Iecod Advanced Technology

Week-1 Overview

The first week of IEATC-RS is spent exposing the fundamental principles behind the technologies covered in the CCIE R&S Lab Exam. This week is designed to provide you with foundational technical understanding, not simply a few tips and tricks for your Lab Exam. The key to passing the CCIE Lab Exam is to fully understand how to configure, verify, and troubleshoot the technologies covered in this week in a structured manner. Attempting the CCIE Lab without a full and in-depth understanding of these technologies leaves the candidate with little to no real chance of passing the exam, as these technologies are the building blocks of the actual CCIE Lab Exam.
Week-1 At a Glance

    * Course is 40+ hours of self-paced recorded lectures.
    * Recordings available 24 hours a day 7 days a week.
    * Students must complete week one before attending week two.

Week-1 Technologies

Below is a short list of some of the technologies covered in week one of IEATC-RS. This list is not meant to be exhaustive or all-inclusive, but is a rough guideline as to what topics will be generally covered in week-1.

Layer 2 Technologies

    * Catalyst 3550/3560
          o Switchports (Dynamic/Access/Trunk)
          o VTP (Domains/Modes/Pruning/Authentication)
          o Etherchannel
          o Layer 3 Routing (Native Routed Ports/SVIs)
          o IPv6 over Ethernet
          o Verification & Troubleshooting
    * Frame Relay
          o NBMA Overview
          o LMI
          o Interface Types
          o Address Resolution
          o Hub-and-Spoke
          o IPv6 over Frame Relay
          o Verification & Troubleshooting
    * PPP
          o PPP Overview
          o Negotiation
          o Authentication (PAP/CHAP)
          o Multilink
          o Verification & Troubleshooting

IP Routing

    * IP Routing
          o Longest Match Routing
          o Metric vs Distance
          o Route Recursion
          o Layer 2 Resolution
          o IPv4 vs IPv6 Static Routing
          o Default Routing
          o Verification & Troubleshooting
    * RIP
          o RIP Overview
          o Send/Receive Version
          o Auto-Summary
          o Split-Horizon
          o Updates Types (Broadcast/Multicast/Unicast)
          o Verification & Troubleshooting
    * EIGRP
          o EIGRP Overview
          o Auto-Summary
          o Split-Horizon
          o Verification & Troubleshooting
    * OSPF
          o Overview
          o Establishing Adjacency
          o Network Types
          o OSPF over NBMA
          o Verification & Troubleshooting
    * BGP
          o Overview
          o Establishing Peerings
          o iBGP vs EBGP
          o Route Refelction
          o Confederation
          o Next-Hop Processing
          o iBGP Synchronization
          o Bestpath Selection
    * Route Redistribution
    * IP Multicast
          o Overview
          o IGMP
          o PIM (Sparse/Dense/Sparse-Dense)
          o Reverse Path Forwarding
          o Verification & Troubleshooting

QoS / Security / Services

    * QoS
          o Legacy Overview
          o MQC Overview
          o Bandwidth Reservations (Legacy vs MQC)
          o Prioritization (Legacy vs MQC)
          o Traffic Shaping (Legacy vs MQC)
          o Traffic Policing (Legacy vs MQC)
          o Congestion Avoidance (Legacy vs MQC)
          o Verification & Troubleshooting
    * Security
          o Overview
          o Static Access-Lists
          o Dynamic Access-Lists
          o Reflexive Access-Lists
          o Verification & Troubleshooting

Week-2 Overview

The second week of IEATC-RS takes your understanding to the next level required to obtain the CCIE certification. This week delves deep into advanced implementations of the topics covered in week one, as well as advanced interactions that occur when the technologies are implemented in tandem. Understanding the topics covered in week two will ensure that students are ready to take the next step in their CCIE preparation, applying the technologies in full-scale 8-hour lab scenarios.
Week-2 At a Glance

    * Course length is five days, Monday - Friday.
    * Course is offered in both onsite and online classroom formats:
          o Onsite class taught in Reno Nevada, Chicago Illinois, and San Jose California.
          o Online class delivered through our state-of-the-art online classroom software allowing students to attend from any location with a computer and Internet access.
    * Online class starts at 7am Pacific time and runs typically 8+ hours per day.
    * Onsite class starts at 9am local time and runs typically 8+ hours per day.
    * Includes access to recorded Class-on-Demand which allows students to review the class for up to 24 months!
    * As with all of Internetwork Expert's classes previous students are always welcome to audit the course for free for up to two years after the original date of attendence. Unlike other vendors you do not need to attempt the Lab Exam before auditing the class.

Week-2 Technologies

Below is a short list of some of the technologies covered in week two of IEATC-RS. This list is not meant to be exhaustive or all-inclusive, but is a rough guideline as to what topics will be generally covered in week two.

Layer 2 Technologies

    * Catalyst 3550
          o Spanning-Tree Protocol (Root Election/Path Selection)
          o Multiple Spanning-Tree Protocol (Root Election/Path Selection)
          o Advanced Spanning-Tree Features
          o VLAN Traffic Control (Trunking/Pruning)
          o 802.1q Tunneling & L2TP
          o Voice VLANs
          o Security & Filtering (802.1x/Storm Control/VACLs/Port Security/Port Protection)
          o SPAN/RSPAN
    * Bridging
          o Transparent
          o CRB
          o IRB
          o Fallback Bridging

IP Routing

    * IP Routing
          o Floating Static Routes
          o Backup Interface
          o Dialer Watch
          o OSPF Demand Circuit
          o RIP Triggered
          o Policy Routing
    * RIP
          o Summarization
          o Filtering
          o Convergence Timers
    * EIGRP
          o EIGRP Feasibility Condition & Unequal Cost Load-Balancing
          o Metric Weights
          o Stub Routing
          o Summarization
          o Convergence Timers
    * OSPF
          o Stub Areas
          o Filtering
          o Summarization
          o Stub Routing
          o Convergence Timers
    * BGP
          o Summarization
          o Conditional Advertisement
          o Conditional Route Injection
          o Outbound Route Filtering (ORF)
          o Dampening
    * IP Multicast
          o Auto-RP
          o BSR
          o RP Filtering
          o NBMA Mode
          o Stub Routing
          o Multicast over GRE
    * IPv6 Routing
          o RIPng
          o OSPFv3
          o MBGP
          o Tunneling

QoS / Security / Services

    * QoS
          o Advanced NBAR
          o Nested MQC Policies
    * System Management
          o SNMP
          o RMON
    * IP Features
          o NAT
          o DHCP
          o Redundancy (HSRP/VRRP/GLBP)