CCNP™ Boot Camp
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Full Course Description
Price 10,995
To remain competitive in today’s fast moving economy, a certain set
of advanced skills is required. When those advanced skills are proven by
passing rigorous batteries of tests, you become competitive.
Global’s approach to the CCNP Certification is as intense as the
testing. Our twelve-day program puts the focus where the focus belongs
– on the skills necessary to become certified. Featuring the essential
elements from four different Cisco courses, BSCN, BCMSN, BCRAN and CIT,
this program will have you working harder than you’ve ever worked
before – with results! Also included in the program are the test fees
required to pass. At the end of the program, your Routing, Switching,
Remote Access and Troubleshooting skills will be proven and certified.
You learn…
 | Advanced IP Routing – IGRP, EIGRP, OSPF
| Scaling networks with Variable Length Subnet Masking (VLSM)
| Weighted-Fair, Priority and Custom Queueing
| Configuration of Frame-Relay
| Route Redistribution
| InterVLAN Routing
| MultiLayer Switching
| Implementation of HSRP for Fault Tolerance
| IP Multicasting
| Configuration of ISDN for DDR, BOD and Dial Backup
| PPP concepts including PAP, CHAP, and Multilink
| Access-Server Configuration and Management
| LAN and WAN Troubleshooting
| Cisco Troubleshooting tools
| Use of Protocol Analyzers |
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Exams
You will take the following exams during the boot camp:
| Foundation 2.0 Exam 640-509
| Support 2.0 Exam 640-506 |
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Prior to the start of this boot camp, you will receive a library of
Study Guides that will help you prepare for this intense training
experience. Qualified candidates have an
85% pass rate.
*This boot camp runs 12 days. Class begins each day
by 8:00 AM and students should expect class to run late into the evening
on most days. In a typical boot camp it is not uncommon for some
students to remain past 9:00 PM.
You Will Learn...
Who Should Attend...
Prerequisites...
CCNA Certification required for enrollment
Course Outline
1. Overview of Scalable Networks
| Cisco IOS features and solutions |
2. IP Access lists uses, configuration and monitoring
| Causes of network congestion
| Solutions for controlling congestion
| Access lists introduction to managing traffic and access
| IP standard access lists
| VT access
| DDR functionality
| Firewall component
| IP extended access lists
| Verification and configuration of standard and extended lists
| Alternatives to access lists |
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3. IPX Access lists uses, configuration and monitoring
| IPX/SPX traffic issues
| IPX access list implementation and design
| Verification and configuration of IPX access lists |
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4. Apple Talk access lists uses, configuration and monitoring
| Identify potential sources of congestion in an apple network
| Configure zone filters
| Configure RTMP filters
| Configure NBP filters |
| | |
5. Queuing concepts to control WAN traffic
| Weighted fair queuing concepts and configuration
| Custom queuing concepts and configuration
| Priority queuingconcepts and configuration
| Traffic shaping introduction (to be discussed in detail later in
course)
| Verification and debug for queuing |
| | | |
6. Routing Concepts Review
| Routing Requirements
| Classless vs. Classful
| Convergence
| Distance Vector vs. Link State
| Routing Tables |
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7. OSPF
| OSPF in a single area
| Concepts
| Configuration
| Debug
| Verification
| OSPF in multiple areas
| Concepts
| Configuration
| Debug
| Verification |
| | | | | | | | |
8. EIGRP
| EIGRP operation
| Election of DR and BDR
| Update mechanism (DUAL)
| Debug
| Verification |
| | | |
9. Basic BGP
| BGP features and operation
| Alternatives to BGP, static routes
| BGP policy-based routing within an AS
| BGP peering
| BGP communities and peer groups
| External and internal BGP
| BGP synchronization |
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10. Scaling BGP
| Scalability problems associated with internal BGP
| BGP route reflectors
| Policy control in BGP using prefix lists
| Methods to connect to multiple ISPs using BGP
| Use of redistribution between BGP and Interior Gateway Protocols (IGPs) |
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11. Optimizing Routing updates
| Controlling routing updates – access lists revisited
| Route redistribution
| Route redundancies
| Verification of route redistribution |
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12. WAN Connectivity
| Overview of WAN options asynch, synch, X.25, Frame relay, ISDN
| Conceptualize DDR, Multilink PPP, Dial Backup
| Define the issues related to evaluating WAN services |
| |
13. Remote Access
| Asynchronous communications |
| Define current modem technologies
| Define equipment requirements for RAS devices
| 700, 800,1600, 1700, 2600, 2700, 3600, etc.
| Define DDR as it relates to remote access
| Configure RAS connections
| Explain the use of the Modemcap database
| Configure modem auto-configuration for discovery
| Configure modem auto-configuration for a modem type
| Define the practice of editing the modemcap database
| Configure the RAS for incoming calls
| IP address considerations
| Dynamic addressing
| Peer default addressing
| Un-numbering interfaces
| Address pools
| DHCP usage
| Establish PPP security using CHAP
| Configure router-to-router DDR
| Configure PC-to-RAS connection with PPP |
| | | | | | | | | | | | | | | | | |
14. Implementations of DDR
| Describe legacy DDR operations
| Describe dialer maps
| Describe dialer profiles
| Pooling
| Rotary groups
| Map classes
| Configure dialer profiles to replace legacy DDR
| Verification of DDR |
| | | | | | |
15. ISDN Concepts and configuration
| Describe the difference between ISDN and basic POTS
| Describe the BRI and PRI interfaces
| Define the ISDN reference points and their function – R, S, T, U
| Define the major components for ISDN – TE1, TE2, NT1, NT2, LT
| Describe the call setup and teardown process for and ISDN call
| Debug dialer
| Debug Q921
| Debug Q931 |
| | | | | | |
16. Configuration of ISDN Dialup
| Specify default, static, redistribution and passive interface
routing configurations
| Configure ISDN for dial using dialer map statements
| Configure ISDN for dial using dialer profiles
| Configure PRI – framing, line coding, time slots and speeds
| Configure PRI for ‘incoming voice modem’ analogue calls
| Amalgamate the RAS for both ISDN BRI and analogue calls
| Verify connectivity
| Show ip int brief
| Show users
| Show dialer |
| | | | | | | | |
17. Installation and configuration of the 700 series router
| Describe the basic features and positioning of the router
| List the implementation steps
| Define a 700 profile
| Describe the operation of DHCP
| Describe the operation of PAT (detailed later in course)
| Configure a 700 for connectivity to an IOS router
| Configure a 700 as a DHCP server |
| | | | | |
18. X.25 overview and discussion
| Define the basic components for an X.25 installation
| Define the X.121 addressing scheme used for X.25
| Create X.25 to IP mapping for SVC’s and PVC’s
| Configure X.25 as a DTE device
| Configure a router as an X.25 switch |
| | | |
19. Frame Relay overview and discussion
| Define the basic components for a Frame relay installation
| Committed information rates v zero CIR
| Burst rates
| SVC and PVC
| FRAD
| Discuss Frame relay designs – pluses and minuses
| Hub and spoke
| Partial mesh
| Full mesh
| Define the DLCI and DLCI mapping
| Configure a Frame relay interface and subinterface
| Discuss routing protocol limitations in a frame cloud
| Split horizon issues
| OSPF DR and BDR concerns
| Configure traffic shaping
| Verify operation using debug and show |
| | | | | | | | | | | | | | |
20. Implementing dial backup operations
| Configuring dial backup discussion
| Using dialer profiles for backup
| Configure ‘backup interface’ for ISDN to backup frame relay
| Configure floating static routes as a backup mechanism |
| | |
21. Network address translation (NAT)
| Describe how NAT operates
| Inside local and global addresses
| Outside local and global addresses
| Describe the uses of NAT
| Simple translation
| Overloaded translation
| Load distribution
| Overlapping networks
| Identify the configuration commands needed for NAT
| Configure NAT in a router environment
| Describe the commands to monitor NAT
| Debug NAT
| Show ip NAT translation |
| | | | | | | | | | | |
22. Bridging overview
| Define routable and non-routable protocols
| Define bridge types and when to use each type |
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| Configuration of transparent bridging
| Configuration of integrated routing and bridging |
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- Configuration of source-route bridging
| Configure SRB (source route bridging)
| Configure SRT (source route transparent bridging)
| Configure SR/TLB (Source route translational bridging) |
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24. Switching v bridging
| Discussion of the evolution of switch technology
| Presentation of the current hardware options available for
switching
| Switches as a compliment to routers |
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25. Introduction to switch concepts
| Describe LAN segmentation
| Discuss switching concepts
| Full v. half duplex
| Cut through v. store and forward
| Layer 2 v. layer 3 latency
| Broadcast v. collision domains
| Define and discuss the switch components and the backplane
architecture
| EARL
| SAMBA
| Overview of a campus network
| The hierarchical model |
| | | | | | | | | |
26. Building a campus network
| Defining common workgroups
| VLAN boundries
| Discuss VLAN membership
| Configuration of VLAN’s
| Identifying VLAN membership
| Define the protocols used for switch technology
| ISL
| IEEE 802.1Q
| VTP
| Configure VTP and VTP pruning |
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27. Implementation and management of redundant links
| Discussion of the spanning tree protocol
| Configuration of spanning tree in a switch environment |
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28. Inter- VLAN routing issues and solutions
| Discussion of the distribution layer topology
| Configuration of inter VLAN routing
| Verification of inter VLAN routing from a switch and router
perspective |
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29. Management of network traffic at the switch level
| Multilayer switching fundamentals
| Define and discuss flow masks
| Configuration of flow masks
| Discussion of the design of MLS topologies |
| | |
30. HSRP for fault-tolerance
| Definition and discussion of HSRP
| Configure HSRP in a switched environment
| Configure HSRP for simple load sharing
| Monitoring HSRP |
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31. Overview and configuration of multicast
| Definition of multicast and the multicast protocols
| DVMRP
| PIM
| MOSPF
| Configuring multicast routing
| Switch to router communication using multicast
| Configuring IP multicast within a switch block |
| | | | | |
32. Controlling access to the campus network
| Discussion and definition of an access policy
| Discussion of the distribution layer policies
| Administration and configuration of access control in a switched
environment
| Configuration for controlling access
| Password implementation
| Privilege levels
| Port security
| MAC level control |
| | | | | | |
33. Trouble shooting the Campus and WAN
| Describe information gathering
| Discuss an efficient problem-solving methodology
| Identify and apply generic and Cisco-specific troubleshooting
tools |
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34. Applying Cisco troubleshooting tools
| Discussion of support resourceDiagnosing and correcting campus
TCP/IP problems |
| Diagnosing and correcting Novell networking problems
| Diagnosing and correcting Appletalk problems
| Diagnosing and correcting Catalyst problems
| Trouble shooting VLANS on routers and switches
| Trouble shooting Frame relay
| Trouble shooting ISDN BRI and PRI problems
| Executing a core dump |
| | | | | |
Hands-On Labs
- Extended IP Access Lists
- IPX SAP Filtering
- Custom and Priority Queueing
- OSPF Single Area
- OSPF Multi-Area with Route Summarization / VLSM
- Enhanced IGRP
- Route Redistribution
- Defining Common Switch Workgroups
- Managing Redundant Links with Spanning Tree
- Configuring InterVLAN Routing
- Enabling MultiLayer Switching
- Configuring HSRP
- Controlling Access in the Campus
- Configuring Asynchronous Remote Access
- Configuring PPP with PAP and CHAP
- Configuring ISDN DDR and Dialer Profiles
- Configuring Frame Relay with Dial Backup
- Managing Performance with Queueing and Compression
- TCP/IP Trouble Tickets
- Novell NetWare Trouble Tickets
- Appletalk Trouble Tickets
- VLAN Switching Trouble Tickets
- Frame Relay Trouble Tickets
- ISDN Trouble Tickets
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