Open Shortest Path First (Ospf) Zero-To-Hero

OSPFv2 , OSPFv3 concept & configuration ( IOS , NX-OS , ASA ) & troubleshooting and design

What you'll learn

OSPF Basic Configuration and Verification

OSPF Single Area Traditional Configuration

OSPF Single Area Explicit Configuration

OSPF Single Area with Multi Access Network

OSPF Static Neighborship

OSPF Dynamic Neighborship

OSPF Packets and States and Static Neighborship

OSPF Finite State Machine [FSM]

OSPF DR and BDR

OSPF LSA TYPE-1 ( Router LSA )

OSPF LSA TYPE-2 ( Network LSA )

OSPF LSA TYPE-3 ( Summary LSA )

OSPF LSA TYPE-5 ( External LSA )

OSPF LSA TYPE-4 ( ASBR-Summary )

OSPF LSA Types Example

OSPF Determining the Next Hop

OSPF Special Rule

OSPF Default Route Advertisement

OSPF Area Types

OSPF Cost and Path Selection Rules

OSPF Summarization

OSPF Virtual Links

OSPF Network Types

OSPF Neighbor Adjacencies Troubleshooting

OSPF Routes Troubleshooting

OSPF Miscellaneous Issues and Trouble Tickets

OSPFv3 Fundamentals and Basic Configuration

OSPFv3 LSA Types

OSPFv3 Instance-ID

OSPFv3 Authentication and Encryption

OSPFv3 Classic Configuration and Trouble Tickets

OSPFv3 Address Family Configuration and Trouble Tickets

OSPF Configuration in NX-OS

OSPF Configuration in ASA with CLI

OSPF Configuration in ASDM with CLI

Requirements

You need to have only routing fundamentals knowledge . You can implement all scenarios in GNS3 and EVE-NG.

Description

The Open Shortest Path First (OSPF) Zero-to-Hero include :- OSPF Fundamentals- OSPF Basic Configuration and Verification- OSPF  Single Area - Traditional Configuration [1]- OSPF  Single Area - Traditional Configuration [2]- OSPF  Single Area - Explicit Configuration- OSPF Single Area with Multi Access Network- OSPF  Static Neighborship- OSPF Dynamic Neighborship (A)- OSPF Packets and States and Static Neighborship- OSPF  Finite State Machine [FSM]- OSPF DR and BDR- OSPF LSA TYPE-1 ( Router LSA )- OSPF LSA TYPE-2 ( Network LSA )- OSPF LSA TYPE-3 ( Summary LSA )-  OSPF LSA TYPE-5 ( External LSA )-  OSPF LSA TYPE-4 ( ASBR-Summary )- OSPF LSA Types Example- OSPF Determining the Next Hop- OSPF Special  Rule- OSPF Default Route Advertisement- OSPF Area Types- OSPF Cost and Path Selection Rules- OSPF Summarization- OSPF Virtual Links- OSPF Network Types- OSPF Neighbor Adjacencies Troubleshooting- OSPF Routes Troubleshooting- OSPF Miscellaneous Issues and Trouble Tickets- OSPFv3 Fundamentals and Basic Configuration- OSPFv3 LSA Types- OSPFv3 Instance-ID- OSPFv3 Authentication and Encryption- OSPFv3 Classic Configuration and Trouble Tickets- OSPFv3 Address Family Configuration and Trouble TicketsOpen Shortest Path First is a routing protocol for Internet Protocol networks. It uses a link state routing algorithm and falls into the group of interior gateway protocols, operating within a single autonomous system.OSPF gathers link state information from available routers and constructs a topology map of the network. The topology is presented as a routing table to the Internet Layer for routing packets by their destination IP address. OSPF supports Internet Protocol Version 4 (IPv4) and Internet Protocol Version 6 (IPv6) networks and supports the Classless Inter-Domain Routing (CIDR) addressing model.

Overview

Section 1: OSPF Fundamentals

Lecture 1 OSPF Fundamentals

Lecture 2 OSPF Basic Configuration and Verification

Lecture 3 OSPF Single Area - Traditional Configuration [1]

Lecture 4 OSPF Single Area - Traditional Configuration [2]

Lecture 5 OSPF Single Area - Explicit Configuration

Lecture 6 OSPF Single Area with Multi Access Network

Section 2: OSPF Neighborship

Lecture 7 OSPF Static Neighborship

Lecture 8 OSPF Dynamic Neighborship (A)

Lecture 9 OSPF Dynamic Neighborship (B)

Lecture 10 OSPF Packets and States and Static Neighborship

Lecture 11 OSPF Finite State Machine [FSM]

Lecture 12 OSPF DR and BDR

Section 3: OSPF LSA Types

Lecture 13 OSPF LSA TYPE-1 ( Router LSA )

Lecture 14 OSPF LSA TYPE-2 ( Network LSA )

Lecture 15 OSPF LSA TYPE-3 ( Summary LSA )

Lecture 16 OSPF LSA TYPE-5 ( External LSA )

Lecture 17 OSPF LSA TYPE-4 ( ASBR-Summary )

Lecture 18 OSPF LSA Types Example

Section 4: OSPF Advanced topics

Lecture 19 OSPF Determining the Next Hop

Lecture 20 OSPF Special Rule

Lecture 21 OSPF Default Route Advertisement

Lecture 22 OSPF Area Types

Lecture 23 OSPF Cost and Path Selection Rules

Lecture 24 OSPF Summarization

Lecture 25 OSPF Virtual Links

Lecture 26 OSPF Network Types

Section 5: OSPF Troubleshooting

Lecture 27 OSPF Neighbor Adjacencies Troubleshooting

Lecture 28 OSPF Routes Troubleshooting

Lecture 29 OSPF Miscellaneous Issues and Trouble Tickets

Section 6: OSPFv3 Fundamentals

Lecture 30 OSPFv3 Fundamentals and Basic Configuration

Lecture 31 OSPFv3 LSA Types

Lecture 32 OSPFv3 Instance-ID

Lecture 33 OSPFv3 Authentication and Encryption

Lecture 34 OSPFv3 Classic Configuration and Trouble Tickets

Lecture 35 OSPFv3 Address Family Configuration and Trouble Tickets

Section 7: OSPF in NX-OS

Lecture 36 OSPF Neighborship in NX-OS

Lecture 37 OSPF Authentication in NX-OS

Lecture 38 OSPF Passive Interfaces in NX-OS

Lecture 39 OSPF Summarization in NX-OS

Lecture 40 OSPF Default Route Advertisement in NX-OS

Lecture 41 OSPF Stub Area in NX-OS

Lecture 42 OSPF NSSA Area in NX-OS

Section 8: OSPF in ASA

Lecture 43 ASA - Open Shortest Path First [OSPFv2] with CLI

Lecture 44 ASA - Open Shortest Path First [OSPFv2] with ASDM

Lecture 45 ASA - OSPF Multi Area with CLI

Lecture 46 ASA - OSPF Multi Area with ASDM

Lecture 47 ASA - OSPF Multi Area with ASDM

Lecture 48 ASA - OSPF Area Types with ASDM

Lecture 49 ASA - OSPF Static Neighborship with CLI

Lecture 50 ASA - OSPF Static Neigborship with ASDM

Lecture 51 ASA - OSPF Virtual-Link with CLI

Lecture 52 ASA - OSPF Virtual-Link with ASDM

Lecture 53 ASA - OSPF Type-3 LSA Filtering with CLI

Lecture 54 ASA - OSPF Type-3 LSA Filtering with ASDM

Lecture 55 ASA - OSPF Type-3 LSA Summarization with CLI

Lecture 56 ASA - OSPF Type-3 LSA Summarization with ASDM

Section 9: OSPF Design

Lecture 57 OSPF Design - OSPF Scalability Design Considerations

Lecture 58 OSPF Design - OSPF Area Design Considerations

Lecture 59 OSPF Design - OSPF Full Mesh and Hub&Spoke Design

Lecture 60 OSPF Design - OSPF Convergence Design Considerations

Cisco Network Engineers , Service Provider Network Engineers , Data Center Network Engineers