Are you looking to isolate your CCIE lab preparation on an individual topic basis? Tired of spending hours setting up a lab topology just to see how OSPF works? Weak on a specific topic like QoS and want to see what the different variations of its configuration are? Do you want to know more than 15 variations of how to configure Frame Relay between just two routers? Look no further, Internetwork Expert's CCIE Routing & Switching Lab Workbook Volume I is your key to success!

Overview

Internetwork Expert's CCIE Routing & Switching Lab Workbook Volume I presents the topics covered in the CCIE R&S Lab exam in an easy to follow, goal-oriented step-by-step approach. By isolating each topic on its own you are able to see, firsthand, the various ways to configure each technology. By understanding these fundamental technologies, you will then be able to predict advanced and sometimes subtle interactions when configuring multiple technologies together.

Periodically, new labs are added that explore each of the fundamental technologies covered in the CCIE R&S Lab exam. Each of these new labs will be made available electronically and free of charge to customers who have purchased previous versions of Lab Workbook Volume I. This method ensures that the material covered in this Lab Workbook is as up-to-date as possible with the current CCIE R&S Lab exam specification.

Authors

Topology

The physical topology used in Internetwork Expert's CCIE Routing & Switching Lab Workbook Volume I is identical to that of Internetwork Expert's CCIE Routing & Switching Lab Workbook Volume II (IEWB-RS-VOL2) and Volume III (IEWB-RS-VOL3), and remains the same throughout all labs in the series. This topology can be easily replicated in your home lab with minimal cost and is also supported through our CCIE Routing & Switching Rack Rentals. See the How to Build a CCIE Rack page for specific information on the devices used.

What You Get

• The CCIE Routing & Switching Lab Workbook Volume I is covered by our exclusive Investment Protection Program.
• Access to 200+ labs (Electronic lab content is printable).
• Free online discussion forum actively monitored by the actual authors of the labs

IEWB-RS-VOL1 Technology Labs Overview

CCIE R&S Lab Workbook Volume I consist of over 200 hands-on individually focused technology labs that present topics in an easy to follow, goal-oriented step-by-step approach. The labs are used to isolate topics on their own allowing candidates to see firsthand the various ways to configure each technology, and what the specific implications of a configuration are. By understanding the fundamental operations of the protocols candidates will be able to predict advanced and sometimes subtle interactions when the various technologies are configured together.

IEWB-RS-VOL1 Technology Labs Outline

Bridging & Switching

Frame-Relay

BGP

EIGRP

OSPF

RIP

IPv6

NAT

Security

IP Services

QoS

 

Bridging & Switching

Understanding Layer 2 Access Switchports
Understanding ISL Trunk Ports
Understanding 802.1q Trunk Ports
Understanding 802.1q Trunk Ports and the Native VLAN
Configuring Trunk Ports without DTP
Router-on-a-Stick
Router-on-a-Stick and the Native VLAN
EtherChannel
EtherChannel - PAgP
EtherChannel - PagP Auto
EtherChannel - LACP
EtherChannel - LACP Passive
EtherChannel - Layer 3
SPAN
RSPAN
Common Configuration for Ring Topology
Using VTP to Propagate VLAN Information
Mixing VTP Modes in Single Topology
VTP Domain Name and DTP Operations
VLAN Load-Balancing using Allowed VLAN List
Basic STP Features: Tuning Timers
Basic STP Features: PortFast
Basic STP Features: UplinkFast
Basic STP Features: BackboneFast
Basic STP Features: BPDU Guard
Basic STP Features: Root Guard
Basic STP Features: BPDU Filter
Basic STP Features: Loopguard
Configuring MSTP
Load-Balancing with STP Root Bridge Placement
VLAN Load-Balancing using STP Port-Priority
VLAN Load-Balancing using STP Port-Cost
VLAN Load-Balancing using MSTP
Configuring Private VLANs
Using QinQ for Transparent Tunneling
QinQ and Layer 2 Protocol Forwarding
Controlling Traffic-Rate with Storm-Control
Configuring Redundancy with Flex Links
Using Smartport Macros
Per-Port Per-VLAN Classification on 3550
Using Hierarchical Policy-Maps for QoS Classification on 3560
Using Hierarchical Policy-Maps for Traffic Policing on 3560
Using Hierarchical Policy-Maps for Policing Markdown on 3560
Using VLAN Access-Map for Non-IP Traffic Filtering
Using VLAN Access-Map for IP Traffic Filtering
Configuring Port-Security
Port-Security Violation Action
Port-Security Violation Recovery
Port-Security and HSRP with Virtual MAC Address
Port-Security and HSRP with BIA MAC Address

Frame-Relay

Frame-Relay Inverse-ARP
Frame-Relay Static Mapping 1
Frame-Relay Inverse-ARP & Static Mappings
Frame-Relay Multipoint Interfaces: Inverse-ARP
Frame-Relay Multipoint Interfaces: Static Mappings
Frame-Relay Multipoint Interfaces: Inverse-ARP & Static Mappings
Frame-Relay Point-to-Point Subinterfaces
Frame-Relay Point-to-Point Subinterfaces and Main Interfaces: Inverse-ARP
Frame-Relay Point-to-Point Subinterfaces and Main Interfaces: Static Mappings
Frame-Relay Point-to-Point Subinterfaces and Multipoint Subinterfaces: Inverse-ARP
Frame-Relay Point-to-Point Subinterfaces and Multipoint Subinterfaces: Static Mapping
Frame-Relay Main Interface: Inverse-ARP, Multipoint Interface: Inverse-ARP
Frame-Relay Main Interface: Inverse-ARP, Multipoint Interface: Static Mapping
Frame-Relay Main Interface: Static Mapping, Multipoint Interface: Inverse-ARP
Frame-Relay Main Interface: Static Mapping, Multipoint Interface: Static Mapping
Frame-Relay Hub-and-Spoke, Main Interfaces w/ Inverse-ARP
Frame-Relay Hub-and-Spoke, Main Interfaces w/ Inverse-ARP & Static Mappings
Frame-Relay Hub-and-Spoke, Main Interfaces w/ Static Mappings
Frame-Relay Hub-and-Spoke, Main Interfaces w/ Inverse-ARP & Point-to-Point Subinterfaces
Frame-Relay Hub-and-Spoke, Main Interfaces w/ Static Mappings & Point-to-Point Subinterfaces

BGP

Establishment of BGP Peering Relationships
BGP Update Source Mismatch
BGP Update Source Modification
iBGP Synchronization
Transiting Non-BGP Speaking Devices - Redistribution
Transiting Non-BGP Speaking Devices - Tunneling
BGP Bestpath Selection - Weight
BGP Bestpath Selection – Local Preference
BGP Bestpath Selection – Local Preference
BGP Bestpath Selection – MED
BGP Bestpath Selection – Origin
BGP Next-Hop Processing – Next-Hop-Self
BGP Next-Hop Processing – Manual Modification
BGP Next-Hop Processing – IGP Redistribution
BGP Communites – No-Export
BGP Communites – No-Advertise
BGP Route Reflection
BGP Confederation
BGP Communities – Local AS
BGP Outbound Route Filtering (ORF)
BGP Aggregation
BGP Aggregation – Summary Only
BGP Aggregation – Suppress Map
BGP Aggregation – Unsuppress Map
BGP Aggregation – AS-Set
BGP Aggregation – Advertise Map
BGP Allow AS In

EIGRP

Understanding the EIGRP Network Statement
EIGRP Auto-Summary
EIGRP Split Horizon
Unicast EIGRP Updates
Tuning EIGRP Convergence Timers
Common Configuration
Unequal-Cost Load-Balancing
Adjacency Authentication
Stub Router Feature
Default Route Origination with Summarization
Default Routing with Default-Network
Administrative Distance Manipulation
Filtering with Distribute-List
Prefix Filtering using Distribute-List with Route-Map

OSPF

Understanding the OSPF Network Statement
OSPF DR/BDR Election
OSPF over Frame Relay - Non-Broadcast
OSPF over Frame Relay - Broadcast
OSPF over Frame Relay - Point-to-Multipoint
OSPF over Frame Relay - Point-to-Multipoint Non-Broadcast
OSPF over Frame Relay - Point-to-Point
OSPF Network Type Loopback
OSPF Virtual Links - Repairing Area 0
OSPF Virtual Links - Repairing Discontiguous Areas
Common Multi-Area Configuration with 2 ABRs
Using Type-3 LSA Inter-Area Filtering
Type-3 LSA Filtering with Network Ranges
Ingress Filtering with Distribute-List
Ingress Filtering with Distribute-List and Route-Map
Ingress Filtering with Administrative Distance
NSSA Area Type 7to5 LSA Translator Election
NSSA Area ABR External Prefix Filtering
NSSA Suppress FA Feature
NSSA Area and Default-Route Origiantion at ABR Part 1
NSSA Area and Default-Route Origiantion at ABR Part 2
NSSA Area and Default-Route Origiantion at ASBR

RIP

RIPv1 Contiguous Networks
RIPv1 Discontiguous Networks
RIPv1 FLSM
RIPv1 VLSM
RIPv2
RIP Send-Receive Version
Tuning RIP Convergence Timers
RIP and IP Split Horizon
Controlling RIP Updates
Unicast RIP Updates
RIP Summarization

IPv6

Understanding Link Local and EUI-64 IPv6 Addressing
Understanding Site Local IPv6 Addressing
Understanding Global Unicast IPv6 Addressing
IPv6 over Frame Relay – Multipoint
IPv6 over Frame Relay – Point-to-Point

NAT

Common Configuration
Standard NAT Configuration
Standard NAT with Overloading (PAT)
NAT Redundancy with Route-Maps
Policy NAT with Route-Maps
Configuring Static NAT
Configuring Static PAT
Configuring Static Policy NAT
Overlapping Networks and Outside NAT
Using Destination NAT for Load-Balancing
Stateful NAT with HSRP

Security

Traffic Filtering with Access Lists
Traffic Filtering with Reflexive Access-Lists
Reflexive Access-Lists and Router-Generated Traffic
Configuring CBAC for Traffic Inspection
Access Control with Dynamic ACLs (Lock & Key)
Using NBAR to Filter Traffic
Using Policy-Based Routing to Filter Traffic
DoS Attacks Prevention with TCP Intercept
Configuring TCP Intercept in Watch Mode
DoS Attacks Prevention with CBAC
Configuring Application Port-Mapping with CBAC
Using CAR for Smurf Attack Mitigation
IP Address Spoofing Prevention with ACLs
Using uRPF to Prevent IP Address Spoofing

IP Services

Common Configuration
Proxy ARP
Local Proxy ARP
Securing Virtual Terminal Line Access
Controlling Virtual Terminal Line Access
Using DHCP for Autoconfiguration
DHCP Relay
Configuring DHCP Host Pools
AutoInstall over Frame-Relay
Using NTP for Time Synchronization
Authenticating NTP Updates
Router Menus
Gateway Redundancy with VRRP
Gateway Redundancy with HSRP

QoS

Legacy Custom Queueing
MQC Bandwidth
Legacy Priority Queueing
MQC Low Latency Queue
Legacy Generic Traffic Shaping
Legacy Frame Relay Traffic Shaping
MQC Frame Relay Traffic Shaping
Legacy Committed Access Rate
MQC Policing
Common Configuration
Legacy FRTS
Legacy FRTS with Per-VC Priority Queueing
Frame-Relay Adaptive Shaping
Frame-Relay Fragmentation (FRF.12)
Frame-Relay IP RTP Priority
Frame-Relay Per-VC CBWFQ
MQC-Only FRTS Configuration
MQC FRTS
Voice-Adaptive FRTS
Frame-Relay Voice-Adaptive Fragmentation
FRF.11 Annex C Fragmentation for VoFR
Frame-Relay PIPQ

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