How to Configure Basic EIGRP with IPv4 | CISCO Certification

hi friends welcome to all in this video we are going to see how to configure basic ie GRP with the ipv4 here we will use the three rotors of a nine four one three switches 206 0 also any devices we will rename all these devices this is r1 this is r2 here is our tree also we have switches so this is s1 where is s2 also we have a story and here we can see the PCs this PC one here we cannot give TC one because already pc 1x is here so here we will give a pc 3 this is pc 2 and this is pc 1 ok this is a pc free right now we'll come to R 1 and we will add when interface card here we can see that serial high speed of an interface card you will put it off and we will add this module and we have to switch it on coming to our two also we will do it on our three now we will connect these devices coming to connections and here we will use serial DCE from our one serial 0/0 star 0 to r 2 serial 0 slash 0 star 0 then serial 0 / 0 / 1 to r 3 serial 0 / 0 / 1 then C 2 0 / 0 / 0 2 0 0 star 0 / 1 on at R 1 you know we will connect to the routers and switches using copper straight through r1 g 0 star 0 to s 1 g 0 / 1 r 2 g 0 0 to G 0 / 1 on s 2 R 3 D 0 / 0 to G 0 / 1 on s3 now we will connect the end devices to switches using a copper straight through cable yep 0 / 1 - this pc 3 yep 0 / 1 to pc 1 from s to F 0 / 1 to PC - now we will label all the ports be used where we used to serial 0 / 0 / 0 0 0 0 / 0 / 0 here also we connected to ctl00 so R 0 the here we used serial 0 / 0 / 1 here also we connected to serial 0 / 0 / 1 here also serial 0 / 0 / 1 here we used G 0 / 0 here also G 0 / 0 here also G 0 / 0 here we used to G 0 / 1 here also G 0 / 1 and to earn s 3 also G 0 / 1 here in our topology we can see total 6 networks so I would like to highlight those networks we'll use different colors for each networks here is one Network so we can see the second network so we can see a third network here we can see our 50 need to work with for Network and here is that if the network and to finally we can see the 60 Network it's Europe now we will consider the network address for the H Network here so here is one network second one here is third one here is fort one here we have fifth one also the sixth one for this network we will use the network actress now we will consider us on a tour q1 and here we will use the 192.168.1.0 / 24 network actress this is talk - sure we will use seven nine two dot one sixty eight dot 2.0 slash twenty four C's network three 192.168.0.0 slash 24 coming to this network network for sure we will use one seven 2.16 dot one dot zero snares thirty coming to the fifth the network to work five here we use one seven 2.16 draw 21.4 snart's 30 and coming to the sixth network one seven 2.16 dot one dot eight stars thirty no we will configure the IP address sir for this first two networker here we can see the network a truss we planned a for this a network 1 1 I into road one six eight dot one dot 0 / 24 so coming to PC 1 we will assign the IP address of all these PC desktop IP configuration here we will set the IP address 192.168.1.1 here we can see the Sun to mask and here we will set the default the Gateway 192.168.1.2 1 here we set the default gateway as 100 to 1 so coming to the router r1 here we can see that interface it's G 0 / 0 enable configure terminal we will set the hostname as r1 then we will go to that interface G 0 / 0 and we will set the IP address 192.168.1.1 and it's up to mask 255.255.255.0 you will give no command copy running-config startup config now we will verify the local connectivity we will ping from pc-12 it's a default gateway coming to pc one command prompt pinku 192.168.1.1 and here we can see we are getting the replay now we will configure a network to here we can see the nature rocket rizvi plant when I entered or two one six eight dot 2.0 / 24 coming to PC to desktop IP configuration here we will set the IP address 192.168.1.1 here we can see the subnet mask and here is a default gateway a 2.21 now we will configure this router are to enable configure terminal hostname as r2 then we will go to that interface G zero slash zero and we will set the IP address 192.168.1.1 and he submitted mask 255.255.255.0 no shutdown copy running-config startup config now we will verify the connectivity of this local network you'll ping from pc to tweets default gateway coming to pc to command prompt ping to 192.168.0 to 1 and here we can see we are getting a replay coming to network 3 here we can see the network address we plant 192.168.0.0 last 24 we will assign IP HR so for this pc dc-3 coming to desktop IP configuration IP address of 192.168.0.0 to mask then the default gateway when i entered or 168 door 3.21 now coming to the rotor artfully enable configure terminal we will let set the hostname as r3 now we will go to the interface g 0 slash 0 and we will set the IP address 192.168.1.1 this subnet mask 255.255.255.0 no shutdown copy running-config startup config now we will verify the local connectivity coming to a PC three command prompt and we will a ping to the default gateway 192.168 door 3.1 and here we can see we are getting the replaying know here we can see the IP across details we used for the network one here we can see the IP address we used for the network - and here we can see that just as we used for the network three now we will configure the serial interfaces here we can see network for here we planned the network address one seven two dot 16.1 door 0 / 30 so we will give an IP address for these serial interfaces serial 0 / 0 star 0 on r1 and the serial 0 / 0 / 0 or r2 here we can see the IP addresses for this network for for this interface serial 0 / 0 / 0 on r1 we will set to 1 7 2.16 2 to 1 dot 2 1 and here on r2 for the interface 0 0 / 0 / 0 we will set 1.2 coming to the configuration first of all we will do it turn at the rotor or r1 enable configure terminal we have to go to that interface serial 0 / 0 / 0 and we will set the IP address 1 7 2.16 dot 100 to 1 and here we will set the submit to mask here we can see be given the prefix SS last 30 sure we will give a submit to mask 255.255.255.0 2 and here we will give a no-shit command now we will do it on the rotor art to enable configure terminal you will go to that interface seriously Rho star 0 star 0 and we will set the IP address 1 7 2.16 tor to 1.2 or so we will set these two mask 255.255.255.0 to and here we will given or should command copy running-config startup config and coming to network for here we can see the link between r1 and r2 is now up now we will verify the connectivity coming to our one will be lapping from r1 to this interface 0 0 0 star 0 on our to ping to 1 7 2.16 dot 1 dot 2 and here we can see success rate is under % now we will configure a network 5 here we can see the network at rest for this network 5 it's 1 7 2.16 dot one dot 4/30 and 2 here we can see no network 5 interface 0 0 0 / 1 on r2 also the interface serial 0 / 0 / 1 or R 3 and here we can see a trust we planned for these interfaces on r2 0 0 / 0 / 1 1 . 5 + 0 0 / 0 / 1 on our 31.6 coming to the configuration on our to enable configure terminal we will go to that interface the serial 0 / 0 / 1 and here we will set the IP address 1 7 2.16 toward 1.5 or so we will set the subnet mask 255.255.255.0 five 5.25 5.25 - no shutdown copy running-config startup-config now we will do it on the rotor are three enable configure terminal interface serial Rosen are 0/1 IP address one seven 2.16 dot a 1.6 and these submit a mask 255.255.255.0 - no down copy running-config startup config no here we can see the link between r2 and r3 that is the network 5 is up now we will verify the connectivity between r2 and r3 coming to r3 here we will ping 201 7 2.16 tor to 1.5 and here we can see success rate is hunter % now we will configure a network 6 here we can see the interface here at 0 / 0 / 1 on r1 and the serials frozen a 0/0 on r3 so here we plan to the network a tracer for this network 6 is 1 7 2.16 to 1.8 stars 3 here we given the IP address for the each interface on these routers here we can see on our three serials Rosner mr. Rosner 0 we will give 1.9 slavs 30 then on r1 serial 0 / 0 / 1 we will give 1 dot 10/30 so we will configure these details on these routers first of all we will do towards route or r3 we'll go to the interface serial 0 / 0 / 0 and we will set the IP address 1 7 2.16 dot 1.9 this up it to mask 255.255.255.0 to be here we will you know shutdown command next we will do 20 through tor our one nibble configure terminal interface serial 0 / 0 / 1 þÿÿÿ extra so 1 7 2.16 dot one dot 10 this something to mask 255.255.255.0 - no down copy running-config startup-config know here we can see the link between r1 and r3 is up we will verify the connectivity coming to our one we will ping - 1 7 2.16 - 1.9 and here we can see success right is hundred-percent no we are going to configure ie ie GRP first of all we are going to enable the eigrp routing process on each router r1 r2 and r3 with autonomous system number 1 first of all we will do it on the router r1 configure terminal hariya to give root or the IE GRP and here we can see autonomous system number here we will use 1 coming to r2 configure terminal rotary IEG rp1 coming to r3 configure terminal rotary IEG rp1 now we are going to edit ice directly connected networks so how we can see these directly connected networks using the show IP route command we can see that on each router so that we can configure pretty easily also we can identify directly connected networks by this topology consider this route or r1 here we can see three directly connected networks G 0 0 s 0 0 0 s 0 / 0 / 1 considering up to here we can see these zeros now 0 0 0 0 0 + c dl 0 / 0 / 1 here also we can see total 3 directly connected networks and coming to r3 here also we can see true directly connected networks first of all we will do it on the router or r1 here we will give the show command do show IP route connected and here we can see directly directly connected networks on this router r1 so no very easily we can give the network's it work here we will give this network first it's the 1:7 2.16 dot 1.0 next we have to give AI GRP wild card bits here we can see the prefixes as large 30 so here the while dakar the bits will be 0 dot 0 dot 0 dot 3 come with the next two network so we can see it's 1 7 2.16 dot 1.8 and the wild cutter bits 0.0 0.3 also we got one more network 192.168.1.0 wildly got a bit 0 dot 0 dot 0 dot 2 5 5 here we will verify the configuration using the show command the show IP protocols and here we can see the details here are the routing protocol is a eigrp 1 here we can see the rotor or ID also here we can see rooting for a network so this is what we configured now we will do it on the rotor are to enable configure terminal so here we have to go to Aurora AIG our p1 here we will give that show command show IP route connected and here we can see all the 3 directly connected networks so now we will you the network 1 7 2.16 dot the 1.0 then the wild we got bits 0 dot 0 dot 0 dot 3 come with the next network it's a 1 7 2.16 draw to 1.4 and the while they got bits 0 dot 0 dot 0 dot through e and coming through the next chain it work 192.168.20.10 or 0 or 0.25 5 we can verify the configuration using the show command show IP protocols here we can see routing for networks now we will do it on the rotor r3 enable configure terminal route or EIGRP one do show IP route connected and here we can see three directly connected networks on this rotor r3 so now we can configure the network's network one seven 2.16 door to 1.4 and the wild got bits 0 dot 0 dot 0 dot 3 8 work of 172.16.0.0 dot 0 dot and coming to the last two network the third network 192.168.1.0 and the wildly got bits 0 dot 0 dot 0 dot to high-five show IP protocols and we can verify this here we can see automatic summarization is disabled corrigan see rooting for it works now we are going to configure passive interfaces so here we know to want to edit a CI GRP updates on these line interfaces on r1 r2 and r3 we can see at those interfaces g00 on r1 r2 and r3 so first of all we will do it 20 router r1 enable configure terminal route or eigrp 1 so we are going to give a passive interface passive interface G 0 star 0 coming to our to configure terminal route or a ieg RP 1 passive interface G 0 star 0 coming to our tree configure terminal good for a ihe RP 1 passive infrared G 0 star 0 now we will verify a idrp routine first of all we will examine neighbor adjacencies coming to our one enable here we will give the Shakman - OH IP e IG RP neighbors here we can see IEP ARP neighbors so its neighbors and here we can see the neighbors a list so we can see the address 1 7 2 16.2 1.2 it's r2 also we can see a 1.9 it's r3 now we will verify the routing table on the each rotor r1 r2 and r3 if we consider the routing table there should be six network details so three directly connected and the three remote networks learned with the help of this EIGRP protocol so coming to r1 here we are going to give a show IP route and here we can see the details here we can see the network of it is ill and with the help of EIGRP here is a second and here we can see a third one also we can see three directly connected networks and total six networks coming to our to show IP route here also we can see the details three directly connected networks and the three remote networks learned with the help of a EIGRP here we can see the one route here is the second one and here we can see the third one coming to r3 show IP route and here we can see the details and finally we are going to verify into 2n2 connectivity so we will a ping from pc1 to pc2 and a pc1 to pc2 3/4 so from pc 3 to PC - coming to PC one does throw up a command prompt sure we will up into 192.168 door - dot 10 and here we can see we are getting the replay now we'll try to PC three it's a three-door 10 before we can see we are getting the replaying now we will come to PC to the stop command prompt and we will a ping to 192.168.0 10 this is PC through e and here we can see we are getting the replay well in this video we have seen how to configure basic e ie GRP with the ipv4 also a finally we verify the eigrp routing fern city how in it out are regarding and figuring a IG RP please comment below also if you like my video give it thumb and share with your friends also if you like to get these type of videos in future consider subscribing thank you

Channel: Tech Acad

Views: 776

Rating: 5 out of 5

Keywords: Router EIGRP, CISCO, CISCO Routing Protocol, CCNA

Id: -2jCNuUwPyk

Length: 33min 11sec (1991 seconds)

Published: Wed Jul 11 2018