating the CDMA EV-DO Modem Card Manually
-
- CLI Operational Mode Command
- Related Topics
- Activating the CDMA EV-DO Modem Card with IOTA Provisioning
-
- CLI Operational Mode Command
- Unlocking the GSM 3G Wireless Modem
- Configuring USB Modems for Dial Backup
-
- USB Modem Terms
- USB Modem Interface Overview
- Before You Begin
- Connecting the USB Modem to the Device's USB Port
- Configuring USB Modems for Dial Backup with a Configuration
Editor
-
- Configuring a USB Modem Interface for Dial Backup
- Configuring a Dialer Interface for USB Modem Dial Backup
-
- Configuring Dial Backup for
a USB Modem Connection
- Configuring
a Dialer Filter for USB Modem Dial Backup
- Configuring
Dialer Watch for USB Modem Dial Backup
- Configuring Dial-In for a USB Modem Connection
- Configuring PAP on Dialer Interfaces (Optional)
- Configuring CHAP on Dialer Interfaces (Optional)
- Configuring Link Services Interfaces
-
- Link Services Terms
- Link Services Interfaces Overview
-
- Services Available on J-series Link Services Interface
- Link Services Exceptions on J-series Services Routers
- Multilink Bundles Overview
- Link Fragmentation and Interleaving Overview
- Compressed Real-Time Transport Protocol Overview
- Queuing with LFI on J-series Devices
-
- Queuing on Q0s
of Constituent Links
- Queuing on
Q2s of Constituent Links
- Load Balancing with LFI
- Configuring CoS Components with LFI
-
- Shaping Rate
- Scheduling Priority
- Buffer
Size
- Before You Begin
- Configuring the Link Services Interface with Quick Configuration
- Configuring the Link Services Interface with a Configuration
Editor
-
- Configuring MLPPP Bundles and LFI on Serial Links
-
- Configuring an MLPPP
Bundle
- Enabling
Link Fragmentation and Interleaving
- Defining Classifiers and Forwarding Classes
- Defining
and Applying Scheduler Maps
- Applying
Shaping Rates to Interfaces
- Configuring MLFR FRF.15 Bundles
- Configuring MLFR FRF.16 Bundles
- Configuring CRTP
- Verifying the Link Services Interface Configuration
-
- Displaying Multilink Bundle Configurations
- Displaying Link Services CoS Configurations
- Verifying Link Services Interface Statistics
- Verifying Link Services CoS
- Frequently Asked Questions About the Link Services Interface
-
- Which CoS Components Are Applied to the Constituent Links?
- What Causes Jitter and Latency on the Multilink Bundle?
- Are LFI and Load Balancing Working Correctly?
- Why Are Packets Dropped on a PVC Between a J-series Device
and Another Vendor?
- Configuring Ethernet Ports for Switching
-
- Ethernet Ports Switching Overview
-
- Supported Devices and Ports
- Related Topics
- Switching Features Overview
-
- VLANs
-
- Types of Switch Ports
- IEEE 802.1Q Encapsulation and Tags
- Integrated Bridging and Routing
- Spanning Tree Protocols
- Generic VLAN Registration Protocol
- Link Aggregation
-
- Link Aggregation Group (LAG)
- Link Aggregation Control Protocol (LACP)
- 802.1x Port-Based Network Authentication
- IGMP Snooping
-
- How IGMP Snooping Works
- How Hosts Join and Leave Multicast Groups
- Understanding Switching Modes on the J-series Services Router
-
- Routing Mode
- Switching Mode
- Enhanced Switching Mode
- Connecting J-Series uPIMs in a Daisy-Chain
- Configuring Switching Modes on J-Series uPIMs
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Verifying Switching Mode Configuration on J-Series uPIMs
- Configuring Enhanced Switching Mode Features on the J-series
Services Router
-
- Configuring VLANs—Quick Configuration
- Configuring a Spanning Tree—Quick Configuration
- Configuring LACP—Quick Configuration
- Configuring 802.1x—Quick Configuration
- Configuring IGMP Snooping—Quick Configuration
- Configuring GVRP—Quick Configuration
- Configuring Layer 2 Bridging and Transparent Mode
-
- Layer 2 Bridging and Transparent Mode Overview
-
- Related Topics
- Understanding Bridge Domains
-
- Layer 2 Bridging Exceptions on SRX Services Gateways
- Layer 2 Bridging Terms
- Related Topics
- Understanding Transparent Mode Conditions
-
- Related Topics
- Understanding Layer 2 Interfaces
-
- Related Topics
- Configuring Bridge Domains
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring Layer 2 Logical Interfaces
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Understanding Layer 2 Security Zones
-
- Related Topics
- Understanding Security Policies in Transparent Mode
-
- Related Topics
- Creating Layer 2 Security Zones
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring Security Policies for Transparent Mode
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Changing the Default Forwarding Behavior
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Understanding Integrated Routing and Bridging Interfaces
-
- Related Topics
- Understanding Firewall User Authentication in Transparent Mode
-
- Related Topics
- Configuring an IRB Interface
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Understanding Layer 2 Forwarding Tables
-
- Related Topics
- Changing the Default Learning for Unknown MAC Addresses
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring Routing Protocols
-
- Routing Overview
-
- Routing Terms
- Routing Overview
-
- Networks and Subnetworks
- Autonomous Systems
- Interior and Exterior Gateway Protocols
- Routing Tables
- Forwarding Tables
- Dynamic and Static Routing
- Route Advertisements
- Route Aggregation
- RIP Overview
-
- Distance-Vector Routing Protocols
- Maximizing Hop Count
- RIP Packets
- Split Horizon and Poison Reverse Efficiency Techniques
- Limitations of Unidirectional Connectivity
- RIPng Overview
-
- RIPng Protocol Overview
- RIPng Standards
- RIPng Packets
- OSPF Overview
-
- Link-State Advertisements
- Role of the Designated Router
- Path Cost Metrics
- Areas and Area Border Routers
- Role of the Backbone Area
- Stub Areas and Not-So-Stubby Areas
- IS-IS Overview
-
- IS-IS Areas
- Network Entity Titles and System Identifiers
- IS-IS Path Selection
- Protocol Data Units
-
- IS-IS Hello PDU
- Link-State PDU
- Complete Sequence Number PDU
- Partial Sequence Number PDU
- BGP Overview
-
- Point-to-Point Connections
- BGP Messages for Session Establishment
- BGP Messages for Session Maintenance
- IBGP and EBGP
- Route Selection
- Local Preference
- AS Path
- Origin
- Multiple Exit Discriminator
-
- Default MED Usage
- Additional
MED Options for Path Selection
- Scaling BGP for Large Networks
-
- Route Reflectors—for
Added Hierarchy
- Confederations—for
Subdivision
- Multicast Overview
-
- Multicast Terms
- Multicast Architecture
-
- Upstream and Downstream Interfaces
- Subnetwork Leaves and Branches
- Multicast IP Address Ranges
- Notation for Multicast Forwarding States
- Dense and Sparse Routing Modes
- Strategies for Preventing Routing Loops
-
- Reverse-Path Forwarding for Loop Prevention
- Shortest-Path Tree for Loop Prevention
- Administrative Scoping for Loop Prevention
- Multicast Protocol Building Blocks
- Configuring Static Routes
-
- Static Routing Overview
-
- Static Route Preferences
- Qualified Next Hops
- Control of Static Routes
-
- Route Retention
- Readvertisement
Prevention
- Forced Rejection of
Passive Route Traffic
- Default Properties
- Before You Begin
- Configuring Static Routes with Quick Configuration
- Configuring Static Routes with a Configuration Editor
-
- Configuring a Basic Set of Static Routes (Required)
- Controlling Static Route Selection (Optional)
- Controlling Static Routes in the Routing and Forwarding Tables
(Optional)
- Defining Default Behavior for All Static Routes (Optional)
- Verifying the Static Route Configuration
-
- Displaying the Routing Table
- Configuring a RIP Network
-
- RIP Overview
-
- RIP Traffic Control with Metrics
- Authentication
- Before You Begin
- Configuring a RIP Network with Quick Configuration
- Configuring a RIP Network with a Configuration Editor
-
- Configuring a Basic RIP Network (Required)
- Controlling Traffic in a RIP Network (Optional)
-
- Controlling Traffic
with the Incoming Metric
- Controlling
Traffic with the Outgoing Metric
- Enabling Authentication for RIP Exchanges (Optional)
-
- Enabling Authentication
with Plain-Text Passwords
- Enabling Authentication
with MD5 Authentication
- Verifying the RIP Configuration
-
- Verifying the RIP-Enabled Interfaces
- Verifying the Exchange of RIP Messages
- Verifying Reachability of All Hosts in the RIP Network
- Configuring an OSPF Network
-
- OSPF Overview
-
- Enabling OSPF
- OSPF Areas
- Path Cost Metrics
- OSPF Dial-on-Demand Circuits
- Before You Begin
- Configuring an OSPF Network with Quick Configuration
- Configuring an OSPF Network with a Configuration Editor
-
- Configuring the Router Identifier (Required)
- Configuring a Single-Area OSPF Network (Required)
- Configuring a Multiarea OSPF Network (Optional)
-
- Creating the Backbone Area
- Creating
Additional OSPF Areas
- Configuring
Area Border Routers
- Configuring Stub and Not-So-Stubby Areas (Optional)
- Tuning an OSPF Network for Efficient Operation
-
- Controlling Route Selection in the Forwarding Table
- Controlling the Cost of Individual Network Segments
- Enabling Authentication for OSPF Exchanges
- Controlling Designated Router Election
- Verifying an OSPF Configuration
-
- Verifying OSPF-Enabled Interfaces
- Verifying OSPF Neighbors
- Verifying the Number of OSPF Routes
- Verifying Reachability of All Hosts in an OSPF Network
- Configuring the IS-IS Protocol
-
- IS-IS Overview
-
- ISO Network Addresses
- System Identifier Mapping
- Before You Begin
- Configuring IS-IS with a Configuration Editor
- Configuring Designated Router Election
- Verifying IS-IS on a Services Router
-
- Displaying IS-IS Interface Configuration
- Displaying IS-IS Interface Configuration Detail
- Displaying IS-IS Adjacencies
- Displaying IS-IS Adjacencies in Detail
- Configuring BGP Sessions
-
- BGP Overview
-
- BGP Peering Sessions
- IBGP Full Mesh Requirement
- Route Reflectors and Clusters
- BGP Confederations
- Before You Begin
- Configuring BGP Sessions with Quick Configuration
- Configuring BGP Sessions with a Configuration Editor
-
- Configuring Point-to-Point Peering Sessions (Required)
- Configuring BGP Within a Network (Required)
- Configuring a Route Reflector (Optional)
- Configuring BGP Confederations (Optional)
- Verifying a BGP Configuration
-
- Verifying BGP Neighbors
- Verifying BGP Groups
- Verifying BGP Summary Information
- Verifying Reachability of All Peers in a BGP Network
- Configuring a Multicast Network
-
- Before You Begin
- Configuring a Multicast Network with a Configuration Editor
-
- Configuring SAP and SDP (Optional)
- Configuring IGMP (Required)
- Configuring the PIM Static RP (Optional)
- Filtering PIM Register Messages from Unauthorized Groups and
Sources (Optional)
-
- Rejecting Incoming PIM Register Messages on an RP
Router
- Stopping Outgoing PIM Register Messages
on a Designated Router
- Configuring a PIM RPF Routing Table (Optional)
- Verifying a Multicast Configuration
-
- Verifying SAP and SDP Addresses and Ports
- Verifying the IGMP Version
- Verifying the PIM Mode and Interface Configuration
- Verifying the PIM RP Configuration
- Verifying the RPF Routing Table Configuration
- Configuring Private Communications over Public Networks
with MPLS
-
- Multiprotocol Label Switching Overview
-
- MPLS and VPN Terms
- MPLS Overview
-
- Label Switching
- Label-Switched Paths
- Label-Switching Routers
- Labels
- Label Operations
- Penultimate Hop Popping
- LSP Establishment
-
- Static LSPs
- Dynamic
LSPs
- Traffic Engineering with MPLS
- Point-to-Multipoint LSPs
-
- Point-to-Multipoint
LSP Properties
- Point-to-Multipoint LSP Configuration
- Signaling Protocols Overview
-
- Label Distribution Protocol
-
- LDP Operation
- LDP Messages
- Resource Reservation Protocol
-
- RSVP Fundamentals
- Bandwidth
Reservation Requirement
- Explicit
Route Objects
- Constrained
Shortest Path First
- Link Coloring
- VPN Overview
-
- VPN Components
- VPN Routing Requirements
- VPN Routing Information
-
- VRF Instances
- Route
Distinguishers
- Route Targets
to Control the VRF Table
- Types of VPNs
-
- Layer 2 VPNs
- Layer 2 Circuits
- Layer 3 VPNs
- Enabling MPLS
-
- Deleting Security Services
- Enabling MPLS on the Router
- Configuring Signaling Protocols for Traffic Engineering
-
- Signaling Protocol Overview
-
- LDP Signaling Protocol
- RSVP Signaling Protocol
- Before You Begin
- Configuring LDP and RSVP with a Configuration Editor
-
- Configuring LDP-Signaled LSPs
- Configuring RSVP-Signaled LSPs
- Verifying an MPLS Configuration
-
- Verifying an LDP-Signaled LSP
-
- Verifying LDP Neighbors
- Verifying LDP Sessions
- Verifying the Presence of LDP-Signaled LSPs
- Verifying Traffic Forwarding over the LDP-Signaled LSP
- Verifying an RSVP-Signaled LSP
-
- Verifying RSVP Neighbors
- Verifying RSVP Sessions
- Verifying the Presence of RSVP-Signaled LSPs
- Configuring Virtual Private Networks
-
- VPN Configuration Overview
-
- Sample VPN Topology
- Basic Layer 2 VPN Configuration
- Basic Layer 2 Circuit Configuration
- Basic Layer 3 VPN Configuration
- Before You Begin
- Configuring VPNs with a Configuration Editor
-
- Configuring Interfaces Participating in a VPN
- Configuring Protocols Used by a VPN
-
- Configuring MPLS for VPNs
- Configuring a BGP Session
- Configuring Routing
Options for VPNs
- Configuring an IGP and
a Signaling Protocol
- Configuring
LDP for Signaling
- Configuring RSVP for Signaling
- Configuring a Layer
2 Circuit
- Configuring a VPN Routing Instance
- Configuring a VPN Routing Policy
-
- Configuring a Routing
Policy for Layer 2 VPNs
- Configuring
a Routing Policy for Layer 3 VPNs
- Verifying a VPN Configuration
-
- Pinging a Layer 2 VPN
- Pinging a Layer 3 VPN
- Pinging a Layer 2 Circuit
- Configuring CLNS VPNs
-
- CLNS Terms
- CLNS Overview
- Before You Begin
- Configuring CLNS with a Configuration Editor
-
- Configuring a VPN Routing Instance (Required)
- Configuring ES-IS
- Configuring IS-IS for CLNS
- Configuring CLNS Static Routes
- Configuring BGP for CLNS
- Verifying CLNS VPN Configuration
-
- Displaying CLNS VPN Configuration
- Configuring Virtual Private LAN Service
-
- VPLS Overview
-
- Supported Devices and Interfaces
- VPLS Terms
- Related Topics
- Understanding VPLS
-
- Related Topics
- Understanding VPLS Routing Instances
-
- BGP Signaling
-
- VPLS Site Name and Site Identifier
- Site Range
- Site Preference
- VPLS Routing Table
- Trace Options
- Related Topics
- Understanding VPLS Interfaces
-
- Interface Name
- Encapsulation Type
- Flexible VLAN Tagging
- VLAN Rewrite
- Related Topics
- VPLS Exceptions on J-Series and SRX-series devices
-
- Related Topics
- VPLS on a PE Router Configuration Overview
-
- Sample VPLS Topology
- Related Topics
- Configuring Routing Options on the VPLS PE Router
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring Routing Interfaces on the VPLS PE Router
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring MPLS on the VPLS PE Router
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring RSVP on the VPLS PE Router
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring BGP on the VPLS PE Router
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring OSPF on the VPLS PE Router
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring the Interface to the CE Device
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring the VPLS Routing Instance
-
- J-Web Configuration
- CLI Configuration
- Related Topics
- Configuring an Ethernet Switch as the CE Device
- Configuring Routing Policies and Stateless Firewall Filters
-
- Configuring Routing Policies
-
- Routing Policies
-
- Routing Policy Overview
-
- Routing Policy Terms
- Default and Final Actions
- Applying
Routing Policies
- Routing Policy Match Conditions
- Routing Policy Actions
- Before You Begin
- Configuring a Routing Policy with a Configuration Editor
-
- Configuring the Policy Name (Required)
- Configuring a Policy Term (Required)
- Rejecting Known Invalid Routes (Optional)
- Injecting OSPF Routes into the BGP Routing Table (Optional)
- Grouping Source and Destination Prefixes in a Forwarding Class
(Optional)
- Configuring a Policy to Prepend the AS Path (Optional)
- Configuring Damping Parameters (Optional)
- Configuring Stateless Firewall Filters (ACLs)
-
- Stateless Firewall Filters
-
- Stateless Firewall Filter Overview
-
- Stateless Firewall Filter Terms
- Chained Stateless Firewall Filters
- Planning a Stateless Firewall Filter
- Stateless Firewall Filter Match Conditions
- Stateless Firewall Filter Actions and Action Modifiers
- Before You Begin
- Configuring a Stateless Firewall Filter with a Configuration
Editor
-
- Stateless Firewall Filter Strategies
-
- Strategy for a Typical Stateless Firewall Filter
- Strategy for Handling Packet Fragments
- Configuring a Routing Engine Firewall Filter for Services and
Protocols from Trusted Sources
- Configuring a Routing Engine Firewall Filter to Protect Against
TCP and ICMP Floods
- Configuring a Routing Engine Firewall Filter to Handle Fragments
- Applying a Stateless Firewall Filter to an Interface
- Verifying Stateless Firewall Filter Configuration
-
- Displaying Stateless Firewall Filter Configurations
- Displaying Stateless Firewall Filter Logs
- Displaying Firewall Filter Statistics
- Verifying a Services, Protocols, and Trusted Sources Firewall
Filter
- Verifying a TCP and ICMP Flood Firewall Filter
- Verifying a Firewall Filter That Handles Fragments
- Configuring Class of Service
-
- Class-of-Service Overview
-
- CoS Terms
- Benefits of CoS
- CoS Across the Network
- JUNOS CoS Components
-
- Code-Point Aliases
- Classifiers
-
- Behavior Aggregate Classifiers
-
- Default IP Precedence Classifier
- Multifield Classifiers
- Forwarding Classes
- Loss Priorities
- Forwarding Policy Options
- Transmission Queues
- Schedulers
-
- Transmit Rate
- Delay Buffer
Size
- Scheduling
Priority
- Shaping Rate
- RED Drop Profiles
- Default Drop Profiles
- Virtual Channels
- Policers for Traffic Classes
- Rewrite Rules
- How CoS Components Work
-
- CoS Process on Incoming Packets
- CoS Process on Outgoing Packets
- Default CoS Settings
-
- Default CoS Values and Aliases
- Forwarding Class Queue Assignments
- Scheduler Settings
- Default Behavior Aggregate Classifiers
-
- Defining BA Classifiers
- Applying a BA Classifier to a Logical Interface
- CoS Value Rewrites
- Sample Behavior Aggregate Classification
- Transmission Scheduling
- CoS Queuing for Tunnels
-
- Benefits of CoS Queuing on Tunnel Interfaces
- How CoS Queuing Works
- Limitations on CoS Shapers for Tunnel Interfaces
- Configuring Class of Service
-
- Before You Begin
- Configuring CoS with Quick Configuration
-
- Defining CoS Components
-
- Defining CoS Value Aliases
- Defining
Forwarding Classes
- Defining Classifiers
- Defining
Rewrite Rules
- Defining Schedulers
- Defining
Virtual Channel Groups
- Assigning CoS Components to Interfaces
- Configuring CoS Components with a Configuration Editor
-
- Configuring a Policer for a Firewall Filter
- Configuring and Applying a Firewall Filter for a Multifield
Classifier
- Assigning Forwarding Classes to Output Queues
-
- Configuring Forwarding Classes
- Assigning a Forwarding Class to an Interface
- Example: Configuring Up to Eight Forwarding Classes
- Configuring and Applying Rewrite Rules
- Configuring and Applying Behavior Aggregate Classifiers
-
- Example: Defining Aliases for Bits
- Configuring RED Drop Profiles for Congestion Control
-
- Example: Configuring RED Drop Profiles
- Configuring Schedulers
- Configuring and Applying Scheduler Maps
- Scheduler Maps: Sample Configuration
- Schedulers: Sample Configuration
- Configuring and Applying Virtual Channels
- Configuring and Applying an Adaptive Shaper
- Configuring Virtual Channels
-
- Configuring CoS Virtual Channels
- Creating a List of Virtual Channel Names
- Defining a Virtual Channel Group
- Applying a Virtual Channel Group to a Logical Interface
- Selecting Traffic to Be Transmitted from a Particular Virtual
Channel
- Example: Configuring Virtual Channels
- Configuring Adaptive Shaping for Frame Relay
-
- Configuring an Adaptive Shaper
- Applying an Adaptive Shaper to a Logical Interface
- Classifying Frame Relay Traffic
-
- Assigning the Default Frame Relay Loss Priority Map to an Interface
- Defining a Custom Frame Relay Loss Priority Map
-
- Applying the Map to a Logical Interface
- Verifying Your Configuration
- Rewriting Frame Relay Headers
-
- Assigning the Default Frame Relay Rewrite Rule to an Interface
- Defining a Custom Frame Relay Rewrite Rule
-
- Applying the Rule to a Logical Interface
- Configuring Strict-High Priority
-
- Example: Configuring Strict High Priority Using the CLI
- Example: Configuring Priority Scheduling
- Configuring CoS Queuing for Tunnels with a Configuration Editor
-
- Configuring CoS for GRE Tunnels
- Preserving the ToS Value of a Tunneled Packet
- Configuring Strict High Priority for Queuing with a Configuration
Editor
- Configuring Large Delay Buffers with a Configuration Editor
-
- Maximum Delay Buffer Sizes Available to Interfaces
- Delay Buffer Size Allocation Methods
- Specifying Delay Buffer Sizes for Queues
- Configuring a Large Delay Buffer on a Channelized T1 interface
- Configuring Simple Filters and Policers for SRX 3400 and SRX
3600 Devices
-
- Configuring a Simple Filter
- Applying a Simple Filter
- Configuring Policers
-
- Example: Applying a Two-Rate Tricolor Marking
Policer to a Firewall Filter
- Configuring CoS Hierarchical Schedulers
-
- Hierarchical Scheduler Terminology
- SRX 3400 and SRX 3600 Device Hardware Capabilities and Limitations
- Configuring an Interface Set
- Applying an Interface Set
- Interface Set Caveats
- Introduction to Hierarchical Schedulers
- Scheduler Hierarchy Example
-
- Interface Sets for the Hierarchical Example
- Interfaces for the Hierarchical
Example
- Traffic Control Profiles for the
Hierarchical Example
- Schedulers
for the Hierarchical Example
- Drop Profiles for the Hierarchical
Example
- Scheduler Maps for the Hierarchical
Example
- Applying Traffic Control Profiles
for the Hierarchical Example
- Controlling Remaining Traffic
- Internal Scheduler Nodes
- PIR-only and CIR Mode
- Priority Propagation
- IOC Hardware Properties
- WRED on the IOC
- MDRR on the IOC
- Configuring Excess Bandwidth Sharing
-
- Excess Bandwidth Sharing and Minimum Logical Interface
Shaping
- Selecting Excess Bandwidth Sharing Proportional
Rates
- Mapping Calculated Weights to Hardware Weights
- Allocating Weight with Only Shaping Rates
or Unshaped Logical Interfaces
- Sharing Bandwidth Among Logical Interfaces
- Verifying a CoS Configuration
-
- Verifying Multicast Session Announcements
- Verifying a Virtual Channel Configuration
- Verifying a Virtual Channel Group Configuration
- Verifying an Adaptive Shaper Configuration
- Displaying CoS Tunnel Configurations
- Verifying a CoS GRE Tunnel Queuing Configuration
- Verifying a CoS IP-IP Tunnel Configuration
- Power Over Ethernet
-
- Power Over Ethernet Overview
-
- Introduction
- SRX 240 Services Gateway PoE Specifications
- PoE Classes and Power Ratings
- Configuring Power Over Ethernet
-
- Configuring PoE on the SRX 240 Services Gateway
-
- Configuring PoE Settings on the SRX 240 Services Gateway Using
the CLI
- Verifying PoE Settings Using the CLI
-
- Verifying the Status of PoE Interfaces on the Services Gateway
on Which They Are Created
- Verifying Global Parameters
- Logged Data (History) for the Specified Interface
- Index
-
- Index
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