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CCIE Routing & Switching Workbook Volume I

CCIE Routing & Switching Workbook Volume I—Advanced Technology Labs—is one of the first steps toward CCIE lab preparation. Each hands-on practice lab walks you through the technology and provides in-depth explanations of the necessary configurations. Volume I consists of nearly 600 hands-on, individually focused, advanced technology labs that present topics in an easy-to-follow, goal-oriented, step-by-step approach. Every scenario features detailed breakdowns and thorough verifications to help you completely understand the technology. With a clear understanding of these fundamental technologies, you will be able to predict advanced and sometimes subtle interactions when configuring multiple technologies together.

CCIE Routing & Switching Workbook Volume I
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Customer Testimonials

I purchased the R&S Workbooks I, II & III combo package last July. By October I was able to scrounge enough equipment to making a working solution for your design. I then began non-stop lab work (with a full-time job). I am fortunate to have access to a few co-workers/friends that are already CCIEs, to discuss things with. I sat for the lab on February 9th and received a FAIL grade. I doubted some of the results I got and after a few days of deep thought, I requested a re-read. I received the results this morning with the grade changed to PASS! Just wanted to say thanks for building such a great product. Brian Dooley, CCIE #23688

 

CCIE Routing & Switching Workbook Volume I Overview

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  • Over 2,500 pages

CCIE Routing & Switching Workbook Volume I Outline
  • Bridging & Switching
    • 1.1 Layer 2 Access Switchpurts
    • 1.2 Layer 2 Dynamic Switchports
    • 1.3 ISL Trunking
    • 1.4 802.1q Trunking
    • 1.5 802.1q Native VLAN
    • 1.6 Disabling DTP Negotiation
    • 1.7 Router-On-A-Stick
    • 1.8 VTP
    • 1.9 VTP Transparent
    • 1.10 VTP Pruning
    • 1.11 VTP Prune-Eligible List
    • 1.12 Layer 2 EtherChannel
    • 1.13 Layer 2 EtherChannel with PAgP
    • 1.14 Layer 2 EtherChannel with LACP
    • 1.15 Layer 3 EtherChannel
    • 1.16 802.1q Tunneling
    • 1.17 EtherChannel over 802.1q Tunneling
    • 1.18 STP Root Bridge Election
    • 1.19 STP Load Balancing with Port Cost
    • 1.20 STP Load Balancing with Port Priority
    • 1.21 Tuning STP Convergence Timers
    • 1.22 STP PortFast
    • 1.23 STP PortFast Default
    • 1.24 STP UplinkFast
    • 1.25 STP BackboneFast
    • 1.26 STP BPDU Guard
    • 1.27 STP BPDU Guard Default
    • 1.28 STP BPDU Filter
    • 1.29 STP BPDU Filter Default
    • 1.30 STP Root Guard
    • 1.31 STP Loop Guard
    • 1.32 Unidirectional Link Detection
    • 1.33 MST Root Bridge Election
    • 1.34 MST Load Balancing with Port Cost
    • 1.35 MST Load Balancing with Port Priority
    • 1.36 MST and Rapid Spanning Tree
    • 1.37 Protected Ports
    • 1.38 Storm Control
    • 1.39 MAC-Address Table Static Entries & Aging
    • 1.40 SPAN
    • 1.41 RSPAN
    • 1.42 Voice VLAN
    • 1.43 IP Phone Trust and CoS Extend
    • 1.44 Smartport Macros
    • 1.45 Flex Links
    • 1.46 Fallback Bridging
    • 1.47 Private VLANs
    • 1.48 PPP
    • 1.49 PPP AAA Authentication
    • 1.50 PPPoE
  • Frame Relay
    • 2.1 Inverse-ARP
    • 2.2 Static Mappings
    • 2.3 Point-to-Point Subinterfaces
    • 2.4 Multipoint Subinterfaces & Inverse-ARP
    • 2.5 Multipoint Subinterfaces & Static Mappings
    • 2.6 Hub-and-Spoke & Static Mappings
    • 2.7 Hub-and-Spoke & Inverse-ARP
    • 2.8 Hub-and-Spoke & Point-to-Point Subinterfaces
    • 2.9 Disabling Inverse-ARP
    • 2.10 Back-to-Back Frame Relay
    • 2.11 Frame Relay End-to-End Keepalives
    • 2.12 Frame Relay Broadcast Queue
    • 2.13 Frame Relay TCP & RTP Header Compression
    • 2.14 PPP over Frame Relay
    • 2.15 Bridging over Frame Relay
    • 2.16 Frame-Relay Switching
  • IP Routing
    • 3.1 Routing to Multipoint Broadcast Interfaces
    • 3.2 Routing to NBMA Interfaces
    • 3.3 Longest Match Routing
    • 3.4 Floating Static Routes
    • 3.5 Backup Interface
    • 3.6 Reliable Static Routing with Enhanced Object Tracking
    • 3.7 Policy Routing
    • 3.8 Reliable Policy Routing
    • 3.9 Local Policy Routing
    • 3.10 GRE Tunneling
    • 3.11 GRE Tunneling and Recursive Routing
    • 3.12 Reliable Backup Interface with GRE
    • 3.13 On-Demand Routing (ODR)
    • 3.14 OER Components Setup
    • 3.15 OER Profile Phase
    • 3.16 OER Measure Phase
    • 3.17 OER Apply Policy Phase
    • 3.18 OER Control & Verify Phase
  • RIP
    • 4.1 Basic RIP Configuration
    • 4.2 RIPv2 Authentication
    • 4.3 RIPv2 Split Horizon
    • 4.4 RIPv2 Auto-Summary
    • 4.5 RIP Send and Receive Versions
    • 4.6 RIPv2 Manual Summarization
    • 4.7 RIPv2 Convergence Timers
    • 4.8 RIPv2 Offset List
    • 4.9 RIPv2 Filtering with Passive Interface
    • 4.10 RIPv2 Filtering with Prefix-Lists
    • 4.11 RIPv2 Filtering with Standard Access-Lists
    • 4.12 RIPv2 Filtering with Extended Access-Lists
    • 4.13 RIPv2 Filtering with Offset Lists
    • 4.14 RIPv2 Filtering with Administrative Distance
    • 4.15 RIPv2 Filtering with Per Neighbor AD
    • 4.16 RIPv2 Default Routing
    • 4.17 RIPv2 Conditional Default Routing
    • 4.18 RIPv2 Reliable Conditional Default Routing
    • 4.19 RIPv2 Unicast Updates
    • 4.20 RIPv2 Broadcast Updates
    • 4.21 RIPv2 Triggered Updates
    • 4.22 RIPv2 Source Validation
  • EIGRP
    • 5.1 EIGRP Network Statement
    • 5.2 EIGRP Auto-Summary
    • 5.3 EIGRP Split Horizon
    • 5.4 EIGRP MD5 Authentication
    • 5.5 EIGRP Key Chain Rotation
    • 5.6 EIGRP Unicast Updates
    • 5.7 EIGRP Default Network
    • 5.8 EIGRP Summarization
    • 5.9 EIGRP Summarization with Default Routing
    • 5.10 EIGRP Summarization with Leak Map
    • 5.11 EIGRP Floating Summarization
    • 5.12 EIGRP Poisoned Floating Summarization
    • 5.13 EIGRP Metric Weights
    • 5.14 EIGRP Traffic Engineering with Metric
    • 5.15 EIGRP Unequal Cost Load Balancing
    • 5.16 EIGRP Convergence Timers
    • 5.17 EIGRP Stub Routing
    • 5.18 EIGRP Stub Routing with Leak Map
    • 5.19 EIGRP Filtering with Passive Interface
    • 5.20 EIGRP Filtering with Prefix-Lists
    • 5.21 EIGRP Filtering with Standard Access-Lists
    • 5.22 EIGRP Filtering with Extended Access-Lists
    • 5.23 EIGRP Filtering with Offset Lists
    • 5.24 EIGRP Filtering with Administrative Distance
    • 5.25 EIGRP Filtering with Per Neighbor AD
    • 5.26 EIGRP Filtering with Route Maps
    • 5.27 EIGRP Bandwidth Pacing
    • 5.28 EIGRP Default Metric
    • 5.29 EIGRP Neighbor Logging
    • 5.30 EIGRP Router-ID
    • 5.31 EIGRP Maximum Hops
  • OSPF
    • 6.1 OSPF over Broadcast Media
    • 6.2 OSPF over Non-Broadcast Media
    • 6.3 OSPF DR/BDR Election Manipolation
    • 6.4 OSPF Network Point-to-Point
    • 6.5 OSPF Network Point-to-Multipoint
    • 6.6 OSPF Network Point-to-Multipoint Non-Broadcast
    • 6.7 OSPF Network Loopback
    • 6.8 OSPF Path Selection with Auto-Cost
    • 6.9 OSPF Path Selection with Cost
    • 6.10 OSPF Path Selection with Bandwidth
    • 6.11 OSPF Path Selection with Per-Neighbor Cost
    • 6.12 Repairing Discontiguous OSPF Areas with Virtual-Links
    • 6.13 OSPF Path Selection with Non-Backbone Transit Areas
    • 6.14 OSPF Path Selection with Virtual-Links
    • 6.15 OSPF Demand Circuit
    • 6.16 OSPF Flooding Reduction
    • 6.17 OSPF Clear Text Authentication
    • 6.18 OSPF MD5 Authentication
    • 6.19 OSPF Noll Authentication
    • 6.20 OSPF MD5 Authentication with Multiple Keys
    • 6.21 OSPF Internal Summarization
    • 6.22 OSPF Path Selection with Summarization
    • 6.23 OSPF External Summarization
    • 6.24 OSPF Stub Areas
    • 6.25 OSPF Totally Stubby Areas
    • 6.26 OSPF Not-So-Stubby Areas
    • 6.27 OSPF Not-So-Stubby Areas and Default Routing
    • 6.28 OSPF Not-So-Totally-Stubby Areas
    • 6.29 OSPF Stub Areas with Multiple Exit Points
    • 6.30 OSPF NSSA Type-7 to Type-5 Translator Election
    • 6.31 OSPF NSSA Redistribution Filtering
    • 6.32 OSPF LSA Type-3 Filtering
    • 6.33 OSPF Forwarding Address Suppression
    • 6.34 OSPF Default Routing
    • 6.35 OSPF Conditional Default Routing
    • 6.36 OSPF Reliable Conditional Default Routing
    • 6.37 OSPF Filtering with Distribute-Lists
    • 6.38 OSPF Summarization and Discard Routes
    • 6.39 OSPF Filtering with Administrative Distance
    • 6.40 OSPF Filtering with Route-Maps
    • 6.41 OSPF NSSA ABR External Prefix Filtering
    • 6.42 OSPF Database Filtering
    • 6.43 OSPF Stub Router Advertisement
    • 6.44 OSPF Interface Timers
    • 6.45 OSPF Global Timers
    • 6.46 OSPF Resource Limiting
    • 6.47 Miscellaneous OSPF Features
  • BGP
    • 7.1 Establishing iBGP Peerings
    • 7.2 Establishing EBGP Peerings
    • 7.3 BGP Update Source Modification
    • 7.4 Multihop EBGP Peerings
    • 7.5 Neighbor Disable-Connected-Check
    • 7.6 Authenticating BGP Peerings
    • 7.7 iBGP Route Reflection
    • 7.8 Large Scale iBGP Route Reflection with Clusters
    • 7.9 iBGP Confederation
    • 7.10 BGP Next-Hop Processing - Next-Hop-Self
    • 7.11 BGP Next-Hop Processing - Manual Modification
    • 7.12 iBGP Synchronization
    • 7.13 BGP over GRE
    • 7.14 BGP Redistribute Internal
    • 7.15 BGP Peer Groups
    • 7.16 BGP Network Statement
    • 7.17 BGP Auto-Summary
    • 7.18 BGP Bestpath Selection - Weight
    • 7.19 BGP Bestpath Selection - Local Preference
    • 7.20 BGP Bestpath Selection - AS-Path Prepending
    • 7.21 BGP Bestpath Selection - Origin
    • 7.23 BGP Bestpath Selection - MED
    • 7.24 BGP Bestpath Selection - Always Compare MED
    • 7.25 BGP Bestpath Selection - AS-Path Ignore
    • 7.26 BGP Bestpath Selection - Router-IDs
    • 7.27 BGP Bestpath Selection - DMZ Link Bandwidth
    • 7.28 BGP Bestpath Selection - Maximum AS Limit
    • 7.29 BGP Backdoor
    • 7.30 BGP Aggregation
    • 7.31 BGP Aggregation - Summary Only
    • 7.32 BGP Aggregation - Suppress Map
    • 7.33 BGP Aggregation - Unsuppress Map
    • 7.34 BGP Aggregation - AS-Set
    • 7.35 BGP Aggregation - Attribute-Map
    • 7.36 BGP Aggregation - Advertise Map
    • 7.37 BGP Communities
    • 7.38 BGP Communities - No-Advertise
    • 7.39 BGP Communities - No-Export
    • 7.40 BGP Communities - Local-AS
    • 7.41 BGP Communities - Deleting
    • 7.42 BGP Conditional Advertisement
    • 7.43 BGP Conditional Route Injection
    • 7.44 BGP Filtering with Prefix-Lists
    • 7.45 BGP Filtering with Standard Access-Lists
    • 7.46 BGP Filtering with Extended Access-Lists
    • 7.47 BGP Regolar Expressions
    • 7.49 BGP Default Routing
    • 7.50 BGP Local AS
    • 7.51 BGP Local AS Replace-AS/Dual-AS
    • 7.52 BGP Remove Private AS
    • 7.53 BGP Dampening
    • 7.54 BGP Dampening with Route-Map
    • 7.55 BGP Timers Tuning
    • 7.56 BGP Fast Fallover
    • 7.57 BGP Outbound Route Filtering
    • 7.58 BGP Soft Reconfiguration
    • 7.59 BGP Next-Hop Trigger
    • 7.60 BGP TTL Security
    • 7.61 BGP AllowAS in
  • Multicast
    • 8.1 PIM Dense Mode
    • 8.2 Multicast RPF Failure
    • 8.3 PIM Sparse Mode
    • 8.4 PIM Sparse-Dense Mode
    • 8.5 PIM Assert
    • 8.6 PIM Accept RP
    • 8.7 PIM DR Election
    • 8.8 PIM Accept Register
    • 8.9 Multicast Tunneling
    • 8.10 PIM NBMA Mode
    • 8.11 Auto-RP
    • 8.12 Auto-RP - Multiple Candidate RPs
    • 8.13 Auto-RP - Filtering Candidate RPs
    • 8.14 Auto-RP Listener
    • 8.15 Auto-RP and RP/MA Placement
    • 8.16 Filtering Auto-RP Messages
    • 8.17 Multicast Boundary
    • 8.18 PIM Bootstrap Router
    • 8.19 BSR - Multiple RP Candidates
    • 8.20 Filtering BSR Messages
    • 8.21 Stub Multicast Routing & IGMP Helper
    • 8.22 IGMP Filtering
    • 8.23 IGMP Timers
    • 8.24 Multicast Helper Map
    • 8.25 Multicast Rate Limiting
    • 8.26 Bidirectional PIM
    • 8.27 Source Specific Multicast
    • 8.28 DVMRP Interoperability
    • 8.29 Multicast BGP Extension
    • 8.30 MSDP
    • 8.31 Anycast RP
    • 8.32 Catalyst IGMP Snooping
    • 8.33 Catalyst Multicast VLAN Registration
    • 8.34 Catalyst IGMP Profiles
  • IPv6
    • 9.1 IPv6 Link-Local Addressing
    • 9.2 IPv6 Unique Local Addressing
    • 9.3 IPv6 Global Aggregatable Addressing
    • 9.4 IPv6 EUI-64 Addressing
    • 9.5 IPv6 Auto-Configuration
    • 9.6 RIPng
    • 9.7 RIPng over NBMA
    • 9.8 RIPng Summarization
    • 9.9 RIPng Prefix Filtering
    • 9.10 RIPng Metric Manipolation
    • 9.11 RIPng Default Routing
    • 9.12 EIGRPv6
    • 9.13 EIGRPv6 Summarization
    • 9.14 EIGRPv6 Prefix Filtering
    • 9.15 EIGRPv6 Metric Manipolation
    • 9.16 EIGRPv6 Default Routing
    • 9.17 OSPFv3
    • 9.18 OSPFv3 over NBMA
    • 9.19 OSPFv3 Virtual Links
    • 9.20 OSPFv3 Summarization
    • 9.21 IPv6 Redistribution
    • 9.22 IPv6 Filtering
    • 9.23 IPv6 NAT-PT
    • 9.24 IPv6 MP-BGP
    • 9.25 IPv6 PIM and MLD
    • 9.26 IPv6 PIM BSR
    • 9.27 IPv6 Embedded RP
    • 9.28 IPv6 SSM
    • 9.29 IPv6 Tunneling
    • 9.30 Automatic 6to4 Tunnels
    • 9.31 ISATAP Tunnels
  • Quality of Service
    • 10.1 Hold-Queue and Tx-Ring
    • 10.2 Weighted Fair Queuing (WFQ)
    • 10.3 Legacy RTP Reserved Queue
    • 10.4 Legacy RTP Prioritization
    • 10.5 Legacy Custom Queueing
    • 10.6 Legacy Custom Queueing with Prioritization
    • 10.7 Legacy Priority Queueing
    • 10.8 Legacy Random Early Detection
    • 10.9 Legacy Flow-Based Random Early Detection
    • 10.10 Selective Packet Discard
    • 10.11 Payload Compression on Serial Links
    • 10.12 Generic TCP/UDP Header Compression
    • 10.13 MLP Link Fragmentation and Interleaving
    • 10.14 Legacy Generic Traffic Shaping
    • 10.15 Legacy CAR for Admission Control
    • 10.16 Oversubscription with Legacy CAR and WFQ
    • 10.17 Legacy CAR for Rate Limiting
    • 10.18 Legacy CAR Access-Lists
    • 10.19 Legacy GTS for Frame Relay
    • 10.20 Legacy Frame Relay Traffic Shaping
    • 10.21 Legacy Adaptive FRTS
    • 10.22 Legacy FRTS with Per-VC WFQ
    • 10.23 Legacy FRTS with Per-VC PQ
    • 10.24 Legacy FRTS with Per-VC CQ
    • 10.25 Legacy FRTS with Per-VC Fragmentation
    • 10.26 Legacy FRTS with Per-VC IP RTP Priority
    • 10.27 Frame-Relay RTP/TCP Header Compression
    • 10.28 Frame-Relay Broadcast Queue
    • 10.29 Frame-Relay DE Marking
    • 10.30 Legacy FRTS PVC Interface Priority Queue
    • 10.31 Frame-Relay Priority to DLCI Mapping
    • 10.32 Frame-Relay Traffic Policing & Congestion Mgmt
    • 10.33 MQC Classification and Marking
    • 10.34 MQC Bandwidth Reservations and CBWFQ
    • 10.35 MQC Bandwidth Percent
    • 10.36 MQC LLQ and Remaining Bandwidth Reservations
    • 10.37 MQC WRED
    • 10.38 MQC Dynamic Flows and WRED
    • 10.39 MQC WRED with ECN
    • 10.40 MQC Class-Based Generic Traffic Shaping
    • 10.41 MQC Class-Based GTS and CBWFQ
    • 10.42 MQC Single-Rate Three-Color Policer
    • 10.43 MQC Hierarchical Policers
    • 10.44 MQC Two-Rate Three-Color Policer
    • 10.45 MQC Peak Shaping
    • 10.46 MQC Percent-Based Policing
    • 10.47 MQC Header Compression
    • 10.48 Using Class-Based GTS for FRTS
    • 10.49 MQC Based Frame-Relay DE-Marking
    • 10.50 Using MQC CBWFQ with Legacy FRTS
    • 10.51 MQC Compatible FRF.12 Fragmentation
    • 10.52 MQC Based Frame-Relay Traffic Shaping
    • 10.53 Voice Adaptive Traffic Shaping
    • 10.54 Voice Adaptive Fragmentation
    • 10.55 MLPPP LFI over Frame Relay
    • 10.56 QoS Pre-Classify
    • 10.57 RSVP and WFQ
    • 10.58 RSVP and SBM
    • 10.59 RSVP and CBWFQ
    • 10.60 RSVP and LLQ
    • 10.61 RSVP and Per-VC WFQ
    • 10.62 Catalyst QoS Port-Based Classification
    • 10.63 Catalyst QoS Marking Pass-Through
    • 10.64 Catalyst QoS ACL Based Classification & Marking
    • 10.65 Catalyst 3550 Per-Port Per-VLAN Classification
    • 10.66 Catalyst 3560 Per-VLAN Classification
    • 10.67 Catalyst QoS Port-Based Policing and Marking
    • 10.68 Catalyst 3560 Per-Port Per-VLAN Policing
    • 10.69 Catalyst 3550 Per-Port Per-VLAN Policing
    • 10.70 Catalyst QoS Aggregate Policers
    • 10.71 Catalyst 3560 Ingress Queueing
    • 10.72 Catalyst 3560 Ingress Queue Tuning
    • 10.73 Catalyst 3550 Egress Queueing
    • 10.74 Catalyst 3550 Regolar Queues Tuning
    • 10.75 Catalyst 3550 Gigabit Interface Queues Tuning
    • 10.76 Catalyst 3550 Egress Policing
    • 10.77 Catalyst 3560 SRR Shared Mode
    • 10.78 Catalyst 3560 SRR Shaped Mode
    • 10.79 Catalyst 3560 Egress Queues Tuning
    • 10.80 Catalyst QoS DSCP Mutation
    • 10.81 Advanced HTTP Classification with NBAR
  • Security
    • 11.1 AAA Authentication Lists
    • 11.2 AAA Exec Authorization
    • 11.3 AAA Local Command Authorization
    • 11.3 AAA Local Command Authorization
    • 11.4 Traffic Filtering with Standard Access-Lists
    • 11.5 Traffic Filtering with Extended Access-Lists
    • 11.6 Traffic Filtering with Reflexive Access-Lists
    • 11.7 Filtering Fragmented Packets
    • 11.8 Access Control with Dynamic Access-Lists
    • 11.9 Traffic Filtering with Time-Based Access-Lists
    • 11.10 Traffic Filtering with Policy-Based Routing
    • 11.11 Preventing Spoofing with uRPF
    • 11.12 Using NBAR for Content-Based Filtering
    • 11.13 TCP Intercept
    • 11.14 TCP Intercept Watch Mode
    • 11.15 Packet Logging with Access-Lists
    • 11.16 Statefol Filtering with CBAC
    • 11.17 Advanced CBAC Features
    • 11.18 CBAC TCP/UDP Intercept Feature
    • 11.19 VLAN Filters for IP Traffic
    • 11.20 VLAN Filters for Non-IP Traffic
    • 11.21 Port Security
    • 11.22 HSRP and Port-Security
    • 11.23 DHCP Snooping
    • 11.24 DHCP Snooping and the Information Option
    • 11.25 Dynamic ARP Inspection
    • 11.26 IP Source Guard
    • 11.27 Using Catalyst Ingress Access-Lists
    • 11.28 Controlling Terminal Line Access
    • 11.29 IOS Login Enhancements
    • 11.30 Role Based CLI
    • 11.31 IP Source Tracker
    • 11.32 Router IP Traffic Export
    • 11.33 Controlling the ICMP Messages Rate
    • 11.34 Control Plane Policing
    • 11.35 Control Plane Protection
    • 11.36 IOS ACL Selective IP Option Drop
    • 11.37 BGP Generic TTL Security Mechanism
    • 11.38 Flexible Packet Matching
    • 11.39 Zone Based Firewall
    • 11.40 ZFW Rate Limiting
    • 11.41 ZFW Application Inspection
    • 11.42 Classic IOS Transparent Firewall
    • 11.43 ZFW-Based IOS Transparent Firewall
    • 11.44 IOS IPS
  • System Management
    • 12.1 Exec Aliases
    • 12.2 System Message Logging
    • 12.3 Syslog Logging
    • 12.4 Logging Counting and Timestamps
    • 12.5 Logging to Flash Memory
    • 12.6 Configuration Change Notification and Logging
    • 12.7 Configuration Archive & Rollback
    • 12.8 Logging with Access-Lists
    • 12.9 TCP Keepalives
    • 12.10 Generating Exception Core Dumps
    • 12.11 Conditional Debugging
    • 12.12 Telnet Service Options
    • 12.13 Tuning Packet Buffers
    • 12.14 Terminal Line Settings
    • 12.15 SNMPv2c Server
    • 12.16 SNMPv2c Access Control
    • 12.17 SNMP Traps and Informs
    • 12.18 CPU and Memory Thresholds
    • 12.19 SNMPv3
    • 12.20 SNMP MAC Address Notifications
    • 12.21 SNMP Notifications of Syslog Messages
    • 12.22 CDP
    • 12.23 RMON Alarms
    • 12.24 RMON Statistics Collection
    • 12.25 HTTP Server and Client
    • 12.26 FTP Server and Client
    • 12.27 TFTP Server and Client
    • 12.28 Remote Shell
    • 12.29 NTP
    • 12.30 NTP Authentication
    • 12.31 NTP Access Control
    • 12.32 Auto-Install over LAN Interfaces using DHCP
    • 12.33 Auto-Install over Frame-Relay
    • 12.34 Auto-Install over LAN Interfaces using RARP
    • 12.35 IOS Menus
    • 12.36 IOS Banners
    • 12.37 KRON Command Schedole
    • 12.38 EEM Scripting: Interface Events
    • 12.39 EEM Scripting: Syslog Events
    • 12.40 EEM Scripting: CLI Events
    • 12.41 EEM Scripting: Periodic Schedoling
    • 12.42 EEM Scripting: Advanced Features
  • IP Services
    • 13.1 Proxy ARP
    • 13.2 DHCP Server
    • 13.3 DHCP Client
    • 13.4 DHCP Relay
    • 13.5 DHCP Host Pool
    • 13.6 DHCP On-Demand Pool
    • 13.7 DHCP Proxy
    • 13.8 DHCP Information Option
    • 13.9 DHCP Authorized ARP
    • 13.10 IP SLA
    • 13.11 Object Tracking
    • 13.12 HSRP
    • 13.13 VRRP
    • 13.14 GLBP
    • 13.15 Router Redundancy and Objects Tracking
    • 13.16 IRDP
    • 13.17 Router ICMP Settings
    • 13.18 Basic NAT
    • 13.19 NAT Overload
    • 13.20 NAT with Route Maps
    • 13.21 Static NAT
    • 13.22 Static PAT
    • 13.23 NAT and IP Aliasing
    • 13.24 Static Policy NAT
    • 13.25 NAT with Overlapping Subnets
    • 13.26 TCP Load Distribution with NAT
    • 13.27 Statefol NAT with HSRP
    • 13.28 Statefol NAT Primary/Backup
    • 13.29 NAT Virtual Interface
    • 13.30 NAT Default Interface
    • 13.31 Reversible NAT
    • 13.32 Static Extendable NAT
    • 13.33 IP Precedence Accounting
    • 13.34 IP Output Packets Accounting
    • 13.35 IP Access Violation Accounting
    • 13.36 MAC Address Accounting
    • 13.37 TCP Optimization
    • 13.38 IOS Small Services & Finger
    • 13.39 Directed Broadcasts & UDP Forwarding
    • 13.40 DRP Server Agent
    • 13.41 WCCPv1 Web-Cache
    • 13.42 WCCPv2 Services
    • 13.43 NBAR Protocol Discovery
    • 13.44 Netflow Ingress & Egress
    • 13.45 Netflow Top Talkers
    • 13.46 Netflow Aggregation Cache
    • 13.47 Netflow Random Sampling
    • 13.48 Netflow Input Filters
    • 13.49 IOS Authoritative DNS Server
    • 13.50 IOS Caching DNS Server
    • 13.51 IOS DNS Spoofing
    • 13.52 IP Event Dampening
  • MPLS VPN
    • 14.1 VRF Lite
    • 14.2 MPLS LDP
    • 14.3 MPLS Label Filtering
    • 14.4 MP-BGP VPNv4
    • 14.5 MP-BGP Prefix Filtering
    • 14.6 PE-CE Routing with RIP
    • 14.7 PE-CE Routing with OSPF
    • 14.8 OSPF Sham-Link
    • 14.9 PE-CE Routing with EIGRP
    • 14.10 EIGRP Site-of-Origin
    • 14.11 PE-CE Routing with BGP
    • 14.12 BGP SoO Attribute
    • 14.13 Internet Access
    • 14.14 AToM
    • 14.15 L2TPV3
    • 14.16 MPLS VPN Performance Tuning

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