Course Schedule
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OVERVIEW
Cisco® Certified Internetwork Expert (CCIE) is the highest level of certification in
field of networking and it sets a professional benchmark for Internetwork experts. Certified
CCIEs can design, install, configure, debug, implement security and operate LAN, WAN, and
dial access services for organizations with networks from hundreds to thousands of nodes.
The training for the CCIE lab has been specially designed for candidates preparing for this
extremely difficult and lengthy exam. This course covers a large number of hands-on, complex
labs that mirror the labs that you will encounter during the CCIE lab test.
DURATION
7 Days (8am-8pm daily, except the last day when the bootcamp concludes at 6pm).
WHO SHOULD ATTEND THIS COURSE
- Candidates who have passed written CCIE exam and are intending to take CCIE written LAB
- Professionals who are dealing with design, implementation and troubleshooting of huge
networks on daily basis
PREREQUISITES & ASSUMED KNOWLEDGE
- CCNP certification or equivalent knowledge; Must have passed the CCIE written exam.
NOTE
- These labs have been designed by group of professionals (CCIEs) after months of research
- None of the institute in BAY area is offering CCIE which will gives you list of labs
with precise topics that will cover all the required material for passing CCIE lab.
- IOS version 12 or higher will be used
- Changes will be made in the labs based upon changes made by Cisco®
LABS COVERED
- OSPF NMBA issues and Routing Policy
- OSPF & BGP
- EIGRP and BGP
- Multiprotocol LAB with TOKEN RING
- BGP and Route Reflectors
- Multiprotocol LAB with Remote Access (ISDN, modems)
- Multiprotocol LAB with difficult scenarios
- Catalyst 5000, Layer III switching and ISL routing
- ATM
- Voice Over IP
- BGP Confederations
- Security
- IPX
LABS:
LAB EQUIPMENT USED
2500 series routers
2600 series routers
3600 series routers
4000 and 4500 series routers
3900 series token ring switches
Catalyst 5000 series switches
LABS CONDUCTED
Lab 1: General Lab Setup / Basics
- Basic router/switch configurations
- Commands for router/switch Backups
- Password recovery procedures
Lab 2: Frame Relay
- Configuring Frame Relay Switch
- Point-to-Multipoint Physical Interfaces
- Point-to-Multipoint Sub-Interfaces
- Point-to-Point Sub-interfaces
- DLCI mapping
- Traffic shaping
- Troubleshooting (debug and show commands)
Lab 3: Integrated Services Digital Network (ISDN) for IP
- Basic ISDN Configuration
- Backup Interfaces
- Dialer Profiles / Rotary groups
- ISDN Traffic shaping
- PPP Authentication (PAP,CHAP)
- PPP Multi-link
- Troubleshooting (debug and show commands)
Lab 4: Routing Information Protocol (RIP v1 & v2)
- RIP Version 1 & 2
- RIP authentication
- Redistribution
- Passive Interfaces Under RIP
- Load balancing
- RIP in discontiguous networks
- RIP in WAN (Frame Relay and ISDN)
- Troubleshooting (debug and show commands)
Lab 5: Interior Gateway Routing Protocol & Enhanced (IGRP /EIGRP)
- IGRP and EIGRP configuration
- Redistribution
- Auto Summarization
- EIGRP Passive Interface Configuration
- Load balancing
- IGRP and EIGRP in discontiguous networks
- EIGRP in WAN (Frame Relay and ISDN)
- Troubleshooting (debug and show commands)
Lab 6: Open Shortest Path First (OSPF)
- OSPF in Single area
- Multiple OSPF Areas
- Redistribution
- Virtual Links
- Stub Areas, Totally Stub and Not so stubby areas
- Link State Advertisement (LSA) Timers
- OSPF in WAN/LAN (Ethernet, Frame Relay and ISDN)
- OSPF in discontiguous areas
- OSPF cost parameters (forced path selections)
- Troubleshooting (debug and show commands)
Lab 7: Border Gateway Protocol (BGP)
- EBGP IBGP
- BGP attributes
- BGP and IGPs
- Synchronization
- Policy Routing, Route-Maps and BGP Path selection
- BGP Confederations
- Route Reflectors
- BGP Communities
- Troubleshooting (debug and show commands)
Lab 8: Security
- Access lists
- NAT
- VPN
- PIX
- Troubleshooting (debug and show commands)
Lab 9: General
- Default Network / Gateway of Last Resort
- Static & Default Routes
- Passive Interface, Sub interfaceand loopback interface
- Distribute Lists
- Helper address
- Hot standby routing protocol (HSRP)
- Queuing (all types)
- Troubleshooting (debug and show commands)
Lab 10: Catalyst Switch Configuration
- VLAN configuration
- ISL (Trunking)
- Virtual Trunking Protocol (VTP)
- Spanning Tree
- Port Fast
- SPAN (Switched Port Analyzer)
- Address Resolution Protocol (ARP)
- Cisco® Discovery Protocol (CDP)
- Layer III switching (Configuring RSM)
- Troubleshooting (debug and show commands)
Lab 11: Asynchronous Transfer Mode (ATM) Configuration
- Configuration of ATM on routers
- Troubleshooting (debug and show commands)
Lab 12: Voice
- Configuring voice ports
- Troubleshooting (debug and show commands)
Lab 13: Token Ring and IBM Technologies
- Configuring Token ring switches
- Data Link Switching Plus (DLSW+)
- Transparent Bridging
- Source Route Translational Bridging (SRT)
- LLC2 Timers
- SAP Filtering
- Troubleshooting (debug and show commands)
Lab 14: Multicasting
- Configuring Routers for Multicasting
- Configuring Switches for multicasting
- Configuring IGMP and CGMP
- Rendezvous Point (RP)
- Protocol Independent Multicast (PIM)
- Troubleshooting (debug and show commands)
Lab 15: Simple Network Management Protocol (SNMP) and Cisco® View 2000
- Cisco® view 2000
- Defining SNMP Contact and Location Values
- Maximum SNMP Packet Size
- Enabling SNMP Traps
- Defining SNMP Users
- Defining Syslog Timestamps
- Defining the Syslog Server
- Defining the Size of the Syslog File
- Defining Level of Debug Reporting to be Recorded in the Syslog
- SNMP Public Community String
- SNMP Private Community String
- Troubleshooting (debug and show commands)
Lab 16: Novell IPX
- IPX Network Addressing
- IPX RIP
- IPX EIGRP
- IPX NLSP
- Tunneling IPX
- IPX Access-Lists
- IPX Service Advertisement Protocol (SAP) & Network Filters
- Get Nearest Server (GNS)
- Troubleshooting (debug and show commands)
Lab 16: SUPER LAB 1 (Highly confidential)
Lab 17: SUPER LAB 2 (Highly confidential)
Lab 18: SUPER LAB 3 (Highly confidential)