CCNP Bootcamp Course Details:

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Material Covered:

BSCI – CCNP Bootcamp Schedule Detail

Day 1 Monday

8:30 Course Intro

9:00 1-1 Describing Network Requirements

9:25 2-1 Introducing EIGRP

9:50 Break

10:05 2-2 Implement/Verify EIGRP

10:35 2-3 Configuring Advanced EIGRP options

11:05 2-4 Configuring EIGRP Authentication

11:45 Lunch

12:50 2-5 Using EIGRP in an Enterprise Network

1:20 Lab 2-0: Basic Configuration (Could go near begin of day)

2:35 Break

2:50 Lab 2-1: Configure and Tune EIGRP

4:00 3-1 Introducing OSPF

4:25 3-2 OSPF Packet Types

4:50 3-3 Configuring OSPF Routing

5:15 Lab 3-1: Configuring Single Area OSPF

6:25 End of Day

Day 2 Tuesday

8:30 3-4 OSPF Network Types

9:30 3-5 Link-State Advertisements

10:10 3-6 OSPF Route Summarization

10:30 Break

10:45 3-7 Configuring OSPF Special Area Typ

11:15 3-8 Configuring OSPF Authentication

11:45 Lunch

12:45 Lab 3-2: OSPF multi-area and NBMA

1:15 Lab 3-3: OSPF multi-area and P-M, P-P

2:00 Lab 3-4: Tuning OSPF

3:00 4-1 IS-IS Intro

3:30 4-2 IS-IS Routing Ops

4:30 4-3 Configuring Basic IS-IS (end of Volume 1)

5:15 Lab 4-1: Configuring Integrated IS-IS

6:15 End of Day

Day 3 Wednesday

8:30 5-1 Multiple Routing Protocols

8:45 5-2 Configuring Route Redistribution

9:15 5-3 Controlling Route Update Traffic

10:00 Break

10:15 5-4 Advanced IOS features: DHCP

10:45 Lab 5-1: Basic Redistribution (could be after 5-3)

11:30 Lunch

12:30 Lab 5-2 Tuning Redistribution (could be after 5-3)

1:30 6-1 BGP Concepts/Terminology

2:00 6-2 EBGP vs. IBGP

2:15 6-3 Configuring Basic BGP

2:35 Break

2:50 Lab 6-1: Configuring Multihome BGP

4:00 6-4 Selecting BGP path

4:30 6-5 Route Maps to manipulate BGP paths

5:30 Lab 6-2: Manipulate BGP paths w/route maps

7:30 End of Day

Day 4 Thursday

8:307-1 Explaining Multicast

8:55 7-2 IGMP and Layer 2 Issues

9:35 7-3 Explaining Multicast Routing Protocols

10:10 7-4 Multicast Configuration & Verification

10:55Lab 7-1: Configure Multicast Routing

12:30Lunch

12:458-1 Intro to IPv6

1:00 8-2 Defining IPv6 Addressing

1:15 8-3 Implementing Dynamic IPv6 Addresses

1:35 8-4 Using IPv6 with OSPF

2:35Break

2:45 8-5 Using IPv6 with IPv4

3:15 Lab 8-1: Configure IPv6 Addresses

3:45 Lab 8-2: Enable IPv6 OSPF routing

4:15 Lab 8-3: Configure IPv6 Tunnels

5:00 Test

8:00End of Day

BCMSN– CCNP Bootcamp Schedule Detail

Day 5 Friday

8:30 1-1 Introducing Campus Networks

9:00 Lab 1-2 Getting Started with Cisco Switches

10:30 2-1 Best Practices for VLANs

11:002-2 Implementing VLANs

11:402-3 Implementing Trunks

12:20Lunch

1:00 2-4 VTP

1:20 2-5 Correcting Common VLAN Errors

2:00 Lab 2-1: Configuring VLANs and VTP

2:30 3-1 Describing STP

3:30 Lab 3-1: Configure Primary & backup Root Bridges

4:30 3-2 Implementing RSTP

5:00 Lab 3-2: Implementing PVRST

6:00 3-3 Implementing MSTP

6:20 Lab 3-3: Implementing MSTP

7:00 3-4 Configuring Link Aggregation with EtherChannel

7:20 Lab 3-4: Configuring EtherChannel

8:00 End of day

Day 6 Saturday

8:30 Lab 3-5: Troubleshooting STP

9:30 4-1 Routing Between VLANs

10:00 4-2 Enable VLAN Routing on a Multi-Layer Switch

10:20 Lab 4-2: Routing Between VLANs

12:00 Lunch

1:00 4-3 Deploying CEF-based Multi-Layer Switching

1:40 5-1 Configuring Layer 3 Redundancy with HSRP

2:20 5-2 Optimizing HSRP

2:50 Lab 5-1: Enabling and Optimizing HSRP

4:00 5-3 Configuring Layer 3 Redundancy with VRRP and GLBP

4:40 6-1 Introducing WLANs

5:00 6-2 Describing WLAN Topologies

5:306-3 Explaining WLAN Technology and Standards

6:30 Lab 6-1: Configuring Switches for WLANs

7:15 End of Day

Day 7 Sunday

8:30 6-4 Configuring Cisco WLAN Clients

9:15 6-5 Implementing WLANs

9:45 6-6 Configuring WLANs

11:00 Lab 6-2: Setting Up the WLAN Controller

Lab 6-3: Configuring the Controller via Web Browser

Lab 6-4: Configuring a Wireless Client (Optional)

12:00 Lunch

1:00 7-1 Planning for Implementation of Voice in a Campus Network

1:30 7-2 Accommodating Voice Traffic on Campus Switches

2:00 Lab 7-1: Configuring IP Telephony Support

3:00 8-1 Understanding Switch Security Issues

3:20 8-2 Protecting Against VLAN Attacks

3:40 8-3 Protecting Against Spoof Attacks

4:00 8-4 Describing STP Security Mechanisms

4:20 8-5 Preventing STP Forwarding Loops

4:40 8-6 Securing Network Switches

5:30 Case Study 8-1: Applying Security Practices to Campus Devices

6:15 Case Study 8-2: Using Security Tools in the Campus

7:00 Lab 8-3: Applying Security Tools

8:00 End of Day

Day 8 Monday

Test 9:00am – 12:00pm

Lunch 12:00

ISCW– CCNP Bootcamp Schedule Detail

Day 8 Monday

1:00 1-1 Describing Network Requirements

1:15 2-1 Describing Topologies for Facilitating Remote Connections

1:45 2-2 Describing Cable Technology

2:15 2-3 Describing DSL Technology

2:45 2-4 Configuring the CPE as the PPPoE or PPPoA Client

3:50 2-5 Verifying Broadband ADSL Connections

4:05 3-1 Introducing MPLS Networks

4:20 3-2 Assigning MPLS Labels to Packets

4:55 3-3 Implementing Frame Mode MPLS

5:45 Lab 3-1: Configuring Frame Mode MPLS

6:15 3-2 Describing MPLS VPN Technology3:45

7:15 4-1 Understanding IPSec Components and Features

8:00 End of Day

Day 9 Tuesday

8:30 4-2 Implementing Site-to-Site IPSec Operations

9:30 4-3 Configuring IPSec Site-to-Site Using SDM

10:15 Lab 4-1: Configuring Site-to-Site VPNs

12:00 Lunch

1:00 4-4 Configuring GRE tunnels over IPSec

1:30 Lab 4-2 Configuring GRE tunnels over IPSec Using SDM

2:154-5 High Availability Options

3:35Lab 4-3: Configuring IPSec VPN to backup a PPP WAN Connection

4:35 4-6 Configuring Easy VPN and Easy VPN Server Using SDM

5:454-7 Implementing the Cisco VPN Client

6:45 Lab 4-4: Configuring Cisco Easy VPN Server Using SDM

7:45 5-1 Cisco Self-Defending Network

8:05 End of Day

Day 10 Wednesday

8:305-2 Disabling Unused Services and Interfaces

9:30Lab 5-1: Securing Cisco Routers

10:40 5-3 Securing Cisco Router Installations and Administrative Access

12:00 Lunch

1:005-4 Mitigating Threats and Attacks with Access Lists

1:505-5 Securing Management and Reporting Features

2:20Lab 5-2: Securing Cisco Router Management

3:005-6 Configuring AAA on Cisco Routers

4:45Lab 5-3: Configuring AAA Authentication & Authorization

5:356-1 Introducing the Cisco IOS Firewall

6:106-2 Implementing Cisco IOS Firewalls

7:10End of Day

Day 11 Thursday

8:30 Lab 6-1: Configuring a Cisco IOS Firewall

9:30 6-3 Introducing Cisco IOS IPS

10:10 6-4 Configuring Cisco IOS IPS

11:20 Lunch

12:20 Lab 6-2: Configuring Cisco IOS IPS

1:00 Lab 6-3: Troubleshooting Security

2:00 Test

6:00 End of Day

Day 12 Friday

8:30 1-1 Describing Network Requirments

8:50 2-1 Introducing VoIP Networks

9:20 2-2 Digitizing and Packetizing Voice

10:102-3 Encapsulating Voice Packets for Transport

11:00Lab 2-1: Lab Setup and Initialization

12:00Lunch

1:00 2-4 Calculating Bandwidth Requirements

2:00 2-5 Implementing Voice Support in an Enterprise Network

3:00 Lab 2-2: Placing and Examining VoIP Calls

4:153-1 Introducing QoS

4:45 3-2 Identifying Models for QoS

5:35 3-3 Identifying Methods for QoS

6:05 Lab 3-2: Introducing MQC and the SDM QoS Wizard

6:45 4-1 Introducing Classification and Marking

7:15 4-2 Using NBAR for Classification

7:55 4-1 Introducing Classification and Marking

8:25 End of Day

Day 13 Saturday

8:30 4-2 Using NBAR for Classification

9:10 Lab 4-1: Configuring Queuing Mechanisms

9:40 4-3 Introducing Queuing Implementations

10:30 4-4 Configuring WFQ

11:30 4-5 Configuring QBWFQ and LLC

12:00 Lunch

1:10Lab 4-2: Configuring FIFO and WFQ

1:404-6 Introducing Congestion Avoidance

2:10Lab 4-3: Configuring LLQ Queuing

3:004-7 Introducing Traffic Policing and Shaping

4:50Lab 4-4: Class Based Header Compression

6:00 Lab 4-5: Configuring LFI

6:30 4-8 Understanding WAN Link Efficiency Mechanisms

7:00 4-9 Implementing QoS Pre-classify

7:30 Lab 4-6: Configuring QoS Pre-Classify

8:10End of Day

Day 14 Sunday

8:30 4-10 Deploying End-to-End QoS

9:00 5-1 Introducing AutoQoS

9:50 5-2 Mitigating Common AutoQoS Issues

10:20 Lab 5-1: Configuring QoS with AutoQoS

11:20 Lunch

12:20 Lab 5-2: using MQC to Tune AutoQoS

1:30 6-1 Implement WLAN QoS

2:20 6-2 Introducing 802.1x

3:00 6-3 Configuring Encryption and Authentication on Lightweight APs

3:40 Lab 6-1: Configuring WEP Authentication

4:40 Lab 6-2: Configuring 802.1x EAP-PEAP-MSCHAPv2 Authentication

4:40 Lab 6-3: Configuring the Cisco Wireless Control System

5:50 End of Day

* Note: If you do not have a clear understanding of the OSI Model you can purchase Cisco Press’s Introduction to Cisco Router Configuration. The first three chapters of this book contain all the information necessary to satisfy the CCPrep.com guarantee. **We guarantee our students will pass the CCNA® Exam and/or all four exams for CCNP® after completing each respective Bootcamp. If a student does not pass the exam(s), CCPrep will pay for that student to take the exam again (up to three attempts total for CCNA®, up to 8 attempts total for CCNP®), please note that Cisco requires a 5 day waiting period between like exams. If the student does not pass the exam they have a one year window to use their test attempts which were included with class tuition. If the student does not pass the exam(s) after the maximum attempts allowed, the student may sit the class again for free, only having to pay for their expenses. This guarantee is contingent upon the student meeting the pre-requisites of each course. The CCNA® prerequisite is a clear understanding of the OSI Model. The CCNP® pre-requisite of the course is passing the CCNA® Exam. CCPrep does not guarantee the CCIE® exam.