Cisco CCIE Lab Preparation Workshop CCIE Certification - LPW Class
 Price
5 Day Lab Intensive Workshop Class $4500
Course Description
This one-week workshop prepares CCIE candidates for the Routing & Switching CCIE lab test. Each Student works with their own lab
pod, at their own pace. Each pod includes multiple routers and Catalyst switches using Ethernet, FastEthernet, Token-Ring, ISDN BRI, dedicated Frame-Relay and Leased Line connections. VOIP
and ATM configurations will also be addressed. Protocols and technologies covered include IP (all routing protocols), IPX (all routing protocols), bridging and DLSW.
The class size is limited to eight students, early enrollment is extremely important.
Prerequisites
CCIE Preparation Workshop students are strongly encouraged to attend the following authorized Cisco courses. A thorough understanding of all products and technologies taught
in these courses is critical in obtaining the maximum benefit of the Workshop.
- BCMSN
- CATM
- BSCN
- BCRAN
- CIT
In addition, students should have passed the CCIE written exam.
Objectives
The Workshop is lab intensive, with students determining their own pace.
Each student has his/her own Pod containing all the hardware required to complete the labs.
Students are given 30+ scenarios to complete during the week. Students have the option of omitting areas they are familiar with and concentrating on those areas where additional work is needed.
Scheduled lectures fill in the gaps of student knowledge on the most difficult topics (OSPF, BGP and DLSW). Ad-hoc lectures and "chalk-talks" are added based on student needs.
Hints and tips are provided by instructors who have "been there"; all primary instructors for the class are CCIEs.
Students work extended hours each day to provide them the maximum amount of time possible on the lab equipment.
Students are also encouraged to work on their "speed in completing the scenarios". Speed in completing the assigned task is an essential element in passing the CCIE lab.
CCIE TPW Training Course Outline
Wan Connectivity
Frame-Relay
Multipoint
Point-to-Point
OSPF
Authentication
NBMA Issues
Summarization Issues
VLSM
Single & Multiple Area Issues
Virtual Links
IGRP
Split-Horizon Issues
Redistribution to classless routing protocols
EIGRP
Redistribution to OSPF
RIP
Redistribution to classless routing protocols
BGP
Route Reflectors
Confederations
Regular Expressions
Address Aggregation
Prefix Lists
Next Hop Issues
Loop back Considerations
Route Filtering
AS-Path Prepending
Bridging
Integrated routing and Bridging
Transparent Bridging
Source-Route Bridging
DLSW
ATM
PVC's
Inverse-ARP
ARP-Server
IPX
RIP/EIGRP/NLSP Routing Protocols
SAP Generation
SAP Filters
Multiple Frame Encapsulations
ISDN
Backup Interface
OSPF Demand Circuit
Dialer Watch
PPP Callback
PPP Authentication
Switching
Catalyst VLAN Configuration
3900 Token-Ring Switch Configuration
Filtering and Queuing
Standard and Extended Access Lists
Dynamic Access Lists
Frame-Relay Traffic Shaping
Custom Queuing
DLSW Filtering
Other IOS Features
HSRP
DHCP
LAN IP Mobility
Multicast
Network Time Protocol
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