Table of Contents

About the Documentation
E Series and JunosE Documentation and Release Notes
Audience
E Series and JunosE Text and Syntax Conventions
Obtaining Documentation
Documentation Feedback
Requesting Technical Support
Chapters
Configuring ATM
Overview
ATM Interfaces
ATM Physical Connections
ATM Virtual Connections
Virtual Channel Connection
Virtual Path Connection
ATM SVCs
ATM Adaptation Layer
Local ATM Passthrough
VCC Cell Relay Encapsulation
Traffic Management
Connection Admission Control
How CAC Works
Configuring CAC
CAC and ATM Bulk Configuration
ILMI
VPI/VCI Address Ranges
VP Tunneling
Platform Considerations
Module Requirements
Interface Specifiers
References
Supported Features
Module Capabilities
Virtual Channel Support
ATM NBMA
ARP Table
Static Map Versus Inverse ARP
Aging
Removing Circuits
Operations, Administration, and Management of ATM Interfaces
End-to-End and Segment Endpoints
Fault Management
How the ATM Interface Handles AIS Cells
How the ATM Interface Handles RDI Cells
Continuity Verification
Activation and Deactivation Cells
Activating CC Cell Flow
Deactivating CC Cell Flow
After CC Cell Flow Is Enabled
Loopback
VC Integrity
F4 OAM Cells
ATM Ping
How the ATM Interface Handles Loopback Cells Received
Automatic Disabling of F5 OAM Services
Rate Limiting for F5 OAM Cells
Before You Configure ATM
Configuration Tasks
Creating a Basic Configuration
Setting Optional Parameters
Optional Tasks on ATM 1483 Subinterfaces
Configuring OAM
Configuring F4 OAM
Configuring F5 OAM
Setting a Loopback Location ID
Enabling OAM Flush
Running ATM Ping
Configuring an NBMA Interface
Creating an NBMA Static Map
Assigning Descriptions to Interfaces
Sending Interface Descriptions to AAA
Assigning Descriptions to Virtual Paths
Exporting ATM 1483 Subinterface Descriptions
Configuring Individual ATM PVC Parameters
Benefits
Creating Control PVCs
Creating Data PVCs
Configuring the Service Category for Data PVCs
Configuring Encapsulation for Data PVCs
Configuring F5 OAM for Data PVCs
Configuring Inverse ARP for Data PVCs
Configuring ATM VC Classes
Benefits
Precedence Levels
Precedence Levels for Static PVCs
Precedence Levels for Dynamic PVCs
Precedence Level Examples
Upgrade Considerations
Configuring VC Classes
Assigning VC Classes to Individual PVCs
Assigning VC Classes to ATM Major Interfaces
Assigning VC Classes to Static ATM 1483 Subinterfaces
Assigning VC Classes to Base Profiles for Bulk-Configured VC Ranges
Precedence Level Examples for Assigning VC Classes
Example 1: Explicitly Changing the Service Category
Example 2: Changing the Encapsulation Method in the VC Class
Example 3: Effect of Using the atm pvc Command
Example 4: Overriding RADIUS Values
Configuring Dynamic ATM 1483 Subinterfaces
Monitoring ATM
Setting Statistics Baselines
Displaying Interface Rate Statistics for ATM VCs and ATM VPs
Using ATM show Commands
Configuring Frame Relay
Overview
Framing
Error Frames
Unicast and Multicast Addressing
User-to-Network and Network-to-Network Interfaces
Platform Considerations
Module Requirements
Interface Specifiers
References
Before You Configure Frame Relay
Configuring Frame Relay
Configuring IPv6 over Frame Relay Interfaces
Configuring an IPv6 Address for a Frame Relay That Operates as a DCE, DTE, or NNI
Configuring an IPv6 Address for a Frame Relay PVC
End-to-End Fragmentation and Reassembly
Frame Fragmentation
Frame Reassembly
Map Class
Configuring End-to-End Fragmentation
Monitoring Frame Relay
Configuring Multilink Frame Relay
Overview
T1/E1 Connections
MLFR Link Integrity Protocol
Interface Stacking
Platform Considerations
Module Requirements
Interface Specifiers
References
Supported MLFR Features
Unsupported MLFR Features
Before You Configure MLFR
Configuration Tasks
Configuration Example
Configuring Frame Relay Versus MLFR
Monitoring MLFR
Configuring Upper-Layer Protocols over Static Ethernet Interfaces
Upper-Layer Protocols over Static Ethernet Overview
Upper-Layer Protocols over Static Ethernet Platform Considerations
Module Requirements
Interface Specifiers
Upper-Layer Protocols over Static Ethernet References
Configuring IP over a Static Ethernet Interface
Configuring PPPoE over a Static Ethernet Interface
Configuring IP and MPLS over a Static Ethernet Interface
Configuring IP, MPLS, and PPPoE over Ethernet
L2TP and Ethernet
Multinetting and Ethernet
Monitoring Upper-Level Protocols over Ethernet
Configuring VLAN and S-VLAN Subinterfaces
VLAN Overview
S-VLAN Overview
VLAN and S-VLAN Platform Considerations
Module Requirements
Interface Specifiers
VLAN and S-VLAN References
Configuring VLAN Subinterfaces
Creating a VLAN Major Interface
Configuring IP over VLAN
Configuring PPPoE over VLAN
Configuring MPLS over VLAN
Configuring IP over VLAN and PPPoE over VLAN
Configuring S-VLAN Subinterfaces
Configuring an S-VLAN Subinterface
Configuring PPPoE over an S-VLAN
Example: Configuring S-VLAN Tunnels for Layer 2 Services over MPLS
S-VLAN Oversubscription
ACI-based VLAN Subinterfaces per S-VLAN Overview
Configuring the Number of ACI-based VLAN Subinterfaces per S-VLAN
Monitoring VLAN and S-VLAN Subinterfaces
Monitoring VLAN Subinterfaces
Monitoring Interface Rate Statistics for VLAN Subinterfaces
Monitoring Fast Ethernet VLAN or S-VLAN Subinterfaces
Monitoring Gigabit Ethernet or 10-Gigabit Ethernet VLAN or S-VLAN Subinterfaces
Configuring 802.3ad Link Aggregation and Link Redundancy
Understanding 802.3ad Ethernet Link Aggregation
LACP
Higher-Level Protocols
Load Balancing and QoS
Ethernet Link Aggregation and MPLS
IPv6 Packets and LAG
802.3ad Link Aggregation Platform Considerations
Module Requirements
Interface Specifiers
802.3ad Link Aggregation References
Configuring 802.3ad Link Aggregation
Configuring an Ethernet Physical Interface
Configuring a LAG Bundle
Configuring IP for a LAG Bundle
Configuring IPv6 for a LAG Bundle
Configuring a VLAN Subinterface for a LAG Bundle
Configuring a PPPoE Subinterface for a LAG Bundle
Configuring MPLS for a LAG Bundle
Example: Configuring 802.3ad Link Aggregation
Ethernet Link Redundancy Overview
Ethernet Link Redundancy Configuration Models
Ethernet Link Redundancy Configuration Diagrams
GE-2 Line Module Configurations
FE-8 Line Module Configurations
E120 and E320 Routers Configurations
Dual-Homed Configurations with LAG Disabled
Ethernet Link Redundancy Behavior Overview
Link Failure and Acquisition
Protecting Against Physical Link Failure
Protecting Against Virtual Link Failure
Reverting After a Failover
LACP Configuration and Member Link Behavior
Member Link with Non-LAG Partner
Ethernet Link Redundancy and RSTP
Acquiring Initial Links
Detecting Failures
Failing Over
Configuring Ethernet Link Redundancy
Monitoring a Specified Ethernet Member Link in an IEEE 802.3ad LAG Bundle
Monitoring Ethernet Member Links in all IEEE 802.3ad LAG Bundles
Configuring IEEE 802.3ah OAM Link-Fault Management
Ethernet OAM Link-Fault Management Overview
Ethernet OAM Link-Fault Management Platform Considerations
Module Requirements
Interface Specifiers
Ethernet OAM Link-Fault Management References
OAM Messages
OAM Elements Overview
OAM Client
OAM Sublayer
Control Block
Multiplexer
Parser
OAM Feature Overview
OAM Discovery Feature
Information OAM PDU Components
Transmission Settings for Information OAM PDUs
OAM Link Monitoring Feature
Supported Error Events for Tracking Link Faults
Actions Performed on Exceeding Threshold Values
OAM Remote Fault Detection Feature
Link Fault
Dying Gasp
Critical Event
OAM Remote and Local Loopback Feature
Interrelationship of OAM Link-Fault Management with Ethernet Subsystems
Guidelines for Configuring 802.3ah OAM Link-Fault Management
Configuring 802.3ah OAM Link-Fault Management
Example: Configuring 802.3ah OAM Link-Fault Management and Enabling Remote Failure Monitoring on an Interface
Example: Enabling Remote Loopback Support on the Local Interface
Monitoring OAM Link-Fault Management Discovery Settings for an Interface
Monitoring OAM Link-Fault Management Statistics for an Interface
Monitoring OAM Link-Fault Management Configuration for an Interface
Monitoring OAM Link-Fault Management Sessions on All Configured Interfaces
Configuring Point-to-Point Protocol
Understanding PPP
Framing
Error Frames
Understanding PPP Link Control Protocol
LCP Negotiation Parameters
Validation of LCP Peer Magic Number
Broadband Remote Access Support for PPP Overview
Authentication
Rate Limiting for PPP Control Packets
Understanding Extensible Authentication Protocol
EAP Types
EAP Packet Retransmission
EAP Behavior in an L2TP Environment
When the E Series Router Acts as a LAC
When the E Series Router Acts as an LNS
Limitations
Performance
Remote Peer Scenarios During Negotiation of PPP Options
IPCP Lockout and Local IP Address Pool Restoration Overview
IPCP Negotiation with Optional Peer IP Address Overview
Processing NCP Negotiations in a Dual-Stack Environment Overview
Overview of Processing IPCP Negotiations for Dual-Stack Subscribers
Guidelines for Configuring the AAA Server for Release of IPv4 Addresses for Dual-Stack Subscribers
Releasing IPv4 Addresses During Termination of PPP Sessions
IPCP Renegotiation of IPv4 Addresses for Dual-Stack Subscribers
Rate Limit on IPCP Negotiations
PPP Platform Considerations
Module Requirements
Interface Specifiers
PPP References
Configuring PPP over a Serial Interface
Overview of Sequencing NCP Packets for POS Interfaces with PPP Encapsulation
Sequencing NCP Packets for POS Interfaces with PPP Encapsulation
Configuring Optional PPP Configuration Tasks
Adding a Description or Alias for a Static PPP Interface
Configuring the IPCP Lockout Option for Each PPP Interface
Configuring the IPCP Netmask Option for Each PPP Interface
Configuring the KeepAlive Timeout for an Interface
Disabling the Negotiation of the Local Magic Number
Configuring the Router to Ignore a Mismatch of the Peer Magic Number
Configuring the Maximum Number of Renegotiation Attempts from a PPP Client
Configuring the Maximum Receive Unit for PPP
Forcing the PPP Interface into a Passive Mode
Configuring the PPP Peer to Take Precedence of DNS and WINS Addresses
Configuring the PPP IP Address as Optional in an IPCP Request
Terminating the PPP Session
Configuring PPP Authentication
Requesting Authentication from a PPP Peer
Configuring IPCP Renegotiations in a Dual-Stack Network for Optimal Utilization of Released IPv4 Addresses
Modifying the Challenge Length for CHAP Authentication
Configuring the Maximum Retries for PAP and CHAP Authentication
PPP Accounting Statistics Overview
Setting a Baseline for PPP Interface Statistics
Monitoring PPP Interfaces
Monitoring Multilinked and Nonmultilinked PPP Interfaces
Monitoring the Status of an IP Address in IPCP Configuration
Monitoring AAA IPv4 Address Saving
Troubleshooting PPP Interfaces
Monitoring the Maximum Timeout of PPP Sessions
Configuring Multilink PPP
MLPPP Overview
Application
MLPPP LCP Extensions
MLPPP Link Selection Overview
MLPPP Platform Considerations
MLPPP Interface Specifiers
MLPPP Module Requirements
MLPPP References
Supported MLPPP Features
MLPPP Unsupported Features
Configuring Static MLPPP
Before You Configure Static MLPPP
Configuring Static MLPPP and Adding Member Links to a Multilink Bundle
Example: Configuring Fragmentation and Reassembly for Static MLPPP
MLPPP Contextual Command Differences
Configuring MLPPP Authentication and Other Attributes
Configuring Hash-Based MLPPP Link Selection
Example: Configuring Hash-Based MLPPP Link Selection
Configuring Dynamic MLPPP
MLPPP Fragmentation and Reassembly
MLPPP Fragmentation and Reassembly Overview
Application
MLPPP Fragmentation and Reassembly Supported Parameters
MLPPP Fragmentation and Reassembly Module Requirements
MLPPP Fragmentation and Reassembly Configuration Parameters
MLPPP Bundle Validation and Configuration Guidelines
MLPPP Fragmentation Guidelines
MLPPP Reassembly Guidelines
MLPPP Bundle Validation Failure
Recovering from MLPPP Bundle Validation Failure
Configuring Fragmentation and Reassembly for Dynamic MLPPP
Example: Configuring Fragmentation and Reassembly for Dynamic MLPPP Over PPPOE
Example: Configuring Fragmentation and Reassembly for Dynamic MLPPP Over L2TP
Example: Configuring MLPPP Fragmentation and Reassembly for an MLPPP Bundle
Multiclass MLPPP Overview
Monitoring MLPPP
Monitoring Baseline Statistics for MLPPP Interfaces
Monitoring MLPPP Information Configured on PPP Interfaces
Monitoring MLPPP Summary Information
Configuring Multiclass Multilink PPP
Multiclass MLPPP Overview
Multiclass MLPPP Fragmentation and Reassembly
Multiclass MLPPP Configuration Guidelines
Multiclass MLPPP Traffic Classes Overview
Multiclass MLPPP LCP Extensions Overview
Multiclass MLPPP Platform Considerations
Module Requirements
Interface Specifiers
Multiclass MLPPP References
Configuring Multiclass MLPPP
Enabling Multiclass MLPPP
Configuring Traffic Classes on Multiclass MLPPP Interfaces
Configuring Fragmentation on Multiclass MLPPP Interfaces
Configuring Reassembly on Multiclass MLPPP Interfaces
Example: Configuring Multiclass MLPPP on a Dynamic Interface
Example: Configuring Multiclass MLPPP on a Static Interface
Monitoring Multiclass MLPPP
Configuring Packet over SONET
Overview
POS Features
SONET/SDH
Platform Considerations
Module Requirements
Interface Specifiers
References
Before You Configure POS
Configuration Tasks
Monitoring POS
Configuring Point-to-Point Protocol over Ethernet
Understanding PPPoE
PPPoE Stages
Discovery
Session
PPPoE MTU Configuration
PPPoE Service Name Tables Overview
Features
Table Structure
Enabling the Service Name Table for Use
Identification of Subscribers Using the PPPoE Remote Circuit Identifier
Application
PPPoE Remote Circuit ID Capture
PPPoE Remote Circuit ID Format
Remote Circuit ID Delimiter
Format for dsl-forum-1 Keyword
Format Examples for dsl-forum-1 Keyword
Use by RADIUS or L2TP
System Event Log
PPPoE Platform Considerations
Module Requirements
Interface Specifiers
PPPoE References
Access Nodes in Ethernet Aggregation Networks Overview
ATM-to-Ethernet Interworking Overview
Configuring PPPoE over ATM
Guidelines for Overriding the PPPoE Maximum Session Value
Overview of IWF PPPoE Sessions with Duplicate MAC Addresses
Guidelines for Configuring Duplicate Protection for IWF PPPoE Sessions
Single DSLAM Connected to a PPPoE Access Concentrator
Multiple DSLAMs Connected to a PPPoE Access Concentrator
PPPoE with Ethernet Modules Configuration Overview
PPPoE Interface and Subinterface Limits
Configuring IPv4 and IPV6 over static PPPoE with VLANs
Configuring IPv4 over PPPoE Without VLANs
PADM Messages Overview
Configuring MOTM Messages from Privileged Exec Mode
Configuring MOTM Messages from Interface Configuration Mode
Configuring MOTM Messages from Profile Configuration Mode
Configuring URL Messages from Interface Configuration Mode
Configuring URL Messages from Profile Configuration Mode
PADN Messages Overview
Configuring PADN Messages
Creating and Populating PPPoE Service Name Tables
Enabling Usage of PPPoE Service Name Tables with Static Interfaces over ATM
Enabling Usage of PPPoE Service Name Tables with Static Interfaces over Ethernet
Enabling Usage of PPPoE Service Name Tables with Dynamic Interfaces
Configuring PADS Packet Content
Configuring PPPoE Remote Circuit ID Capture
Monitoring and Troubleshooting Point-to-Point Protocol over Ethernet
Setting a Baseline for PPPoE Interface Statistics
Monitoring Tunnel Parameters Configured for L2TP Tunnel Definitions
Monitoring the PPPoE Interface
Monitoring the PPPoE Service Name Table
Monitoring the PPPoE Subinterface
Monitoring the PPPoE Profile
Monitoring the RADIUS Override Settings
Troubleshooting PPPoE Interfaces
Configuring Bridged IP
Overview
Proxy ARP
DHCP
Platform Considerations
Module Requirements
Interface Specifiers
References
Before You Configure Bridged IP
Configuring Bridged IP
Configuring Bridged Ethernet
Overview
Bridged Ethernet Application
Assigning MAC Addresses
VLAN and S-VLAN Configurations
Platform Considerations
Module Requirements
Interface Specifiers
References
Configuring Bridged Ethernet
Configuring IP with PPPoE Terminated at the Router
Alternative Configuration
Configuring VLANs over Bridged Ethernet
Configuring VLAN Subinterfaces over Bridged Ethernet
Configuring Higher-Level Protocols over VLANs
Configuring IP over VLAN
Configuring PPPoE over VLAN
Configuring MPLS over VLAN
Configuring S-VLANs over Bridged Ethernet
Configuring S-VLAN Subinterfaces over Bridged Ethernet
Configuring Higher-Level Protocols over S-VLANs
Configuring the MTU Size for Bridged Ethernet
Monitoring Bridged Ethernet
Configuring Transparent Bridging
Overview
How Transparent Bridging Works
Bridge Groups and Bridge Group Interfaces
Bridge Interface Types and Supported Configurations
Subscriber Policies
Concurrent Routing and Bridging
Transparent Bridging and VPLS
Unsupported Features
Platform Considerations
Module Requirements
Interface Specifiers
References
Before You Configure Transparent Bridging
Configuration Tasks
Creating Bridge Groups
Configuring Optional Bridge Group Attributes
Configuring Bridge Group Interfaces
Configuring Subscriber Policies
Enabling Concurrent Routing and Bridging
Configuring Explicit Routing
Configuration Examples
Example 1: Bridging with Bridged Ethernet
Example 2: Bridging with VLANs
Monitoring Transparent Bridging
Setting Statistics Baselines
Removing Dynamic MAC Address Entries
Monitoring Bridge Groups
Monitoring Bridge Interfaces
Monitoring Subscriber Policies
Configuring Cisco HDLC
Overview
Framing
Error Frames
SLARP Keepalive
Platform Considerations
Module Requirements
Interface Specifiers
Before You Configure Cisco HDLC
Configuration Tasks
Optional Tasks
Configuration Example
Configuring IPv6 over Cisco HDLC Interfaces
Monitoring Cisco HDLC
Configuring Upper-Layer Dynamic Interfaces
Dynamic Interfaces Overview
Autodetection
Types of Dynamic Interfaces
Upper-Layer Dynamic Interface Configurations
Profiles
RADIUS Authentication
ATM Oversubscription for Dynamic Interfaces
How Oversubscription Works
Static ATM 1483 Subinterfaces
Bulk-Configured VC Ranges
Combination of Static ATM 1483 Subinterfaces and Bulk-Configured VC Ranges
Ethernet Oversubscription for Dynamic Interfaces
Upper-Layer Dynamic Interfaces Platform Considerations
Module Requirements
Interface Specifiers
RADIUS References for Upper-Layer Dynamic Interfaces
Upper-Layer Dynamic Interfaces over Static ATM Overview
How to Configure Upper-Layer Dynamic Interfaces Using the RADIUS Server
Configuring a Local Subscriber for a Dynamic IPoA or Bridged Ethernet Interface
Subscriber Authentication on Dynamic Bridged Ethernet over Static ATM Interfaces
Configuration Method Using subscriber Command
Configuration Method Using Subscriber Management Application
Dynamic IP Route Insertion in the Routing Table Overview
Configuring a Dynamic Interface over an ATM 1483 Subinterface
Dynamic Encapsulation Type Lockout
How Encapsulation Type Lockout Works
Benefits of Encapsulation Type Lockout
Encapsulation Type Lockout Based on DSL Forum VSAs for IWF PPPoE Sessions
Guidelines for Configuring Encapsulation Type Lockout for PPPoE Sessions
Guidelines for Configuring Encapsulation Type Lockout for IWF PPPoE Sessions
Encapsulation Type Lockout for IWF PPPoE Sessions Overview
Creating a PVC on an ATM 1483 Subinterface
Dynamic PPP and PPPoE Interfaces over Static ATM
Dynamic PPP and PPPoE Interfaces over Static ATM Overview
Configuring a PPP or PPPoE Dynamic Interface over an ATM 1483 Subinterface
Overview of Terminating Stale PPPoA Subscribers and Restarting LCP Negotiations
Dynamic PPPoE Interfaces over PPPoE Static Interfaces
Configuring Dynamic PPPoE over Static PPPoE with ATM Interface Columns
Configuring Dynamic PPPoE over Static PPPoE with Ethernet Interface Columns
Configuring Dynamic PPPoE over Static PPPoE with Ethernet and VLAN Interface Columns
Configuring IPv4 and IPv6 Interface Columns over Static and Dynamic PPPoE
Configuring Dynamic PPPoE over Static PPPoE with Ethernet and S-VLAN Interface Columns
S-VLAN Oversubscription for Dynamic PPPoE Interfaces over Static PPPoE Overview
Encapsulation Type Lockout for PPPoE Clients Overview
Differences from Lockout Configuration for PPPoE over Static ATM
Configuring Encapsulation Type Lockout for PPPoE Clients
Configuring and Verifying Lockout for PPPoE Clients
Clearing the Lockout Condition for a PPPoE Client
Dynamic IPoA Interfaces Overview
Configuring a Dynamic IPoA Interface
Dynamic Bridged Ethernet Interfaces
Dynamic Bridged Ethernet Interfaces Overview
Configuring a Dynamic Bridged Ethernet Interface
Configuring Subscriber Management for IP Subscribers on Dynamic Bridged Ethernet Interfaces
Example: Configuring IP Subscribers on a Dynamic Bridged Ethernet Interface Using the subscriber Command
Example: Configuring IP Subscribers on a Dynamic Bridged Ethernet Interface Using IP Subscriber Management
Dynamic Interface Configuration Using a Profile
Profile Considerations for Dynamic Interfaces
Profile Characteristics
Bridged Ethernet Characteristics
IP Characteristics
IPv6 Characteristics
L2TP Characteristics
MLPPP and PPP Characteristics
PPPoE Characteristics
VLAN Characteristics
How to Work with Profiles
Creating a Profile for Dynamic Interfaces
Assigning a Profile to a Dynamic Interface
Example: Configuring a Profile for Dynamic Interfaces
Configuring Profile Characteristics
Configuring Bridged Ethernet Characteristics for a Profile
Configuring IPv4 Characteristics for a Profile
Configuring IPv6 Characteristics for a Profile
Configuring L2TP Characteristics for a Profile
Configuring MLPPP and PPP Characteristics for a Profile
Configuring PPPoE Characteristics for a Profile
Configuring VLAN Characteristics for a Profile
Scripts and Macros for Dynamic Interfaces Overview
Reassigning a Debug Profile Before Troubleshooting PPP and PPPoE Dynamic Interfaces
Monitoring Upper-Layer Dynamic Interfaces
Monitoring Configuration Information of an ATM AAL5 Interface
Monitoring Status or Summary Information for ATM Subinterfaces
Monitoring Summary Information for ATM VCs and Reserved VC Ranges
Monitoring Total Static and Dynamic Interface Counts for Interface Columns
Monitoring Summary Information about the Encapsulation Type Lockout for PPPoE Clients
Monitoring Detailed Information about the Current Encapsulation Type Lockout Condition for PPPoE Clients
Monitoring the Source MAC Address of a PPPoE Client
Monitoring the Characteristics of a Profile Assigned to Dynamic Interfaces
Monitoring Status and Configuration Information for VLAN Subinterfaces
Configuring Dynamic Interfaces Using Bulk Configuration
Overview
Bulk Dynamic Interface Configurations
Profiles
ATM Oversubscription for Bulk-Configured VC Ranges
Bulk-Configured VC Ranges
Example
Combination of Static ATM 1483 Subinterfaces and Bulk-Configured VC Ranges
Example
Platform Considerations
Module Requirements
Interface Specifiers
References
Configuring ATM 1483 Dynamic Subinterfaces
About Configuring Dynamic ATM 1483 Subinterfaces
Overview and Benefits
ATM 1483 Base Profiles
Nested Profile Assignments
Additional Profile Characteristics for Upper Interfaces
Bulk Configuration of VC Ranges
Bulk Configuration and VC Classes
Bulk Configuration and CAC
Dynamic Interface Creation
Overriding Base Profile Assignments
Changing VC Subranges
Static ATM Interfaces Within VC Subranges
Terminating Stale PPPoA Subscribers and Restarting LCP Negotiations
Authenticating Subscribers on Dynamic Bridged Ethernet over Dynamic ATM Interfaces
Configuration Method Using atm atm1483 subscriber Command
Configuration Method Using Subscriber Management Application
Configuring a Dynamic ATM 1483 Subinterface
Configuring Overriding Profile Assignments
Assigning an Overriding Profile to an ATM PVC
Removing an Overriding Profile Assignment from an ATM PVC
Removing Overriding Profile Assignments from a VC Range or VC Subrange
Changing VC Subranges
Adding VC Subranges
Removing VC Subranges
Modifying VC Subranges
Merging VC Subranges
Changing the Administrative State of VC Subranges
Configuring Static ATM Interfaces Within VC Subranges
Creating Static ATM Interfaces Within VC Subranges
Creating VC Subranges That Include Static ATM Interfaces
Configuring VLAN Dynamic Subinterfaces
About Configuring Dynamic VLAN Subinterfaces
Overview and Benefits
VLAN Base Profiles
Nested Profile Assignments
Additional Profile Characteristics for Upper Interfaces
Bulk Configuration of VLAN Ranges
Bulk Configuration of VLAN Ranges Using Agent-Circuit-Identifier Information
Dynamic Interface Creation
Overriding Base Profile Assignments
Changing VLAN Subranges
Static VLAN Subinterfaces Within VLAN Subranges
Configuring a Dynamic VLAN Subinterface
Configuring Dynamic VLAN Subinterfaces Based on Agent Circuit Identifier Information
Configuring Overriding Profile Assignments for VLAN Major Interfaces
Removing an Overriding Profile Assignment from a VLAN
Removing Overriding Profile Assignments from a VLAN Range or VLAN Subrange
Changing VLAN Subranges
Adding VLAN Subranges
Removing VLAN Subranges
Modifying VLAN Subranges
Merging VLAN Subranges
Changing the Administrative State of VLAN Subranges
Configuring Static VLAN Subinterfaces Within VLAN Subranges
Creating Static VLAN Subinterfaces Within VLAN Subranges
Creating VLAN Subranges That Include Static VLAN Subinterfaces
Monitoring Dynamic Interfaces and Profiles
Index
Index
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