jncis enterprise routing and switching certification boot...

JIR-JEX www.cee.globalknowledge.net [email protected] Head Office +44 (0) 118 912 1819

JNCIS Enterprise Routing and Switching Certification Boot Camp (JIR, JEX)

Duration: 4 Days Course Code: JIR-JEX

Overview:

Gain the foundation required to work with the Junos operating system (OS) and to configure and route a Junos device-based network in thistwo-day course. After a brief overview of the Junos device families, you'll learn about the key architectural components of the software. Through demonstrationsand hands-on labs, you will gain experience in configuring and monitoring the Junos OS and monitoring basic device operations. You will diveinto routing and configuration, beginning with an overview of general routing concepts and covering routing policy and firewall filters and Classof Service (CoS). You'll also get hands-on experience configuring and monitoring the Junos OS and monitoring basic device operations. You will review switching concepts and operations, virtual LANs (VLANs), the Spanning Tree Protocol (STP), port and device security features,and high availability (HA) features. In the last half, you will cover protocol-independent routing features, load balancing and filter-basedforwarding, Open Shortest Path First (OSPF), Border Gateway Protocol (BGP), and IP tunneling.

Target Audience:

Individuals responsible for configuring and monitoring devices running the Junos OS

Objectives:

After you complete this course you will be able to: Describe terms and design considerations for switched LANs.

Describe typical uses of static, aggregate, and generated routes. List enterprise platforms that support Layer 2 switching.

Configure and monitor static, aggregate, and generated routes. Configure interfaces for Layer 2 switching operations.

Explain the purpose of Martian routes and add new entries to the Display and interpret the Ethernet switching table.default list.

Explain the concept of a VLAN.Describe typical uses of routing instances.

Describe access and trunk port modes.Configure and share routes between routing instances.

Configure and monitor VLANs.Describe load-balancing concepts and operations.

Describe voice VLAN and native VLAN concepts.Implement and monitor Layer 3 load balancing.

Explain inter-VLAN routing operations.Illustrate benefits of filter-based forwarding.

Configure and monitor inter-VLAN routing.Configure and monitor filter-based forwarding.


Explain when a spanning tree is required.Explain the operations of OSPF.

Describe STP and Rapid Spanning Tree Protocol (RSTP)Describe the role of the designated router. operations.

List and describe OSPF area types. List some advantages of using RSTP over STP.

Configure, monitor, and troubleshoot OSPF. Configure and monitor RSTP.

Describe BGP and its basic operations. Describe the bridge protocol data unit (BPDU), Loop, and Rootprotection features.

Name and describe common BGP attributes.Configure and monitor the BPDU, Loop, and Root protectionfeatures.

List the steps in the BGP route selection algorithm.

List and describe various port security features.

Describe BGP peering options and the default routeadvertisement rules.

Configure and monitor port security features.

Configure and monitor BGP.Describe the storm control feature.

Describe IP tunneling concepts and applications.Configure and monitor storm control.

Explain the basic operations of generic routing encapsulation(GRE) and IP over IP (IP-IP) tunnels. Describe firewall filter support for EX Series Ethernet Switches.

Configure and monitor GRE and IP-IP tunnels. Implement and monitor the effects of a firewall filter.

Describe various high availability features supported by the List and describe some features that promote high availability.Junos OS.

Configure and monitor high availability features.Configure and monitor some of the highlighted high availabilityfeatures.

Describe the basic concepts and operational details of a virtualchassis.

List the benefits of implementing switched LANs.

Implement a virtual chassis with multiple EX4200 switches.Describe transparent bridging concepts and operations.

Prerequisites: Testing and Certification


Students should have basic networking knowledge and an This course is part of the following programs or tracks:understanding of the Open Systems Interconnection (OSI)reference model and the TCP/IP protocol suite. Internet Specialist - Enterprise Routing and Switching (JNCIS-ENT)

Follow-on-Courses:

The following courses are recommended for further study:

JNCIS Security Certification Boot Camp (JSEC, JUTM)Junos Enterprise Routing Skills Camp (JIR, AJER)Junos Enterprise Switching Skills Camp (JEX, AJEX)Junos Security Skills Camp (JSEC, AJSEC)


Content:

Protocol-Independent Routing IP Tunneling Spanning Tree line line line

Static Routes Overview of IP Tunneling Spanning Tree Protocol

line line lineAggregated Routes Aggregated Routes Aggregated RoutesGenerated Routes Generated Routes Generated RoutesMartian Addresses Martian Addresses Martian AddressesRouting Instances Routing Instances Routing InstancesLab: Protocol-Independent Routing Lab: Protocol-Independent Routing Lab: Protocol-Independent Routing Configuring and Monitoring Load Balancing Configuring and Monitoring Load Configuring and Monitoring LoadOverview of Filter-Based Forwarding Balancing BalancingConfiguring and Monitoring Filter-Based Overview of Filter-Based Forwarding Overview of Filter-Based ForwardingForwarding Configuring and Monitoring Filter-Based Configuring and Monitoring Filter-BasedLab: Load Balancing and Filter-Based Forwarding ForwardingForwarding Lab: Load Balancing and Filter-Based Lab: Load Balancing and Filter-BasedAdjacency Formation and the Designated Forwarding Forwarding Router Election Adjacency Formation and the Designated Adjacency Formation and the DesignatedOSPF Scalability Router Election Router ElectionConfiguring and Monitoring OSPF OSPF Scalability OSPF ScalabilityBasic OSPF Troubleshooting Configuring and Monitoring OSPF Configuring and Monitoring OSPFLab: Open Shortest Path First Basic OSPF Troubleshooting Basic OSPF TroubleshootingBGP Attributes Lab: Open Shortest Path First Lab: Open Shortest Path First IBGP Versus EBGP BGP Attributes BGP AttributesConfiguring and Monitoring BGP IBGP Versus EBGP IBGP Versus EBGPLab: Border Gateway Protocol Configuring and Monitoring BGP Configuring and Monitoring BGPGRE and IP-IP Tunnels Lab: Border Gateway Protocol Lab: Border Gateway Protocol Implementing GRE and IP-IP Tunnels GRE and IP-IP Tunnels GRE and IP-IP TunnelsLab: IP Tunneling Implementing GRE and IP-IP Tunnels Implementing GRE and IP-IP TunnelsGR Lab: IP Tunneling Lab: IP Tunneling Graceful RE Switchover GR GRNonstop Active Routing Graceful RE Switchover Graceful RE SwitchoverBFD Nonstop Active Routing Nonstop Active RoutingVRRP BFD BFDLab: High Availability VRRP VRRPTerminology and Design Considerations Lab: High Availability Lab: High Availability Overview of Enterprise Switching Platforms Terminology and Design Considerations Terminology and Design ConsiderationsEnabling and Monitoring Layer 2 Switching Overview of Enterprise Switching Overview of Enterprise SwitchingOperations Platforms PlatformsLab: Implementing Layer 2 Switching Enabling and Monitoring Layer 2 Enabling and Monitoring Layer 2 SwitchingConfiguring and Monitoring VLANs Switching Operations OperationsVoice VLAN Lab: Implementing Layer 2 Switching Lab: Implementing Layer 2 Switching Native VLAN Configuring and Monitoring VLANs Configuring and Monitoring VLANsRouted VLAN Interfaces Voice VLAN Voice VLANLab: Implementing Virtual Networks Native VLAN Native VLANRapid Spanning Tree Protocol Routed VLAN Interfaces Routed VLAN InterfacesConfiguring and Monitoring STP and RSTP Lab: Implementing Virtual Networks Lab: Implementing Virtual Networks Protection Features: BPDU Protection Rapid Spanning Tree Protocol Rapid Spanning Tree ProtocolProtection Features: Loop Protection Configuring and Monitoring STP and Configuring and Monitoring STP and RSTPProtection Features: Root Protection RSTP Protection Features: BPDU ProtectionLab: Implementing Spanning Tree Protection Features: BPDU Protection Protection Features: Loop ProtectionDHCP Snooping Protection Features: Loop Protection Protection Features: Root ProtectionDynamic ARP Inspection (DAI) Protection Features: Root Protection Lab: Implementing Spanning Tree IP Source Guard Lab: Implementing Spanning Tree DHCP SnoopingLab: Implementing Port Security DHCP Snooping Dynamic ARP Inspection (DAI)Firewall Filters Dynamic ARP Inspection (DAI) IP Source GuardLab: Implementing Storm Control and IP Source Guard Lab: Implementing Port Security Firewall Filters Lab: Implementing Port Security Firewall FiltersLink Aggregation Groups Firewall Filters Lab: Implementing Storm Control andRedundant Trunk Groups Lab: Implementing Storm Control and Firewall Filters Lab: Configuring LAGs and RTG Firewall Filters Link Aggregation GroupsOverview of Virtual Chassis Link Aggregation Groups Redundant Trunk GroupsConfiguring and Monitoring a Virtual Chassis Redundant Trunk Groups Lab: Configuring LAGs and RTG


Lab: Implementing a Virtual Chassis System Lab: Configuring LAGs and RTG Overview of Virtual ChassisOverview of Virtual Chassis Configuring and Monitoring a VirtualConfiguring and Monitoring a Virtual Chassis

line Chassis Lab: Implementing a Virtual ChassisAggregated Routes Lab: Implementing a Virtual Chassis System Generated Routes System Martian AddressesRouting Instances lineLab: Protocol-Independent Routing line Aggregated RoutesConfiguring and Monitoring Load Balancing Aggregated Routes Generated RoutesOverview of Filter-Based Forwarding Generated Routes Martian AddressesConfiguring and Monitoring Filter-Based Martian Addresses Routing InstancesForwarding Routing Instances Lab: Protocol-Independent Routing Lab: Load Balancing and Filter-Based Lab: Protocol-Independent Routing Configuring and Monitoring LoadForwarding Configuring and Monitoring Load BalancingAdjacency Formation and the Designated Balancing Overview of Filter-Based ForwardingRouter Election Overview of Filter-Based Forwarding Configuring and Monitoring Filter-BasedOSPF Scalability Configuring and Monitoring Filter-Based ForwardingConfiguring and Monitoring OSPF Forwarding Lab: Load Balancing and Filter-BasedBasic OSPF Troubleshooting Lab: Load Balancing and Filter-Based Forwarding Lab: Open Shortest Path First Forwarding Adjacency Formation and the DesignatedBGP Attributes Adjacency Formation and the Designated Router ElectionIBGP Versus EBGP Router Election OSPF ScalabilityConfiguring and Monitoring BGP OSPF Scalability Configuring and Monitoring OSPFLab: Border Gateway Protocol Configuring and Monitoring OSPF Basic OSPF TroubleshootingGRE and IP-IP Tunnels Basic OSPF Troubleshooting Lab: Open Shortest Path First Implementing GRE and IP-IP Tunnels Lab: Open Shortest Path First BGP AttributesLab: IP Tunneling BGP Attributes IBGP Versus EBGPGR IBGP Versus EBGP Configuring and Monitoring BGPGraceful RE Switchover Configuring and Monitoring BGP Lab: Border Gateway Protocol Nonstop Active Routing Lab: Border Gateway Protocol GRE and IP-IP TunnelsBFD GRE and IP-IP Tunnels Implementing GRE and IP-IP TunnelsVRRP Implementing GRE and IP-IP Tunnels Lab: IP Tunneling Lab: High Availability Lab: IP Tunneling GRTerminology and Design Considerations GR Graceful RE SwitchoverOverview of Enterprise Switching Platforms Graceful RE Switchover Nonstop Active RoutingEnabling and Monitoring Layer 2 Switching Nonstop Active Routing BFDOperations BFD VRRPLab: Implementing Layer 2 Switching VRRP Lab: High Availability Configuring and Monitoring VLANs Lab: High Availability Terminology and Design ConsiderationsVoice VLAN Terminology and Design Considerations Overview of Enterprise SwitchingNative VLAN Overview of Enterprise Switching PlatformsRouted VLAN Interfaces Platforms Enabling and Monitoring Layer 2 SwitchingLab: Implementing Virtual Networks Enabling and Monitoring Layer 2 OperationsRapid Spanning Tree Protocol Switching Operations Lab: Implementing Layer 2 Switching Configuring and Monitoring STP and RSTP Lab: Implementing Layer 2 Switching Configuring and Monitoring VLANsProtection Features: BPDU Protection Configuring and Monitoring VLANs Voice VLANProtection Features: Loop Protection Voice VLAN Native VLANProtection Features: Root Protection Native VLAN Routed VLAN InterfacesLab: Implementing Spanning Tree Routed VLAN Interfaces Lab: Implementing Virtual Networks DHCP Snooping Lab: Implementing Virtual Networks Rapid Spanning Tree ProtocolDynamic ARP Inspection (DAI) Rapid Spanning Tree Protocol Configuring and Monitoring STP and RSTPIP Source Guard Configuring and Monitoring STP and Protection Features: BPDU ProtectionLab: Implementing Port Security RSTP Protection Features: Loop ProtectionFirewall Filters Protection Features: BPDU Protection Protection Features: Root ProtectionLab: Implementing Storm Control and Protection Features: Loop Protection Lab: Implementing Spanning Tree Firewall Filters Protection Features: Root Protection DHCP SnoopingLink Aggregation Groups Lab: Implementing Spanning Tree Dynamic ARP Inspection (DAI)Redundant Trunk Groups DHCP Snooping IP Source GuardLab: Configuring LAGs and RTG Dynamic ARP Inspection (DAI) Lab: Implementing Port Security Overview of Virtual Chassis IP Source Guard Firewall FiltersConfiguring and Monitoring a Virtual Chassis Lab: Implementing Port Security Lab: Implementing Storm Control andLab: Implementing a Virtual Chassis System Firewall Filters Firewall Filters

Lab: Implementing Storm Control and Link Aggregation GroupsFirewall Filters Redundant Trunk Groups

line Link Aggregation Groups Lab: Configuring LAGs and RTG


Aggregated Routes Redundant Trunk Groups Overview of Virtual ChassisGenerated Routes Lab: Configuring LAGs and RTG Configuring and Monitoring a VirtualMartian Addresses Overview of Virtual Chassis ChassisRouting Instances Configuring and Monitoring a Virtual Lab: Implementing a Virtual ChassisLab: Protocol-Independent Routing Chassis System Configuring and Monitoring Load Balancing Lab: Implementing a Virtual ChassisOverview of Filter-Based Forwarding System Configuring and Monitoring Filter-Based lineForwarding Aggregated RoutesLab: Load Balancing and Filter-Based line Generated RoutesForwarding Aggregated Routes Martian AddressesAdjacency Formation and the Designated Generated Routes Routing InstancesRouter Election Martian Addresses Lab: Protocol-Independent Routing OSPF Scalability Routing Instances Configuring and Monitoring LoadConfiguring and Monitoring OSPF Lab: Protocol-Independent Routing BalancingBasic OSPF Troubleshooting Configuring and Monitoring Load Overview of Filter-Based ForwardingLab: Open Shortest Path First Balancing Configuring and Monitoring Filter-BasedBGP Attributes Overview of Filter-Based Forwarding ForwardingIBGP Versus EBGP Configuring and Monitoring Filter-Based Lab: Load Balancing and Filter-BasedConfiguring and Monitoring BGP Forwarding Forwarding Lab: Border Gateway Protocol Lab: Load Balancing and Filter-Based Adjacency Formation and the DesignatedGRE and IP-IP Tunnels Forwarding Router ElectionImplementing GRE and IP-IP Tunnels Adjacency Formation and the Designated OSPF ScalabilityLab: IP Tunneling Router Election Configuring and Monitoring OSPFGR OSPF Scalability Basic OSPF TroubleshootingGraceful RE Switchover Configuring and Monitoring OSPF Lab: Open Shortest Path First Nonstop Active Routing Basic OSPF Troubleshooting BGP AttributesBFD Lab: Open Shortest Path First IBGP Versus EBGPVRRP BGP Attributes Configuring and Monitoring BGPLab: High Availability IBGP Versus EBGP Lab: Border Gateway Protocol Terminology and Design Considerations Configuring and Monitoring BGP GRE and IP-IP TunnelsOverview of Enterprise Switching Platforms Lab: Border Gateway Protocol Implementing GRE and IP-IP TunnelsEnabling and Monitoring Layer 2 Switching GRE and IP-IP Tunnels Lab: IP Tunneling Operations Implementing GRE and IP-IP Tunnels GRLab: Implementing Layer 2 Switching Lab: IP Tunneling Graceful RE SwitchoverConfiguring and Monitoring VLANs GR Nonstop Active RoutingVoice VLAN Graceful RE Switchover BFDNative VLAN Nonstop Active Routing VRRPRouted VLAN Interfaces BFD Lab: High Availability Lab: Implementing Virtual Networks VRRP Terminology and Design ConsiderationsRapid Spanning Tree Protocol Lab: High Availability Overview of Enterprise SwitchingConfiguring and Monitoring STP and RSTP Terminology and Design Considerations PlatformsProtection Features: BPDU Protection Overview of Enterprise Switching Enabling and Monitoring Layer 2 SwitchingProtection Features: Loop Protection Platforms OperationsProtection Features: Root Protection Enabling and Monitoring Layer 2 Lab: Implementing Layer 2 Switching Lab: Implementing Spanning Tree Switching Operations Configuring and Monitoring VLANsDHCP Snooping Lab: Implementing Layer 2 Switching Voice VLANDynamic ARP Inspection (DAI) Configuring and Monitoring VLANs Native VLANIP Source Guard Voice VLAN Routed VLAN InterfacesLab: Implementing Port Security Native VLAN Lab: Implementing Virtual Networks Firewall Filters Routed VLAN Interfaces Rapid Spanning Tree ProtocolLab: Implementing Storm Control and Lab: Implementing Virtual Networks Configuring and Monitoring STP and RSTPFirewall Filters Rapid Spanning Tree Protocol Protection Features: BPDU ProtectionLink Aggregation Groups Configuring and Monitoring STP and Protection Features: Loop ProtectionRedundant Trunk Groups RSTP Protection Features: Root ProtectionLab: Configuring LAGs and RTG Protection Features: BPDU Protection Lab: Implementing Spanning Tree Overview of Virtual Chassis Protection Features: Loop Protection DHCP SnoopingConfiguring and Monitoring a Virtual Chassis Protection Features: Root Protection Dynamic ARP Inspection (DAI)Lab: Implementing a Virtual Chassis System Lab: Implementing Spanning Tree IP Source Guard

DHCP Snooping Lab: Implementing Port Security Dynamic ARP Inspection (DAI) Firewall Filters

line IP Source Guard Lab: Implementing Storm Control andAggregated Routes Lab: Implementing Port Security Firewall Filters Generated Routes Firewall Filters Link Aggregation GroupsMartian Addresses Lab: Implementing Storm Control and Redundant Trunk GroupsRouting Instances Firewall Filters Lab: Configuring LAGs and RTG


Lab: Protocol-Independent Routing Link Aggregation Groups Overview of Virtual ChassisConfiguring and Monitoring Load Balancing Redundant Trunk Groups Configuring and Monitoring a VirtualOverview of Filter-Based Forwarding Lab: Configuring LAGs and RTG ChassisConfiguring and Monitoring Filter-Based Overview of Virtual Chassis Lab: Implementing a Virtual ChassisForwarding Configuring and Monitoring a Virtual System Lab: Load Balancing and Filter-Based ChassisForwarding Lab: Implementing a Virtual ChassisAdjacency Formation and the Designated System lineRouter Election Aggregated RoutesOSPF Scalability High Availability Generated RoutesConfiguring and Monitoring OSPF line Martian AddressesBasic OSPF Troubleshooting Overview of High Availability Networks Routing InstancesLab: Open Shortest Path First Lab: Protocol-Independent Routing BGP Attributes Configuring and Monitoring LoadIBGP Versus EBGP line BalancingConfiguring and Monitoring BGP Aggregated Routes Overview of Filter-Based ForwardingLab: Border Gateway Protocol Generated Routes Configuring and Monitoring Filter-BasedGRE and IP-IP Tunnels Martian Addresses ForwardingImplementing GRE and IP-IP Tunnels Routing Instances Lab: Load Balancing and Filter-BasedLab: IP Tunneling Lab: Protocol-Independent Routing Forwarding GR Configuring and Monitoring Load Adjacency Formation and the DesignatedGraceful RE Switchover Balancing Router ElectionNonstop Active Routing Overview of Filter-Based Forwarding OSPF ScalabilityBFD Configuring and Monitoring Filter-Based Configuring and Monitoring OSPFVRRP Forwarding Basic OSPF TroubleshootingLab: High Availability Lab: Load Balancing and Filter-Based Lab: Open Shortest Path First Terminology and Design Considerations Forwarding BGP AttributesOverview of Enterprise Switching Platforms Adjacency Formation and the Designated IBGP Versus EBGPEnabling and Monitoring Layer 2 Switching Router Election Configuring and Monitoring BGPOperations OSPF Scalability Lab: Border Gateway Protocol Lab: Implementing Layer 2 Switching Configuring and Monitoring OSPF GRE and IP-IP TunnelsConfiguring and Monitoring VLANs Basic OSPF Troubleshooting Implementing GRE and IP-IP TunnelsVoice VLAN Lab: Open Shortest Path First Lab: IP Tunneling Native VLAN BGP Attributes GRRouted VLAN Interfaces IBGP Versus EBGP Graceful RE SwitchoverLab: Implementing Virtual Networks Configuring and Monitoring BGP Nonstop Active RoutingRapid Spanning Tree Protocol Lab: Border Gateway Protocol BFDConfiguring and Monitoring STP and RSTP GRE and IP-IP Tunnels VRRPProtection Features: BPDU Protection Implementing GRE and IP-IP Tunnels Lab: High Availability Protection Features: Loop Protection Lab: IP Tunneling Terminology and Design ConsiderationsProtection Features: Root Protection GR Overview of Enterprise SwitchingLab: Implementing Spanning Tree Graceful RE Switchover PlatformsDHCP Snooping Nonstop Active Routing Enabling and Monitoring Layer 2 SwitchingDynamic ARP Inspection (DAI) BFD OperationsIP Source Guard VRRP Lab: Implementing Layer 2 Switching Lab: Implementing Port Security Lab: High Availability Configuring and Monitoring VLANsFirewall Filters Terminology and Design Considerations Voice VLANLab: Implementing Storm Control and Overview of Enterprise Switching Native VLANFirewall Filters Platforms Routed VLAN InterfacesLink Aggregation Groups Enabling and Monitoring Layer 2 Lab: Implementing Virtual Networks Redundant Trunk Groups Switching Operations Rapid Spanning Tree ProtocolLab: Configuring LAGs and RTG Lab: Implementing Layer 2 Switching Configuring and Monitoring STP and RSTPOverview of Virtual Chassis Configuring and Monitoring VLANs Protection Features: BPDU ProtectionConfiguring and Monitoring a Virtual Chassis Voice VLAN Protection Features: Loop ProtectionLab: Implementing a Virtual Chassis System Native VLAN Protection Features: Root Protection

Routed VLAN Interfaces Lab: Implementing Spanning Tree Lab: Implementing Virtual Networks DHCP Snooping

line Rapid Spanning Tree Protocol Dynamic ARP Inspection (DAI)Aggregated Routes Configuring and Monitoring STP and IP Source GuardGenerated Routes RSTP Lab: Implementing Port Security Martian Addresses Protection Features: BPDU Protection Firewall FiltersRouting Instances Protection Features: Loop Protection Lab: Implementing Storm Control andLab: Protocol-Independent Routing Protection Features: Root Protection Firewall Filters Configuring and Monitoring Load Balancing Lab: Implementing Spanning Tree Link Aggregation GroupsOverview of Filter-Based Forwarding DHCP Snooping Redundant Trunk GroupsConfiguring and Monitoring Filter-Based Dynamic ARP Inspection (DAI) Lab: Configuring LAGs and RTG


Forwarding IP Source Guard Overview of Virtual ChassisLab: Load Balancing and Filter-Based Lab: Implementing Port Security Configuring and Monitoring a VirtualForwarding Firewall Filters ChassisAdjacency Formation and the Designated Lab: Implementing Storm Control and Lab: Implementing a Virtual ChassisRouter Election Firewall Filters System OSPF Scalability Link Aggregation GroupsConfiguring and Monitoring OSPF Redundant Trunk GroupsBasic OSPF Troubleshooting Lab: Configuring LAGs and RTG lineLab: Open Shortest Path First Overview of Virtual Chassis Aggregated RoutesBGP Attributes Configuring and Monitoring a Virtual Generated RoutesIBGP Versus EBGP Chassis Martian AddressesConfiguring and Monitoring BGP Lab: Implementing a Virtual Chassis Routing InstancesLab: Border Gateway Protocol System Lab: Protocol-Independent Routing GRE and IP-IP Tunnels Configuring and Monitoring LoadImplementing GRE and IP-IP Tunnels BalancingLab: IP Tunneling line Overview of Filter-Based ForwardingGR Aggregated Routes Configuring and Monitoring Filter-BasedGraceful RE Switchover Generated Routes ForwardingNonstop Active Routing Martian Addresses Lab: Load Balancing and Filter-BasedBFD Routing Instances Forwarding VRRP Lab: Protocol-Independent Routing Adjacency Formation and the DesignatedLab: High Availability Configuring and Monitoring Load Router ElectionTerminology and Design Considerations Balancing OSPF ScalabilityOverview of Enterprise Switching Platforms Overview of Filter-Based Forwarding Configuring and Monitoring OSPFEnabling and Monitoring Layer 2 Switching Configuring and Monitoring Filter-Based Basic OSPF TroubleshootingOperations Forwarding Lab: Open Shortest Path First Lab: Implementing Layer 2 Switching Lab: Load Balancing and Filter-Based BGP AttributesConfiguring and Monitoring VLANs Forwarding IBGP Versus EBGPVoice VLAN Adjacency Formation and the Designated Configuring and Monitoring BGPNative VLAN Router Election Lab: Border Gateway Protocol Routed VLAN Interfaces OSPF Scalability GRE and IP-IP TunnelsLab: Implementing Virtual Networks Configuring and Monitoring OSPF Implementing GRE and IP-IP TunnelsRapid Spanning Tree Protocol Basic OSPF Troubleshooting Lab: IP Tunneling Configuring and Monitoring STP and RSTP Lab: Open Shortest Path First GRProtection Features: BPDU Protection BGP Attributes Graceful RE SwitchoverProtection Features: Loop Protection IBGP Versus EBGP Nonstop Active RoutingProtection Features: Root Protection Configuring and Monitoring BGP BFDLab: Implementing Spanning Tree Lab: Border Gateway Protocol VRRPDHCP Snooping GRE and IP-IP Tunnels Lab: High Availability Dynamic ARP Inspection (DAI) Implementing GRE and IP-IP Tunnels Terminology and Design ConsiderationsIP Source Guard Lab: IP Tunneling Overview of Enterprise SwitchingLab: Implementing Port Security GR PlatformsFirewall Filters Graceful RE Switchover Enabling and Monitoring Layer 2 SwitchingLab: Implementing Storm Control and Nonstop Active Routing OperationsFirewall Filters BFD Lab: Implementing Layer 2 Switching Link Aggregation Groups VRRP Configuring and Monitoring VLANsRedundant Trunk Groups Lab: High Availability Voice VLANLab: Configuring LAGs and RTG Terminology and Design Considerations Native VLANOverview of Virtual Chassis Overview of Enterprise Switching Routed VLAN InterfacesConfiguring and Monitoring a Virtual Chassis Platforms Lab: Implementing Virtual Networks Lab: Implementing a Virtual Chassis System Enabling and Monitoring Layer 2 Rapid Spanning Tree Protocol

Switching Operations Configuring and Monitoring STP and RSTPLoad Balancing and Filter-Based Forwarding Lab: Implementing Layer 2 Switching Protection Features: BPDU Protectionline Configuring and Monitoring VLANs Protection Features: Loop Protection

Overview of Load Balancing Voice VLAN Protection Features: Root ProtectionNative VLAN Lab: Implementing Spanning Tree Routed VLAN Interfaces DHCP Snooping

line Lab: Implementing Virtual Networks Dynamic ARP Inspection (DAI)Aggregated Routes Rapid Spanning Tree Protocol IP Source GuardGenerated Routes Configuring and Monitoring STP and Lab: Implementing Port Security Martian Addresses RSTP Firewall FiltersRouting Instances Protection Features: BPDU Protection Lab: Implementing Storm Control andLab: Protocol-Independent Routing Protection Features: Loop Protection Firewall Filters Configuring and Monitoring Load Balancing Protection Features: Root Protection Link Aggregation GroupsOverview of Filter-Based Forwarding Lab: Implementing Spanning Tree Redundant Trunk GroupsConfiguring and Monitoring Filter-Based DHCP Snooping Lab: Configuring LAGs and RTG


Forwarding Dynamic ARP Inspection (DAI) Overview of Virtual ChassisLab: Load Balancing and Filter-Based IP Source Guard Configuring and Monitoring a VirtualForwarding Lab: Implementing Port Security ChassisAdjacency Formation and the Designated Firewall Filters Lab: Implementing a Virtual ChassisRouter Election Lab: Implementing Storm Control and System OSPF Scalability Firewall Filters Configuring and Monitoring OSPF Link Aggregation GroupsBasic OSPF Troubleshooting Redundant Trunk Groups lineLab: Open Shortest Path First Lab: Configuring LAGs and RTG Aggregated RoutesBGP Attributes Overview of Virtual Chassis Generated RoutesIBGP Versus EBGP Configuring and Monitoring a Virtual Martian AddressesConfiguring and Monitoring BGP Chassis Routing InstancesLab: Border Gateway Protocol Lab: Implementing a Virtual Chassis Lab: Protocol-Independent Routing GRE and IP-IP Tunnels System Configuring and Monitoring LoadImplementing GRE and IP-IP Tunnels BalancingLab: IP Tunneling Overview of Filter-Based ForwardingGR line Configuring and Monitoring Filter-BasedGraceful RE Switchover Aggregated Routes ForwardingNonstop Active Routing Generated Routes Lab: Load Balancing and Filter-BasedBFD Martian Addresses Forwarding VRRP Routing Instances Adjacency Formation and the DesignatedLab: High Availability Lab: Protocol-Independent Routing Router ElectionTerminology and Design Considerations Configuring and Monitoring Load OSPF ScalabilityOverview of Enterprise Switching Platforms Balancing Configuring and Monitoring OSPFEnabling and Monitoring Layer 2 Switching Overview of Filter-Based Forwarding Basic OSPF TroubleshootingOperations Configuring and Monitoring Filter-Based Lab: Open Shortest Path First Lab: Implementing Layer 2 Switching Forwarding BGP AttributesConfiguring and Monitoring VLANs Lab: Load Balancing and Filter-Based IBGP Versus EBGPVoice VLAN Forwarding Configuring and Monitoring BGPNative VLAN Adjacency Formation and the Designated Lab: Border Gateway Protocol Routed VLAN Interfaces Router Election GRE and IP-IP TunnelsLab: Implementing Virtual Networks OSPF Scalability Implementing GRE and IP-IP TunnelsRapid Spanning Tree Protocol Configuring and Monitoring OSPF Lab: IP Tunneling Configuring and Monitoring STP and RSTP Basic OSPF Troubleshooting GRProtection Features: BPDU Protection Lab: Open Shortest Path First Graceful RE SwitchoverProtection Features: Loop Protection BGP Attributes Nonstop Active RoutingProtection Features: Root Protection IBGP Versus EBGP BFDLab: Implementing Spanning Tree Configuring and Monitoring BGP VRRPDHCP Snooping Lab: Border Gateway Protocol Lab: High Availability Dynamic ARP Inspection (DAI) GRE and IP-IP Tunnels Terminology and Design ConsiderationsIP Source Guard Implementing GRE and IP-IP Tunnels Overview of Enterprise SwitchingLab: Implementing Port Security Lab: IP Tunneling PlatformsFirewall Filters GR Enabling and Monitoring Layer 2 SwitchingLab: Implementing Storm Control and Graceful RE Switchover OperationsFirewall Filters Nonstop Active Routing Lab: Implementing Layer 2 Switching Link Aggregation Groups BFD Configuring and Monitoring VLANsRedundant Trunk Groups VRRP Voice VLANLab: Configuring LAGs and RTG Lab: High Availability Native VLANOverview of Virtual Chassis Terminology and Design Considerations Routed VLAN InterfacesConfiguring and Monitoring a Virtual Chassis Overview of Enterprise Switching Lab: Implementing Virtual Networks Lab: Implementing a Virtual Chassis System Platforms Rapid Spanning Tree Protocol

Enabling and Monitoring Layer 2 Configuring and Monitoring STP and RSTPSwitching Operations Protection Features: BPDU Protection

line Lab: Implementing Layer 2 Switching Protection Features: Loop ProtectionAggregated Routes Configuring and Monitoring VLANs Protection Features: Root ProtectionGenerated Routes Voice VLAN Lab: Implementing Spanning Tree Martian Addresses Native VLAN DHCP SnoopingRouting Instances Routed VLAN Interfaces Dynamic ARP Inspection (DAI)Lab: Protocol-Independent Routing Lab: Implementing Virtual Networks IP Source GuardConfiguring and Monitoring Load Balancing Rapid Spanning Tree Protocol Lab: Implementing Port Security Overview of Filter-Based Forwarding Configuring and Monitoring STP and Firewall FiltersConfiguring and Monitoring Filter-Based RSTP Lab: Implementing Storm Control andForwarding Protection Features: BPDU Protection Firewall Filters Lab: Load Balancing and Filter-Based Protection Features: Loop Protection Link Aggregation GroupsForwarding Protection Features: Root Protection Redundant Trunk GroupsAdjacency Formation and the Designated Lab: Implementing Spanning Tree Lab: Configuring LAGs and RTG


Router Election DHCP Snooping Overview of Virtual ChassisOSPF Scalability Dynamic ARP Inspection (DAI) Configuring and Monitoring a VirtualConfiguring and Monitoring OSPF IP Source Guard ChassisBasic OSPF Troubleshooting Lab: Implementing Port Security Lab: Implementing a Virtual ChassisLab: Open Shortest Path First Firewall Filters System BGP Attributes Lab: Implementing Storm Control andIBGP Versus EBGP Firewall Filters Port Security Configuring and Monitoring BGP Link Aggregation Groups lineLab: Border Gateway Protocol Redundant Trunk Groups MAC LimitingGRE and IP-IP Tunnels Lab: Configuring LAGs and RTGImplementing GRE and IP-IP Tunnels Overview of Virtual ChassisLab: IP Tunneling Configuring and Monitoring a Virtual lineGR Chassis Aggregated RoutesGraceful RE Switchover Lab: Implementing a Virtual Chassis Generated RoutesNonstop Active Routing System Martian AddressesBFD Routing InstancesVRRP Lab: Protocol-Independent Routing Lab: High Availability line Configuring and Monitoring LoadTerminology and Design Considerations Aggregated Routes BalancingOverview of Enterprise Switching Platforms Generated Routes Overview of Filter-Based ForwardingEnabling and Monitoring Layer 2 Switching Martian Addresses Configuring and Monitoring Filter-BasedOperations Routing Instances ForwardingLab: Implementing Layer 2 Switching Lab: Protocol-Independent Routing Lab: Load Balancing and Filter-BasedConfiguring and Monitoring VLANs Configuring and Monitoring Load Forwarding Voice VLAN Balancing Adjacency Formation and the DesignatedNative VLAN Overview of Filter-Based Forwarding Router ElectionRouted VLAN Interfaces Configuring and Monitoring Filter-Based OSPF ScalabilityLab: Implementing Virtual Networks Forwarding Configuring and Monitoring OSPFRapid Spanning Tree Protocol Lab: Load Balancing and Filter-Based Basic OSPF TroubleshootingConfiguring and Monitoring STP and RSTP Forwarding Lab: Open Shortest Path First Protection Features: BPDU Protection Adjacency Formation and the Designated BGP AttributesProtection Features: Loop Protection Router Election IBGP Versus EBGPProtection Features: Root Protection OSPF Scalability Configuring and Monitoring BGPLab: Implementing Spanning Tree Configuring and Monitoring OSPF Lab: Border Gateway Protocol DHCP Snooping Basic OSPF Troubleshooting GRE and IP-IP TunnelsDynamic ARP Inspection (DAI) Lab: Open Shortest Path First Implementing GRE and IP-IP TunnelsIP Source Guard BGP Attributes Lab: IP Tunneling Lab: Implementing Port Security IBGP Versus EBGP GRFirewall Filters Configuring and Monitoring BGP Graceful RE SwitchoverLab: Implementing Storm Control and Lab: Border Gateway Protocol Nonstop Active RoutingFirewall Filters GRE and IP-IP Tunnels BFDLink Aggregation Groups Implementing GRE and IP-IP Tunnels VRRPRedundant Trunk Groups Lab: IP Tunneling Lab: High Availability Lab: Configuring LAGs and RTG GR Terminology and Design ConsiderationsOverview of Virtual Chassis Graceful RE Switchover Overview of Enterprise SwitchingConfiguring and Monitoring a Virtual Chassis Nonstop Active Routing PlatformsLab: Implementing a Virtual Chassis System BFD Enabling and Monitoring Layer 2 Switching

VRRP OperationsLab: High Availability Lab: Implementing Layer 2 Switching

line Terminology and Design Considerations Configuring and Monitoring VLANsAggregated Routes Overview of Enterprise Switching Voice VLANGenerated Routes Platforms Native VLANMartian Addresses Enabling and Monitoring Layer 2 Routed VLAN InterfacesRouting Instances Switching Operations Lab: Implementing Virtual Networks Lab: Protocol-Independent Routing Lab: Implementing Layer 2 Switching Rapid Spanning Tree ProtocolConfiguring and Monitoring Load Balancing Configuring and Monitoring VLANs Configuring and Monitoring STP and RSTPOverview of Filter-Based Forwarding Voice VLAN Protection Features: BPDU ProtectionConfiguring and Monitoring Filter-Based Native VLAN Protection Features: Loop ProtectionForwarding Routed VLAN Interfaces Protection Features: Root ProtectionLab: Load Balancing and Filter-Based Lab: Implementing Virtual Networks Lab: Implementing Spanning Tree Forwarding Rapid Spanning Tree Protocol DHCP SnoopingAdjacency Formation and the Designated Configuring and Monitoring STP and Dynamic ARP Inspection (DAI)Router Election RSTP IP Source GuardOSPF Scalability Protection Features: BPDU Protection Lab: Implementing Port Security Configuring and Monitoring OSPF Protection Features: Loop Protection Firewall FiltersBasic OSPF Troubleshooting Protection Features: Root Protection Lab: Implementing Storm Control and


Lab: Open Shortest Path First Lab: Implementing Spanning Tree Firewall Filters BGP Attributes DHCP Snooping Link Aggregation GroupsIBGP Versus EBGP Dynamic ARP Inspection (DAI) Redundant Trunk GroupsConfiguring and Monitoring BGP IP Source Guard Lab: Configuring LAGs and RTGLab: Border Gateway Protocol Lab: Implementing Port Security Overview of Virtual ChassisGRE and IP-IP Tunnels Firewall Filters Configuring and Monitoring a VirtualImplementing GRE and IP-IP Tunnels Lab: Implementing Storm Control and ChassisLab: IP Tunneling Firewall Filters Lab: Implementing a Virtual ChassisGR Link Aggregation Groups System Graceful RE Switchover Redundant Trunk GroupsNonstop Active Routing Lab: Configuring LAGs and RTGBFD Overview of Virtual Chassis lineVRRP Configuring and Monitoring a Virtual Aggregated RoutesLab: High Availability Chassis Generated RoutesTerminology and Design Considerations Lab: Implementing a Virtual Chassis Martian AddressesOverview of Enterprise Switching Platforms System Routing InstancesEnabling and Monitoring Layer 2 Switching Lab: Protocol-Independent Routing Operations Configuring and Monitoring LoadLab: Implementing Layer 2 Switching line BalancingConfiguring and Monitoring VLANs Aggregated Routes Overview of Filter-Based ForwardingVoice VLAN Generated Routes Configuring and Monitoring Filter-BasedNative VLAN Martian Addresses ForwardingRouted VLAN Interfaces Routing Instances Lab: Load Balancing and Filter-BasedLab: Implementing Virtual Networks Lab: Protocol-Independent Routing Forwarding Rapid Spanning Tree Protocol Configuring and Monitoring Load Adjacency Formation and the DesignatedConfiguring and Monitoring STP and RSTP Balancing Router ElectionProtection Features: BPDU Protection Overview of Filter-Based Forwarding OSPF ScalabilityProtection Features: Loop Protection Configuring and Monitoring Filter-Based Configuring and Monitoring OSPFProtection Features: Root Protection Forwarding Basic OSPF TroubleshootingLab: Implementing Spanning Tree Lab: Load Balancing and Filter-Based Lab: Open Shortest Path First DHCP Snooping Forwarding BGP AttributesDynamic ARP Inspection (DAI) Adjacency Formation and the Designated IBGP Versus EBGPIP Source Guard Router Election Configuring and Monitoring BGPLab: Implementing Port Security OSPF Scalability Lab: Border Gateway Protocol Firewall Filters Configuring and Monitoring OSPF GRE and IP-IP TunnelsLab: Implementing Storm Control and Basic OSPF Troubleshooting Implementing GRE and IP-IP TunnelsFirewall Filters Lab: Open Shortest Path First Lab: IP Tunneling Link Aggregation Groups BGP Attributes GRRedundant Trunk Groups IBGP Versus EBGP Graceful RE SwitchoverLab: Configuring LAGs and RTG Configuring and Monitoring BGP Nonstop Active RoutingOverview of Virtual Chassis Lab: Border Gateway Protocol BFDConfiguring and Monitoring a Virtual Chassis GRE and IP-IP Tunnels VRRPLab: Implementing a Virtual Chassis System Implementing GRE and IP-IP Tunnels Lab: High Availability

Lab: IP Tunneling Terminology and Design ConsiderationsGR Overview of Enterprise Switching

line Graceful RE Switchover PlatformsAggregated Routes Nonstop Active Routing Enabling and Monitoring Layer 2 SwitchingGenerated Routes BFD OperationsMartian Addresses VRRP Lab: Implementing Layer 2 Switching Routing Instances Lab: High Availability Configuring and Monitoring VLANsLab: Protocol-Independent Routing Terminology and Design Considerations Voice VLANConfiguring and Monitoring Load Balancing Overview of Enterprise Switching Native VLANOverview of Filter-Based Forwarding Platforms Routed VLAN InterfacesConfiguring and Monitoring Filter-Based Enabling and Monitoring Layer 2 Lab: Implementing Virtual Networks Forwarding Switching Operations Rapid Spanning Tree ProtocolLab: Load Balancing and Filter-Based Lab: Implementing Layer 2 Switching Configuring and Monitoring STP and RSTPForwarding Configuring and Monitoring VLANs Protection Features: BPDU ProtectionAdjacency Formation and the Designated Voice VLAN Protection Features: Loop ProtectionRouter Election Native VLAN Protection Features: Root ProtectionOSPF Scalability Routed VLAN Interfaces Lab: Implementing Spanning Tree Configuring and Monitoring OSPF Lab: Implementing Virtual Networks DHCP SnoopingBasic OSPF Troubleshooting Rapid Spanning Tree Protocol Dynamic ARP Inspection (DAI)Lab: Open Shortest Path First Configuring and Monitoring STP and IP Source GuardBGP Attributes RSTP Lab: Implementing Port Security IBGP Versus EBGP Protection Features: BPDU Protection Firewall FiltersConfiguring and Monitoring BGP Protection Features: Loop Protection Lab: Implementing Storm Control and


Lab: Border Gateway Protocol Protection Features: Root Protection Firewall Filters GRE and IP-IP Tunnels Lab: Implementing Spanning Tree Link Aggregation GroupsImplementing GRE and IP-IP Tunnels DHCP Snooping Redundant Trunk GroupsLab: IP Tunneling Dynamic ARP Inspection (DAI) Lab: Configuring LAGs and RTGGR IP Source Guard Overview of Virtual ChassisGraceful RE Switchover Lab: Implementing Port Security Configuring and Monitoring a VirtualNonstop Active Routing Firewall Filters ChassisBFD Lab: Implementing Storm Control and Lab: Implementing a Virtual ChassisVRRP Firewall Filters System Lab: High Availability Link Aggregation GroupsTerminology and Design Considerations Redundant Trunk GroupsOverview of Enterprise Switching Platforms Lab: Configuring LAGs and RTG lineEnabling and Monitoring Layer 2 Switching Overview of Virtual Chassis Aggregated RoutesOperations Configuring and Monitoring a Virtual Generated RoutesLab: Implementing Layer 2 Switching Chassis Martian AddressesConfiguring and Monitoring VLANs Lab: Implementing a Virtual Chassis Routing InstancesVoice VLAN System Lab: Protocol-Independent Routing Native VLAN Configuring and Monitoring LoadRouted VLAN Interfaces BalancingLab: Implementing Virtual Networks line Overview of Filter-Based ForwardingRapid Spanning Tree Protocol Aggregated Routes Configuring and Monitoring Filter-BasedConfiguring and Monitoring STP and RSTP Generated Routes ForwardingProtection Features: BPDU Protection Martian Addresses Lab: Load Balancing and Filter-BasedProtection Features: Loop Protection Routing Instances Forwarding Protection Features: Root Protection Lab: Protocol-Independent Routing Adjacency Formation and the DesignatedLab: Implementing Spanning Tree Configuring and Monitoring Load Router ElectionDHCP Snooping Balancing OSPF ScalabilityDynamic ARP Inspection (DAI) Overview of Filter-Based Forwarding Configuring and Monitoring OSPFIP Source Guard Configuring and Monitoring Filter-Based Basic OSPF TroubleshootingLab: Implementing Port Security Forwarding Lab: Open Shortest Path First Firewall Filters Lab: Load Balancing and Filter-Based BGP AttributesLab: Implementing Storm Control and Forwarding IBGP Versus EBGPFirewall Filters Adjacency Formation and the Designated Configuring and Monitoring BGPLink Aggregation Groups Router Election Lab: Border Gateway Protocol Redundant Trunk Groups OSPF Scalability GRE and IP-IP TunnelsLab: Configuring LAGs and RTG Configuring and Monitoring OSPF Implementing GRE and IP-IP TunnelsOverview of Virtual Chassis Basic OSPF Troubleshooting Lab: IP Tunneling Configuring and Monitoring a Virtual Chassis Lab: Open Shortest Path First GRLab: Implementing a Virtual Chassis System BGP Attributes Graceful RE Switchover

IBGP Versus EBGP Nonstop Active RoutingOpen Shortest Path First Configuring and Monitoring BGP BFDline Lab: Border Gateway Protocol VRRP

Overview of OSPF GRE and IP-IP Tunnels Lab: High Availability Implementing GRE and IP-IP Tunnels Terminology and Design ConsiderationsLab: IP Tunneling Overview of Enterprise Switching

line GR PlatformsAggregated Routes Graceful RE Switchover Enabling and Monitoring Layer 2 SwitchingGenerated Routes Nonstop Active Routing OperationsMartian Addresses BFD Lab: Implementing Layer 2 Switching Routing Instances VRRP Configuring and Monitoring VLANsLab: Protocol-Independent Routing Lab: High Availability Voice VLANConfiguring and Monitoring Load Balancing Terminology and Design Considerations Native VLANOverview of Filter-Based Forwarding Overview of Enterprise Switching Routed VLAN InterfacesConfiguring and Monitoring Filter-Based Platforms Lab: Implementing Virtual Networks Forwarding Enabling and Monitoring Layer 2 Rapid Spanning Tree ProtocolLab: Load Balancing and Filter-Based Switching Operations Configuring and Monitoring STP and RSTPForwarding Lab: Implementing Layer 2 Switching Protection Features: BPDU ProtectionAdjacency Formation and the Designated Configuring and Monitoring VLANs Protection Features: Loop ProtectionRouter Election Voice VLAN Protection Features: Root ProtectionOSPF Scalability Native VLAN Lab: Implementing Spanning Tree Configuring and Monitoring OSPF Routed VLAN Interfaces DHCP SnoopingBasic OSPF Troubleshooting Lab: Implementing Virtual Networks Dynamic ARP Inspection (DAI)Lab: Open Shortest Path First Rapid Spanning Tree Protocol IP Source GuardBGP Attributes Configuring and Monitoring STP and Lab: Implementing Port Security IBGP Versus EBGP RSTP Firewall FiltersConfiguring and Monitoring BGP Protection Features: BPDU Protection Lab: Implementing Storm Control and


Lab: Border Gateway Protocol Protection Features: Loop Protection Firewall Filters GRE and IP-IP Tunnels Protection Features: Root Protection Link Aggregation GroupsImplementing GRE and IP-IP Tunnels Lab: Implementing Spanning Tree Redundant Trunk GroupsLab: IP Tunneling DHCP Snooping Lab: Configuring LAGs and RTGGR Dynamic ARP Inspection (DAI) Overview of Virtual ChassisGraceful RE Switchover IP Source Guard Configuring and Monitoring a VirtualNonstop Active Routing Lab: Implementing Port Security ChassisBFD Firewall Filters Lab: Implementing a Virtual ChassisVRRP Lab: Implementing Storm Control and System Lab: High Availability Firewall Filters Terminology and Design Considerations Link Aggregation GroupsOverview of Enterprise Switching Platforms Redundant Trunk Groups lineEnabling and Monitoring Layer 2 Switching Lab: Configuring LAGs and RTG Aggregated RoutesOperations Overview of Virtual Chassis Generated RoutesLab: Implementing Layer 2 Switching Configuring and Monitoring a Virtual Martian AddressesConfiguring and Monitoring VLANs Chassis Routing InstancesVoice VLAN Lab: Implementing a Virtual Chassis Lab: Protocol-Independent Routing Native VLAN System Configuring and Monitoring LoadRouted VLAN Interfaces BalancingLab: Implementing Virtual Networks Layer 2 Switching Overview of Filter-Based ForwardingRapid Spanning Tree Protocol line Configuring and Monitoring Filter-BasedConfiguring and Monitoring STP and RSTP Ethernet Bridging Basics ForwardingProtection Features: BPDU Protection Lab: Load Balancing and Filter-BasedProtection Features: Loop Protection Forwarding Protection Features: Root Protection line Adjacency Formation and the DesignatedLab: Implementing Spanning Tree Aggregated Routes Router ElectionDHCP Snooping Generated Routes OSPF ScalabilityDynamic ARP Inspection (DAI) Martian Addresses Configuring and Monitoring OSPFIP Source Guard Routing Instances Basic OSPF TroubleshootingLab: Implementing Port Security Lab: Protocol-Independent Routing Lab: Open Shortest Path First Firewall Filters Configuring and Monitoring Load BGP AttributesLab: Implementing Storm Control and Balancing IBGP Versus EBGPFirewall Filters Overview of Filter-Based Forwarding Configuring and Monitoring BGPLink Aggregation Groups Configuring and Monitoring Filter-Based Lab: Border Gateway Protocol Redundant Trunk Groups Forwarding GRE and IP-IP TunnelsLab: Configuring LAGs and RTG Lab: Load Balancing and Filter-Based Implementing GRE and IP-IP TunnelsOverview of Virtual Chassis Forwarding Lab: IP Tunneling Configuring and Monitoring a Virtual Chassis Adjacency Formation and the Designated GRLab: Implementing a Virtual Chassis System Router Election Graceful RE Switchover

OSPF Scalability Nonstop Active RoutingConfiguring and Monitoring OSPF BFD

line Basic OSPF Troubleshooting VRRPAggregated Routes Lab: Open Shortest Path First Lab: High Availability Generated Routes BGP Attributes Terminology and Design ConsiderationsMartian Addresses IBGP Versus EBGP Overview of Enterprise SwitchingRouting Instances Configuring and Monitoring BGP PlatformsLab: Protocol-Independent Routing Lab: Border Gateway Protocol Enabling and Monitoring Layer 2 SwitchingConfiguring and Monitoring Load Balancing GRE and IP-IP Tunnels OperationsOverview of Filter-Based Forwarding Implementing GRE and IP-IP Tunnels Lab: Implementing Layer 2 Switching Configuring and Monitoring Filter-Based Lab: IP Tunneling Configuring and Monitoring VLANsForwarding GR Voice VLANLab: Load Balancing and Filter-Based Graceful RE Switchover Native VLANForwarding Nonstop Active Routing Routed VLAN InterfacesAdjacency Formation and the Designated BFD Lab: Implementing Virtual Networks Router Election VRRP Rapid Spanning Tree ProtocolOSPF Scalability Lab: High Availability Configuring and Monitoring STP and RSTPConfiguring and Monitoring OSPF Terminology and Design Considerations Protection Features: BPDU ProtectionBasic OSPF Troubleshooting Overview of Enterprise Switching Protection Features: Loop ProtectionLab: Open Shortest Path First Platforms Protection Features: Root ProtectionBGP Attributes Enabling and Monitoring Layer 2 Lab: Implementing Spanning Tree IBGP Versus EBGP Switching Operations DHCP SnoopingConfiguring and Monitoring BGP Lab: Implementing Layer 2 Switching Dynamic ARP Inspection (DAI)Lab: Border Gateway Protocol Configuring and Monitoring VLANs IP Source GuardGRE and IP-IP Tunnels Voice VLAN Lab: Implementing Port Security Implementing GRE and IP-IP Tunnels Native VLAN Firewall FiltersLab: IP Tunneling Routed VLAN Interfaces Lab: Implementing Storm Control and


GR Lab: Implementing Virtual Networks Firewall Filters Graceful RE Switchover Rapid Spanning Tree Protocol Link Aggregation GroupsNonstop Active Routing Configuring and Monitoring STP and Redundant Trunk GroupsBFD RSTP Lab: Configuring LAGs and RTGVRRP Protection Features: BPDU Protection Overview of Virtual ChassisLab: High Availability Protection Features: Loop Protection Configuring and Monitoring a VirtualTerminology and Design Considerations Protection Features: Root Protection ChassisOverview of Enterprise Switching Platforms Lab: Implementing Spanning Tree Lab: Implementing a Virtual ChassisEnabling and Monitoring Layer 2 Switching DHCP Snooping System Operations Dynamic ARP Inspection (DAI)Lab: Implementing Layer 2 Switching IP Source Guard Device Security and Firewall Filters Configuring and Monitoring VLANs Lab: Implementing Port Security lineVoice VLAN Firewall Filters Storm ControlNative VLAN Lab: Implementing Storm Control andRouted VLAN Interfaces Firewall Filters Lab: Implementing Virtual Networks Link Aggregation Groups lineRapid Spanning Tree Protocol Redundant Trunk Groups Aggregated RoutesConfiguring and Monitoring STP and RSTP Lab: Configuring LAGs and RTG Generated RoutesProtection Features: BPDU Protection Overview of Virtual Chassis Martian AddressesProtection Features: Loop Protection Configuring and Monitoring a Virtual Routing InstancesProtection Features: Root Protection Chassis Lab: Protocol-Independent Routing Lab: Implementing Spanning Tree Lab: Implementing a Virtual Chassis Configuring and Monitoring LoadDHCP Snooping System BalancingDynamic ARP Inspection (DAI) Overview of Filter-Based ForwardingIP Source Guard Configuring and Monitoring Filter-BasedLab: Implementing Port Security line ForwardingFirewall Filters Aggregated Routes Lab: Load Balancing and Filter-BasedLab: Implementing Storm Control and Generated Routes Forwarding Firewall Filters Martian Addresses Adjacency Formation and the DesignatedLink Aggregation Groups Routing Instances Router ElectionRedundant Trunk Groups Lab: Protocol-Independent Routing OSPF ScalabilityLab: Configuring LAGs and RTG Configuring and Monitoring Load Configuring and Monitoring OSPFOverview of Virtual Chassis Balancing Basic OSPF TroubleshootingConfiguring and Monitoring a Virtual Chassis Overview of Filter-Based Forwarding Lab: Open Shortest Path First Lab: Implementing a Virtual Chassis System Configuring and Monitoring Filter-Based BGP Attributes

Forwarding IBGP Versus EBGPLab: Load Balancing and Filter-Based Configuring and Monitoring BGP

line Forwarding Lab: Border Gateway Protocol Aggregated Routes Adjacency Formation and the Designated GRE and IP-IP TunnelsGenerated Routes Router Election Implementing GRE and IP-IP TunnelsMartian Addresses OSPF Scalability Lab: IP Tunneling Routing Instances Configuring and Monitoring OSPF GRLab: Protocol-Independent Routing Basic OSPF Troubleshooting Graceful RE SwitchoverConfiguring and Monitoring Load Balancing Lab: Open Shortest Path First Nonstop Active RoutingOverview of Filter-Based Forwarding BGP Attributes BFDConfiguring and Monitoring Filter-Based IBGP Versus EBGP VRRPForwarding Configuring and Monitoring BGP Lab: High Availability Lab: Load Balancing and Filter-Based Lab: Border Gateway Protocol Terminology and Design ConsiderationsForwarding GRE and IP-IP Tunnels Overview of Enterprise SwitchingAdjacency Formation and the Designated Implementing GRE and IP-IP Tunnels PlatformsRouter Election Lab: IP Tunneling Enabling and Monitoring Layer 2 SwitchingOSPF Scalability GR OperationsConfiguring and Monitoring OSPF Graceful RE Switchover Lab: Implementing Layer 2 Switching Basic OSPF Troubleshooting Nonstop Active Routing Configuring and Monitoring VLANsLab: Open Shortest Path First BFD Voice VLANBGP Attributes VRRP Native VLANIBGP Versus EBGP Lab: High Availability Routed VLAN InterfacesConfiguring and Monitoring BGP Terminology and Design Considerations Lab: Implementing Virtual Networks Lab: Border Gateway Protocol Overview of Enterprise Switching Rapid Spanning Tree ProtocolGRE and IP-IP Tunnels Platforms Configuring and Monitoring STP and RSTPImplementing GRE and IP-IP Tunnels Enabling and Monitoring Layer 2 Protection Features: BPDU ProtectionLab: IP Tunneling Switching Operations Protection Features: Loop ProtectionGR Lab: Implementing Layer 2 Switching Protection Features: Root ProtectionGraceful RE Switchover Configuring and Monitoring VLANs Lab: Implementing Spanning Tree Nonstop Active Routing Voice VLAN DHCP SnoopingBFD Native VLAN Dynamic ARP Inspection (DAI)


VRRP Routed VLAN Interfaces IP Source GuardLab: High Availability Lab: Implementing Virtual Networks Lab: Implementing Port Security Terminology and Design Considerations Rapid Spanning Tree Protocol Firewall FiltersOverview of Enterprise Switching Platforms Configuring and Monitoring STP and Lab: Implementing Storm Control andEnabling and Monitoring Layer 2 Switching RSTP Firewall Filters Operations Protection Features: BPDU Protection Link Aggregation GroupsLab: Implementing Layer 2 Switching Protection Features: Loop Protection Redundant Trunk GroupsConfiguring and Monitoring VLANs Protection Features: Root Protection Lab: Configuring LAGs and RTGVoice VLAN Lab: Implementing Spanning Tree Overview of Virtual ChassisNative VLAN DHCP Snooping Configuring and Monitoring a VirtualRouted VLAN Interfaces Dynamic ARP Inspection (DAI) ChassisLab: Implementing Virtual Networks IP Source Guard Lab: Implementing a Virtual ChassisRapid Spanning Tree Protocol Lab: Implementing Port Security System Configuring and Monitoring STP and RSTP Firewall FiltersProtection Features: BPDU Protection Lab: Implementing Storm Control andProtection Features: Loop Protection Firewall Filters lineProtection Features: Root Protection Link Aggregation Groups Aggregated RoutesLab: Implementing Spanning Tree Redundant Trunk Groups Generated RoutesDHCP Snooping Lab: Configuring LAGs and RTG Martian AddressesDynamic ARP Inspection (DAI) Overview of Virtual Chassis Routing InstancesIP Source Guard Configuring and Monitoring a Virtual Lab: Protocol-Independent Routing Lab: Implementing Port Security Chassis Configuring and Monitoring LoadFirewall Filters Lab: Implementing a Virtual Chassis BalancingLab: Implementing Storm Control and System Overview of Filter-Based ForwardingFirewall Filters Configuring and Monitoring Filter-BasedLink Aggregation Groups ForwardingRedundant Trunk Groups line Lab: Load Balancing and Filter-BasedLab: Configuring LAGs and RTG Aggregated Routes Forwarding Overview of Virtual Chassis Generated Routes Adjacency Formation and the DesignatedConfiguring and Monitoring a Virtual Chassis Martian Addresses Router ElectionLab: Implementing a Virtual Chassis System Routing Instances OSPF Scalability

Lab: Protocol-Independent Routing Configuring and Monitoring OSPFConfiguring and Monitoring Load Basic OSPF Troubleshooting

line Balancing Lab: Open Shortest Path First Aggregated Routes Overview of Filter-Based Forwarding BGP AttributesGenerated Routes Configuring and Monitoring Filter-Based IBGP Versus EBGPMartian Addresses Forwarding Configuring and Monitoring BGPRouting Instances Lab: Load Balancing and Filter-Based Lab: Border Gateway Protocol Lab: Protocol-Independent Routing Forwarding GRE and IP-IP TunnelsConfiguring and Monitoring Load Balancing Adjacency Formation and the Designated Implementing GRE and IP-IP TunnelsOverview of Filter-Based Forwarding Router Election Lab: IP Tunneling Configuring and Monitoring Filter-Based OSPF Scalability GRForwarding Configuring and Monitoring OSPF Graceful RE SwitchoverLab: Load Balancing and Filter-Based Basic OSPF Troubleshooting Nonstop Active RoutingForwarding Lab: Open Shortest Path First BFDAdjacency Formation and the Designated BGP Attributes VRRPRouter Election IBGP Versus EBGP Lab: High Availability OSPF Scalability Configuring and Monitoring BGP Terminology and Design ConsiderationsConfiguring and Monitoring OSPF Lab: Border Gateway Protocol Overview of Enterprise SwitchingBasic OSPF Troubleshooting GRE and IP-IP Tunnels PlatformsLab: Open Shortest Path First Implementing GRE and IP-IP Tunnels Enabling and Monitoring Layer 2 SwitchingBGP Attributes Lab: IP Tunneling OperationsIBGP Versus EBGP GR Lab: Implementing Layer 2 Switching Configuring and Monitoring BGP Graceful RE Switchover Configuring and Monitoring VLANsLab: Border Gateway Protocol Nonstop Active Routing Voice VLANGRE and IP-IP Tunnels BFD Native VLANImplementing GRE and IP-IP Tunnels VRRP Routed VLAN InterfacesLab: IP Tunneling Lab: High Availability Lab: Implementing Virtual Networks GR Terminology and Design Considerations Rapid Spanning Tree ProtocolGraceful RE Switchover Overview of Enterprise Switching Configuring and Monitoring STP and RSTPNonstop Active Routing Platforms Protection Features: BPDU ProtectionBFD Enabling and Monitoring Layer 2 Protection Features: Loop ProtectionVRRP Switching Operations Protection Features: Root ProtectionLab: High Availability Lab: Implementing Layer 2 Switching Lab: Implementing Spanning Tree Terminology and Design Considerations Configuring and Monitoring VLANs DHCP SnoopingOverview of Enterprise Switching Platforms Voice VLAN Dynamic ARP Inspection (DAI)


Enabling and Monitoring Layer 2 Switching Native VLAN IP Source GuardOperations Routed VLAN Interfaces Lab: Implementing Port Security Lab: Implementing Layer 2 Switching Lab: Implementing Virtual Networks Firewall FiltersConfiguring and Monitoring VLANs Rapid Spanning Tree Protocol Lab: Implementing Storm Control andVoice VLAN Configuring and Monitoring STP and Firewall Filters Native VLAN RSTP Link Aggregation GroupsRouted VLAN Interfaces Protection Features: BPDU Protection Redundant Trunk GroupsLab: Implementing Virtual Networks Protection Features: Loop Protection Lab: Configuring LAGs and RTGRapid Spanning Tree Protocol Protection Features: Root Protection Overview of Virtual ChassisConfiguring and Monitoring STP and RSTP Lab: Implementing Spanning Tree Configuring and Monitoring a VirtualProtection Features: BPDU Protection DHCP Snooping ChassisProtection Features: Loop Protection Dynamic ARP Inspection (DAI) Lab: Implementing a Virtual ChassisProtection Features: Root Protection IP Source Guard System Lab: Implementing Spanning Tree Lab: Implementing Port Security DHCP Snooping Firewall Filters Chapter 7: High Availability Dynamic ARP Inspection (DAI) Lab: Implementing Storm Control and lineIP Source Guard Firewall Filters Overview of High Availability NetworksLab: Implementing Port Security Link Aggregation GroupsFirewall Filters Redundant Trunk GroupsLab: Implementing Storm Control and Lab: Configuring LAGs and RTG lineFirewall Filters Overview of Virtual Chassis Aggregated RoutesLink Aggregation Groups Configuring and Monitoring a Virtual Generated RoutesRedundant Trunk Groups Chassis Martian AddressesLab: Configuring LAGs and RTG Lab: Implementing a Virtual Chassis Routing InstancesOverview of Virtual Chassis System Lab: Protocol-Independent Routing Configuring and Monitoring a Virtual Chassis Configuring and Monitoring LoadLab: Implementing a Virtual Chassis System Balancing

line Overview of Filter-Based ForwardingAggregated Routes Configuring and Monitoring Filter-Based

line Generated Routes ForwardingAggregated Routes Martian Addresses Lab: Load Balancing and Filter-BasedGenerated Routes Routing Instances Forwarding Martian Addresses Lab: Protocol-Independent Routing Adjacency Formation and the DesignatedRouting Instances Configuring and Monitoring Load Router ElectionLab: Protocol-Independent Routing Balancing OSPF ScalabilityConfiguring and Monitoring Load Balancing Overview of Filter-Based Forwarding Configuring and Monitoring OSPFOverview of Filter-Based Forwarding Configuring and Monitoring Filter-Based Basic OSPF TroubleshootingConfiguring and Monitoring Filter-Based Forwarding Lab: Open Shortest Path First Forwarding Lab: Load Balancing and Filter-Based BGP AttributesLab: Load Balancing and Filter-Based Forwarding IBGP Versus EBGPForwarding Adjacency Formation and the Designated Configuring and Monitoring BGPAdjacency Formation and the Designated Router Election Lab: Border Gateway Protocol Router Election OSPF Scalability GRE and IP-IP TunnelsOSPF Scalability Configuring and Monitoring OSPF Implementing GRE and IP-IP TunnelsConfiguring and Monitoring OSPF Basic OSPF Troubleshooting Lab: IP Tunneling Basic OSPF Troubleshooting Lab: Open Shortest Path First GRLab: Open Shortest Path First BGP Attributes Graceful RE SwitchoverBGP Attributes IBGP Versus EBGP Nonstop Active RoutingIBGP Versus EBGP Configuring and Monitoring BGP BFDConfiguring and Monitoring BGP Lab: Border Gateway Protocol VRRPLab: Border Gateway Protocol GRE and IP-IP Tunnels Lab: High Availability GRE and IP-IP Tunnels Implementing GRE and IP-IP Tunnels Terminology and Design ConsiderationsImplementing GRE and IP-IP Tunnels Lab: IP Tunneling Overview of Enterprise SwitchingLab: IP Tunneling GR PlatformsGR Graceful RE Switchover Enabling and Monitoring Layer 2 SwitchingGraceful RE Switchover Nonstop Active Routing OperationsNonstop Active Routing BFD Lab: Implementing Layer 2 Switching BFD VRRP Configuring and Monitoring VLANsVRRP Lab: High Availability Voice VLANLab: High Availability Terminology and Design Considerations Native VLANTerminology and Design Considerations Overview of Enterprise Switching Routed VLAN InterfacesOverview of Enterprise Switching Platforms Platforms Lab: Implementing Virtual Networks Enabling and Monitoring Layer 2 Switching Enabling and Monitoring Layer 2 Rapid Spanning Tree ProtocolOperations Switching Operations Configuring and Monitoring STP and RSTPLab: Implementing Layer 2 Switching Lab: Implementing Layer 2 Switching Protection Features: BPDU ProtectionConfiguring and Monitoring VLANs Configuring and Monitoring VLANs Protection Features: Loop Protection


Voice VLAN Voice VLAN Protection Features: Root ProtectionNative VLAN Native VLAN Lab: Implementing Spanning Tree Routed VLAN Interfaces Routed VLAN Interfaces DHCP SnoopingLab: Implementing Virtual Networks Lab: Implementing Virtual Networks Dynamic ARP Inspection (DAI)Rapid Spanning Tree Protocol Rapid Spanning Tree Protocol IP Source GuardConfiguring and Monitoring STP and RSTP Configuring and Monitoring STP and Lab: Implementing Port Security Protection Features: BPDU Protection RSTP Firewall FiltersProtection Features: Loop Protection Protection Features: BPDU Protection Lab: Implementing Storm Control andProtection Features: Root Protection Protection Features: Loop Protection Firewall Filters Lab: Implementing Spanning Tree Protection Features: Root Protection Link Aggregation GroupsDHCP Snooping Lab: Implementing Spanning Tree Redundant Trunk GroupsDynamic ARP Inspection (DAI) DHCP Snooping Lab: Configuring LAGs and RTGIP Source Guard Dynamic ARP Inspection (DAI) Overview of Virtual ChassisLab: Implementing Port Security IP Source Guard Configuring and Monitoring a VirtualFirewall Filters Lab: Implementing Port Security ChassisLab: Implementing Storm Control and Firewall Filters Lab: Implementing a Virtual ChassisFirewall Filters Lab: Implementing Storm Control and System Link Aggregation Groups Firewall Filters Redundant Trunk Groups Link Aggregation GroupsLab: Configuring LAGs and RTG Redundant Trunk Groups lineOverview of Virtual Chassis Lab: Configuring LAGs and RTG Aggregated RoutesConfiguring and Monitoring a Virtual Chassis Overview of Virtual Chassis Generated RoutesLab: Implementing a Virtual Chassis System Configuring and Monitoring a Virtual Martian Addresses

Chassis Routing InstancesBorder Gateway Protocol Lab: Implementing a Virtual Chassis Lab: Protocol-Independent Routing line System Configuring and Monitoring Load

Overview of BGP BalancingVirtual Networks Overview of Filter-Based Forwardingline Configuring and Monitoring Filter-Based

line Overview of VLANs ForwardingAggregated Routes Lab: Load Balancing and Filter-BasedGenerated Routes Forwarding Martian Addresses line Adjacency Formation and the DesignatedRouting Instances Aggregated Routes Router ElectionLab: Protocol-Independent Routing Generated Routes OSPF ScalabilityConfiguring and Monitoring Load Balancing Martian Addresses Configuring and Monitoring OSPFOverview of Filter-Based Forwarding Routing Instances Basic OSPF TroubleshootingConfiguring and Monitoring Filter-Based Lab: Protocol-Independent Routing Lab: Open Shortest Path First Forwarding Configuring and Monitoring Load BGP AttributesLab: Load Balancing and Filter-Based Balancing IBGP Versus EBGPForwarding Overview of Filter-Based Forwarding Configuring and Monitoring BGPAdjacency Formation and the Designated Configuring and Monitoring Filter-Based Lab: Border Gateway Protocol Router Election Forwarding GRE and IP-IP TunnelsOSPF Scalability Lab: Load Balancing and Filter-Based Implementing GRE and IP-IP TunnelsConfiguring and Monitoring OSPF Forwarding Lab: IP Tunneling Basic OSPF Troubleshooting Adjacency Formation and the Designated GRLab: Open Shortest Path First Router Election Graceful RE SwitchoverBGP Attributes OSPF Scalability Nonstop Active RoutingIBGP Versus EBGP Configuring and Monitoring OSPF BFDConfiguring and Monitoring BGP Basic OSPF Troubleshooting VRRPLab: Border Gateway Protocol Lab: Open Shortest Path First Lab: High Availability GRE and IP-IP Tunnels BGP Attributes Terminology and Design ConsiderationsImplementing GRE and IP-IP Tunnels IBGP Versus EBGP Overview of Enterprise SwitchingLab: IP Tunneling Configuring and Monitoring BGP PlatformsGR Lab: Border Gateway Protocol Enabling and Monitoring Layer 2 SwitchingGraceful RE Switchover GRE and IP-IP Tunnels OperationsNonstop Active Routing Implementing GRE and IP-IP Tunnels Lab: Implementing Layer 2 Switching BFD Lab: IP Tunneling Configuring and Monitoring VLANsVRRP GR Voice VLANLab: High Availability Graceful RE Switchover Native VLANTerminology and Design Considerations Nonstop Active Routing Routed VLAN InterfacesOverview of Enterprise Switching Platforms BFD Lab: Implementing Virtual Networks Enabling and Monitoring Layer 2 Switching VRRP Rapid Spanning Tree ProtocolOperations Lab: High Availability Configuring and Monitoring STP and RSTPLab: Implementing Layer 2 Switching Terminology and Design Considerations Protection Features: BPDU ProtectionConfiguring and Monitoring VLANs Overview of Enterprise Switching Protection Features: Loop Protection


Voice VLAN Platforms Protection Features: Root ProtectionNative VLAN Enabling and Monitoring Layer 2 Lab: Implementing Spanning Tree Routed VLAN Interfaces Switching Operations DHCP SnoopingLab: Implementing Virtual Networks Lab: Implementing Layer 2 Switching Dynamic ARP Inspection (DAI)Rapid Spanning Tree Protocol Configuring and Monitoring VLANs IP Source GuardConfiguring and Monitoring STP and RSTP Voice VLAN Lab: Implementing Port Security Protection Features: BPDU Protection Native VLAN Firewall FiltersProtection Features: Loop Protection Routed VLAN Interfaces Lab: Implementing Storm Control andProtection Features: Root Protection Lab: Implementing Virtual Networks Firewall Filters Lab: Implementing Spanning Tree Rapid Spanning Tree Protocol Link Aggregation GroupsDHCP Snooping Configuring and Monitoring STP and Redundant Trunk GroupsDynamic ARP Inspection (DAI) RSTP Lab: Configuring LAGs and RTGIP Source Guard Protection Features: BPDU Protection Overview of Virtual ChassisLab: Implementing Port Security Protection Features: Loop Protection Configuring and Monitoring a VirtualFirewall Filters Protection Features: Root Protection ChassisLab: Implementing Storm Control and Lab: Implementing Spanning Tree Lab: Implementing a Virtual ChassisFirewall Filters DHCP Snooping System Link Aggregation Groups Dynamic ARP Inspection (DAI)Redundant Trunk Groups IP Source GuardLab: Configuring LAGs and RTG Lab: Implementing Port Security lineOverview of Virtual Chassis Firewall Filters Aggregated RoutesConfiguring and Monitoring a Virtual Chassis Lab: Implementing Storm Control and Generated RoutesLab: Implementing a Virtual Chassis System Firewall Filters Martian Addresses

Link Aggregation Groups Routing InstancesRedundant Trunk Groups Lab: Protocol-Independent Routing

line Lab: Configuring LAGs and RTG Configuring and Monitoring LoadAggregated Routes Overview of Virtual Chassis BalancingGenerated Routes Configuring and Monitoring a Virtual Overview of Filter-Based ForwardingMartian Addresses Chassis Configuring and Monitoring Filter-BasedRouting Instances Lab: Implementing a Virtual Chassis ForwardingLab: Protocol-Independent Routing System Lab: Load Balancing and Filter-BasedConfiguring and Monitoring Load Balancing Forwarding Overview of Filter-Based Forwarding Adjacency Formation and the DesignatedConfiguring and Monitoring Filter-Based line Router ElectionForwarding Aggregated Routes OSPF ScalabilityLab: Load Balancing and Filter-Based Generated Routes Configuring and Monitoring OSPFForwarding Martian Addresses Basic OSPF TroubleshootingAdjacency Formation and the Designated Routing Instances Lab: Open Shortest Path First Router Election Lab: Protocol-Independent Routing BGP AttributesOSPF Scalability Configuring and Monitoring Load IBGP Versus EBGPConfiguring and Monitoring OSPF Balancing Configuring and Monitoring BGPBasic OSPF Troubleshooting Overview of Filter-Based Forwarding Lab: Border Gateway Protocol Lab: Open Shortest Path First Configuring and Monitoring Filter-Based GRE and IP-IP TunnelsBGP Attributes Forwarding Implementing GRE and IP-IP TunnelsIBGP Versus EBGP Lab: Load Balancing and Filter-Based Lab: IP Tunneling Configuring and Monitoring BGP Forwarding GRLab: Border Gateway Protocol Adjacency Formation and the Designated Graceful RE SwitchoverGRE and IP-IP Tunnels Router Election Nonstop Active RoutingImplementing GRE and IP-IP Tunnels OSPF Scalability BFDLab: IP Tunneling Configuring and Monitoring OSPF VRRPGR Basic OSPF Troubleshooting Lab: High Availability Graceful RE Switchover Lab: Open Shortest Path First Terminology and Design ConsiderationsNonstop Active Routing BGP Attributes Overview of Enterprise SwitchingBFD IBGP Versus EBGP PlatformsVRRP Configuring and Monitoring BGP Enabling and Monitoring Layer 2 SwitchingLab: High Availability Lab: Border Gateway Protocol OperationsTerminology and Design Considerations GRE and IP-IP Tunnels Lab: Implementing Layer 2 Switching Overview of Enterprise Switching Platforms Implementing GRE and IP-IP Tunnels Configuring and Monitoring VLANsEnabling and Monitoring Layer 2 Switching Lab: IP Tunneling Voice VLANOperations GR Native VLANLab: Implementing Layer 2 Switching Graceful RE Switchover Routed VLAN InterfacesConfiguring and Monitoring VLANs Nonstop Active Routing Lab: Implementing Virtual Networks Voice VLAN BFD Rapid Spanning Tree ProtocolNative VLAN VRRP Configuring and Monitoring STP and RSTPRouted VLAN Interfaces Lab: High Availability Protection Features: BPDU ProtectionLab: Implementing Virtual Networks Terminology and Design Considerations Protection Features: Loop Protection


Rapid Spanning Tree Protocol Overview of Enterprise Switching Protection Features: Root ProtectionConfiguring and Monitoring STP and RSTP Platforms Lab: Implementing Spanning Tree Protection Features: BPDU Protection Enabling and Monitoring Layer 2 DHCP SnoopingProtection Features: Loop Protection Switching Operations Dynamic ARP Inspection (DAI)Protection Features: Root Protection Lab: Implementing Layer 2 Switching IP Source GuardLab: Implementing Spanning Tree Configuring and Monitoring VLANs Lab: Implementing Port Security DHCP Snooping Voice VLAN Firewall FiltersDynamic ARP Inspection (DAI) Native VLAN Lab: Implementing Storm Control andIP Source Guard Routed VLAN Interfaces Firewall Filters Lab: Implementing Port Security Lab: Implementing Virtual Networks Link Aggregation GroupsFirewall Filters Rapid Spanning Tree Protocol Redundant Trunk GroupsLab: Implementing Storm Control and Configuring and Monitoring STP and Lab: Configuring LAGs and RTGFirewall Filters RSTP Overview of Virtual ChassisLink Aggregation Groups Protection Features: BPDU Protection Configuring and Monitoring a VirtualRedundant Trunk Groups Protection Features: Loop Protection ChassisLab: Configuring LAGs and RTG Protection Features: Root Protection Lab: Implementing a Virtual ChassisOverview of Virtual Chassis Lab: Implementing Spanning Tree System Configuring and Monitoring a Virtual Chassis DHCP SnoopingLab: Implementing a Virtual Chassis System Dynamic ARP Inspection (DAI)

IP Source Guard lineLab: Implementing Port Security Aggregated Routes

line Firewall Filters Generated RoutesAggregated Routes Lab: Implementing Storm Control and Martian AddressesGenerated Routes Firewall Filters Routing InstancesMartian Addresses Link Aggregation Groups Lab: Protocol-Independent Routing Routing Instances Redundant Trunk Groups Configuring and Monitoring LoadLab: Protocol-Independent Routing Lab: Configuring LAGs and RTG BalancingConfiguring and Monitoring Load Balancing Overview of Virtual Chassis Overview of Filter-Based ForwardingOverview of Filter-Based Forwarding Configuring and Monitoring a Virtual Configuring and Monitoring Filter-BasedConfiguring and Monitoring Filter-Based Chassis ForwardingForwarding Lab: Implementing a Virtual Chassis Lab: Load Balancing and Filter-BasedLab: Load Balancing and Filter-Based System Forwarding Forwarding Adjacency Formation and the DesignatedAdjacency Formation and the Designated Router ElectionRouter Election line OSPF ScalabilityOSPF Scalability Aggregated Routes Configuring and Monitoring OSPFConfiguring and Monitoring OSPF Generated Routes Basic OSPF TroubleshootingBasic OSPF Troubleshooting Martian Addresses Lab: Open Shortest Path First Lab: Open Shortest Path First Routing Instances BGP AttributesBGP Attributes Lab: Protocol-Independent Routing IBGP Versus EBGPIBGP Versus EBGP Configuring and Monitoring Load Configuring and Monitoring BGPConfiguring and Monitoring BGP Balancing Lab: Border Gateway Protocol Lab: Border Gateway Protocol Overview of Filter-Based Forwarding GRE and IP-IP TunnelsGRE and IP-IP Tunnels Configuring and Monitoring Filter-Based Implementing GRE and IP-IP TunnelsImplementing GRE and IP-IP Tunnels Forwarding Lab: IP Tunneling Lab: IP Tunneling Lab: Load Balancing and Filter-Based GRGR Forwarding Graceful RE SwitchoverGraceful RE Switchover Adjacency Formation and the Designated Nonstop Active RoutingNonstop Active Routing Router Election BFDBFD OSPF Scalability VRRPVRRP Configuring and Monitoring OSPF Lab: High Availability Lab: High Availability Basic OSPF Troubleshooting Terminology and Design ConsiderationsTerminology and Design Considerations Lab: Open Shortest Path First Overview of Enterprise SwitchingOverview of Enterprise Switching Platforms BGP Attributes PlatformsEnabling and Monitoring Layer 2 Switching IBGP Versus EBGP Enabling and Monitoring Layer 2 SwitchingOperations Configuring and Monitoring BGP OperationsLab: Implementing Layer 2 Switching Lab: Border Gateway Protocol Lab: Implementing Layer 2 Switching Configuring and Monitoring VLANs GRE and IP-IP Tunnels Configuring and Monitoring VLANsVoice VLAN Implementing GRE and IP-IP Tunnels Voice VLANNative VLAN Lab: IP Tunneling Native VLANRouted VLAN Interfaces GR Routed VLAN InterfacesLab: Implementing Virtual Networks Graceful RE Switchover Lab: Implementing Virtual Networks Rapid Spanning Tree Protocol Nonstop Active Routing Rapid Spanning Tree ProtocolConfiguring and Monitoring STP and RSTP BFD Configuring and Monitoring STP and RSTPProtection Features: BPDU Protection VRRP Protection Features: BPDU ProtectionProtection Features: Loop Protection Lab: High Availability Protection Features: Loop Protection


Protection Features: Root Protection Terminology and Design Considerations Protection Features: Root ProtectionLab: Implementing Spanning Tree Overview of Enterprise Switching Lab: Implementing Spanning Tree DHCP Snooping Platforms DHCP SnoopingDynamic ARP Inspection (DAI) Enabling and Monitoring Layer 2 Dynamic ARP Inspection (DAI)IP Source Guard Switching Operations IP Source GuardLab: Implementing Port Security Lab: Implementing Layer 2 Switching Lab: Implementing Port Security Firewall Filters Configuring and Monitoring VLANs Firewall FiltersLab: Implementing Storm Control and Voice VLAN Lab: Implementing Storm Control andFirewall Filters Native VLAN Firewall Filters Link Aggregation Groups Routed VLAN Interfaces Link Aggregation GroupsRedundant Trunk Groups Lab: Implementing Virtual Networks Redundant Trunk GroupsLab: Configuring LAGs and RTG Rapid Spanning Tree Protocol Lab: Configuring LAGs and RTGOverview of Virtual Chassis Configuring and Monitoring STP and Overview of Virtual ChassisConfiguring and Monitoring a Virtual Chassis RSTP Configuring and Monitoring a VirtualLab: Implementing a Virtual Chassis System Protection Features: BPDU Protection Chassis

Protection Features: Loop Protection Lab: Implementing a Virtual ChassisProtection Features: Root Protection System

line Lab: Implementing Spanning Tree Aggregated Routes DHCP SnoopingGenerated Routes Dynamic ARP Inspection (DAI) lineMartian Addresses IP Source Guard Aggregated RoutesRouting Instances Lab: Implementing Port Security Generated RoutesLab: Protocol-Independent Routing Firewall Filters Martian AddressesConfiguring and Monitoring Load Balancing Lab: Implementing Storm Control and Routing InstancesOverview of Filter-Based Forwarding Firewall Filters Lab: Protocol-Independent Routing Configuring and Monitoring Filter-Based Link Aggregation Groups Configuring and Monitoring LoadForwarding Redundant Trunk Groups BalancingLab: Load Balancing and Filter-Based Lab: Configuring LAGs and RTG Overview of Filter-Based ForwardingForwarding Overview of Virtual Chassis Configuring and Monitoring Filter-BasedAdjacency Formation and the Designated Configuring and Monitoring a Virtual ForwardingRouter Election Chassis Lab: Load Balancing and Filter-BasedOSPF Scalability Lab: Implementing a Virtual Chassis Forwarding Configuring and Monitoring OSPF System Adjacency Formation and the DesignatedBasic OSPF Troubleshooting Router ElectionLab: Open Shortest Path First OSPF ScalabilityBGP Attributes line Configuring and Monitoring OSPFIBGP Versus EBGP Aggregated Routes Basic OSPF TroubleshootingConfiguring and Monitoring BGP Generated Routes Lab: Open Shortest Path First Lab: Border Gateway Protocol Martian Addresses BGP AttributesGRE and IP-IP Tunnels Routing Instances IBGP Versus EBGPImplementing GRE and IP-IP Tunnels Lab: Protocol-Independent Routing Configuring and Monitoring BGPLab: IP Tunneling Configuring and Monitoring Load Lab: Border Gateway Protocol GR Balancing GRE and IP-IP TunnelsGraceful RE Switchover Overview of Filter-Based Forwarding Implementing GRE and IP-IP TunnelsNonstop Active Routing Configuring and Monitoring Filter-Based Lab: IP Tunneling BFD Forwarding GRVRRP Lab: Load Balancing and Filter-Based Graceful RE SwitchoverLab: High Availability Forwarding Nonstop Active RoutingTerminology and Design Considerations Adjacency Formation and the Designated BFDOverview of Enterprise Switching Platforms Router Election VRRPEnabling and Monitoring Layer 2 Switching OSPF Scalability Lab: High Availability Operations Configuring and Monitoring OSPF Terminology and Design ConsiderationsLab: Implementing Layer 2 Switching Basic OSPF Troubleshooting Overview of Enterprise SwitchingConfiguring and Monitoring VLANs Lab: Open Shortest Path First PlatformsVoice VLAN BGP Attributes Enabling and Monitoring Layer 2 SwitchingNative VLAN IBGP Versus EBGP OperationsRouted VLAN Interfaces Configuring and Monitoring BGP Lab: Implementing Layer 2 Switching Lab: Implementing Virtual Networks Lab: Border Gateway Protocol Configuring and Monitoring VLANsRapid Spanning Tree Protocol GRE and IP-IP Tunnels Voice VLANConfiguring and Monitoring STP and RSTP Implementing GRE and IP-IP Tunnels Native VLANProtection Features: BPDU Protection Lab: IP Tunneling Routed VLAN InterfacesProtection Features: Loop Protection GR Lab: Implementing Virtual Networks Protection Features: Root Protection Graceful RE Switchover Rapid Spanning Tree ProtocolLab: Implementing Spanning Tree Nonstop Active Routing Configuring and Monitoring STP and RSTPDHCP Snooping BFD Protection Features: BPDU ProtectionDynamic ARP Inspection (DAI) VRRP Protection Features: Loop Protection


IP Source Guard Lab: High Availability Protection Features: Root ProtectionLab: Implementing Port Security Terminology and Design Considerations Lab: Implementing Spanning Tree Firewall Filters Overview of Enterprise Switching DHCP SnoopingLab: Implementing Storm Control and Platforms Dynamic ARP Inspection (DAI)Firewall Filters Enabling and Monitoring Layer 2 IP Source GuardLink Aggregation Groups Switching Operations Lab: Implementing Port Security Redundant Trunk Groups Lab: Implementing Layer 2 Switching Firewall FiltersLab: Configuring LAGs and RTG Configuring and Monitoring VLANs Lab: Implementing Storm Control andOverview of Virtual Chassis Voice VLAN Firewall Filters Configuring and Monitoring a Virtual Chassis Native VLAN Link Aggregation GroupsLab: Implementing a Virtual Chassis System Routed VLAN Interfaces Redundant Trunk Groups

Lab: Implementing Virtual Networks Lab: Configuring LAGs and RTGRapid Spanning Tree Protocol Overview of Virtual ChassisConfiguring and Monitoring STP and Configuring and Monitoring a VirtualRSTP ChassisProtection Features: BPDU Protection Lab: Implementing a Virtual ChassisProtection Features: Loop Protection System Protection Features: Root ProtectionLab: Implementing Spanning Tree DHCP Snooping lineDynamic ARP Inspection (DAI) Aggregated RoutesIP Source Guard Generated RoutesLab: Implementing Port Security Martian AddressesFirewall Filters Routing InstancesLab: Implementing Storm Control and Lab: Protocol-Independent Routing Firewall Filters Configuring and Monitoring LoadLink Aggregation Groups BalancingRedundant Trunk Groups Overview of Filter-Based ForwardingLab: Configuring LAGs and RTG Configuring and Monitoring Filter-BasedOverview of Virtual Chassis ForwardingConfiguring and Monitoring a Virtual Lab: Load Balancing and Filter-BasedChassis Forwarding Lab: Implementing a Virtual Chassis Adjacency Formation and the DesignatedSystem Router Election

OSPF ScalabilityConfiguring and Monitoring OSPF

line Basic OSPF TroubleshootingAggregated Routes Lab: Open Shortest Path First Generated Routes BGP AttributesMartian Addresses IBGP Versus EBGPRouting Instances Configuring and Monitoring BGPLab: Protocol-Independent Routing Lab: Border Gateway Protocol Configuring and Monitoring Load GRE and IP-IP TunnelsBalancing Implementing GRE and IP-IP TunnelsOverview of Filter-Based Forwarding Lab: IP Tunneling Configuring and Monitoring Filter-Based GRForwarding Graceful RE SwitchoverLab: Load Balancing and Filter-Based Nonstop Active RoutingForwarding BFDAdjacency Formation and the Designated VRRPRouter Election Lab: High Availability OSPF Scalability Terminology and Design ConsiderationsConfiguring and Monitoring OSPF Overview of Enterprise SwitchingBasic OSPF Troubleshooting PlatformsLab: Open Shortest Path First Enabling and Monitoring Layer 2 SwitchingBGP Attributes OperationsIBGP Versus EBGP Lab: Implementing Layer 2 Switching Configuring and Monitoring BGP Configuring and Monitoring VLANsLab: Border Gateway Protocol Voice VLANGRE and IP-IP Tunnels Native VLANImplementing GRE and IP-IP Tunnels Routed VLAN InterfacesLab: IP Tunneling Lab: Implementing Virtual Networks GR Rapid Spanning Tree ProtocolGraceful RE Switchover Configuring and Monitoring STP and RSTPNonstop Active Routing Protection Features: BPDU ProtectionBFD Protection Features: Loop Protection


VRRP Protection Features: Root ProtectionLab: High Availability Lab: Implementing Spanning Tree Terminology and Design Considerations DHCP SnoopingOverview of Enterprise Switching Dynamic ARP Inspection (DAI)Platforms IP Source GuardEnabling and Monitoring Layer 2 Lab: Implementing Port Security Switching Operations Firewall FiltersLab: Implementing Layer 2 Switching Lab: Implementing Storm Control andConfiguring and Monitoring VLANs Firewall Filters Voice VLAN Link Aggregation GroupsNative VLAN Redundant Trunk GroupsRouted VLAN Interfaces Lab: Configuring LAGs and RTGLab: Implementing Virtual Networks Overview of Virtual ChassisRapid Spanning Tree Protocol Configuring and Monitoring a VirtualConfiguring and Monitoring STP and ChassisRSTP Lab: Implementing a Virtual ChassisProtection Features: BPDU Protection System Protection Features: Loop ProtectionProtection Features: Root ProtectionLab: Implementing Spanning Tree DHCP SnoopingDynamic ARP Inspection (DAI)IP Source GuardLab: Implementing Port Security Firewall FiltersLab: Implementing Storm Control andFirewall Filters Link Aggregation GroupsRedundant Trunk GroupsLab: Configuring LAGs and RTGOverview of Virtual ChassisConfiguring and Monitoring a VirtualChassisLab: Implementing a Virtual ChassisSystem

Further Information:

For More information, or to book your course, please call us on Head Office +44 (0) 118 912 1819

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