7.4.2 Lab - Implement DHCPv4

hi friends welcome to all in this video we are going to discuss CCNA version 7 web activity implement DHCP version 4 before coming to this a lab activity first if you like to get any CCNA version 7 online classes or any projects support or technical supports you can contact our team using our website link you will get from the description below and also if you like to get these type of technical videos in future considered subscribing also don't forget to enable that Bell icon near the subscribe button so that you will get notification message whenever we upload a new video ok coming back to our lab activity here we can see the topology we will design this set apology in our Cisco packet tracer also here we can see a dressing table and we can see this a dressing table is incomplete ok we will complete this a dressing table also here we can see bill and table what are the objectives in part 1 built the network and configure basic device settings in party to configure and verify to DHCP version 4 servers on r1 then configure and verify a DHCP relay on r2 also we will go through this a scenario the dynamic host configuration protocol that is a DHCP is a network protocol that lets network administrator's manage and automate the assignment of IP addresses without a DHCP for ipv4 that Miss Twitter must manually assign and to configure IP addresses preferred DNS servers and default gateways as the network grows in size this becomes an administrative problem when devices are moved from one internal network to another yes that's why usually we prefer a DHCP it is scenario the company has grown in size and the network administrator's can no longer assign IP a two devices manually you are Joby's to configure the urban rotor to assign ipv4 addresses on two different subnets we will go through this and not the rotors used to beat CCNA hands-on labs or Cisco for double to 1 with Cisco IOS Excellus a 16 point 9.4 ok this which is used in the labs are a Cisco Catalyst to 960 rosie's with Cisco IOS released 15.2 it is your we are using over a cisco packet tracer and even we can select these routers and switches ok other routers switches and cisco iOS versions can be used depending on the model and this is Kauai US version the commands available and the output produced might vary from what is shown in the lab refer to the router interface summary table at the end of the lab for the character interface identifiers sure we can see the related resources to rotors Cisco for double to one two switches Cisco two and six zero series then at two pcs the console cables to configure the cisco iOS devices via the console ports then ethernet cables also shown in the topology so here anyways we won't use this console cables we will access routers and switches directly using it CLI now we will go to the instructions in part 1 built a network and configure basic device settings in part 1 we will s set up the network topology and configure basic settings on the PC host and the switches okay so we will design at this set apology in over a cisco packet tracer sure in this a topology we regulated two rotors coming to our packet tracer into our devices rotors sure we will I choose this a four double three one here we cannot see that the four double to one series rotor so we will choose this for a double 3 1 then we created two switches go to switches and selected tune and six zero then we are a curry two PC's click on ng devices then PC begin a rename all these devices as per this a topology diagram this is a PC - a here we have s1 this is r1 this is r2 here we have s 2 and this is PC - B now we will connect to these devices so we will let choose connections copper straight through from s 1 FA 0 / 6 to this PC - a then from FA 0 / 18 on s 2 FA 0 / 18 to this a PC - B then we will connect from r1 g 0 / 0 / 1 to this s 1 FA 0 / 5 then from R to G 0 / 0 / 1 to this s 2 FA 0 / 5 now we have to connect these two routers r1 and r2 we can see they are similar devices we can go for copper crossover even we can I use this copper spray true because we have the concept called mdi-x it weighs here we'll use this copper straight through connect to G 0 / 0 / 0 to G 0 / 0 / 0 okay just to be the same doubt our topology in step 1 establish an addressing scheme submit the network 192.168.1.0 / 24 to meet the following requirements 1 subnet that is submit a supporting 58 host the client VLAN to urban okay here I made a spreadsheet we can see subnet a and the number of a users are a great 58 as per the instruction now he had to get the network at first first usable I Beatriz the last usable IP address its broadcast address and subnet mask and they given this at rest 192.168.1.0 / 24 again coming back to our instructions here we can see record the first IP address in the addressing table for our 1 G 0 / 0 / 1 dot hundred then record a second IP address in the address table for s1 VLAN 200 and enter The Associated default gateway ok we will do that just we will go to this assert net to be one subnet that is submit to be supporting 28 hosts the management of VLAN at r1 so here we will give this subnet to be coming to our spreadsheet - here we will have our subnet to be then the number of users 28 host right and here a record the first IP address in that addressing table for our 1 G 0 / 0 / 1 dot 200 look at the second IP address in that dressing table for s 1 billion 1 and enter The Associated default gateway also we have this a subnet C supporting 12 host the client network at R - yeah so sudden it's you're accurate 12 host subnet C then a number of users 12 okay now we will update this subnet table here we can see subnet to a number of users are accurate 58 so we can go with the network address 192 dot 168 or to 1.0 then the first usable IP address it's 1.1 then the last usable IP address and broadcast atras here we will write this to mask first 255 dot 255 dot 255 dot to get this F 58 we have to borrow 2 bits that means it becomes last 26 that is 192 okay so at the broadcast address is 1.63 and we get last usable IP address it's one less than broadcast address now we will go to submit to B and here we can see the number of users order created 28 and here we have seen the broadcast or trust it so 192 168 1 dot 63 so the network address before this assign it to be will be 1.64 also we can write its first usable IP address its 1.65 sure we have to borrow 3 bits so that we get 30 usable IP addresses so we get this up to mask like this 2:24 and it's a broadcast actress it's 1.95 then it's the last usable IP address is one less than this broadcast address yeah now coming to subnet see a number of users are equated 12 and a cure the network address it's 996 and first usable IP address is 97 1.97 sure we have to borrow up 4 bits so we get this up to mask as 240 here and to broadcast address it's 1 dot that triple 1 and it's a last usable IP address will be 110 ok here I just I copied our addressing table now we will update this addressing table as per the instruction here we can see subject a record the first IP addresses in the addressing table for our 1 G 0 / 0 / 1 dot hand shot ok we can do that here is a subnet to aim and here we can see first usable IP address we will copy this address then on our 1 G 0 / 0 / 1 dot hand shot we will paste here then it's a submit mask chili when I read all these instruction there are some confusion but record the first IP address in the addressing table for our 1 G 0 / 0 / 1 dot 200 from this subnet to B we can see it's in the rotor r1 and this sub-interface G 0 / 0 / 1 dot 200 coming to our spreadsheet here we can see submit to be and first usable IP address we will copy that and here we can see interface G 0 / 0 / 1 dot 200 so here is the address okay then it's a submit to mask yeah then in subnet C record the first IP address in that dressing table for our to G 0 / 0 / 1 okay coming to our spreadsheet here we can see subnet C and the here is the first two usable IP address this address here to us a into our to G 0 / 0 / 1 then here submit to mask just I will copy and paste it here now in this addressing table we have s 1 and s 2 and here we can see the interface they given billion two hundred and VLAN 1 so we have to update its IP address subnet mask and default gateway next to cure the mentioned or a code the second IP address in the address table for s1 VLAN 200 and enter the associated default the Gateway actually this should come in this as subnet to be because here they specified s1 VLAN 200 even we can verify in our you know we learnt table yes one VLAN 200 it's for management ok so here we can I use the second a usable IP address we are from the subnet to be sure we can see the first usable IP address so here we will use the second a usable IP address that cheese okay just I will copy and paste it's a 66 and here is it's a summit to mask then it's a default gateway next to me have one more a device that is s 2 for the interface vlan1 and we can see this s 2 is connected with r 2 so we have to get the IP address from this subnet we can say it's a servant C but in the instruction I think they'd given something different we will see that see here we can see for s 1 again they talk about s 1 they did not talk about you know I mean this s 2 actually it should be like this I will show that this is not required here just I will cut this then this should be here okay then here we can see our to G 0 / 0 / 1 which is connecting to these cells which s 2 so record the second IP address in the address table for s 2 this is not for s 1 so we can see its name is s 2 s 2 VLAN 1 and enter the Associated default gateway so coming to the suspect sheet here we have to use the second usable IP address from this subnet see it's here just I will copy and paste it so 98 then it's a syrette mask and default gateway it's you okay so our addressing table is ready now coming to step 2 cables and into work as shown in the topology yeah it's already already attached to the devices as shown in the topology diagram and the cable so necessary coming to step 3 configure basic settings for each rotor that is r1 and r2 I seen a device name to the rotor these are all basic configurations we can do it no enable kunti you will set the hostname as r1 then coming to our to CLI no enable kunti hostname r2 next is a disable dns lookup to prevent the rotor from attempting to translate incorrectly and tared commands as though they were house names ok we can do that here to give this command no IP domain lookup coming to our to know IP domain lookup it looks to be have to a same class as the privileged exec encrypted password also we have to assign a Cisco as the console and a vty password and we have to enable a login then we have to encrypt all these plaintext passwords ok we will do that first of all we will go to our one CLI enable secret as class then we will go to line console 0 we will let set the password at Cisco then login exit then good go to line vty 0 to 15 that means all the lines password is cisco Logan exit then we have to give service password - encryption next we will go to our - sure we will enable a secret as class then we will go to line console 0 password a Cisco login exit then go to line vty 0 to 15 password a Cisco login exit surveys password encryption then press enter then create a banner that wants anyone accessing the device that an authorized access is prohibited okay we can do that that this sub banner motd will give a message so we can give unauthorized access is strictly prohibited so instead this an example I will give only warning okay also you will go to our two banner motd so when you sit in real time make sure that you give a proper message next Jesus say with the running configuration to the startup configuration file also we have to set the clock on the rotor to today's a time and date ok first we will is set the clock then we will let us save the running configuration first of all we will do it in this r1 and here are they mentioned they used the question mark to help with the characters we Qin so parameters needed to execute this command so we'll go to r1 and we will set the clock you have to go to privilege to exit mod and here we can set the clock set be able to set the current time so it's a 1000 : 0 0 then again we'll protection mark we had to specify the day of the month it's a 3 space again question mark you have to set the month of the year it's a July then we have to specify the year it's a 2020 no we will let copy from running config to startup config around a space start default to file name static - config yeah just press ENTER again no we will go to r2 and first we will set the clock for that just to go to privilege exit mode give you the command exit clock set you have to set the current at time 1001 26 then a day of the month it's 3 then month of the year it's a jewel a then year 2020 copy running-config startup presenter again now coming to step four configure inter VLAN routing on r1 activate interface G 0 / 0 / 1 on the router we can see which is a connecting to this switch s1 ok we will do that we have to go to that interface right so kunti interface G 0 / 0 / 1 and we have to give the command nor shut down and here we can see the link between these devices are 1 and s1 is up next is configure a sub interfaces for each VLAN as a record by the IP addressing table all sub interfaces use 8 know to dot1q encapsulation and re assigned the first useable address from the IP address pool you have calculated ensure the sub interface for the native VLAN does not have an IP address assigned include a description for each sub interface verify the sub interface are operational ok we will do this as sub interface configuration in this router r1 we will exit from this ur physical interface then we have to go to interface G 0 / 0 / 1 dot hunter okay this is sub-interface sure we can see that and here is its IP address and subnet to mask so press ENTER again press Enter so you have to do the encapsulation dot1q for this is for a VLAN hundred so we can give hundred presenter oh it's a dot of 1q yeah now we have to set the IP address it's so one ninety two dot one sixty eight dot one dot one and it's a certain to mask okay now we will exit oh we have to set a description also so again we will go to that interface we can press up arrow from keyboard so two three times you can proceed until you get this command interface G 0 / 0 / 1 dot hundred or otherwise you cannot type this command and press ENTER so we will set the description we can see it's our this for this PC right we can give a client fly into network okay now we will exit then we will go to the interface G 0 / 0 / 1 dot 200 okay and the first we will set the description no props or description this is for management okay also here to give a encapsulation dot1q this is for VLAN 200 and we will set the IP address coming to a retro Singh table here we can see its IP address it'll copy that also we can see its summit to mask I will give a sub to mask here - 24 next we will go for the native VLAN a sub interface so just I will exit from this it's the interface so G 0 / 0 / 1 dot let me check or will end table here we can see Nate TV so 1000 so we'll give that to 1000 here okay then we will let said it's a description it's for Nate you're right so we'll give Nate you also we will give a encapsulation dot1q 1004 net you so you have to give Nate you and the instruction that's specified in order to set the IP address for this app interface okay now we will verify these sub interfaces are operational coming back to our one we will give the command end and we will give the command show IP interface brief and here we can see the sub interfaces we created G 0 / 0 / 1 dot hundred 1 dot 200 and 1000 and we can see the IP address we are st. so status up protocol also up now we will go to step 5 configure G 0 / 0 / 1 on r2 then a G 0 / 0 star 0 and static routing for both rotors configure a G 0 / 0 / 1 on r2 with the first IP address of a subnet to see you calculated earlier okay we will set IP address for this interface so G 0 star 0 / 1 in bizarro tour r2 which is connecting to this network right so coming to our addressing table here we can see its IP address are 2 g 0 0 / 1 just I will copy this address and to here we can see it's submit to mask 240 ok coming to our - password cisco enable password is class kunti we will go to that interface G 0 / 0 / 1 and we will set the IP address it's your we did something to mask dot 240 then we will activate this interface nor shutdown sorry yeah coming to the next instruction configure interface G 0 star zero star 0 for each rotor based on the IEP a dressing-table a bow that means so we can see the link between these routers r1 and r2 ok we will do that we will go to our to exit then we will go to that interface G 0 star 0 / 0 you will give a no-shit on command then we will let set the IP address coming to our addressing table we can see our 2 G 0 / 0 / 0 just copy this address and here we can see it's subject to mask yeah 252 now we will go to our one CLI country we will go to that interface it's a G 0 / 0 / 0 then we will let's set the IP address sure we can see its IP address 10.0.0.0 musk no shutdown and here we can see the link between these two routers r1 and r2 is up then configure a default route on each rotor pointed to the IP address of G 0 / 0 / 0 on the other rotor ok we will configure this a default route first of all we'll go to our - ok we will exit then we will give an IEP route 0.0.0.0 space 0 0 0 0 space then we can give its a next hop address it's a 10.0.0.0 of this interface G 0 / 0 0 in this router 1 ok then we will go to r1 exit you'll set the IP route okay here is the IP address and subnet mask then we will give its a next hop address it's 10 dot 0 dot 0 dot where if I static routing is working by pinging a 2g 0 / 0 / 1 address from r1 ok we'll go to r1 just I will exit and here we will give show IP route and here we can see the default row to be set now we will dip into this interface G 0 0 / 1 in this rotor R 2 you will get the IP address it's you're just able copied and pasted here success rate is 80% okay once more we'll try just press up arrow from keyboard and press Enter so success rate is under percent then save the running configuration to the startup configuration file okay here maybe laugh to eat copy running-config startup config we'll go to our to exit copy run space start now coming to step 6 configure basic settings for each switch that is s1 and s2 I say in a device a name to the switch go to s1 enable country hostname yes one coming to us to enable country hostname is true then we have to disable a DNS lookup we can do that no IP domain lookup coming to s2 no IP domain lookup see next a same class as the privileged exec encrypted password also here to our same as Cisco as the console and vty password then we have to enable login and we have to encrypt these apply and touch to passwords yes same like what we can in our routers so we'll go to s1 enable secret class will go to line console first line console 0 password Cisco Logan exit then we'll go to line vty 0 to 15 that means all the lines password a Cisco login then exit then we'll set a service password encryption ok also we will I do it in s2 sorry it's an enable secret as class line console 0 password Cisco Logan exit and go to line vty 0 to 15 password ah so sis Co login exit service password encryption create a banner that vance anyone accessing the device that unauthorized access is prohibited also here we have to set the clock mm-hmm so coming to s1 we will have set the banner motd first message will give warning exit enter we will a set clock set current at time it's a 10 2400 then day of the month 3 month of the year it's July 2020 no we'll copy run start in the same way we will do it in s2 we will accept banner motd warning exeter then we will a set clock set then a current at time okay then a day of the month month of the year then here it's a 2020 copy run space start now we will go to step 7 create VLANs on s1 ok note in s2 s2 is only configured with the basic settings yes we done that create and in name there are creative VLANs on switch one from the table above so coming to our VLAN table here we can see we learn it's a name and the interface are saying so first of all we'll create this of the land with its name coming to s1 kunti will create two villain hundred its name is clients next is VLAN 200 his name is a management next to be how a VLAN triple 9 this is for a parking Andrus core a lot sorry appear to be the name right then we have a VLAN 1000 its name is Ned you next is configure and activate the management interface on s 1 that is VLAN 200 using the second IP address from that submit calculated earlier additionally is set the default gateway on s1 ya know we are in s 1 so just exit then we have to go to interface VLAN 200 so we can see interface VLAN 200 change to stay to up we will have set the IP address so coming to a retro sync table here we can see as one VLAN 200 we will copy this IP address here we can see it's to mask and default gateway sub to mask is here 224 just Satan said this IP default gateway it's a 1.65 right next is configure and activate the management interface on edge to be LAN one using the second IP address from the subject calculated earlier additionally set the default gateway on s2 now we will go to s2 country you will go to interface vlan1 and we will set the IP address it's your has two VLAN one will copy that address and here we can see it's submit to mask and the default gateway to 14 then we have to activate this interface the next hit set IP default gateway its 1.97 then we have to insane all and used to ports on s1 to the parking underscore a lot of VLAN configure them for a static access mode and administratively deactivate them one as to mr. Italy deactivate all the unused ports here coming to our violent table we can see in s1 these are the unused two ports so these ports will assign to this VLAN triple line that is parking underscore a lot so coming to s1 will go to interface as a range can give FA 0 / 1 till 4 so 0 / 1 - 4 coma FA 0 / 7 - 24 also we have it to a gigabit interface right so G 0 / 1 - to support the mode as access switch to port access it's a wheel and triple nine and we have to shut down now we will shut down all the unused two ports in this switch s2 sure in this topology we can see we used FA 0 / 5 + FS 0 / 18 so except these two pores will be below shutdown all other ports so we will give an interface as a range FA 0 / 1 - 4 coma your fame 0 / 5 we used so from a 6 till 17 then we have FA 0 / 19 because 18 we used 19 till 24 also we have a two gigabit ethernet interfaces G 0 / 1 - 2 we had to shut down all these ports shut down they given a not the interface arrange command is a helpful to a completion is a task with as few commands as necessary yes we used to this range command coming to step 8 has same VLANs - the characters which interfaces a scene they used 2 ports to the appropriate VLAN specified in the VLAN table able and configure them for static access mode we will do that here we can see you will go to s1 exit then we have 2 to the interface FA 0 / 6 okay and here to give switchport modest access switch report access wheel and hunter then as 2 FS 0 / 18 should be in VLAN 1 yes by default it's in Belen 1 okay next is verify that the VLANs are assigned to the correct interfaces and why easy interface FA 0 / PI you listed under VLAN 1 because of this interface FA 0 / 5 is not assigned to any VLAN and we can see this port is connecting to this router r1 and we have to make this port as trunk ok we will verify that we will verify the valence are assigned to the correct interface so just to give an end show we learn brief maximize it here we can see all the unused 2 ports we are saying to parking underscore a lot and FA 0 / 6 is a saint to clients and to this FA 0 / 5 is still in VLAN 1 in default to VLAN now coming to step 9 manually configure s once interface FA 0 / 5 as an eighth note - dot1q trunk change the switch port mode or the interface to force trunking ok we will do that coming to s1 you will go to that interface kunti interface FA 0 / 5 then we will give us which report the modus trunk then as a part of the trunk configuration said then HIV line to 1,000 okay we can do that support trunk native VLAN 1000 next is as another part of trunk configuration specify that of VLANs hundred 200 and 1000 are allowed to cross the trunk okay we will do that we have switch port trunk hello to VLAN we can give a hundred comma 200 comma 1000 say with running configuration to the static configuration file then verify tracking status at this point what IP address would the PC is how if they were connected to the network using DHCP then that is PC will get the IP address uh from this subnet from this you know VLAN hundred 192.168.1.0 network yes so just we will just save this configuration give nth copy running-config startup config then we will verify this hanging status sure interfaces a trunk and here we can see port FS 0 / 5 mode is on encapsulation status trunking and we can see Nate GV than 1000 also we can see violence allowed and active in management domain 100 200 and 1000 only no coming to to configure and verify to dhcp version for servers on our one in party to happy will configure and verify a DHCP version for server on our one the DCP version for server will service to subnets subnet to a and subnet see coming to step 1 configure our one with the DHCP version for pools for the two supported subtypes only the DHCP pool for a 70 is given below exclude the first two Phi you usable addresses from each address pool ok we will go to our one and we will exclude the first fi eva addresses coming to our one password Cisco enable password is class confetti IP dhcp we have the command his Kluber that runs right so I will give a X then you can press tap is called address one ninety two dot one sixty eight dot one dot two one then hi address 192.168.1.5 so these are the screw rod address again IP dhcp e^x press tab from subnet to see so here we can see the first address just I will copy that then we have to I address 192.168.1.1 98 99 100 and 101 so we excluded five addresses from each Network next to create the DHCP pool use a unique and name for a chip or and also we have to specify the network that this DHCP server is supporting also configure the appropriate default gateway for each a DHCP pool and we have to configure the lease time for two days tow lovers and 30 minutes and the cura dimension can figure out the domain name as a CCNA lab calm okay we will do this configuration first of all will create the pool IP dhcp pool we have to give a pool name it's for VLAN hundred you will give VLAN hundred yeah then we will give a network it's a one ninety two dot one sixty eight dot - 1.0 sure we can see that subnet a network address 1.0 then it's a submit to mask tour to 192 presenter also we can set its default router default router it's a one ninety two dot one sixty eight dot of 100 to one also we can set it's a domain name I will put a question mark and here we can see domain name yeah so it's a CCN name - lab dot com correct CC dash LabCorp come correct then we have to configure the least time for two days 12 hours and 30 minutes so let me try with this commanded lease and we can see its unrecognized to command so we unable to set this Ally's command here using this model in a cisco packet tracer okay next - sir configure the second DHCP version for pool using the pool name are to underscore kleine in the score a LAN okay just I will copy this Apple name and the calculated Network a default rotor and they use the same domain name and at least time from the previous DHCP pool okay we will do that in this r1 we will exit from this pool and we will create IP dhcp pool and here is the pool name or they copied it then we have to specify the network I will get it from this table here we can see subnet see just I will copy this network address and here we can see it's a submit to mask 240 right also we have to set its default router we set first usable IP address as it's a default router and here we can see that the IP address of this interface G 0 / 0 / 1 oh ho sure it's a default Croton correct also we will a set domain name it's a CCNA - lab comm then save your configuration save the running configuration to the startup configuration file okay just to give end copy run space start in step 3 verify the DHCP version for a server configuration using this short commands right so we'll go to our 1 you will give a show IP dhcp pool so that we can see the pools we created VLAN 100 total addresses or 62 least addresses is Claudette racers and here we can see pool are to underscore client underscore a LAN total address and to actually be excluded five addresses but here it shows only two but it should show the correct excluded number of addresses in the real time then we will give a show IP dhcp bindings show IP dhcp binding so here we cannot see any address then we will you show IP dhcp server dhcp you're not getting this commander show IP dhcp server statics okay coming to step or attempt to acquire an IP address from DHCP on PC - a open a command prompt on TC - a and issue the command ipconfig space slash renew okay coming to PC - a will go to desktop command prompt and here we will give that command ipconfig space slash renew and here we can see IE Pietrus sir - mask and the default gateway so once the renewal process is complete you should the command ipconfig to view the new IP information test connectivity by pinging our once G 0 / 0 / 1 interface IP address yeah here itself we have seen that address so again I can give IP config and we can verify it so here is that now we will attach to the connectivity so from PC - a we will ping - it's a default the gateway here we can see its default gateway ping to default to gateway and we can see we get the replies it's working now we will go to part 3 configure and verify a DHCP relay on r2 in part 3 we will configure our - to relay DHCP request from the local area network on interface G 0 / 0 / 1 - the DHCP server r1 yes that is called the helper address so coming to step 1 configure our to asset DHCP relay agent for the land on G 0 / 0 / 1 configure the IP helper atrás command on G 0 / 0 / 1 specifying our ones G 0 / 0 / 0 IP address then save your configuration we will do that configuration coming to R 2 we have to go to the interface G 0 / 0 / 1 password is cisco enable password is class country we have to go to the interface G 0 / 0 / 1 and we have to set this IP helper address and we have to give the IP address I mean the IP address of this interface so G 0 / 0 in this router r1 its 10.0.0.0 a steer then press enter no we will let's save our configurations and copy run spaced at no coming to each step to attempt to acquire an IP address from DHCP on PC - be open a command prompt on PC - B and issue the command ipconfig space / re new he'll go to PC - B desktop command prompt here we will give IEP config spaces / or renew and here we can see we receive the IP address IP address 192 168 1 . 1 0 - sir - mask and it's a default gateway once the renewal process is complete issue the command ipconfig to view the new IP information then test connectivity by pinging or once G 0 0 / 1 interface IP address or even we can ping to this PC - a anyways we'll go to command prompt and here itself we can see the IP address or we can verify using IP config here we can see it's a truss we can ping to our PC - a it's one ninety two dot one sixty eight dot a 1.6 right just I will verify it yeah it's 1.6 press ENTER and we can see the replies it's working even you can bring to any interface IP address from this PC - B or PC - a it should succeed next to issue the show.i IP dhcp binding on r1 to verify dhcp bindings yes we can see that the IP address given to this pc - a and the pc - b go to r1 and show IP dhcp binding and here we can see the IP address it's given to this PC that is PC - a and this IP address is given to PC - B we can see its MAC address type is automatic ok in the celeb activity we implemented a DHCP version for now dear friends if you have any doubt any suggestions or if you like to get this configured packet race or activity file you can contact us our website a link you will get from the description below and also if you liked our video give a thumb and share with all your friends stay tuned and we will meet again with a next video thank you

Channel: Tech Acad

Views: 15,791

Keywords: CISCO, CCNA, CISCO Certification, DHCP, CCNAv7, DHCPv4, Packet Tracer, Routing and Switching

Id: 3bHAXxkIbe4

Length: 62min 23sec (3743 seconds)

Published: Sun Jul 05 2020