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CCIE Routing & Switching Lab Workbook Volume I
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$495 | Printed | |
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$395 | Electronic  |
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Lab Workbook Reviews [+]
I have just passed my CCIE R&S in Brussels today from my first attempt and I would like to thank you for your fantastic products. My special thanks would be to Brian Dennis and Brian McGahan. Guys you are legend! Keep up good work.
I have been using your workbook labs (volume I,II,III) during my preparation for the last 6 months and here we go - success! I will be continuing using your products for other CCIE tracks.
Rashad Fatullayev - CCIE #21937- Overview
- Workbook Outline
- Printed vs Electronic
- Testimonials
- Sample Lab
Introduction
Volume I - Advanced Technology Labs is the hands on practice companion to the Advanced Technologies Class, and is the first step in CCIE lab preparation. Each lab is designed to walk you through the technology, and provide in depth explanations of the necessary configurations.
CCIE R&S Lab Workbook Volume I consists of nearly 600 (six hundred!) 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 assist you in getting 100% understanding of the particular technology. 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.
Update Policy
New labs are continuously added as part of our CCIE RS 4.0 approach to our products. All material is kept up to date, and is always updated with additional material to ensure you have every resource available to you. These labs 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
The workbook has been designed and supported by a team of highly-skilled and industry recognized CCIE instructors, each having many years of in-production and training experience. In short, our instructor names speak for themselves!
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Hardware
The physical topology and hardware used in Internetwork Expert's CCIE Routing & Switching Lab Workbook Volume I is identical to that of other Internetwork Expert's CCIE Routing & Switching products, 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.
You may find the latest topology hardware and software specification by reading the following blog post - INE's New CCIE R&S Topology and you may find detailed instructions on building your own CCIE rack by reading the following whitepaper - How to Build a CCIE Rack
At a Glance
- The CCIE Routing & Switching Lab Workbook Volume I is covered by our exclusive Investment Protection Program
- Access to nearly 600 technology-focused labs (Electronic lab content is printable)
- Workbook support provided via www.IEOC.com - Free online CCIE community and forum actively monitored by the actual authors of the workbook
- The amount of material covered, and the detail of information, is not found in any other workbook on the market
- Same physical topology used throughout the entire workbook so no need to re-cable your equipment
- Hardware specification is widely supported by commercial rack vendors and our preferred rack vendor Graded Labs
- Developed by the authors you know and trust to provide only the best material
| Bridging & Switching | Frame-Relay | IP Routing | |
| RIP | EIGRP | OSPF Network Types | |
| BGP | Multicast | IPv6 | |
| Quality of Service | Security | System Management | |
| IP Services | MPLS VPN | ||
Bridging & Switching |  | ||
| Catalyst Switchports | |||
| 1.1 | Layer 2 Access Switchports | ||
| 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 | ||
| VLAN Trunk Protocol | |||
| 1.8 | VTP | ||
| 1.9 | VTP Transparent | ||
| 1.10 | VTP Pruning | ||
| 1.11 | VTP Prune-Eligible List | ||
| EtherChannels & QinQ | |||
| 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 | ||
| Spanning Tree Protocol | |||
| 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 | ||
| Multiple Spanning Tree Protocol | |||
| 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 | ||
| Layer 2 Security | |||
| 1.37 | Protected Ports | ||
| 1.38 | Storm Control | ||
| 1.39 | MAC-Address Table Static Entries & Aging | ||
| 1.40 | SPAN | ||
| 1.41 | RSPAN | ||
| Advanced L2 Topics | |||
| 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 | PPP over Ethernet | ||
Frame-Relay | | ||
| Interface Types and Mappings | |||
| 2.1 | Inverse-ARP | ||
| 2.2 | Static Mappings 1 | ||
| 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 | ||
| Advanced Topics | |||
| 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 | | ||
| Static Routing | |||
| 3.1 | Routing to Multipoint Broadcast Interfaces | ||
| 3.2 | Routing to NBMA Interfaces | ||
| 3.3 | Longest Match Routing | ||
| 3.4 | Floating Static Routes | ||
| Advanced Routing | |||
| 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) | ||
| Optimized Edge Routing | |||
| 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 | | ||
| RIPv2 Basics | |||
| 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 | ||
| RIPv2 Filtering | |||
| 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 | ||
| Advanced RIPv2 Topics | |||
| 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 | | ||
| EIGRP Basics | |||
| 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 | ||
| EIGRP Summarization | |||
| 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 | ||
| EIGRP Traffic Engineering & Scalability | |||
| 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 | ||
| EIGRP Filtering | |||
| 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 | ||
| Advanced EIGRP Topics | |||
| 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 Network Types | | ||
| 6.1 | OSPF over Broadcast Media | ||
| 6.2 | OSPF over Non-Broadcast Media | ||
| 6.3 | OSPF DR/BDR Election Manipulation | ||
| 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 | ||
| OSPF Path Selection | |||
| 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 | ||
| OSPF Special Features & Authentication | |||
| 6.15 | OSPF Demand Circuit | ||
| 6.16 | OSPF Flooding Reduction | ||
| 6.17 | OSPF Clear Text Authentication | ||
| 6.18 | OSPF MD5 Authentication | ||
| 6.19 | OSPF Null Authentication | ||
| 6.20 | OSPF MD5 Authentication with Multiple Keys | ||
| OSPF Summarization and Area Types | |||
| 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 | ||
| OSPF Default Routing & Filtering | |||
| 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 | ||
| Misc OSPF Features | |||
| 6.44 | OSPF Interface Timers | ||
| 6.45 | OSPF Global Timers | ||
| 6.46 | OSPF Resource Limiting | ||
| 6.47 | Miscellaneous OSPF Features | ||
BGP | | ||
| BGP Fundamentals | |||
| 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 | ||
| Advanced BGP Peerings | |||
| 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 | ||
| BGP Bestpath Selection | |||
| 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 | ||
| BGP Aggregation | |||
| 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 | ||
| BGP Communities | |||
| 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 | ||
| BGP Filtering and Advertisement | |||
| 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 Regular Expressions | ||
| 7.48 | BGP Filtering with Maximum Prefix | ||
| Advanced BGP Topics | |||
| 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 Convergence Timers | ||
| 7.56 | BGP Fast Fall-over | ||
| 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 | | ||
| Protocol Independent 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 | ||
| RP Information Distribution | |||
| 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 | ||
| IGMP and Advanced Multicast | |||
| 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 | ||
| Inter-AS Multicast | |||
| 8.29 | Multicast BGP Extension | ||
| 8.30 | MSDP | ||
| 8.31 | Anycast RP | ||
| Multicasting & Catalyst Switches | |||
| 8.32 | Catalyst IGMP Snooping | ||
| 8.33 | Catalyst Multicast VLAN Registration | ||
| 8.34 | Catalyst IGMP Profiles | ||
IPv6 | | ||
| IPv6 Addressing | |||
| 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 | ||
| IPv6 RIPng | |||
| 9.6 | RIPng | ||
| 9.7 | RIPng over NBMA | ||
| 9.8 | RIPng Summarization | ||
| 9.9 | RIPng Prefix Filtering | ||
| 9.10 | RIPng Metric Manipulation | ||
| 9.11 | RIPng Default Routing | ||
| EIGRPv6 | |||
| 9.12 | EIGRPv6 | ||
| 9.13 | EIGRPv6 Summarization | ||
| 9.14 | EIGRPv6 Prefix Filtering | ||
| 9.15 | EIGRPv6 Metric Manipulation | ||
| 9.16 | EIGRPv6 Default Routing | ||
| OSPFv3 | |||
| 9.17 | OSPFv3 | ||
| 9.18 | OSPFv3 over NBMA | ||
| 9.19 | OSPFv3 Virtual Links | ||
| 9.20 | OSPFv3 Summarization | ||
| Advanced IPv6 | |||
| 9.21 | IPv6 Redistribution | ||
| 9.22 | IPv6 Filtering | ||
| 9.23 | IPv6 NAT-PT | ||
| 9.24 | IPv6 MP-BGP | ||
| IPv6 Multicast | |||
| 9.25 | IPv6 PIM and MLD | ||
| 9.26 | IPv6 PIM BSR | ||
| 9.27 | IPv6 Embedded RP | ||
| 9.28 | IPv6 SSM | ||
| IPv6 Tunnels | |||
| 9.29 | IPv6 Tunneling | ||
| 9.30 | Automatic 6to4 Tunnels | ||
| 9.31 | ISATAP Tunnels | ||
Quality of Service | | ||
| Legacy Queuing Technologies | |||
| 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 Queuing | ||
| 10.6 | Legacy Custom Queuing with Prioritization | ||
| 10.7 | Legacy Priority Queuing | ||
| 10.8 | Legacy Random Early Detection | ||
| 10.9 | Legacy Flow-Based Random Early Detection | ||
| SPD & Link Optimization | |||
| 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 | ||
| Legacy GTS & CAR | |||
| 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 | ||
| Frame-Relay Traffic Shaping | |||
| 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 | ||
| Advanced FRTS Topics | |||
| 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 | ||
| MQC Classification/CBWFQ | |||
| 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 | ||
| MQC GTS & Policing | |||
| 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 | ||
| Advanced MQC Topics | |||
| 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 | ||
| 10.51 | MQC Based Frame-Relay Traffic Shaping | ||
| 10.53 | Voice Adaptive Traffic Shaping | ||
| 10.53 | Voice Adaptive Fragmentation | ||
| 10.54 | MLPPP LFI over Frame Relay | ||
| 10.56 | QoS Pre-Classify | ||
| RSVP | |||
| 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 | ||
| Catalyst Classification & Marking | |||
| 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 | ||
| Catalyst Policing & Marking | |||
| 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 | ||
| Catalyst Queuing | |||
| 10.71 | Catalyst 3560 Ingress Queuing | ||
| 10.72 | Catalyst 3560 Ingress Queue Tuning | ||
| 10.73 | Catalyst 3550 Egress Queuing | ||
| 10.74 | Catalyst 3550 Regular 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 | | ||
| AAA | |||
| 11.1 | AAA Authentication Lists | ||
| 11.2 | AAA Exec Authorization | ||
| 11.3 | AAA Local Command Authorization | ||
| Traffic Filtering | |||
| 11.4 | Traffic Filtering with Standard Access-Lists | ||
| 11.5 | Traffic Filtering with Extended Access-List | ||
| 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 | ||
| Advanced Security Features | |||
| 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 | Stateful Filtering with CBAC | ||
| 11.17 | Advanced CBAC Features | ||
| 11.18 | CBAC TCP/UDP Intercept Feature | ||
| 11.19 | VLAN Filters for IP Traffic | ||
| Catalyst Security Features | |||
| 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 | ||
| Infrastructure Security | |||
| 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 | ||
| IOS 12.4T Security Features | |||
| 11.35 | Control Plane Protection | ||
| 11.36 | IOS ACL Selective IP Option Drop | ||
| 11.37 | BGP Genetric 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 | | ||
| IOS Configuration & Logging | |||
| 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 | ||
| Debugging & Performance Tuning | |||
| 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 | ||
| Management & Monitoring | |||
| 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 | ||
| IOS Application Services | |||
| 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 | ||
| Auto-Install & Other Features | |||
| 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 Schedule | ||
IP Services | | ||
| IP Addressing & DHCP | |||
| 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 | ||
| Redundancy Techniques | |||
| 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 | ||
| Network Address Translations | |||
| 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 | Stateful NAT with HSRP | ||
| 13.28 | Stateful NAT Primary/Backup | ||
| 13.29 | NAT Virtual Interface | ||
| 13.30 | NAT Default Interface | ||
| 13.31 | Reversible NAT | ||
| 13.32 | Static Extendable NAT | ||
| Accounting | |||
| 13.33 | IP Precedence Accounting | ||
| 13.34 | IP Output Packets Accounting | ||
| 13.35 | IP Access Violation Accounting | ||
| 13.36 | MAC Address Accounting | ||
| TCP/UDP Services | |||
| 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 | ||
| Server Load Balancing | |||
| 13.43 | SLB Directed Mode | ||
| 13.44 | SLB Dispatched Mode | ||
| Monitoring with NBAR & Netflow | |||
| 13.45 | NBAR Protocol Discovery | ||
| 13.46 | Netflow Ingress & Egress | ||
| 13.47 | Netflow Top Talkers | ||
| 13.48 | Netflow Aggregation Cache | ||
| 13.49 | Netflow Random Sampling | ||
| 13.50 | Netflow Input Filters | ||
| DNS Service & Event Dampening | |||
| 13.51 | IOS Authoritative DNS Server | ||
| 13.52 | IOS Caching DNS Server | ||
| 13.53 | IOS DNS Spoofing | ||
| 13.54 | 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 SoO and Cost Community | ||
| 14.11 | PE-CE Routing with BGP | ||
| 14.12 | BGP SoO | ||
| 14.13 | Internet Access | ||
| 14.14 | AToM | ||
| 14.15 | L2TPv3 | ||
| 14.16 | MPLS VPN Performance Tuning | ||
What is the difference between the printed and electronic versions?
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What Your Peers Are Saying...
When it comes to the quality, our products are second to none. The success of our students is the best proof of our leadership in the industry. See for yourself!
Sadath P V - CCIE #23392
I have passed my CCIE R&S last month (01-Feb-2009), Internetwork
expert products (Vol1 and Vol2) helped me a lot in getting it on my
first attempt. Volume 5 is an excellent product eventhough only a
part of it was available during January-2009.
Gianluca Martiniello - CCIE #22567expert products (Vol1 and Vol2) helped me a lot in getting it on my
first attempt. Volume 5 is an excellent product eventhough only a
part of it was available during January-2009.
I passed the CCIE R&S lab on November 4th 2008 in Brussels the very first time I tried it and I wouldn't have made it without your invaluable materials!
I have been using Volume I & II workbooks extensively while preparing for the lab and I have been reading all the posts on your blog.
I also had the opportunity to use volume I version 5.0 beta workbook and I must say it is an impressive source of knowledge in R&S field that can even be used as a quick reference for daily work.
Thanks a lot to the IE team!
Steve Heerensperger - CCIE #23551I have been using Volume I & II workbooks extensively while preparing for the lab and I have been reading all the posts on your blog.
I also had the opportunity to use volume I version 5.0 beta workbook and I must say it is an impressive source of knowledge in R&S field that can even be used as a quick reference for daily work.
Thanks a lot to the IE team!
Hey Guys - I passed the Routing & Switching Lab exam on Feb 4th after working extensively with your materials, including workbook volumes 1-3 and the Advanced Technologies CoD. All of your material is top notch, but the Volume I version 5 workbook was particularly helpful, and in my opinion is some of the best training material on the market. Keep up the great work - look forward to the Service Provider workbooks.
Reza Toghraee - CCIE #22518I passed the R&S in my first attempt.
I'm very happy about my investment on Internetwork Expert. I used the self-paced program. I watch the COD 2 times. also I was very lucky, 3 days before my exam the VOL1 Ver 5 for IP services and system management released. its a real GEM and is a MUST.
The other special unique specification of Internetwork Expert is its people. the people whom take care of students, especially Mr Anthony who helped me a lot.
Internetwork expert was recommended to me by a friend and I recommend to everyone who would like to get it in the first attempt.
Lawrence Paul Pascual - CCIE #22422I'm very happy about my investment on Internetwork Expert. I used the self-paced program. I watch the COD 2 times. also I was very lucky, 3 days before my exam the VOL1 Ver 5 for IP services and system management released. its a real GEM and is a MUST.
The other special unique specification of Internetwork Expert is its people. the people whom take care of students, especially Mr Anthony who helped me a lot.
Internetwork expert was recommended to me by a friend and I recommend to everyone who would like to get it in the first attempt.
I passed the CCIE R&S last October 22, 2008 in Sydney. I prepared for
8 months using your workbooks (Volume I, II & III) and indeed these are great stuff to help you prepare for the real lab. All the content are excellent from the 4 hours lab focused on developing your speed and accuracy at the Core technologies to the 8 hours full lab on which I had identified my weaknesses. CCIE was a great journey and I am looking forward on getting another one (SP) using again your materials. Thanks and more power to the IE team!
Matthew Clarke - CCIE #245148 months using your workbooks (Volume I, II & III) and indeed these are great stuff to help you prepare for the real lab. All the content are excellent from the 4 hours lab focused on developing your speed and accuracy at the Core technologies to the 8 hours full lab on which I had identified my weaknesses. CCIE was a great journey and I am looking forward on getting another one (SP) using again your materials. Thanks and more power to the IE team!
I passed the routing and switching first time in Brussels on June
5th. So thanks to INE and the online community for the help and
material. I started my Lab studies this year at the beginning of Feb
2009 (after passing the written in December) and took 5 weeks leave
from work just before the lab (was only doing 15 hours per week
before this).
With regards to the Lab I pretty much followed the Blueprint and then
used workbook 2 V4 the dynamips version and workbook 3 with the rack
rentals. Also a few mock exams one of which I did well on, the other
2 I tanked (although the rack session did die for 2 hours on one).
I have pretty much been doing labs on weekends and then doing more
technology focussed study on evenings since then.
In the last 5 weeks I did 3 mock exams and maybe 6 or 7 workbook labs
and the last 2 weeks I was mostly reading. I read Doyle RS vol 1 and 2
the cert guide and various missing pieces from the online docs. I
can honestly say for me most of the open ended questions were very
straighforward if you know your stuff, really for me the reading
didn't really add to the OEQ's (but please read), it did however add
to my confidence and strengthen my configuration skills and speed.
Ps... I also did the cisco ccie assessor labs 2 (these are worthwile
as they do give you a good insight into what you are trying to achieve
and the cisco wording).
I have read allot of blogs about doing multiple workbooks and labs
however I would say you need a well balanced approach based around
theory and labbing. I did not hammer the labs at all and I would say
the last 2 weeks I have probably done less than 20 hours of labbing
and spent the rest of the time reading.
With regards to the Lab I must have slept about 3 hours before and I
really struggled when I got in. The battle is more against yourself
rather than the lab itself.
One thing I don't want to miss is context, i have had about 12 years
experience in networking.
Thanks again everyone..
Phil Price - CCIE #218745th. So thanks to INE and the online community for the help and
material. I started my Lab studies this year at the beginning of Feb
2009 (after passing the written in December) and took 5 weeks leave
from work just before the lab (was only doing 15 hours per week
before this).
With regards to the Lab I pretty much followed the Blueprint and then
used workbook 2 V4 the dynamips version and workbook 3 with the rack
rentals. Also a few mock exams one of which I did well on, the other
2 I tanked (although the rack session did die for 2 hours on one).
I have pretty much been doing labs on weekends and then doing more
technology focussed study on evenings since then.
In the last 5 weeks I did 3 mock exams and maybe 6 or 7 workbook labs
and the last 2 weeks I was mostly reading. I read Doyle RS vol 1 and 2
the cert guide and various missing pieces from the online docs. I
can honestly say for me most of the open ended questions were very
straighforward if you know your stuff, really for me the reading
didn't really add to the OEQ's (but please read), it did however add
to my confidence and strengthen my configuration skills and speed.
Ps... I also did the cisco ccie assessor labs 2 (these are worthwile
as they do give you a good insight into what you are trying to achieve
and the cisco wording).
I have read allot of blogs about doing multiple workbooks and labs
however I would say you need a well balanced approach based around
theory and labbing. I did not hammer the labs at all and I would say
the last 2 weeks I have probably done less than 20 hours of labbing
and spent the rest of the time reading.
With regards to the Lab I must have slept about 3 hours before and I
really struggled when I got in. The battle is more against yourself
rather than the lab itself.
One thing I don't want to miss is context, i have had about 12 years
experience in networking.
Thanks again everyone..
Hi guys
Just wanted to tell you that I passed my CCIE R&S lab on 26th August at Brussels. Your Internetwork Expert Workbook vol 1 and 2 products were the foundation of all my lab preparations and I really don't think I would have passed without them.
Amjad AbedRabbo - CCIE #21799Just wanted to tell you that I passed my CCIE R&S lab on 26th August at Brussels. Your Internetwork Expert Workbook vol 1 and 2 products were the foundation of all my lab preparations and I really don't think I would have passed without them.
I would like to thank so much about your invaluable materials specially Mock Labs , volume I and Volume II workbooks its really help me not only to pass my CCIE exam but it also give me Rich knowledge in routing and switching field
Joshua Abraham - CCIE #22880Dear Brians and Team,
Happy to let you know that I passed my CCIE R&S lab yesterday at Bangalore.
I had used your COD, R&Sv4.1's Vol I, II , III and Blog, extensively. The content is excellent and very reasonably priced. Thanks for upholding such quality, consistently.
I have no difficulty recommending your material, or using it for my future studies.
Shiran Guez - CCIE #20572Happy to let you know that I passed my CCIE R&S lab yesterday at Bangalore.
I had used your COD, R&Sv4.1's Vol I, II , III and Blog, extensively. The content is excellent and very reasonably priced. Thanks for upholding such quality, consistently.
I have no difficulty recommending your material, or using it for my future studies.
On Apr 18th I have passed my R&S with much credit to your Lab Workbooks Volume I and II. They helped me develop my learning process and the way to approach the lab in both time and structure.
The Lab Workbooks helped me understand and learn new subjects and overall I could not have done it without them. Thank you.
Taner Gencer - CCIE #22022The Lab Workbooks helped me understand and learn new subjects and overall I could not have done it without them. Thank you.
Hello All IE Team
I have passed my CCIE R&S exam in Brussels on my first attempt.I can say that your products were my best friends during my study.I am very happy and excited.You are growing true Internetwork Experts. I used your Advanced Technologies Class on Demandm ,Workbook Vol1,Vol2,Vol3,Rack Rentals,Bootcamp Class on Demand,a nd every Mock Labs.
Every CCIE candidate should buy these products.My CCIE level about %20 before I used your products.At the end of the Mock Labs My level was %90,and I knew that I was going to pass.I learned lots of things from Advanced Technologies Class.Not only for the exam but also for the real world .It was a wonderful journey took about 2 years for me.Of course I am going to choose IE again in my SP
track.
Many many thanks to every team ,but especially to Brian Dennis and
Brian McGahan for great teaching.
Rashad Fatullayev - CCIE #21937I have passed my CCIE R&S exam in Brussels on my first attempt.I can say that your products were my best friends during my study.I am very happy and excited.You are growing true Internetwork Experts. I used your Advanced Technologies Class on Demandm ,Workbook Vol1,Vol2,Vol3,Rack Rentals,Bootcamp Class on Demand,a nd every Mock Labs.
Every CCIE candidate should buy these products.My CCIE level about %20 before I used your products.At the end of the Mock Labs My level was %90,and I knew that I was going to pass.I learned lots of things from Advanced Technologies Class.Not only for the exam but also for the real world .It was a wonderful journey took about 2 years for me.Of course I am going to choose IE again in my SP
track.
Many many thanks to every team ,but especially to Brian Dennis and
Brian McGahan for great teaching.
I have just passed my CCIE R&S in Brussels today from my first attempt and I would like to thank you for your fantastic products. My special thanks would be to Brian Dennis and Brian McGahan. Guys you are legend! Keep up good work.
I have been using your workbook labs (volume I,II,III) during my preparation for the last 6 months and here we go - success! I will be continuing using your products for other CCIE tracks.
Envuladu Tsaku Dogara - CCIE #23529I have been using your workbook labs (volume I,II,III) during my preparation for the last 6 months and here we go - success! I will be continuing using your products for other CCIE tracks.
I passed my CCIE Lab examination on the 16th of February 2009. Couldnt believe it. The labs were straight forward but i had doubts about my answers to one of the open end questions. Had me anxious until I got home (12 hours flight).
I did my written exam in July 2007 but i had to take a break to study for a linux certification so i didn't start studying for my CCIE labs until 2008 January.
My first four months of studies were with IE COD and IE volume 1, Then i attended boot camp in Dubai which was a real eye opener for me.Started work with the workbooks and for my full labs i used IE vol 2.
I will like to use this opportunity to thank all those who have been helpful to me in my journey my class mates in Narbik bootcamp (Sadki, Pitt, Vignesh, Femi, Dawood, george, Badal, yap, dapasina) , I want to thank narbik for the wonderfull bootcamp and support. Thank all u guys that have been answering my questions in GS Scott moris, the other Scott,Jared, e.t.c u guys are the best. To my study partners in Nigeria,i wish u all the best especially with the mobile center comming up soon in Lagos Nigeria.U guys will come good.
This are the list of materials i Used:
1.Narbiks Soup and Nuts.
2.Narbiks Advanced Routing and Switching Workbook.(5 volumes)
3.IE COD.
4.IE vol 1
5.IE vol 2.
6.Scotts Moris audio lectures.Hope there is one for SP.
As for the open ended question, I don't think u need to prepare any differently. It's just a way of checking your level of prep .Easy questions really but watch the wordings though may also want to know that you are only allowed to fail a maximum of one.
I will have to hibernate now for a month. Can't wait to start reading something else.SP.
Evgeny Sudyin - CCIE #20449I did my written exam in July 2007 but i had to take a break to study for a linux certification so i didn't start studying for my CCIE labs until 2008 January.
My first four months of studies were with IE COD and IE volume 1, Then i attended boot camp in Dubai which was a real eye opener for me.Started work with the workbooks and for my full labs i used IE vol 2.
I will like to use this opportunity to thank all those who have been helpful to me in my journey my class mates in Narbik bootcamp (Sadki, Pitt, Vignesh, Femi, Dawood, george, Badal, yap, dapasina) , I want to thank narbik for the wonderfull bootcamp and support. Thank all u guys that have been answering my questions in GS Scott moris, the other Scott,Jared, e.t.c u guys are the best. To my study partners in Nigeria,i wish u all the best especially with the mobile center comming up soon in Lagos Nigeria.U guys will come good.
This are the list of materials i Used:
1.Narbiks Soup and Nuts.
2.Narbiks Advanced Routing and Switching Workbook.(5 volumes)
3.IE COD.
4.IE vol 1
5.IE vol 2.
6.Scotts Moris audio lectures.Hope there is one for SP.
As for the open ended question, I don't think u need to prepare any differently. It's just a way of checking your level of prep .Easy questions really but watch the wordings though may also want to know that you are only allowed to fail a maximum of one.
I will have to hibernate now for a month. Can't wait to start reading something else.SP.
I passed the LAB on 6th of April in Brussels. During my preparation I used R&S Lab Workbook Volume I to improve knowledge in my weak areas, R&S Dynamips Lab Workbook to get accuracy and speed
and R&S Mock Labs to check if I am ready on not.
Patrick Donker - CCIE #23033and R&S Mock Labs to check if I am ready on not.
Hi IE Team,
I am very pleased to let you know that I finally passed my CCIE R&S exam in Sydney on December 18, 2008.
I have been using your R&S Lab Workbook Volume II & III extensively in my preparations and purchased four of your Mock Labs. All of your products I have been using are of excellent quality and have proven to be instrumental in obtaining my CCIE certification!
So, once again a BIG
Thank You to the IE team!
Many thanks.
I am very pleased to let you know that I finally passed my CCIE R&S exam in Sydney on December 18, 2008.
I have been using your R&S Lab Workbook Volume II & III extensively in my preparations and purchased four of your Mock Labs. All of your products I have been using are of excellent quality and have proven to be instrumental in obtaining my CCIE certification!
So, once again a BIG
Thank You to the IE team!
Many thanks.
See more success stories at our Feedback page!
