4.5.2 Lab - Implement Inter-VLAN Routing

implement inter milan routing this topology uh 43 21 router will be r1 2 2960 switches s1 and s2 and two pieces pc dash a and pc dashb now and connect the router gigabit zero zero one on router to factory five on s1 between switches faster not one on both sides and from s1 to pca use faster level 6 from s2 to pcb use fast internet 18. this is the adoration table the sub interfaces on the router the bill and tank interfaces and switches pca and pcb configurations all on ipv4 bill and table with all belong specifications and on required required resources on real lab router cisco for the 231 to switch gesturing 960 to pcs console cables internal cables build the network okay ready cable the network ready configure basic settings for the router these configurations were made in another previous labs so i will only configure the the hostname in the router okay on the router r1 command interface would you like to enter initial configuration dialog no enable configure terminal hostname s1 r1 configure basic settings for each switch these configurations these basic configurations were made in another previous labs so i will only configure the device name as one command-line interface enter enable configure terminal hostname as one and s2 command line interface enter enable configure terminal first name s2 configure pc hosts use the addressing table to configure pci and pcb pca desktop ipconfiguration and use this to need a three the full gateway 20.1 182 168 20.3 submit mass 24 and default value 180 168 20.1 pcb next door by p configuration theory.3 182 168 theory that three subnet masks 24 and default that we 192.168 theory that one very good and create belongs and assign switch ports you will create belongs as specified in the table above on both switches okay use this you will use this table the billing table create and name the required billings on each switch from the table level and configure 1020 through the 999 and 1000 okay with with names and go to s1 you are on global configuration mode and bill and check name management enter milan 20 name sales bill and theory name operations belong 999 name par parking underscore lot case sensitive belong one thousand nine native exit okay s2 command line interface and you are on global configuration mode vlan 10 um name management vlan 20 name sales will unfill the name operations milan 999 name parking lot underscore lot milan 1000 name native x okay exit from vlan configuration mode to go global configuration mode okay s2 belongs as one belongs configure the management interface and the full gateway on each switch using the ip address information okay and configure this on s1 and s2 okay go to s1 this is s1 s1 global configuration mode vlan check so interface will unseat enter the ip address 10.11 subnet mask 24 default gateway 10.1 ipr there is 192.168.10.11. subnet mask 24. okay and now shut down to enable the interface exit from interface configuration mode exit from interface configuration mode and once you are on global configuration mode you can set the default gateway ip the file would get away 182 168 and that one very the same procedure on s2 global configuration mode interface vlan 10 and their ip address 182 182 168 that subnet mask enter and shut down to enable the interface exit to global configuration mode and set the default gateway ip default get away 192.168 and that one okay default gateway okay very nice then assign all adjusted ports on the switch to the parking lot belong configure them for a static access mode okay what ports are in [Music] what what ports are in use and on s1 in use five six and one and select all unused ports click on s1 use interface range to select multiple multiple interfaces one is in use so select from two to four five and six in use comma uh facetime seven to twenty four and gigabit zero one and two okay enter configure them for static access mode switch port mode axis assign all interested ports on the switch to the parking lot belong parking lot belong is vlan 999 switchboard access billing 999 administratively the active item shutdown okay very good okay and you are on interface range configuration mode exit to go global configuration mode the same way on s2 what ports are in use on s2 fastener and one and face internet 18 and interface range first settlement one in use select from 2 to 17 18 in use and select from 19 to 24 and gigabit 01.2 enter switch port mode access switch port accessor to parking lot be assigned to parking lot villa and vlog 999 and shut down enter okay and exit from interface range configuration mode to global configuration okay the interface range command is helpful to accomplish this task assign belongs to the correct switch interfaces assign user ports to appropriate vlans and configure them for static access mode okay go to bill and table okay but look at this [Music] pca is connected to faceture.6 on s1 okay and first internet 6 on s1 belongs to vlan 20 to sales belong okay on last one interface facility six switch port mode access okay a static access mode okay says configure them for static access mode so is this switchboard mode access and assign used ports to appropriate bilan in this case s1 factor 6 belongs to vlan 20 sales switchboard access bill and 20. okay exit from interface configuration mode and now pcb is connected to faster net 18 on s2 look at here s2 facilitating belongs to vlan theory operations okay click on s2 interface interface for setting up 18 switch board mode access switchboard access vlan 3d operations belong and exit verify for example on s1 go to privilege access mode exit publish exec mode show villain brief show vlan brief and now you can see 406 is assigned to vlan 20. all unused ports are assigned to belong 999 and one and five are assigned to belong one okay one and five uh one and five are in use but will be configured uh later okay honest to exit show bill and brief enter okay and bill and theory faster than 18 all induced boards to belong 999 and faster at the one on belong one for now i will configure it later configure an ao2.1q trunk between the switches create this connection manually configure trunk interface on faceter.1 on switch one and switch to configure static tracking on interface facility one on both switches okay for example go to s1 configure terminal you are on global configuration mode and now select interface facility one and static trunking switch port mode trunk enter okay very good and set the native bilan to 1000 on both switches okay switchboard trunk nadi billang 1000 and specified villains ten twenty thirty and one thousand are yo head to cross the trunk switchboard trunk aliot belong okay this uh this message is belong mismatch okay this side of the trunk facility one minus one is configured with native one thousand with uh faster not one on s2 the belong is one so there is a mismatch a i belong mismatch okay enter [Music] okay again switchboard trunk alloy belong okay permit belongs 10 20 30 and 1 000 to cross the trunk okay okay again switchboard trunk allow it belong 10 comma 20 comma 3d comma and 1000 enter okay very good okay the mismatch again don't worry about this i i will fix in the next step and enter and verify okay verify at the end because i need to configure s2 faster not one okay the same procedure configure terminal interface facility one three okay the mismatch again and switch port mode okay then a tip switchboard trunk native belong 1000 okay and you will see this message okay once switchboard trunk native lang 1000 is set you will see port consistency restored okay so port consistency restore enter and don't forget to ayo bilan's 10 20 30 and 1000 switchboard trunk aliot bilan 10 comma 20 comma 3d comma 1000 enter and now verify exit to go global configuration mode exit again to go privilege excel mode and use the following comma show interface strong enter and now you will see faceturn at one his mode on his static tracking encapsulation is ao2.1q the status is a trunking port and the nativilang is one thousand the billions your weight are 10 20 30 and one thousand okay very nice so verify on s1 and to go directly from interface configuration mode to privilege exec mode and show interfaces trunk enter and you can see also facetime one on s1 this interface fast ethernet one on s1 mode on static trunking encapsulation status trunking native language 1000 ayurvedic 102031000 very good manually configure s1 strong interface 405 okay and this interface is the connection to r1 and should be trunk because gigabit 001 on r1 will use sub interfaces and you need to configure facade. five strong so configure interface faster than one with the same trunk parameters as facile one okay go to s1 configure terminal interface faceturn interface fastener 5 switchboard mode trunk switch switchboard trunk and a 10 20 30 and 1000 and that's it save the running configuration to a startup configuration file okay do this on s1 and on s2 and to go from directly from interface configuration mode to privileged access mode and copy running config to start up dash copy enter enter very good go to s2 uh i am on privilege exec mode and copy running coffee to start copy enter enter enter verify trunking okay go to s1 and show interface strong to verify trunk enter and only facet another one is present only for center number one okay i just configured faucet.5 strong with fastener at one only is present show interface strong output because uh first internet five is not active because the another side gigabit zero zero one and router r1 is not activated so that's why fast internet five is not active okay what happens if gigabit zero zero one on r1 is down s1 faster at five will not be displayed if the gigabit 001 interface status on the router is down okay configure your interval and routing on the router configure the router okay activate with zero interface one is necessary on the router okay this is gigabit zero zero one go to r1 command line interface enter enable to access privilege exit mode configure terminal to access global configuration mode and activate interface gigabit 001 i will do it at the end i recommend that configure sub interfaces for each belong and specify it in ip addressing table also interfaces use a02.1 queue encapsulation ensure that subinterfaces for the native lamp does not have an ip address assignment include a description for each sub interface now go to addressing table and configure all these sub interfaces remember sub interface for native lang 1000 sub interface does not have ip adders okay and start with this this sub interface interface gigabit 0 0 1.10 enter and now set the set a description it's only a label description for example bilante okay because uh gigabit zero zero one that thing super interface belongs to this uh this building okay bill and chang management okay you can use uh another number okay it's not necessary the soup interface number should match the blank number okay which can be different but in this case is the same number okay description bill and 10 and and capsulation that one queue check okay this is the encapsulation don't forget that and belongs to billante okay description was only a label you can you can set here any label any string with the on encapsulation command you are assigned the bill and 10 to this sub interface 1.10 okay enter and set the ip address 182 168 10.1 subnet mask might be others 168 10 that one so that mass 24 okay and now the next 1.20 123 1.20 description any description for example vlan 20 encapsulation now assign this subinterface to vlan 20 that 1q20 ip address 20.1 20.1 same subnet mask and now next sub interface 1.3 when the theory description theory encapsulation field ip address 3d.1 and then native subinterface one thousand one dot one thousand description not tip you can use this description and no id address with the encapsulation don't forget and assign the nativilang 1000 to the sub interface one that thousand and but is there native so you need to add the the keyword native 1000 native that encapsulation that one queue one thousand lattice and now don't forget okay the indicator is red because gigabit zero zero one on r1 is not activated access the physical interface interface you go with zero zero one and no shutdown to activate enter enter and now you have the green indicator verify go to r1 and to go privilege xml okay but wait the green indicator on both sides okay if is orange wait a moment for the green indicators on both sides and now show ib interface brief enter and now you will see the physical interface with no ip address but sub interfaces okay 1.10 192.168.10.1 1.20 192.168. and 20.1 okay and 1.30 182.168.1 one that 1000 no ip address with up up all very good protocol app status up very nice complete the following tests from pca ping from pca to its default gateway okay go to pca and verify the configuration paperconfig this is my ip address 20. three my default three is twenty that one speaks the default way being 182 168 to any other one success being from pca to pcb okay pcb ip addresses theory that three okay pink to fill 3d.3 okay wait a moment and success ping from pca to s2 s2 ip others what is the ip address of s2 10.12 10.12 okay from pca 10.12. okay very good repeat all pings success and now also you can ping s1 this one ip address is 10.11 okay from pc8 10.11. success repeat repeat success [Music] complete the following test from pcb from command prompt on pcb tracer to pca okay go to pcb command prompt tracer to pca pca ip address is [Music] 20.3 okay from pcb 192.168 20.3 tracer now you have two hops why two hops okay because pcb ping goes to the router this the first hub okay the first hub is the router 3.1 the default gateway the sub interface on the router the suv interface on gigabit zero zero one on the router is the first hub and the second hub is the is pca so the pin goes first to router and router redirects to pca so pca is the second hub okay because pcb is placed in another network than pca okay both are in different networks pcb is placed on network 182.168 theory that zero and pca is placed on network 180 168 20 that's zero so so this is interval and routing okay very nice and what intermediate ip addresses are shown in the results the tracer output should show two entries in the result okay the tracer output should show two entries in the result the first hop is r1 gigabit 001 that field the interface which is the get wave address for pcb and the second and the second hub is pci's address okay thank you very much you

Channel: Christian Augusto Romero Goyzueta

Views: 3,714

Rating: 4.7948718 out of 5

Keywords: switching, routing, wireless, essentials, srwe, ipv4, vlans, vlan, trunking, trunk, inter vlan routing

Id: PRbMLH-78eA

Length: 34min 16sec (2056 seconds)

Published: Sat Jul 18 2020