List of Figures

Figure 1: ATM Interface Column
Figure 2: NBMA Interface Stack
Figure 3: Configuring an ATM Interface, Subinterface, and PVC
Figure 4: Interconnection and Relationship of NNIs and Subnetworks
Figure 5: MLFR Aggregation of T1 Lines into a Single Bundle
Figure 6: Terminating the Bundle at an MLFR Bridge
Figure 7: Structure of MLFR
Figure 8: Multiplexing Multiple Protocols over a Single Physical Link
Figure 9: Example of IP over Ethernet Stacking Configuration Procedure
Figure 10: Example of PPPoE Stacking Configuration Procedure
Figure 11: Example of IP and MPLS Stacking Configuration Procedure
Figure 12: Example of IP, MPLS, and PPPoE Stacking Configuration Procedure
Figure 13: Use of VLANs to Multiplex Different Protocols over a Single Physical Link
Figure 14: Example of IP/VLAN/Fast Ethernet Stacking Configuration Procedure
Figure 15: Example of PPPoE/VLAN/Fast Ethernet Stacking Configuration Procedure
Figure 16: Example of MPLS/VLAN/Fast Ethernet Stacking Configuration Procedure
Figure 17: Example of PPPoE over VLAN with IP over VLAN Stacking Configuration Procedure
Figure 18: Example of PPPoE over S-VLAN Stacking Configuration Procedure
Figure 19: S-VLAN Tunnels for Ethernet Layer 2 Services over MPLS
Figure 20: Interface Stack for 802.3ad Link Aggregation
Figure 21: Ethernet Link Redundancy Configuration Models
Figure 22: GE-2 Line Module Using Physical Port Redundancy
Figure 23: Single-Homed GE-2 Line Module Configuration
Figure 24: Single-Homed FE-8 Line Module Configuration (1:N)
Figure 25: FE-8 Line Module with 4 Redundant Ethernet Links (1:1)
Figure 26: Single-Homed GE-4 IOA Configuration (1:4)
Figure 27: GE-8 IOA Configuration Across IOAs (1:N)
Figure 28: Dual-Homed Configuration (1:1)
Figure 29: Dual-Homed Heterogeneous Configuration in an RSTP Network
Figure 30: OAM PDU Format
Figure 31: OAM Sublayer Interfaces
Figure 32: OAM Sublayer Entities
Figure 33: Interrelationship Between 802.3ah OAM and 802.3ad LAG
Figure 34: Authentication with EAP
Figure 35: MLPPP Aggregation of T1 Lines into a Single Bundle
Figure 36: Structure of MLPPP
Figure 37: PPPoE over ATM
Figure 38: Example of PPPoE over ATM Stacking
Figure 39: Single DSLAM Connected to a PPPoE Access Concentrator
Figure 40: Multiple DSLAMs Connected to a PPPoE Access Concentrator
Figure 41: Example of Configuring IPv4 and IPv6 over PPPoE
Figure 42: Example of PPPoE Stacking
Figure 43: Bridged Ethernet Topology, Router Terminating and Routing Traffic
Figure 44: Interface Stacking for VLANs over Bridged Ethernet
Figure 45: Bridge Group with Fast Ethernet and Gigabit Ethernet Bridge Interfaces
Figure 46: Configuring an ATM 1483 Interface to Support Dynamic Interfaces
Figure 47: Single DSLAM Connected to a PPPoE Access Concentrator
Figure 48: Dynamic PPP Interface Columns
Figure 49: Dynamic PPPoE Interface Columns
Figure 50: Dynamic PPP Interface Columns
Figure 51: Dynamic PPPoE over Static PPPoE with ATM Interface Columns
Figure 52: Dynamic PPPoE over Static PPPoE with Non-VLAN Interface Columns
Figure 53: Dynamic PPPoE over Static PPPoE with VLAN Interface Columns
Figure 54: IPv4 and IPv6 Interface Columns over Static and Dynamic PPPoE
Figure 55: Dynamic PPPoE over Static PPPoE with S-VLAN Interface Columns
Figure 56: Dynamic IPoA over Static ATM 1483 Interface Columns
Figure 57: Dynamic Bridged Ethernet over Static ATM 1483 Interface Columns
Figure 58: Creating and Configuring a Profile
Figure 59: Assigning a Profile to a Static Interface
Figure 60: Dynamic Interface Columns over Dynamic ATM 1483 Subinterfaces
Figure 61: Dynamic Interface Columns over Dynamic VLAN Subinterfaces
Figure 62: Dynamic IP and PPPoE over Single Dynamic VLAN Subinterface
Figure 63: Dynamic VLAN Subinterfaces for Subscribers