CCNP Routing and Switching ROUTE 300-101 Complete Video Course

CCNP Routing and Switching ROUTE 300-101 Complete Video Course

Released October 2014
Publisher(s): Pearson
ISBN: 0133962121

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Video description

CCNP Routing and Switching ROUTE 300-101 Complete Video Course  is a comprehensive training course that brings Cisco CCNP R&S ROUTE exam topics to life through the use of real-world demonstrations, animations,  live instruction, and configurations, making learning these foundational networking topics easy and fun.

Best-selling author, expert instructor, and double CCIE Kevin Wallace walks you through the full range of topics on the CCNP Routing and Switching ROUTE 300-101 exam, including fundamental routing concepts; IGP routing protocols, including RIPng, EIGRP, and OSPF; route distribution and selection; BGP; IPv6 Internet connectivity; router security; and routing protocol authentication. This unique product contains multiple types of video presentations, including live instructor whiteboarding, real world demonstrations, animations of network activity, dynamic KeyNote presentations, doodle videos, and hands-on router and switch CLI configuration and troubleshooting in real lab environments, allowing you to both learn the concepts and the hands-on application.

The 149 videos contained in this product provide you more than 12 hours of instruction. Modules are divided into easy to digest lessons and the product concludes with a series of lessons that give you valuable advice to help prepare for the actual exam.

Designed to take you inside CCNP routing concepts in a unique and interactive way,  CCNP Routing and Switching  ROUTE 300-101 Complete Video Course  is guaranteed to help you master the foundational networking topics that will help you succeed on the exam and on the job.

Skill Level

Intermediate

What You Will Learn

·          Characteristics of routing protocols, including traffic and network types, IGP and EGP comparison, categories of routing protocols, convergence times, route summarization, scalability and Cisco easy virtual networking theory.

·          Remote site connectivity, including GRE tunnel theory and configuration, DMVPN, multipoint GRE , next-hop resolution protocol, and IPsec.

·          RIPng fundamentals, configuration, and verification

·          EIGRP fundamental and advanced concepts and EIGRP IPv6  and named EIGRP configuration.

·          OSPF fundamental and advanced concepts, the OSPF link-state database, and OSPFv3 configuration.

·          Route redistribution including seed metrics, redistribution of IPv4 and IPv6 routes into EIGRP and OSPF, manual route redistribution, distribution list configuration with ACLs and prefix lists, route maps, and administrative distance manipulation.

·          Route selection including packet switching architecture, CEF configuration and verification, policy-based routing fundamentals and configuration, and Cisco IP SLA fundamentals and configuration.

·          Internet connectivity with BGP and advanced BGP concepts

·          IPv6 Internet connectivity including provider assignment of IPv6 addresses, IPv6 static address and default route, traffic filtering, route filtering, and IPv6 over IPv4 and IPV6 BGP sessions.

·          Router and routing security.

Who Should Take This Course?

Anyone interested in obtaining their CCNP Routing and Switching certification or anyone interested in learning fundamental routing concepts and configuration skills.  

Course Requirements

While this complete video training product does not assume any prior knowledge of network administration or configuration, you should understand the fundamental purposes of a network and be comfortable working with a computer.

Module 1:  Characteristics of Routing Protocols (1.0.0.0)

·         Overview of an Enterprise Network (1.1.0.0)

·         Traffic Types (1.2.0.0)

·         Network Types (1.3.0.0)

·         The Need for Routing Protocols (1.4.0.0)

·         IGP and EGP Comparison (1.5.0.0)

·         Categories of Routing Protocols (1.6.0.0)

·         Convergence Times (1.7.0.0)

·         Approaches to Route Summarization (1.8.0.0)

·         Routing Protocol Scalability Limitations (1.9.0.0)

·         Cisco Easy Virtual Networking Theory (1.10.0.0)

·         Module 1 Review (1.11.0.0)

Module 2: Remote Site Connectivity (2.0.0.0)

·         Remote Connectivity Fundamentals (2.1.0.0)

·         GRE Tunnel Theory and Configuration (2.2.0.0)

·         DMVPN Theory (2.3.0.0)

·         Multipoint GRE Theory (2.4.0.0)

·         Next Hop Resolution Protocol Theory (2.5.0.0)

·         IPsec Theory (2.6.0.0)

·         Module 2 Review (2.7.0.0)

Module 3: RIPng (3.0.0.0)

·         RIP Fundamentals (3.1.0.0)

·         RIPng Configuration (3.2.0.0)

·         RIPng Verification (3.3.0.0)

·         Module 3 Review (3.4.0.0)

Module 4: Fundamental EIGRP Concepts (4.0.0.0)

·         EIGRP Fundamentals (4.1.0.0)

·         EIGRP Reliable Transport Protocol (4.2.0.0)

·         EIGRP Data Structures (4.3.0.0)

·         EIGRP Timers (4.4.0.0)

·         EIGRP Metric Calculation (4.5.0.0)

·         The EIGRP Feasibility Condition (4.6.0.0)

·         EIGRP Neighborship Formation over a WAN (4.7.0.0)

·         Basic EIGRP Configuration Example (4.8.0.0)

·         Module 4 Review (4.9.0.0)

Module 5: Advanced EIGRP Concepts (5.0.0.0)

·         EIGRP Queries and the Stuck in Active State (5.1.0.0)

·         EIGRP Stub Routing (5.2.0.0)

·         EIGRP Passive Interface (5.3.0.0)

·         EIGRP Summarized Routes (5.4.0.0)

·         The Variance Option (5.5.0.0)

·         Module 5 Review (5.6.0.0)

Module 6: EIGRP IPv6 Configuration (6.0.0.0)

·         EIGRP for IPv6 Fundamentals (6.1.0.0)

·         EIGRP for IPv6 Configuration (6.2.0.0)

·         EIGRP for IPv6 Verification (6.3.0.0)

·         Module 6 Review (6.4.0.0)

Module 7: Named EIGRP Configuration (7.0.0.0)

·         Named EIGRP Fundamentals (7.1.0.0)

·         Basic Named EIGRP Configuration Example (7.2.0.0)

·         Advanced Named EIGRP Configuration Example (7.3.0.0)

·         Module 7 Review (7.4.0.0)

Module 8: Fundamental OSPF Concepts (8.0.0.0)

·         OSPF Fundamentals (8.1.0.0)

·         OSPF Neighbor Formation (8.2.0.0)

·         OSPF Areas (8.3.0.0)

·         Basic OSPF Configuration Example (8.4.0.0)

·         OSPF Verification (8.5.0.0)

·         OSPF Network Types (8.6.0.0)

·         Designated Routers and Backup Designated Routers (8.7.0.0)

·         OSPF Timers (8.8.0.0)

·         OSPF Passive Interface (8.9.0.0)

·         OSPF Neighborship Formation over a WAN (8.10.0.0)

·         Module 8 Review (8.11.0.0)

Module 9: The OSPF Link-State Database (9.0.0.0)

·         Overview of OSPF LSA Types (9.1.0.0)

·         Type 1 LSA: Router (9.2.0.0)

·         Type 2 LSA: Network (9.3.0.0)

·         Type 3 LSA: Summary (9.4.0.0)

·         Type 4 LSA: ASBR Summary (9.5.0.0)

·         Type 5 LSA: External (9.6.0.0)

·         Shortest Path First Algorithm (9.7.0.0)

·         OSPF Metric Calculation (9.8.0.0)

·         OSPF Cost Configuration (9.9.0.0)

·         OSPF E1 vs. E2 Routes (9.10.0.0)

·         Module 9 Review (9.11.0.0)

Module 10: Advanced OSPF Concepts (10.0.0.0)

·         OSPF Route Filtering (10.1.0.0)

·         OSPF Route Summarization (10.2.0.0)

·         Virtual Links (10.3.0.0)

·         Stubby and Totally Stubby Area Configuration (10.4.0.0)

·         NSSA and Totally NSSA Configuration (10.5.0.0)

·         Default Route Advertisement (10.6.0.0)

·         Module 10 Review (10.7.0.0)

Module 11: OSPFv3 Configuration (11.0.0.0)

·         OSPFv3 Fundamentals (11.1.0.0)

·         OSPFv3 Traditional Configuration and Verification (11.2.0.0)

·         OSPFv3 Address Family Configuration and Verification (11.3.0.0)

·         Module 11 Review (11.4.0.0)

Module 12: Route Redistribution (12.0.0.0)

·         Route Redistribution Fundamentals (12.1.0.0)

·         Seed Metrics (12.2.0.0)

·         Redistribution of IPv4 and IPv6 Routes into EIGRP (12.3.0.0)

·         Redistribution of IPv4 and IPv6 Routes into OSPF (12.4.0.0)

·         Mutual Route Redistribution (12.5.0.0)

·         Distribution List Configuration with an ACL (12.6.0.0)

·         Distribution List Configuration with a Prefix List (12.7.0.0)

·         Route Map Fundamentals (12.8.0.0)

·         Route Redistribution with Route Maps (12.9.0.0)

·         Administrative Distance Manipulation (12.10.0.0)

·         Common Issues with Route Redistribution (12.11.0.0)

·         Module 12 Review (12.12.0.0)

Module 13: Route Selection (13.0.0.0)

·         Packet Switching Architecture (13.1.0.0)

·         CEF Configuration and Verification (13.2.0.0)

·         Policy Based Routing Fundamentals (13.3.0.0)

·         Policy Based Routing Configuration (13.4.0.0)

·         Cisco IP SLA Fundamentals (13.5.0.0)

·         Cisco IP SLA Configuration (13.6.0.0)

·         Module 13 Review (13.7.0.0)

Module 14: Fundamentals of Internet Connectivity with BGP (14.0.0.0)

·         Internet Connectivity Fundamentals (14.1.0.0)

·         Provider Assigned IPv4 Address Static Configuration (14.2.0.0)

·         Provider Assigned IPv4 Address DHCP Configuration (14.3.0.0)

·         Fundamental BGP Concepts (14.4.0.0)

·         BGP Data Structures (14.5.0.0)

·         BGP Message Types (14.6.0.0)

·         Module 14 Review (14.7.0.0)

Module 15: Advanced BGP Concepts (15.0.0.0)

·         BGP Path Selection Criteria (15.1.0.0)

·         The Weight Attribute (15.2.0.0)

·         The Local Preference Attribute (15.3.0.0)

·         The AS Path Attribute (15.4.0.0)

·         The MED Attribute (15.5.0.0)

·         Module 15 Review (15.6.0.0)

Module 16: IPv6 Internet Connectivity (16.0.0.0)

·         Provider Assignment of IPv6 Addresses (16.1.0.0)

·         IPv6 Static Address and Default Route (16.2.0.0)

·         IPv6 Traffic Filtering (16.3.0.0)

·         IPv6 Routing Over an IPv4 BGP Session (16.4.0.0)

·         IPv6 Routing Over an IPv6 BGP Session (16.5.0.0)

·         IPv6 Route Filtering (16.6.0.0)

·         Module 16 Review (16.7.0.0)

Module 17: Router Security Concepts (17.0.0.0)

·         Time-Based ACLs (17.1.0.0)

·         Unicast Reverse Path Forwarding (17.2.0.0)

·         NTP Authentication (17.3.0.0)

·         Module 17 Review (17.4.0.0)

Module 18: Routing Protocol Authentication (18.0.0.0)

·         Overview of Routing Protocol Authentication (18.1.0.0)

·         EIGRP for IPv4 Authentication (18.2.0.0)

·         EIGRP for IPv6 Authentication (18.3.0.0)

·         Named EIGRP Authentication (18.4.0.0)

·         OSPFv2 Plain Text Authentication (18.5.0.0)

·         OSPFv2 MD5 Authentication (18.6.0.0)

·         OSPFv3 Authentication (18.7.0.0)

·         BGP Authentication (18.8.0.0)

·         Module 18 Review (18.9.0.0)

Module 19: Final Preparation (19.0.0.0)

·         How to Register for the Exam (19.1.0.0)

·         Study Tips (19.2.0.0)

·         What to do on Exam Day (19.3.0.0)

·         Review (19.4.0.0)

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Table of contents

  1. CCNP Routing and Switching ROUTE 300-101 Complete Video Course: Introduction
    1. Course Introduction 00:01:46
  2. Module 1: Characteristics of Routing Protocols
    1. Characteristics of Routing Protocols Introduction 00:00:40
    2. Lesson 1: Overview of an Enterprise Network 00:04:14
    3. Lesson 2: Selecting a Routing Protocol 00:10:33
    4. Lesson 3: Network Architecture Types 00:04:05
    5. Lesson 4: TCP/IP Headers 00:08:08
    6. Lesson 5: MTU and Latency 00:05:07
    7. Lesson 6: Asymmetric Routing 00:04:56
    8. Lesson 7: TCP Operation 00:03:37
    9. Lesson 8: Global Synchronization 00:09:12
    10. Lesson 9: Network Migration Strategies 00:09:42
    11. Lesson 10: Cisco Easy Virtual Network Theory
    12. Module 1 Review
  3. Module 2: Remote Site Connectivity
    1. Remote Site Connectivity Introduction
    2. Lesson 1: Remote Site Connectivity Fundamentals
    3. Lesson 2: GRE Tunnel Theory and Configuration
    4. Lesson 3: DMVPN and mGRE Theory
    5. Lesson 4: Next Hop Resolution Protocol Theory
    6. Lesson 5: IPsec Theory
    7. Module 2 Review
  4. Module 3: RIPng
    1. RIPng Introduction
    2. Lesson 1: RIP Fundamentals
    3. Lesson 2: RIPng Configuration
    4. Lesson 3: RIPng Verification
    5. Module 3 Review
  5. Module 4: Fundamental EIGRP Concepts
    1. Fundamental EIGRP Concepts Introduction
    2. Lesson 1: EIGRP Fundamentals
    3. Lesson 2: EIGRP Components
    4. Lesson 3: EIGRP Data Structures
    5. Lesson 4: EIGRP Timers
    6. Lesson 5: EIGRP Metric Calculation
    7. Lesson 6: The EIGRP Feasibility Condition
    8. Lesson 7: EIGRP Neighborship Formation over a WAN
    9. Lesson 8: Basic EIGRP Configuration Example
    10. Module 4 Review
  6. Module 5: Advanced EIGRP Concepts
    1. Advanced EIGRP Concepts Introduction
    2. Lesson 1: EIGRP Queries and the Stuck in Active State
    3. Lesson 2: EIGRP Stub Routing
    4. Lesson 3: EIGRP Passive Interface
    5. Lesson 4: EIGRP Summarized Routes
    6. Lesson 5: EIGRP Route Filtering
    7. Lesson 6: The Variance Option
    8. Module 5 Review
  7. Module 6: EIGRP IPv6 Configuration
    1. EIGRP IPv6 Configuration Introduction
    2. Lesson 1: EIGRP for IPv6 Fundamentals
    3. Lesson 2: EIGRP for IPv6 Configuration
    4. Lesson 3: EIGRP for IPv6 Verification
    5. Module 6 Review
  8. Module 7: Named EIGRP Configuration
    1. Named EIGRP Configuration Introduction
    2. Lesson 1: Named EIGRP Fundamentals
    3. Lesson 2: Basic Named EIGRP Configuration Example
    4. Lesson 3: Advanced Named EIGRP Configuration Example
    5. Module 7 Review
  9. Module 8: Fundamental OSPF Concepts
    1. Fundamental OSPF Concepts Introduction
    2. Lesson 1: OSPF Fundamentals
    3. Lesson 2: OSPF Neighbor Formation
    4. Lesson 3: OSPF Areas
    5. Lesson 4: Basic OSPF Configuration Example
    6. Lesson 5: OSPF Verification
    7. Lesson 6: OSPF Network Types
    8. Lesson 7: Designated Routers and Backup Designated Routers
    9. Lesson 8: OSPF Timers
    10. Lesson 9: OSPF Passive Interface
    11. Lesson 10: OSPF Neighborship Formation over a WAN
    12. Module 8 Review
  10. Module 9: The OSPF Link-State Database
    1. The OSPF Link-State Database Introduction
    2. Lesson 1: Overview of OSPF LSA Types
    3. Lesson 2: Type 1 LSA: Router
    4. Lesson 3: Type 2 LSA: Network
    5. Lesson 4: Type 3 LSA: Summary
    6. Lesson 5: Type 4 LSA: ASBR Summary
    7. Lesson 6: Type 5 LSA: External
    8. Lesson 7: Shortest Path First Algorithm
    9. Lesson 8: OSPF Metric Calculation
    10. Lesson 9: OSPF Cost Configuration
    11. Lesson 10: OSPF E1 vs. E2 Routes
    12. Module 9 Review
  11. Module 10: Advanced OSPF Concepts
    1. Advanced OSPF Concepts Introduction
    2. Lesson 1: OSPF Route Filtering
    3. Lesson 2: OSPF Route Summarization
    4. Lesson 3: Virtual Links
    5. Lesson 4: Stubby and Totally Stubby Area Configuration
    6. Lesson 5: NSSA and Totally NSSA Configuration
    7. Lesson 6: Default Route Advertisement
    8. Module 10 Review
  12. Module 11: OSPFv3 Configuration
    1. OSPFv3 Configuration Introduction
    2. Lesson 1: OSPFv3 Fundamentals
    3. Lesson 2: OSPFv3 Traditional Configuration and Verification
    4. Lesson 3: OSPFv3 Address Families Configuration and Verification
    5. Module 11 Review
  13. Module 12: Route Redistribution
    1. Route Redistribution Introduction
    2. Lesson 1: Route Redistribution Fundamentals
    3. Lesson 2: Mutual Route Redistribution Configuration
    4. Lesson 3: Route Redistribution with Route Maps
    5. Lesson 4: Resolving Route Redistribution Issues
    6. Lesson 5: Redistributing IPv6 Routes
    7. Module 12 Review
  14. Module 13: Route Selection
    1. Route Selection Introduction
    2. Lesson 1: Packet Switching Architecture
    3. Lesson 2: CEF Configuration and Verification
    4. Lesson 3: Policy Based Routing Fundamentals
    5. Lesson 4: Policy Based Routing Configuration
    6. Lesson 5: Cisco IP SLA Fundamentals
    7. Lesson 6: Cisco IP SLA Configuration
    8. Module 13 Review
  15. Module 14: Fundamentals of Internet Connectivity with BGP
    1. Fundamentals of Internet Connectivity with BGP Introduction
    2. Lesson 1: Internet Connectivity Fundamentals
    3. Lesson 2: Provider Assigned IPv4 Address - Static Configuration
    4. Lesson 3: Provider Assigned IPv4 Address - DHCP Configuration
    5. Lesson 4: Fundamental BGP Concepts
    6. Lesson 5: BGP Data Structures
    7. Lesson 6: BGP Message Types
    8. Lesson 7: BGP Peer Groups
    9. Module 14 Review
  16. Module 15: Advanced BGP Concepts
    1. Advanced BGP Concepts Introduction
    2. Lesson 1: BGP Path Selection Criteria
    3. Lesson 2: The Weight Attribute
    4. Lesson 3: The Local Preference Attribute
    5. Lesson 4: The AS Path Attribute
    6. Lesson 5: The MED Attribute
    7. Module 15 Review
  17. Module 16: IPv6 Internet Connectivity
    1. IPv6 Internet Connectivity Introduction
    2. Lesson 1: Provider Assignment of IPv6 Addresses
    3. Lesson 2: IPv6 Static Address and Default Route
    4. Lesson 3: IPv6 Traffic Filtering
    5. Lesson 4: IPv6 Routing Over an IPv4 BGP Session
    6. Lesson 5: IPv6 Routing Over an IPv6 BGP Session
    7. Lesson 6: IPv6 Route Filtering
    8. Module 16 Review
  18. Module 17: Router Security Concepts
    1. Router Security Concepts Introduction
    2. Lesson 1: Time-Based ACLs
    3. Lesson 2: Unicast Reverse Path Forwarding
    4. Lesson 3: NTP Authentication
    5. Module 17 Review
  19. Module 18: Routing Protocol Authentication
    1. Routing Protocol Authentication Introduction
    2. Lesson 1: Overview of Routing Protocol Authentication
    3. Lesson 2: EIGRP for IPv4 Authentication
    4. Lesson 3: EIGRP for IPv6 Authentication
    5. Lesson 4: Named EIGRP Authentication
    6. Lesson 5: OSPFv2 Plain Text Authentication
    7. Lesson 6: OSPFv2 MD5 Authentication
    8. Lesson 7: OSPFv3 Authentication
    9. Lesson 8: BGP Authentication
    10. Module 18 Review
  20. Module 19: Final Preparation
    1. Final Preparation Introduction
    2. Lesson 1: How to Register for the Exam
    3. Lesson 2: Study Strategies
    4. Lesson 3: What to do on Exam Day
    5. Module 19 Review
  21. Bonus Review CCNA Routing and Switching Module 7: IPv6 Addressing
    1. IPv6 Addressing Introduction
    2. Lesson 1: IPv6 Address Format
    3. Lesson 2: Shortening an IPv6 Address
    4. Practice Exercise
    5. Lesson 3: IPv6 Address Types
    6. Global Unicast
    7. Multicast
    8. Link Local
    9. Unique Local
    10. Loopback
    11. Unspecified
    12. Solicited-Node Multicast
    13. EUI-64
    14. Autoconfiguration
    15. Lesson 4: IPv6 Traffic Flows
    16. Module 7 Summary
  22. Bonus Review CCNA Routing and Switching Module 11: Router Services
    1. Router Services Introduction
    2. Lesson 1: DHCP
    3. DHCP Theory
    4. IP Helper Address
    5. Configuring a Router as a DHCP Server
    6. Lesson 2: NAT
    7. NAT Theory
    8. NAT Terminology
    9. Static NAT
    10. Dynamic NAT
    11. Port Address Translation (PAT)
    12. Lesson 3: NTP
    13. NTP Theory
    14. NTP Configuration and Verification
    15. Module 11 Summary
  23. Bonus Review CCNA Routing and Switching Module 6: Network Monitoring Applications
    1. Module 6: Network Monitoring Applications Introduction
    2. Lesson 1: Syslog
    3. Syslog Operation
    4. Syslog Configuration and Verification
    5. Lesson 2: SNMP
    6. SNMP Operation
    7. SNMP Configuration and Verification
    8. Lesson 3: NetFlow
    9. NetFlow Operation
    10. NetFlow Configuration and Verification
    11. Module 6 Summary
  24. Bonus Review CCNA Routing and Switching Module 8: WAN Configuration
    1. Module 8: WAN Configuration Introduction
    2. Lesson 1: Basic Serial Interface Configuration and Verification
    3. Lesson 2: Configuring and Verifying PPP
    4. Lesson 3: Configuring and Verifying Frame Relay
    5. Lesson 4: Configuring and Verifying PPPoE
    6. Module 8 Summary

Product information

  • Title: CCNP Routing and Switching ROUTE 300-101 Complete Video Course
  • Author(s):
  • Release date: October 2014
  • Publisher(s): Pearson
  • ISBN: 0133962121