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IPv4 and IPv6 Static Routing by Arash Deljoo
Rating: 4.7 out of 5(6 ratings)
260 students

IPv4 and IPv6 Static Routing by Arash Deljoo

Concept and Configuration
Created byArash Deljoo
Last updated 4/2023
English

What you'll learn

  • IPv4 Static Routing Concept and Configuration
  • IPv4 Static Default Route
  • Static Routing Load Balancing and Fault Tolerance
  • Static Host Route
  • Static Routing Performance
  • IPv6 Static Routing Concept and Configuration
  • IPv6 Static Default Route

Course content

1 section • 7 lectures • 3h 34m total length

  • Static Routing Three Methods of Configuration53:10

    1- Routing Table Basics

    2- ICMP Echo Request , ICMP Echo Reply , ICMP Destination Host Unreachable

    3- Static Route Configuration with Outgoing Interface

    4- Static Route Configuration with Next Hop IP Address

    5- Static Route Configuration with Outgoing Interface and Next Hop IP Address

    6- Static Route Verification

  • Static Routing Default Route30:34

    1- Advantages and Disadvantages of Static Routing

    2- Longest Prefix Match Rule

    3- Default Route Configuration with Outgoing Interface

    4- Default Route Configuration with Next Hop IP Address

    5- Default Route Configuration with Outgoing Interface and Next Hop IP Address

    6- Default Route Verification

    7- Static Routing versus Default Routing

  • Static Routing Load Balancing , Fault Tolerance25:06

    1- Load Balancing and Fault Tolerance Concept

    2- Load Balancing and Fault Tolerance Configuration with Static Route

    3- Load Balancing and Fault Tolerance Verification

  • Static Routing Host Route21:37

    1- What is the Host Route?

    2- What is the usage of a Host Route ?

    3- Host Route Configuration

    4- Host Route Verification

    5- Usage of Permanent Option in Static Route

    6- Configuration of Permanent Option in Static Route

    7- Verification  of Permanent Option in Static Route

  • Static Routing Performance28:16

    1- IP Routing review

    2- ARP Proxy usage

    3- Difference between different methods of static route configuration

    4- Recommendation about the three methods of static route configuration

  • IPv6 Static Routing Four Methods of Configuration37:31

    1- IPv6 Routing Table Basics

    2- IPv6 Static Route Configuration with Outgoing Interface

    3- IPv6 Static Route Configuration with Next Hop GUA IPv6 Address

    4- IPv6 Static Route Configuration with Outgoing Interface and Next Hop GUA IPv6 Address

    5- IPv6 Static Route Configuration with Outgoing Interface and Next Hop LLA IPv6 Address

    6- IPv6 Static Route Verification

  • IPv6 Static Routing Default Route17:46

    1- Routing Table Basics

    2- ICMP Echo Request , ICMP Echo Reply , ICMP Destination Host Unreachable

    3- Static Route Configuration with Outgoing Interface

    4- Static Route Configuration with Next Hop IP Address

    5- Static Route Configuration with Outgoing Interface and Next Hop IP Address

    6- Static Route Verification

Requirements

  • You need to know about Cisco IOS Command Line Interface (CLI) configuration and routing fundamentals .
  • You can implement all of the scenarios in GNS3 or EVE-NG.

Description

Static routing is a form of routing that occurs when a router uses a manually-configured routing entry, rather than information from dynamic routing traffic. In many cases, static routes are manually configured by a network administrator by adding in entries into a routing table, though this may not always be the case. Unlike dynamic routing, static routes are fixed and do not change if the network is changed or reconfigured. Static routing and dynamic routing are not mutually exclusive. Both dynamic routing and static routing are usually used on a router to maximise routing efficiency and to provide backups in case dynamic routing information fails to be exchanged. Static routing can also be used in stub networks, or to provide a gateway of last resort.


Static routing may have the following uses:

  • Static routing can be used to define an exit point from a router when no other routes are available or necessary. This is called a default route.

  • Static routing can be used for small networks that require only one or two routes. This is often more efficient since a link is not being wasted by exchanging dynamic routing information.

  • Static routing is often used as a complement to dynamic routing to provide a failsafe backup if a dynamic route is unavailable.

  • Static routing is often used to help transfer routing information from one routing protocol to another (routing redistribution).

Who this course is for:

  • Network Engineers
  • Service Provider Engineers

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