11.10.1 Packet Tracer - Design and Implement a VLSM Addressing Scheme

hi friends welcome to all in this video we are going to discuss is the inner version seven packet tracer activity the same and implement a VL as some addressing skin before coming to this activity first 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 a technical contents or if you like to contact our team you can visit our website link given in the description below now coming back to our packet tracer activity here we can see our addressing table we have to complete this addressing table as per your requirements what we are going to do in this activity in this lab we will design a vlsm addressing scheme given a network address and a host requirements you will configure addressing on routers switches and a network house design a vlsm IP addressing scheme given requirements then configure addressing on network devices and the house then verify IP connectivity then troubleshoot connectivity issues as a require now you have been asked to be sane implement and test an addressing scheme for a customer the customer has given you the network address that is suitable for the network the topology and the host requirements you will implement and test you are at the same here we can see our instructions you have been given the network address by your customer the host actress requirements are so a requirements host or requirements are here we have to fill this land and number of addresses are required coming to our topology here we can see the IP address given it's a 10.1.1.10 t4 also here we can see different than it works so just I will highlight those networks so that it will be more easy with different colors okay now here we can see one network yes - one here we can see one network it's a yes - - and here we required a 28 horse and here in this yes - one we can see we're accurate 11 hosts next to you sir w is - one record a fire horse okay and here we can see W yes - to record a 40 a 7 house also we can see one van link between these two routers east and west okay we will highlight that when a link also so here we can see that and the here are for the surrounding obvious leave your equate to IP address no coming toward a spreadsheet to here LAN here we can see that it's es - one and we recreate eleven host so it's a yes - one and we're a create 11 host and here we can see es - tu and raqa 28 host here we can see WS - 1 record a 5 host and here we can see W it's W yes - - okay a record 47 house next Easter be seen requirements create the addressing design follow guidelines provided in the curriculum regarding the order of the subnets the center should be contiguous there should be no unused address space between subjects yes that can be done we will use a variable length some to mask then provide the most efficient subnet possible for the point-to-point link between the routers document you are a design in a table such as the one below sure in this table we can see subnet a description number of horse needed network address or cidr that is a classless inter-domain routing first usable house address a broadcast address okay now here we will get this a subnet description so we will get from this land and here we can see we will get the biggest network it's a WS - - so we will copy this and there we will give that okay then next biggest LAN is es - - its 28th requirement okay the next is es - one it's 11 okay then ws - one it's five you okay then we have one link so we will give a when link we require it - sure we can see the address given 10.1.1.1 etwork a truss we will give a 10.1.1.10 it's your 10.1.1.1 and so here we will add a supper - mask okay [Music] in this activity also we are going to use our previous table for this prefix sub to mask the number of subnets and a number of horsepower subnet so that we will get our requirements very easily so here we can see coming to our spreadsheet we are create a 47 house ok 47 house 2 here we can see number of horse per subnet we can use this it's a slash 26 prefix is slash 26 and here we can see it's a something to mask that means that we will borrow 2 bits from the host portion we will get 4 subnets we will copy this to mask and coming to our spreadsheet here will give that something to mask it's not your easier ok now here total we have to get a 64 address okay from this 10.1.1.10 the broadcaster trust it's a 10.2 1.1.2 3 so here we can see from 0 to 63 we get total 64 addresses in that we get 62 usable IP addresses now we will get this elastic useable house atrás we will copy this the broadcast address then we will reduce 1 it's 62 no the next requirement number of hosts needed 28 for this LAN yes - - so coming to our spreadsheet so here we can use this prefix as slash 27 so we get a total 30 hosts per subnet okay so we will copy these two masks and we will paste here no here we have to give the network address here we can see the last address we use it's a 1000 - 1.2 1.6 T 3 then next T is 10.1.1.10 first reusable host address its 1.65 now we have to find this broadcast address yes so from this address 10.1.1.1 3 - IE p address that means for 30 usable IP addresses so here we will get the broadcast address as a 10.1.1.1 i know 5 so we get our last useable house address it's 1.96 and the next year we'll paste here it's 96 now here for this network yes - one our requirement is 11 so coming to our other spreadsheet for lovin we can use this prefix it's a slash 28 and we have to borrow four bits from the host portion so here we can see we will get 14 useable addresses for subnet okay so we will echo PD something to mask right so here we will give that now we will get first useable house ultras it's your 97 and now we have to get broadcast address so from these natural cultures we have to get total 16 addresses okay so we have to go till one dot triple one here we get a last usable hostel dress it's 110 no we will give network address it's 1 1 2 also we can mark our first usable Horsehead for us it's a 1 1 3 next a requirement for this land RWS - 1 we required a 5 host so coming to our spreadsheet here we can I use this prefix slash twenty nine so we can use 6 house per subnet we will copy this to mask and the here we will give that ok now we will calculate the broadcast a truss so here we can see network address is 1.2 1 1 2 and here we use this something to mass so we get this a broadcast at rs8 addresses are accurate so it comes seven so one one nine and here we will get a last useable horse address it's one one eight and here we can use the next network address it's 120 and the next first reusable host address it's a 121 sure in this van link of your accurate only two hosts so coming to our spreadsheet here we can see we can use this prefix slash 30 so that we get this - host okay so we will copy this to mask and here we'll paste that okay here we have only a two usable IP address or so we get this last useable horse address it's your 1.1 22 and sure is our broadcast address its 1 dot 123 okay now we just verify all these addresses okay and here we can see first to use Cebu how ceteris and here we can see last useable horse at Russ oh sure we made a mistake 95 broad catch-all trust then the last useable horse at row seats are 94 ok we will edit it so 110 ok no configuration requirements they given a node you will configure addressing on all devices and a house in the network I say in the first reusable IP addresses in the appropriate subnets to east for the two LAN links and the van link sure we can see our sure we can see our empty addressing table we will update this addressing table as per other requirements so here we can see East and the West ok we will update that devices East and here we have a vest okay now coming to our topology we will verify this interface or not right Giga be the turn 0/0 so coming to our spreadsheet here it's yes - one okay yes - one here we will use the first usable IP address for the interface G 0/0 also we will get it's a subnet mask so it's here okay default gateway not applicable no again coming to our topology here we can see the interface Gigabit Ethernet 0 / 1 and it's a yes - - yes - - it's here so here we will get the first usable host address and coming to a dressing table this address we will have say into this interface G 0 / 1 then we have to get it's a sub to mask its 0 okay now we will give a IP address for our interface serials hero / 0 / 0 so here you know we will take from this van link sure we can see our first reusable host address okay then it's a submitter mask now we will go to West okay coming torrid apology here we can see our router of West its interface we cover the third 0/1 and here we have a Gigabit Ethernet 0/0 it's Andorra this label so actually it's not visible okay here we can see this gigabit Apparel 0/0 it's a ws - 1 + 5 host so coming here here we can see that a LAN WS - 1 so we will use this the first usable host address coming through a dressing-table here we will give that IP address and it's a sir - mask it's here ok it's ready now for the interface of G 0 / 1 and here we can see it's 47 host sure we can see first usable host address then it's a seller 2 mask okay now we have to assign IP address for this interface serial 0/0 smart 0 or in this device burst so here we are going to use the last usable IP address from this van link we will let copy this last usable IP address okay then it's a subnet mask it's zero now we will see the next requirements I've seen the second usable IP addresses in the appropriate subnets - the switches sure we have 4 as such as the first of all we will have seen for es - 1 so it's yes - 1 and here we will now see its IP address so we will copy this the first reusable IP address so that we can give the second usable IP address it's a 98 then we have to copy it's a submit to mask then we have to give it's a default gateway it's connected to G 0 so R 0 so we can copy this address next is a yes - - which is connected to G 0 / 1 in this East yes - - we will the copious the first a useable host address and it's e yes - - sure we will use second a usable IP address it's a 66 then we will copy its submit to mask okay then it's a default gateway next to the W is - one which is connected to G 0 / 0 in this router West we will do that here WS - 1 so here we can see WS - 1 we will copy the surface T useable host address and here we will change it to second useable address it's 1 1 4 and here we have to get its - mask then it's a default - gateway it's connected to G 0 / 0 in this router West so we will copy this address we have one more switch it's a WS - 2 so we will copy this IP address and here we will use 1 dot 2 then it's mask it's here and it's a default - gateway which is connected to G 0 / 1 so it's a WS - to know coming to a PC so we will see the requirements okay the switch management interface should be reachable from host on all of the lands that means we have to configure the default gateway also okay I've seen the last usable IP addresses in the appropriate subnets to the host coming to a topology here we can see our device even - at 22 so we will give that here e1 - at 22 and we will get it's a last usable IP address coming to es - 1 we will copy this address and we will give it to this PC then it's a subnet mask it's here then it's a default gateway okay no here we can see our next PCE to - 47 e - - 47 so we will get its IP address yes - to last useable horse address we will copy this address and here we will give that then it's at a mask its zero okay then it's a default gateway which is connected to G 0 / 1 and this device East now here we can see our PC W 1 - 2 0 1 W 1 - 2 0 1 now we have to get its IP address the last usable IP address from this yes - no WS - 1 ok we will get it WS - 1 here we can see last usable host address replaced here then to mask its you're okay and it's a default gateway it is connected to G 0 so R 0 in this router West okay we will let copy its arrows as its default gateway and our last PC it's W 2 - 87 okay now we will get its IP address coming here WS - 2 here we can see last usable host address we will copy this address then it's a subnet mask it's here and it's a default gateway it's connected to G 0 / 1 now our addressing table is ready now we will assign these IP address to these devices first of all we will configure our router East ok first enter enable configure terminal first of all we will go to the interface so here we are using the tab button to complete this in complete a unique command so don't confuse how these commands are coming faster ok so we will go to interface a gigabit a third 0 star 0 and we will assign the IP address so we will copy its IP address then it's a subjective mask then not sure on command now we will go to the interface we will exit and we will go to the interface we cover the turret 0 / 1 then we will assign the IP address it's your we will copy this address then here we can see it's a subnet to mask okay now we will give no on command next we will configure interface serial 0 / 0 / 0 we will let set its IP address it's here then it's a certainty mask ok no shutdown command okay that's all in this router East now we will go to router West ok enable configure a terminal we will go to the interface these are the turn 0/0 then we will assign IP address as per our addressing table its subnet to mask okay no on command relax it and we will go to the interface Gigabit Ethernet 0 / 1 you will have seen the IP address it so G 0 / 1 it's a subnet mask no shutdown you will exit then we will go to the interface serial 0 / 0 / 0 we will assign its IP address we will copy this address then it's a something to mask okay then no shadow on command now we will assign IP address for a DS switches first of all we will go to yes - one ok enable configure terminal we will go to the interface its VLAN 1 we will assign the IP address okay then it's a sir - mask ok then press Enter no shadow on command now we will exit and we will have set it's a default a gateway ok de f default gate we will a copy from our addressing table it's your right no we will configure on this switch yes - to enable configure a terminal interface vlan1 we will assign the IP address it's a yes - - we will copy its IP address then it's a subnet mask we will exit and we will have said it's a default to Gateway then or will it not give us your own command so again we will go to the interface vlan1 and we will give an ashram command okay next we will go to WS - one enable configure a terminal we will go to the interface vlan1 we will give an hour on first okay no probs then we will set its IP address WS - 1 then it's a certain - mask okay now we will give exit IP default gateway it's zero now coming to the last switch ws - to the center enable configure a terminal interface vlan1 no shutdown we will set the IP address its WS - - we will copy this address then it's a - mask okay now we will exit and we will give I P default gateway okay now we will have seen IP address for these anti devices coming - even - 20 - we will go to IP configuration coming to our addressing table we will copy its IP address then submit to mask okay then it's a default to Gateway great next we will go to e to - 47 IP configuration eat - - 47 it's IP address subnet mask then it's a default gateway okay now we will go to W 1 - 2 0 1 IP configuration sure is its IP address then a subnet mask and it's a default gateway finally we will go to w2 - 87 here is its IP address IP configuration now it's something to mask then it's a default gateway so as per the addressing table we can forget all the devices in this topology now if they are trussing design and implementation are correct all hosts and devices should be reachable over the network okay we will attest one or two connectivity so we will go to even - 22 then we'll go to command prompt we will get the IP address of e 2 - 47 okay we will ping to this PC and we will check whether we get the reply or not it's working now we will try to ping to this IP address the IP address off for W 1 - 2 0 1 we can see it's working okay so friends in this video we have seen this packet tracer activity be seen and implement a VL as some addressing scheme now here we can see our completion status it's a 100 percentage now dear friends if you have any doubt any suggestions regarding this a packet tracer activity please comment below also if you liked your video give a thumb and share with all your friends so stay tuned and we will meet again with the next video thank you

Channel: Tech Acad

Views: 132,633

Keywords: CISCO, CISCO Certification, CCNAv7, Introduction to Networks, VLSM Addressing

Id: GITl4IScWQA

Length: 36min 15sec (2175 seconds)

Published: Mon Feb 24 2020