Unit 2: Switching
▪ Static MAC Address Table Entry
▪ Cisco Switch Virtualization
▪ Introduction to VLANs (Virtual LAN)
▪ How to configure VLANs
▪ 802.1Q Encapsulation
▪ How to configure a trunk between switches
▪ Cisco DTP (Dynamic Trunking Protocol) Negotiation
▪ 802.1Q Tunneling (Q-in-Q)
▪ Etherchannel over 802.1Q Tunneling
▪ How to change the Native VLAN
▪ VTP (VLAN Trunking Protocol)
▪ VTP Version 3
▪ Protected Port
▪ Private VLANs (PVLAN)
▪ Introduction to Spanning-Tree
▪ Spanning-Tree Cost Calculation
▪ PVST (Per VLAN Spanning Tree)
▪ Spanning-Tree Port States
▪ Spanning-Tree TCN (Topology Change Notification)
▪ Spanning-Tree Portfast
▪ Spanning-Tree UplinkFast
▪ Spanning-Tree Backbone Fast
▪ Rapid Spanning-Tree
▪ Rapid Spanning-Tree Configuration
▪ MST (Multiple Spanning-Tree)
▪ Spanning-Tree BPDUGuard
▪ Spanning-Tree BPDUFilter
▪ Spanning-Tree RootGuard
▪ Spanning-Tree LoopGuard and UDLD
▪ FlexLinks
▪ Introduction to Etherchannel
▪ Layer 3 Etherchannel
▪ Cisco IOS SPAN and RSPAN 

Unit 3: IP Routing
▪ Cisco IP Classless Command
▪ ICMP Redirect on Cisco IOS
▪ CEF (Cisco Express Forwarding)
▪ TCLSH and Macro Ping Test on Cisco Routers and Switches
▪ Routing between VLANS
▪ Offset-Lists
▪ Administrative Distance
▪ Policy Based Routing
▪ Introduction to Redistribution
▪ Redistribution between RIP and EIGRP
▪ Redistribution between OSPF and RIP
▪ How to configure Route Tagging
▪ Metric Based Redistribution Problems
▪ AD Based Redistribution Problems
▪ GRE Tunnelling
▪ GRE Tunnelling Recursive Routing Error
▪ IP Unnumbered Explained
▪ MTU Troubleshooting
▪ Introduction to PPP on Cisco IOS Router
▪ PPPoE Server
▪ Proxy ARP Explained
▪ Reliable Static Routing with IP SLA
▪ Introduction to OER (Optimized Edge Routing)
▪ Bidirectional Forwarding Detection (BFD)
▪ OER (Optimized Edge Routing) Basic Configuration
▪ OER (Optimized Edge Routing) Timers for Labs
▪ OER Variance to solve Policy Conflicts
▪ OER (Optimize Edge Routing) Phases

Unit 4: RIP
▪ RIP Distance Vector Routing Protocol
▪ How to configure RIP on a Cisco router
▪ RIP Timers Debug
▪ RIP Reliable Default Route with IP SLA 

Unit 5: EIGRP
▪ Introduction to EIGRP
▪ Basic EIGRP configuration
▪ EIGRP Packets
▪ EIGRP Neighbor Adjacency
▪ EIGRP Neighbor and Topology Table
▪ EIGRP Unequal Load Balancing
▪ EIGRP Variance Command Example
▪ EIGRP Summarization
▪ EIGRP Auto-Summary
▪ EIGRP Passive Interface
▪ EIGRP Static Neighbor
▪ EIGRP Authentication
▪ TTL 2 of EIGRP and RIP Packets Explained
▪ EIGRP Authentication per Neighbor
▪ EIGRP Router ID
▪ EIGRP K Values
▪ EIGRP K Values Configuration
▪ EIGRP Hold Time and Hello Packets
▪ EIGRP Default Network Route
▪ EIGRP Stuck in Active
▪ EIGRP Stub
▪ EIGRP filtering with distribute-list
▪ EIGRP filtering with prefix-list
▪ EIGRP filtering with route-map
▪ EIGRP IP bandwidth-percent
▪ EIGRP Named Mode 

Unit 6: OSPF
▪ Introduction to OSPF
▪ OSPF LSAs and LSDB Flooding
▪ OSPF Plain Text Authentication
▪ OSPF MD5 Authentication
▪ OSPF LSA Types
▪ OSPF Packets and Neighbor Discovery
▪ OSPF Router ID
▪ OSPF Passive Interface
▪ OSPF Reference Bandwidth
▪ OSPF DR/BDR Election
▪ OSPF Non-Broadcast Network Type
▪ OSPF Broadcast Network Type
▪ OSPF Point-to-Multipoint Network Type
▪ OSPF Point-to-Multipoint Non-Broadcast Network Type
▪ OSPF Point-to-Point Network Type
▪ OSPF Next Hop with Network Types
▪ OSPF Hello and Dead Interval
▪ OSPF Summarization
▪ OSPF LSA Type 3 Filtering
▪ OSPF LSA Type 5 Filtering
▪ Introduction to OSPF Stub Areas
▪ How to configure OSPF Stub Area
▪ How to configure OSPF Totally Stub
▪ How to configure OSPF NSSA (Not So Stubby) Area
▪ How to configure OSPF Totally NSSA (Not So Stubby) Area
▪ OSPF NSSA P-bit Explained
▪ OSPF Virtual Link
▪ How to read the OSPF Database
▪ OSPF Path Selection Explained
▪ OSPF Distribute-List Filtering
▪ OSPFv3 for IPv4 

Unit 7: BGP
▪ Introduction to BGP
▪ eBGP (External BGP)
▪ eBGP Multi-Hop
▪ iBGP (Internal BGP)
▪ How to read the BGP Table
▪ How to advertise networks in BGP
▪ iBGP Next Hop Self
▪ BGP Auto-Summary
▪ BGP Neighbor Adjacency States
▪ BGP Messages
▪ BGP Weight Attribute
▪ BGP Local Preference
▪ BGP AS Path and Prepending
▪ BGP Origin Code
▪ BGP MED (Metric) Attribute
▪ BGP Communities
▪ BGP Community No Advertise
▪ BGP Community No Export
▪ BGP Community Local AS
▪ BGP Regular Expressions
▪ BGP filtering with regular expressions
▪ BGP Allow AS in
▪ BGP AS Override
▪ BGP IPv6 route filtering
▪ BGP Transit AS
▪ BGP Route Reflector
▪ BGP Confederations
▪ BGP Synchronization
▪ BGP Backdoor Routes
▪ BGP Peer Groups
▪ MP-BGP (Multi-Protocol BGP)
▪ BGP Private and Public AS Numbers
▪ BGP Remove Private AS Numbers
▪ BGP Soft Reconfiguration
▪ BGP Route Refresh Capability
▪ BGP Extended Access-List Filtering 

Unit 8: Multicast
▪ Introduction to Multicast
▪ Multicast IP Addresses Overview
▪ Multicast MAC to IP Address mapping
▪ Multicast IGMP Version 1
▪ Multicast IGMP Version 2
▪ Multicast IGMP Version 3
▪ Multicast IGMP Snooping
▪ IGMP Snooping without Router
▪ Multicast IGMP Filtering
▪ Multicast CGMP (Cisco Group Management Protocol)
▪ Multicast Routing
▪ Multicast PIM Dense Mode
▪ Multicast PIM Sparse Mode
▪ Multicast PIM Auto RP
▪ Multicast PIM BSR (Bootstrap)
▪ RPF (Reverse Path Forwarding)
▪ PIM Designated Router
▪ PIM Assert
▪ Multicast PIM Prune Override
▪ Multicast PIM Register Message
▪ Anycast RP
▪ Multicast Bidirectional PIM
▪ Multicast Stub Routing and IGMP Helper
▪ Source Specific Multicast
▪ Multicast PIM Accept RP
▪ Multicast PIM Accept Register
▪ Auto-RP Mapping agent behind Spoke
▪ PIM NBMA Mode
▪ Embedded RP for IPv6
▪ IPv6 Multicast BSR and RP 

Unit 9: IPv6
▪ Introduction to IPv6
▪ Shortening IPv6 Addresses
▪ How to find the IPv6 prefix
▪ IPv6 Address Types
▪ IPv6 Address Assignment Example
▪ IPv6 EUI-64 explained
▪ IPv6 Summarization Example
▪ IPv6 Solicited Node Multicast Address
▪ IPv6 Neighbor Discovery Protocol
▪ IPv6 Stateless Autoconfiguration
▪ IPv6 Router Advertisement Preference
▪ How to configure DHCPv6 Server
▪ How to configure IPv6 Static Routing
▪ How to configure IPv6 RIPNG
▪ How to configure IPv6 EIGRP
▪ How to configure IPv6 OSPF
▪ OSPFv3 authentication
▪ Pv6 Redistribution between RIPNG and OSPFv3
▪ Cisco NAT64 Static Configuration
▪ IPv6 Access-List
▪ IPv6 Tunnelling over IPv4
▪ IPv6 Automatic 6to4 Tunnelling

Unit 10: Quality of Service
▪ IP Precedence and DSCP values
▪ Classification on Cisco IOS Router
▪ Marking on Cisco IOS Router
▪ QoS Pre-Classify on Cisco IOS
▪ Why do we need QoS on Switches
▪ QoS Trust Boundary on Switches
▪ Classification and Marking on Switches
▪ Queueing on Switches
▪ CBWFQ not supported on sub-interfaces
▪ Policing Explained
▪ QoS Policing Configuration Example
▪ Shaping explained
▪ Traffic Shaping on Cisco IOS
▪ Peak Traffic Shaping on Cisco IOS
▪ Shaping with Burst up to Interface Bandwidth
▪ PPP Multilink Link Fragmention and Interleaving
▪ Introduction to RSVP
▪ RSVP DSBM (Designated Subnetwork Bandwidth Manager)
▪ Block Websites with NBAR 

Unit 11: Security
▪ Port Security
▪ AAA and 802.1X Authentication
▪ AAA Authentication on Cisco Switch
▪ VLAN Access-List (VACL)
▪ DHCP Snooping
▪ ARP Poisoning
▪ DAI (Dynamic ARP Inspection)
▪ Cisco Storm-Control Configuration
▪ Decrypt Type 7 Passwords with Key-Chain
▪ Wildcard Bits
▪ How to create complex Wildcard Masks
▪ Standard Access-List
▪ Extended Access-List
▪ Reflexive Access-List
▪ CBAC (Context Based Access Control)
▪ Transparent IOS Firewall
▪ Zone Based Firewall
▪ Zone Based Firewall Transparent Mode
▪ uRPF (Unicast Reverse Path Forwarding)
▪ IPsec (Internet Protocol Security)
▪ Introduction to DMVPN
▪ DMVPN Phase 1 Basic Configuration
▪ DMVPN Phase 1 RIP Routing
▪ DMVPN Phase 1 EIGRP Routing
▪ DMVPN Phase 1 OSPF Routing
▪ DMVPN Phase 1 BGP Routing
▪ DMVPN Phase 2 Basic Configuration
▪ DMVPN Phase 2 RIP Routing
▪ DMVPN Phase 2 EIGRP Routing
▪ DMVPN Phase 2 OSPF Routing
▪ DMVPN Phase 2 BGP Routing
▪ DMVPN Phase 3 Basic Configuration
▪ DMVPN Phase 3 RIP Routing
▪ DMVPN Phase 3 EIGRP Routing
▪ DMVPN Phase 3 OSPF Routing
▪ DMVPN Phase 3 BGP Routing
▪ DMVPN over IPsec
▪ DMVPN Per-Tunnel QoS
▪ DMVPN IPv6 over IPv4

Unit 12: System Management
▪ Introduction to CDP (Cisco Discovery Protocol)
▪ Link Layer Discovery Protocol (LLDP)
▪ Conditional Debug on Cisco IOS Router
▪ Embedded Event Manager (EEM)
▪ Cisco Network Time Protocol (NTP)
▪ Configuration Archive and Rollback
▪ Configuration Change Logging
▪ How to configure Cisco IOS Banners
▪ Cisco IOS Syslog Messages
▪ Introduction to SNMP
▪ How to configure SNMPv2 on Cisco IOS Router
▪ SNMPv3
▪ RMON Absolute vs Delta
▪ RMON on Cisco IOS Routers
▪ RMON Statistics Collection on Switches
▪ Introduction to Cisco NetFlow
▪ AAA Local Command Authorization

Unit 13: Network Services
▪ Introduction to DHCP
▪ How to configure DHCP Server on Cisco IOS
▪ Cisco IOS DHCP Relay Agent
▪ DHCP Static Binding on Cisco IOS
▪ DHCP Client on Cisco IOS
▪ Cisco IOS DHCP Client Identifier
▪ Router IP Traffic Export (RITE)
▪ Cisco Embedded Packet Capture (EPC)
▪ Introduction to NAT and PAT
▪ How to configure Static NAT
▪ How to configure Dynamic NAT
▪ How to configure PAT
▪ Cisco IOS NAT Virtual Interface
▪ How to configure NAT Port Forwarding
▪ NAT with two outside interfaces
▪ IP NAT inside source vs outside source
▪ NAT on a Stick
▪ IP SLA (Service-Level Agreement) on Cisco IOS
▪ Introduction to Gateway Redundancy
▪ Hot Standby Routing Protocol
▪ Virtual Router Redundancy Protocol
▪ Gateway Load Balancing Protocol
▪ IP SLA Traffic Generator
▪ Terminal Server

Unit 14: MPLS
▪ Introduction to MPLS
▪ MPLS Labels and Devices
▪ MPLS LDP (Label Distribution Protocol)
▪ MPLS LDP Label Filtering
▪ VRFs (Virtual Routing and Forwarding)
▪ MPLS L3 VPN Explained
▪ MPLS L3 VPN Configuration
▪ MPLS L3 VPN PE-CE RIP
▪ MPLS L3 VPN PE-CE EIGRP
▪ MPLS L3 VPN PE-CE OSPF
▪ AToM (Any Transport over MPLS)