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Are you having trouble finding the time to take a week or more off from work to attend a training class? Are you looking for the same type of high quality training found in a live classroom environment, but on YOUR time schedule instead? With Internetwork Expert’s CCIE Routing & Switching Advanced Technologies Class-on-Demand series, you’ll always be able to find the time, because the training will work for you when you need it to.
Overview
Internetwork Expert’s CCIE Routing & Switching Advanced Technologies Class-on-Demand series is a self-paced version of our CCIE Routing & Switching Advanced Technologies Class (IEATC-RS-ONL). The Class-on-Demand series offers our two-week lecture class in a convenient recorded video format, totalling more than 80 hours of content. The recorded format allows you to learn the highly complex CCIE technologies on a schedule that works for you!
This series uses a hands-on lecture approach designed to provide you with a CCIE-level understanding of the technologies covered in Cisco Systems’ CCIE Routing & Switching Lab Exam. With this series you will receive access to our CCIE Routing & Switching Advanced Technologies Class, in recorded format. This class contains more than eight hours per day of highly advanced instruction on cutting edge CCIE-level technologies for a total of more than 80 hours worth of content. Futhermore, since the series is offered in subscription format, you will automatically receive updates at no charge as our class curriculum changes with the progression of the CCIE Lab for two years.
Class is delivered through the recorded content feature of our state-of-the-art online classroom. The only requirements to access the recordings are the latest version of Adobe Flash player and an Internet connection. For more detail on the content covered in the class series see IEATC-RS-ONL class outline.
What You Get
The Advanced Technologies Class-on-Demand is covered by our exclusive Investment Protection Program
Unlimted access to class recordings
More than 80 hours of content from the instructors you know and trust – Brian Dennis CCIE #2210 and Brian McGahan CCIE #8593
Automatic updates at no charge for two years
24/7 access to the content so you can learn at your own pace
Updated for the latest CCIE Lab changes!
Try It Now!
See why it’s one of our most popular products for yourself! Click here to see a sample of our CCIE Routing & Switching Advanced Technologies Class-on-Demand series!
Topics
Below is a short list of some of the technologies covered in the Class-on-Demand series. This list is not meant to be exhaustive or all-inclusive, but is a rough guideline as to what topics are generally covered.
Week-1 Technologies
Layer 2 Technologies
Bridging and Switching (3550/3560)
Switchports (Dynamic/Access/Trunk)
VTP (Domains/Modes/Pruning/Authentication)
Spanning-Tree Protocol (Root Election/Path Selection)
Etherchannel – Layer 2 and Layer 3
Layer 3 Routing (Native Routed Ports/SVIs)
Verification & Troubleshooting
Frame Relay
NBMA Overview
LMI
Interface Types
Address Resolution
Hub-and-Spoke
IPv6 over Frame Relay
Verification & Troubleshooting
PPP
PPP Overview
Negotiation
Authentication (PAP/CHAP)
Multilink
Verification & Troubleshooting
IP Routing
IP Routing
Longest Match Routing
Metric vs Distance
Route Recursion
Layer 2 Resolution
IPv4 vs IPv6 Static Routing
Default Routing
Verification & Troubleshooting
RIP
RIP Overview
Send/Receive Version
Auto-Summary
Split-Horizon
Updates Types (Broadcast/Multicast/Unicast)
Verification & Troubleshooting
EIGRP
EIGRP Overview
Auto-Summary
Split-Horizon
Verification & Troubleshooting
OSPF
Overview
Establishing Adjacency
Network Types
OSPF over NBMA
Verification & Troubleshooting
BGP
Overview
Establishing Peerings
iBGP vs EBGP
Route Refelction
Confederation
Next-Hop Processing
iBGP Synchronization
Bestpath Selection
Route Redistribution
IP Multicast
Overview
IGMP
PIM (Sparse/Dense/Sparse-Dense)
Reverse Path Forwarding
Verification & Troubleshooting
QoS / Security / Services
QoS
Legacy Overview
MQC Overview
Bandwidth Reservations (Legacy vs MQC)
Prioritization (Legacy vs MQC)
Traffic Shaping (Legacy vs MQC)
Traffic Policing (Legacy vs MQC)
Congestion Avoidance (Legacy vs MQC)
Verification & Troubleshooting
Security
Overview
Static Access-Lists
Dynamic Access-Lists
Reflexive Access-Lists
Verification & Troubleshooting
Week-2 Technologies
Layer 2 Technologies
Bridging and Switching (3550/3560)
Multiple Spanning-Tree Protocol (Root Election/Path Selection)
Advanced Spanning-Tree Features
VLAN Traffic Control (Trunking/Pruning)
802.1q Tunneling & L2TP
SPAN/RSPAN
Voice VLANs
Security & Filtering (802.1x/Storm Control/VACLs/Port Security/Port Protection)
Advanced Etherchannel configuration (LACP/PAgP)
Advanced Layer 2 Lab Scenarios and Issues
Bridging
Transparent
CRB
IRB
Fallback Bridging
IP Routing
IP Routing
Floating Static Routes
Backup Interface
Dialer Watch
OSPF Demand Circuit
RIP Triggered
Policy Routing
RIP
Summarization
Filtering
Convergence Timers
EIGRP
EIGRP Feasibility Condition & Unequal Cost Load-Balancing
Metric Weights
Stub Routing
Summarization
Convergence Timers
OSPF
Stub Areas
Filtering
Summarization
Stub Routing
Convergence Timers
BGP
Summarization
Conditional Advertisement
Conditional Route Injection
Outbound Route Filtering (ORF)
Dampening
Advanced BGP Lab Scenarios and Topics
IP Multicast
Auto-RP
BSR
RP Filtering
NBMA Mode
Stub Routing
Multicast over GRE
Advanced Multicast Lab Scenarios and Topics
IPv6 Routing
RIPng
OSPFv3
MBGP
Tunneling
QoS / Security / Services
QoS
Advanced NBAR
Nested MQC Policies
System Management
SNMP
RMON
IP Features
NAT
DHCP
Redundancy (HSRP/VRRP/GLBP)

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