1.4.7 Packet Tracer - Configure Router Interfaces

hi friends welcome to or in this video we are going to discuss CCNA version 7 packages or activity configure router interfaces for coming to this activity France if you are watching our channel first time or if you like to get these type of technical videos in future considered subscribing also don't forget to enable that Bell icon near to the subscribe button so that you will get notification message whenever we upload a new video and also if we like to get more technical contents you can visit our website now back to our packet tracer activity here we can see our addressing table with the devices its interface and its IP address here we can see ipv4 and ipv6 address then it's a default gateway coming to the objectives in part 1 we will configure ipv4 addressing and verify connectivity in part 2 we will configure ipv6 addressing and finally we will verify the connectivity here is the background routers r1 and r2 each you have to Land's your tasks key to configure the appropriate addressing on each device and to verify a connectivity between their lands they given a node here the user exit pass very cisco the privileged exit password is class so coming to our topology here we can see how networks sure we can see are one and the two networks then coming to r2 here also we can see two networks connected to this router r2 so each router r1 and r2 have two lands here we can see a dual stack server configured with ipv4 and ipv6 now we will go to instructions in part oven configure ipv4 addressing and the verify connectivity step 1 as in ipv4 addresses to r1 and al and devices referring to the addressing table configure IP addressing for our one land interfaces pc1 & pc2 the seal interface has already configured okay a cure this serial interface that is serial 0 / 0 / 0 is already configured and we have to configure these two interfaces that is the Gigabit Ethernet 0 / 0 & 0 / 1 also we have to configure these devices pc1 & pc2 we can do that we will go to our addressing table and here we can see its interfaces Gigabit Ethernet 0 / 0 & 0 / 1 also we can see its IP address with the prefix he will go to r1 and we will configure these interfaces coming to CLI password is cisco enable password is class configure a terminal first of all we will go to the interface a Gigabit Ethernet 0 / 0 and T we will configure its IP address we will copy this IP address and here we can see the prefix it's a / 25 ok coming to r1 we will paste its IP address then we have to give its a subtler to mask its last one defy you so it's something to mask ease 255 dot 255 dot 255 dot 128 now we have to bring this interface up using this command in osha down no we will configure the interface gigabit the third 0 / 1 here we can see its IP address we will copy that also we can see it's a prefix ok coming to r1 we will exit from Gigabit Ethernet 0 0 and we will go to the interface Gigabit Ethernet 0 / 1 ok then we will les set its IP address it's here then it's a something to mask 128 he will give a notion on command now we will close this r1 CLI and to coming to topology here we can see the link between r1 SW 1 and R 1 SW 2 is up now we will configure our devices pc1 & pc2 as per our addressing table we'll go to pc 1 the stop IP configuration and coming to our addressing table here we can see the IP address of pc 1 will copy its IP address then it's a certain to mask its a sure we can see prefix given slash 25 we have to edit this a certain to mask 255 dot 128 also we have to set it's a default gateway 20.1 okay it's correct now we will close PC 1 and we will go to PC to disturb IP configuration then we will copy its IP address from its addressing table then it's a something to mask 255 dot 128 then it's a default gateway okay right we configured a devices pc1 & pc2 with its IP address sutter to mask and it's a default gateway as polar addressing table now we will verify connectivity pc1 & pc2 should be able to ping each other and the dual stack server we will vary pay that we will go to pc 1 then we will ping to pc - first we will get the IP address of pc - you will copy its IP address then coming to pc 1 command prompt ping to that address pc 2 and we are waiting for the replies here we can see it's working we will the ping from this pc-12 this a dual stack server using this ipv4 address ok you will give the ping command ping to a 64 dot 100 dot one dot 10 here we can see that ipv4 address then I will press Enter yes it's working it close this PC one I'm coming to the next instruction party to configure ipv6 addressing and verify connectivity step one has seen ipv6 addresses to r2 and land devices referring to the dressing-table configure IP addressing for our to LAN interfaces PC 3 and PC for the serial interface is already configured no we are going to configure the interfaces in this router r2 that is a gigabit deterrent 0/0 and they give it a thorough 0 / 1 then we have to configure this PC 3 and PC for and the seal interface that is the serial as 0 / 0 / 1 is already configured to our addressing table sure we can see a our to interface gigabit 1/3 0 / 0 and it's ipv6 address he will copy this ipv6 address and also here we can see it's a link local address it's a fe80 w : - okay so we will go to our to CLI password is cisco enable password is class configure terminal first of all we will go to the interface Gigabit Ethernet 0 star 0 then we will set ipv6 address here is that whole D we copied also we will assert a ipv6 address fe80 w : - as a link local then we will bring this interface up using no shadow in command no we will get the ipv6 address of this interface Gigabit Ethernet 0 / 1 we will copy its ipv6 address then coming to R 2 we will exit from this interface Gigabit Ethernet 0 / 0 then we will go to the interface Gigabit Ethernet 0 / 1 then we will set its ipv6 address it's here also we will set its link local address okay then no should own command now we will close this r2 CLI and here we can see pc3 ipv6 address we will copy that and here we can see its prefix also here we can see its default gateway coming to pc 3 disturb IP configuration and here we can see ipv6 configuration here is ipv6 address then its prefixes are 64 then coming to ipv6 gateway its fe80 double colon 2 now we will get the ipv6 address of PC for its here we'll copy that here we can see its prefix / 64 and it's a default gateway now coming to PC for desktop IP configuration where we can see ipv6 address then its prefix then coming to I P v6 gateway it's a fe80 double colon - we can figure these two interfaces then a PC 3 and 2 PC for now we will verify the connectivity PC 3 and PC for should be able to ping each other and the dwell stacks server ok we will get the ipv6 address of pc 4 so that we can ping from pc 3 coming to pc 3 command prompt here we will let ping to pc 4 and here we get the replace now we will ping to this dual stack server using its ipv6 address so we will give a ping to 0 0 1 : DB 8 : 1 0 0 : 1 double : a here we can verify that 2 0 0 1 : DB 8 : hundred : 1 double : a now we will press enter and here we can see we get the replies okay in this video we discussed CCNA version 7 packet Racer activity configure a router interfaces now dear friends if you have any doubt any suggestions please comment below also if you liked our video give a thump and share with all your friends and also don't forget to visit our website stay tuned and we will meet again with the next video thank you

Channel: Tech Acad

Views: 80,308

Keywords: CISCO, CCNA, Packet Tracer, CISCO Router, CISCO Certification

Id: 5ue1wjxntm4

Length: 13min 29sec (809 seconds)

Published: Mon Apr 13 2020