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    15.6.1 Packet Tracer Configure Ipv4 and Ipv6 Static and Default Routes

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    The document describes configuring static and floating static routes for IPv4 and IPv6 in a Packet Tracer simulation. It involves: 1) Configuring static default routes for IPv4 and IPv6 on the Edge Router through ISP1. 2) Configuring floating static default routes for IPv4 and IPv6 on the Edge Router through ISP2 with an administrative distance of 5. 3) Configuring static and floating static routes from ISP1 to the internal LAN networks through the Edge Router. 4) Configuring host routes to a customer server with a floating static route for redundancy. The purpose is to evaluate configuring different static route types, though the approach may not reflect best networking practices

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    15.6.1 Packet Tracer Configure Ipv4 and Ipv6 Static and Default Routes

    Uploaded by

    study time
    71 views7 pages
    The document describes configuring static and floating static routes for IPv4 and IPv6 in a Packet Tracer simulation. It involves: 1) Configuring static default routes for IPv4 and IPv6 on the Edge Router through ISP1. 2) Configuring floating static default routes for IPv4 and IPv6 on the Edge Router through ISP2 with an administrative distance of 5. 3) Configuring static and floating static routes from ISP1 to the internal LAN networks through the Edge Router. 4) Configuring host routes to a customer server with a floating static route for redundancy. The purpose is to evaluate configuring different static route types, though the approach may not reflect best networking practices

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    The document describes configuring static and floating static routes for IPv4 and IPv6 in a Packet Tracer simulation. It involves: 1) Configuring static default routes for IPv4 and IPv6 on the Edge Router through ISP1. 2) Configuring floating static default routes for IPv4 and IPv6 on the Edge Router through ISP2 with an administrative distance of 5. 3) Configuring static and floating static routes from ISP1 to the internal LAN networks through the Edge Router. 4) Configuring host routes to a customer server with a floating static route for redundancy. The purpose is to evaluate configuring different static route types, though the approach may not reflect best networking practices

    Copyright:

    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    71 views7 pages

    15.6.1 Packet Tracer Configure Ipv4 and Ipv6 Static and Default Routes

    Uploaded by

    study time
    The document describes configuring static and floating static routes for IPv4 and IPv6 in a Packet Tracer simulation. It involves: 1) Configuring static default routes for IPv4 and IPv6 on the Edge Router through ISP1. 2) Configuring floating static default routes for IPv4 and IPv6 on the Edge Router through ISP2 with an administrative distance of 5. 3) Configuring static and floating static routes from ISP1 to the internal LAN networks through the Edge Router. 4) Configuring host routes to a customer server with a floating static route for redundancy. The purpose is to evaluate configuring different static route types, though the approach may not reflect best networking practices

    Copyright:

    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    of 7

    Ministerul Educației, Culturii și Cercetării al Republicii Moldova

    Universitatea Tehnica din Moldova


    Facultatea: Electronică și Telecomunicații
    Disciplina: Protocoale, modelarea si analiza rețelelor de
    comunicații

    Lucrare de laborator
    Nr.3
    A elaborat: studentul gr.TST-181,
    Sîrbu Ion

    A verificat: l.univ.,
    Chihai Andrei

    Chișinău 2022
    Packet Tracer - Configure IPv4 and IPv6 Static and Default Routes
    Addressing Table

    Device Interface IP Address / Prefix

    Edge_Router S0/0/0 10.10.10.2/30


    2001:db8:a:1::2/64
    S0/0/1 10.10.10.6/30
    2001:db8:a:2::2/64
    G0/0 192.168.10.17/28
    2001:db8:1:10::1/64
    G0/1 192.168.11.33/27
    2001:db8:1:11::1/64
    ISP1 S0/0/0 10.10.10.1/30
    2001:db8:a:1::1/64
    G0/0 198.0.0.1/24
    2001:db8:f:f::1/64
    ISP2 S0/0/1 10.10.10.5/30
    2001:db8:a:2::1/64
    G0/0 198.0.0.2/24
    2001:db8:f:f::2/64
    PC-A NIC 192.168.10.19/28
    2001:db8:1:10::19/64
    PC-B NIC 192.168.11.4/27
    2001:db8:1:11::45
    Customer Server NIC 198.0.0.10
    2001:db8:f:f::10

    Objectives
    In this Packet Tracer summary activity, you will configure static, default, and floating static routes for both the IPv4 and
    IPv6 protocols.
     Configure IPv4 Static and Floating Static Default Routes.
     Configure IPv6 static and floating static default routes.
     Configure IPv4 static and floating static routes to internal LANs.
     Configure IPv6 static and floating static routes to the internal LANS.
     Configure IPv4 host routes.
     Configure IPv6 host routes.

    Background / Scenario
    In this activity, you will configure IPv4 and IPv6 default static and floating static routes.
    Note: The static routing approach that is used in this lab is used to assess your ability to configure different types of static
    routes only. This approach may not reflect networking best practices.

    Instructions
    Part 1: Configure IPv4 Static and Floating Static Default Routes
    The PT network requires static routes to provide internet access to the internal LAN users through the ISPs. In addition,
    the ISP routers require static routes to reach the internal LANs. In this part of the activity, you will configure an IPv4
    static default route and a floating default route to add redundancy to the network.

    Step 1: Configure an IPv4 static default route.


    On Edge_Router, configure a directly connected IPv4 default static route. This primary default route should be
    through router ISP1.

    Step 2: Configure an IPv4 floating static default route.


    On Edge_Router, configure a directly connected IPv4 floating static default route. This default route should be
    through router ISP2. It should have an administrative distance of 5.

    Part 2: Configure IPv6 Static and Floating Static Default Routes


    In this part of the activity, you will configure IPv6 static default and floating static default routes for IPv6.

    Step 1: Configure an IPv6 static default route.


    On Edge_Router, configure a next hop static default route. This primary default route should be through router ISP1.

    Step 2: Configure an IPv6 floating static default route.


    On Edge_Router, configure a next hop IPv6 floating static default route. The route should be via router ISP2. Use an
    administrative distance of 5.

    Part 3: Configure IPv4 Static and Floating Static Routes to the Internal LANs
    In this part of the lab you will configure static and floating static routers from the ISP routers to the internal LANs.

    Step 1: Configure IPv4 static routes to the internal LANs.


    a. On ISP1, configure a next hop IPv4 static route to the LAN 1 network through Edge_Router.
    b. On ISP1, configure a next hop IPv4 static route to the LAN 2 network through Edge_Router,
    Step 2: Configure IPv4 floating static routes to the internal LANs.
    a. On ISP1, configure a directly connected floating static route to LAN 1 through the ISP2 router. Use an
    administrative distance of 5.
    b. On ISP1, configure a directly connected floating static route to LAN 2 through the ISP2 router. Use an
    administrative distance of 5.

    Part 4: Configure IPv6 Static and Floating Static Routes to the Internal LANs.

    Step 1: Configure IPv6 static routes to the internal LANs.


    c. On ISP1, configure a next hop IPv6 static route to the LAN 1 network through Edge_Router.
    d. On ISP1, configure a next hop IPv6 static route to the LAN 2 network through Edge_Router.

    Step 2: Configure IPv6 floating static routes to the internal LANs.


    a. On ISP1, configure a next hop IPv6 floating static route to LAN 1 through the ISP2 router. Use an
    administrative distance of 5.
    b. On ISP1, configure a next hop IPv6 floating static route to LAN 2 through the ISP2 router. Use an
    administrative distance of 5.
    If your configuration has been completed correctly, you should be able to ping the Web Server from the hosts on LAN 1
    and LAN 2. In addition, if the primary route link is down, connectivity between the LAN hosts and the Web Server
    should still exist.

    Part 5: Configure Host Routes


    Users on the corporate network frequently access a server that is owned by an important customer. In this part of the
    activity, you will configure static host routes to the server. One route will be a floating static route to support the
    redundant ISP connections.

    Step 1: Configure IPv4 host routes.


    a. On Edge Router, configure an IPv4 directly connected host route to the customer server.
    b. On Edger Router, configure an IPv4 directly connected floating host route to the customer sever. Use an
    administrative distance of 5.

    Step 2: Configure IPv6 host routes.


    a. On Edge Router, configure an IPv6 next hop host route to the customer server through the ISP1 router.
    b. On Edger Router, configure an IPv6 directly connected floating host route to the customer sever through the ISP2
    router. Use an administrative distance of 5.
    Concluzie : În această lucrare de laborator, am configurat rutele statice și flotante implicite IPv4 și IPv6.

    Abordarea de rutare statică care este utilizată în acest laborator este utilizată pentru a evalua capacitatea

    dumneavoastră de a configura diferite tipuri de rute statice numai. Este posibil ca această abordare să nu

    reflecte cele mai bune practici de rețea.

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