16.3.2 Packet Tracer - Troubleshoot IPv4 and IPv6 Static and Default Routes - Physical Mode

all the network devices in this packet razer physical mode have been pre configured to include intentional errors that are preventing the network from routing as intended your task is to evaluate the network identify and collect the configuration errors to restore full connectivity evaluate network operation use the ping and or trace route commands from the router to test the following criteria and record the results use the pcs in the wiring cluster to gain console access to networking devices in order to explore and change the device configuration traffic from r1 to the 172 1621 address on r2 uses the nutshop 182.168 0 14. okay zombie okay two routers two switches four pieces the logical topology two routers two switches four pieces and access the console of r1 use a console cable to connect from rs to 3d2 port on pc1 to console on the router r1 okay now you have this connection access pc1 desktop terminal ok enter enable show running config space space and now you can see the the roots the static roots okay and go to pc2 go to pc2 console cable and connect from rs to 3d to port on pc2 okay and go to r2 console now you have this connection click on pc2 desktop terminal ok enter enable show running config space space the static routes okay the static routes uh okay and traffic from r1 to the 172 16 to one address of r2 okay the traffic from r1 to 172 16 to one address from r2 [Music] addressing table r2 170 to 16 to 1 address is placed on gigabit zero one okay on gigabit zero one or r2 uses the network 192.168.040 and gigabit 000 is this interface you gonna be zero zero zero on r2 and this is 192.168.040. okay so traffic from r1 to the gigabit 01 r2 uses the nethop ip address of gigabit 000 also on r2 and review r1 pc one okay ip root the default route okay it's not specifying a subnet only uses the default route and the let's hop is 192.168.014. the let's hope is 182.168014 but the administrative distance is 80. so this instruction is not specifying the administrative distance okay this is very good also this is very good the forward the default route can reach this ip address 172 16 to 1 the gigabit tier 1 r2 this is very good because is the nut hub is 182 168 0 14 and you need to remove the administrative distance say configure your terminal no ip root and remove the configuration id and now add the new configuration and remove the administrative distance okay enter okay this is very good traffic from r1 to the 20165 200 129 address on r2 uses the nutshop 182 1680 okay go to addressing table from r1 from brother r1 to this others through 99165 200 129 209 165 200 129 is the gigabit 02 on r2 okay the gigabit zero two or two gigabit zero two or two uses the network 192.168 030 192.1680 gigabit zero zero or r2 so the nut stop is gigabit zero 0 or r2 so traffic from r1 to the gigabit 02 on r2 uses the nut hub ip address of gigabit 0 0 also on r2 okay and review the configuration of r1 this is ip road or knight 165 200 128 this subnet with this subnet mask okay this subnet uh is enough to reach this uh ip address for 9 165 200 129 okay and the subnet mask is 25 so this is 25 very good so this is okay the destination subnet is okay okay the next hop should be when i do a cca03d and the netscope is 180 16803 you need to change this to 3d so remove this and add the new configuration no ip rules 291 65 200 128 49165 200 128 subnet mask 25 so we need mass and let's have 180 168 zero field 192.168.03 192.168.03 use this because you need to remove the configuration with no keyword enter and add the new configuration uh ipro 2965 200 128 25 and 180 168 030 okay enter [Music] and finally when gigabit zero zero interface on r1 is shut down okay when gigabit zero zero zero on r1 is shut down this connection to r2 when this interface is shut down traffic from r1 to the 172 1621 traffic to 172 1621 gigabit zero one on r2 okay the traffic to gigabit zero one r2 uses the nutshop 182.168.030 this is the nutshop 182 168 030 uses gigabit zero zero uses gigabit zeros here so this is a floating static route so you choose an administrative distance than one okay and go to pc1 okay add show running config okay this is very good this is very good and now reveal this okay when gigabit zero zero interface on our one we shut down it's a floating static route traffic from r1 to 172 16 to 1 okay this is the default route this is enough uh this configuration can reach this this ip is 172 16 to 1. okay so this is okay but use the nashville one but use the nut scope 182.168 zero theory and the net scope is 182.6803 okay remove this uh down arrow and configure terminal the default 182.6803 okay remove the configuration and not the new configuration ip route the default route 182.1680 theory okay the next hop should be 182.1680 okay and remember this this route will work when gigabit zero zero zero is active okay with when gigabit zero zero zero is down you will use this new ip route okay because this route has the nether ip address 014 that is the gigabit zero zero r2 this interface ub000 r2 and the another floating static route we'll use uh zero theory zero theory we'll use gigabit zero zero r2 the another another part so you need to add an administrative distance here and remember previously the configuration was using the administrative distance id so use this administrative distance a enter okay and show running config okay this ib root when when gigabit zero zero zero is active with when gigabit zero zero zero is down you will use the another part and then another path and so i use the administrative distance of id okay then traffic from r2 to the 2001 dba hcad one seven one quantum column one address homer one uses the net two zero zero one db eight acad canon one okay go to r2 click on pc2 that is connected to the console of r2 okay enter enable show running config space space study groups on ipv6 and traffic from r2 to 171 column one from r2 to 171 column one is gigabit zero one on r1 okay traffic from r2 to gigabit zero one on r1 okay and it uses the nut hub two zero zero one dba acd column one this is this two zero zero one dba acid column one gigabit zero zero zero this interface you go with zero zero zero will be the nuts hop ipv6 address okay is this the default ipv6 route can reach to this ip address one seven one column column one okay on pc2 and this is the forward and the next hop is 2001 db hcad1 and then and the next hub is 2001 dba is cid column 1 but here it's not uh there is no specification for administrative distance this is this is not a floating study route so you don't need the administrative distance so remove this okay remove this okay enter and add my basic rule the forward just using one db ac column one and no administrative distance okay very nice okay and traffic from r2 to the 209 column column one address on r1 uses the nut scope 201 dba acid one six column one okay and traffic from r2 to that 209 column one is the gigabit zero two on r1 okay traffic from r2 to the gigabit zero two on r1 okay from r2 to the gigabit zero two on r1 uses the net hop 2001 dba one six column column one okay uses the nuts hub two zero zero one dba acd one six column one uses gigabit zero zero a traffic from r2 to the gigabit zero to mr1 uses ugabit zero zero with the nethop iphones and is this okay the subnet 209 column column prefix 64 is the configuration to reach this ipv6 two address nine column column one okay this is very good and the nut stop should be two zero zero one db eight hcid one six column column one the nut scope is two zero zero db seven acid one six one okay this should be db8 okay this is okay the destination subnet is okay then so the nut scope is the problem so modify this and first remove this no ipv6 route 2001 dba hcad 209 column column prefix 64. 2001 dba ac 80 209 column value 364. and remove use no no ibc rule 2001 db8 acid 209 prefix 64 2001 db7 icad column column acid column one six column column one okay this is very good but remove that configuration with no keywords enter and add the new configuration to zero zero one dba cd2 on icon column prefix 64 to 0001 db8 acad 1601 okay very good user needs administrative distance different than one okay because the instruction is not specifying a floating study root so this is okay okay and show running config okay when you go zero zero interface and r2 is shut down traffic from r2 to the one seven one column column one other somewhere one uses the nutshop2031 dba acad one zero zero zero zero zero zero r2 this is the connection this fiber connection [Music] r2 is down traffic from r2 to 171 column column one traffic to [Music] gigabit zero one on r1 use the nethop one six column column one and one sixth column column one is gigabit zero zero so when gigabit zero zero zero interface on r2 is shut down traffic from r2 to gigabit zero one corner one uses the next hop gigabit zero zero also over one and is this this is the static route where gigabit zero zero zero r2 is active but this will be used when gigabit zero zero zero r2 is down the default ipv6 static route is okay okay it's okay to reach the 171 column column one ipv6 address the next hope is one five column column one and should be one six column column one so you need to remove this figure terminal sorry configure terminal no ipv6 rule the default static route okay 2001 db8 acd one five column 2 0 0 1 dba acad and 1 5 column column 1 1 5 column 1 okay no keyword to remove the configuration and now add the new configuration ipv6 row the default static route to reach this address 171.1 very good the next scope is one six column column one one six modify this one six one but you need to use an administrative distance of id now you are [Music] this this activity uses administrative distance id then specify 80 enter okay and show running config space space space okay this is the ipv6 route when gigabit zero zero zero r2 is uh active with when gigabit zero zero zero or r2 is down you will use this another static rules and you will use another path using the path through the switches to use the nutshop gigabit zero zero r1 but with administrative distance of 80. gator information create an action plan and implement corrections okay their information by examining running configuration already done create an action plan already done execute your action plans already done okay finally test go to pc1 close the terminal open command prompt and pick pc2 pc2 ipv4 address so 9165 202 success pc3 172 16 172 1622 repeat success pc4 and pc429165 200 130 130 now use ipv6 pc2 ipv6 hours ping 201 dba acad 209 color column 2 success pc3 ipv6 address is [Music] 172 colon column 2 success pc4 ipv6 address success and finally and shut down the gigabit zero zero on r2 so you can shut down [Music] for example shut down gigabit 002 or r2 go to pc2 you are on r2 vu terminal interfacing will be 0 000 shut down the fiber connection okay and now the same test pc1 thanks to pc2 ipv4 address 202 okay enter success pick the pc3 2.2 2.2 success the pc4 200 103 purely 200 130 200 130 and finally the test with ipv6 the ipv6 of of pc2 is a two or nine column column two success the ipv6 others of pc3 success and the ipv6 hours of pc4 two one zero column column two to one serial control to success okay and go to pc2 interface gigabit zero zero zero no shutdown to restore this configuration okay completion 100 thank you very much you

Channel: Christian Augusto Romero Goyzueta

Views: 2,782

Keywords: switching, essentials, srwe, v702, packet tracer, physical mode, static route, ipv6, ipv4, floating, administrative distance, troubleshooting

Id: w4FjH0gYcNM

Length: 30min 12sec (1812 seconds)

Published: Tue Oct 19 2021