What is the main focus of this video?

The video focuses on configuring a networking project involving subnetting, VLANs, DHCP, and Inter-VLAN routing using Cisco products.

What basic components are required for the network setup in the video?

The network setup requires one router, one switch, and three departments with VLAN configurations.

How many VLANs are configured in the video?

Three VLANs are configured corresponding to three departments.

What is the purpose of the subnetting process described in the video?

Subnetting is used to allocate IP addresses to each department's network.

What type of routing does the video explain how to implement?

The video explains how to implement Inter-VLAN routing.

Which Cisco router model is used in the tutorial?

The Cisco 2911 router is used in the tutorial.

How are devices assigned IP addresses automatically?

Devices are assigned IP addresses automatically via DHCP server configured on the router.

What is the importance of using Cisco products in this setup?

Cisco products are specified to ensure compatibility and standardization in network components.

Why is it necessary for the branch network to operate separately from the HQ network?

Operating separately ensures the branch network can function independently, avoiding interference with the HQ network.

What type of connection is configured on the switch ports connecting to access points?

The switch ports are configured in access mode connecting to VLANs.

Small Office Home Office/SOHO Network Design & Implementation Project| Enterprise Network Project #2

00:57:08

https://www.youtube.com/watch?v=F_dSpaTMyuA

Ringkasan

TLDRThis video tutorial guides viewers through setting up a network for a hypothetical branch office using Cisco networking equipment. The project entails creating separate VLANs for three departments (Admin/IT, Finance/HR, and Customer Service/Reception), configuring subnetting to assign IP addresses, and setting up DHCP to automatically allocate IP addresses. The tutorial also covers Inter-VLAN routing to enable communication between different VLANs using Cisco's 2911 router model. Throughout the tutorial, the speaker emphasizes key networking concepts and explains each step in the configuration process. Viewers are also guided on setting up wireless access points and testing the network communication. The speaker encourages viewers to support the channel by subscribing and engaging with the content.

Takeaways

🔧 Setup involves Cisco 2911 router and a switch.
📶 Three VLANs need to be configured for different departments.
🏢 Subnetting ensures IP allocation for each department.
🔄 Inter-VLAN routing is essential for cross-department communication.
🖥️ DHCP is configured on the router for automatic IP assignment.
📡 Wireless access points are set up in each department.
💻 Network design starts from basic to complex configurations.
🔌 Switch ports are set in access mode for VLAN connection.
🧑‍🎓 Aimed at young IT graduates for practical learning.
📝 Emphasizes network independence from HQ operations.

Garis waktu

00:00:00 - 00:05:00
The video introduces a networking project series, emphasizing the importance of starting from basic to more complex levels. The presenter encourages viewers to watch the previous video, subscribe to the channel, and highlights the significance of networking projects.
00:05:00 - 00:10:00
A case study is introduced about a company in Eastern Australia planning to open a new branch. The company requires a separate network for this branch, using only Cisco products and with specific requirements for network design, such as having three departments with separate VLANs and wireless networks.
00:10:00 - 00:15:00
Detailed requirements for the network design are discussed, including the use of VLANs for department separation, wireless access points for each department, DHCP for automatic IP allocation, and inter-VLAN routing for communication between departments. Subnetting with given base network and requirements is also necessary.
00:15:00 - 00:20:00
The presenter begins the subnetting process by defining the base network and calculating the number of subnets using a formula. The explanation includes converting the subnet mask to binary and determining the number of bits to borrow.
00:20:00 - 00:25:00
Continues with binary to decimal conversion to determine the new subnet mask, and establishes the block size for subnetting. The subnet mask and block size help in defining IP address allocations for the network's departments.
00:25:00 - 00:30:00
Calculates network IDs, broadcast IDs, and host ranges for each subnet, explaining the process of moving from one subnet to another using block size. Each department is allocated a specific range of IP addresses based on these calculations.
00:30:00 - 00:35:00
The design phase is described with a visual layout of the network components, including routers and switches for each department. VLANs are configured on switches to ensure traffic separation among departments.
00:35:00 - 00:40:00
The presenter sets up access points for wireless connectivity across departments, ensuring different SSIDs and passphrases for network security. Each department must connect to its specific access point to test network setup.
00:40:00 - 00:45:00
Router configuration is adjusted to enable trunk interfaces, allowing communication between different VLANs through sub-interfaces. This configuration facilitates inter-VLAN routing necessary for network communication.
00:45:00 - 00:50:00
DHCP pools are configured on the router for each department, assigning network addresses, default gateways, and DNS settings. This setup ensures devices receive IP addresses automatically and can communicate efficiently.
00:50:00 - 00:57:08
Testing phase confirms successful network setup, checking IP configurations and connectivity between devices across different VLANs. The project's implementation is portrayed as successful, urging viewers to subscribe and engage with the channel.

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Peta Pikiran

Pertanyaan yang Sering Diajukan

What is the main focus of this video?
The video focuses on configuring a networking project involving subnetting, VLANs, DHCP, and Inter-VLAN routing using Cisco products.
What basic components are required for the network setup in the video?
The network setup requires one router, one switch, and three departments with VLAN configurations.
How many VLANs are configured in the video?
Three VLANs are configured corresponding to three departments.
What is the purpose of the subnetting process described in the video?
Subnetting is used to allocate IP addresses to each department's network.
What type of routing does the video explain how to implement?
The video explains how to implement Inter-VLAN routing.
Which Cisco router model is used in the tutorial?
The Cisco 2911 router is used in the tutorial.
How are devices assigned IP addresses automatically?
Devices are assigned IP addresses automatically via DHCP server configured on the router.
What is the importance of using Cisco products in this setup?
Cisco products are specified to ensure compatibility and standardization in network components.
Why is it necessary for the branch network to operate separately from the HQ network?
Operating separately ensures the branch network can function independently, avoiding interference with the HQ network.
What type of connection is configured on the switch ports connecting to access points?
The switch ports are configured in access mode connecting to VLANs.

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Teks

Gulir Otomatis:

00:00:01
hi guys
00:00:02
welcome back to my channel and thank you
00:00:04
so much for clicking
00:00:06
in this video we're going to handle the
00:00:08
second networking project on our list so
00:00:11
in the previous
00:00:12
video guys we managed to handle the
00:00:15
first networking project in our list
00:00:17
okay and we said we'll beginning from
00:00:19
the very basic project to a much
00:00:22
complicated one so guys of course
00:00:25
you have not watched the previous video
00:00:27
i will leave a link on the description
00:00:29
part click on the link and
00:00:32
watch the previous and watch the
00:00:34
previous video because it's very very
00:00:36
important for this one we start from the
00:00:38
very basic one to a much complicated one
00:00:40
all right and
00:00:42
we also need your whatsapp and we also
00:00:44
need your support guys suppose you're
00:00:45
not subscribed do us that favor
00:00:49
hit on the subscribe button so that you
00:00:51
cannot miss the important videos that
00:00:53
will be uploading on daily basis
00:00:56
based on networking project and other
00:00:59
domains okay
00:01:00
so welcome and let's start
00:01:02
okay
00:01:03
so i have a problem here
00:01:06
let me just show you the problem
00:01:09
this is the problem that i have got the
00:01:12
problem says
00:01:14
xyz company is a fast growing company in
00:01:17
eastern australia with more than 2
00:01:19
million customers global
00:01:22
the company deals with selling and
00:01:24
buying of food items which are which
00:01:27
which are basically operated from the
00:01:29
headquarters okay
00:01:31
the company is intending to open a
00:01:33
branch near the local village bon alba
00:01:36
thus the company requires a young i.t
00:01:39
graduate to design the network for the
00:01:41
for the branch i mean
00:01:43
the network is intended to operate
00:01:46
separately from the
00:01:47
hq network very importantly the network
00:01:51
is important
00:01:52
the network is intended to operate
00:01:54
separately from the hq network okay
00:01:58
now being a small network the company is
00:02:01
the following requirement during
00:02:02
implementation during design and
00:02:05
implementation okay
00:02:07
the company only requires one router and
00:02:10
one switch for that
00:02:12
small network okay
00:02:14
all these products should be cisco
00:02:16
products okay
00:02:17
then the company requests that
00:02:21
branch to have
00:02:23
three departments which are admin stroke
00:02:26
id finance stroke hr
00:02:29
and finally customer service stroke
00:02:32
reception
00:02:34
and then but see each department is
00:02:36
required to be in a different way
00:02:39
okay
00:02:40
but the each department is required to
00:02:42
have wireless network for the users okay
00:02:45
most devices in the network are required
00:02:48
to obtain ipv4 address automatically but
00:02:51
f devices in all the net in all the
00:02:54
departments are required to communicate
00:02:57
with each other okay
00:02:59
now assume the isp gave a base network
00:03:02
of this one you as a network engineer
00:03:05
who has been hired design and implement
00:03:08
a network considering the above
00:03:10
requirements
00:03:12
okay guys so this is the case study
00:03:16
before you can do something you have to
00:03:18
understand the background of the problem
00:03:20
and you want to evaluate the problem and
00:03:23
to identify the possible solution to
00:03:26
solve that particular problem okay
00:03:29
there's a company
00:03:31
that is based in eastern australia
00:03:33
and you know
00:03:36
it
00:03:37
operates
00:03:39
and it deals with selling and buying
00:03:41
food items
00:03:43
and all these operations are done from
00:03:45
the headquarter
00:03:47
and i can assume that the company has no
00:03:50
branch so far and now the company is
00:03:52
intending to open a branch near the
00:03:55
local village okay
00:03:56
because you know
00:03:58
two million customers from the
00:04:00
headquarters are too much so
00:04:02
they're trying to open a branch to
00:04:04
accommodate other customers so that the
00:04:07
headquarter
00:04:08
so that the headquarters cannot be
00:04:10
flooded okay
00:04:12
so the company requires just a young i.t
00:04:14
graduate to design the network for the
00:04:16
branch
00:04:18
okay and the network is intended to
00:04:20
operate separately from the hq this is a
00:04:23
very important
00:04:24
point guys
00:04:25
the network is import the network is
00:04:28
intended to operate separately from the
00:04:30
hq network
00:04:32
basically
00:04:33
what this means
00:04:35
is that
00:04:36
the branch network will be in a
00:04:38
different autonomous system from the sq
00:04:41
network okay very important during our
00:04:43
descent
00:04:44
and the implementation i mean okay
00:04:46
then there are some requirements that
00:04:48
the company requires one router and one
00:04:50
switch to be used all cisco products
00:04:53
because you know it's a small network
00:04:56
very small okay
00:04:58
then
00:04:59
three departments which includes this
00:05:01
one okay
00:05:02
each department is required to be in
00:05:05
different vlans
00:05:07
very important meaning in our
00:05:09
configuration
00:05:10
meaning in our additional implementation
00:05:12
will have different villains three
00:05:14
values okay because three departments
00:05:17
different villains
00:05:18
three department
00:05:20
three villains okay
00:05:22
each department is required to have
00:05:24
wireless network for the users meaning
00:05:27
at every department we will have
00:05:30
access point wireless access point to
00:05:32
provide wi-fi for the users
00:05:35
then finally part five
00:05:37
host devices in the network are required
00:05:40
to obtain
00:05:41
ip address automatically
00:05:44
basically to obtain ip address
00:05:46
automatically we are going to use dcp
00:05:48
server and we are going to configure the
00:05:50
router here as our dcp server okay
00:05:54
now but f which is the final point
00:05:57
devices in all the departments are
00:05:59
required to communicate with each error
00:06:02
you know
00:06:03
these devices are in different values we
00:06:05
have three departments
00:06:09
okay which represents three venues
00:06:11
so by default devices in different
00:06:14
villains will not communicate and hence
00:06:16
we have to implement what is called
00:06:18
intervalent routing and to enable these
00:06:21
devices in different valence to
00:06:23
communicate okay
00:06:25
so i will list those important points
00:06:27
down so that we can take the approach
00:06:29
from there
00:06:30
and now finally assume that isp gave out
00:06:33
a basement of provision u.s young
00:06:35
network engineer who has been hired
00:06:36
designed and implement a network
00:06:38
considering the above requirements
00:06:41
this is the
00:06:42
base network okay
00:06:44
and considering the requirements
00:06:48
the branch is required to have three
00:06:49
departments
00:06:51
meaning now we have to do some
00:06:53
subnetting to allocate
00:06:56
ip address to each subnet okay so
00:07:00
basically what i'll start with guys
00:07:04
is the design part before you can go to
00:07:07
subnetting and configuration part
00:07:09
okay
00:07:10
the company said they require just one
00:07:13
router okay
00:07:16
i'll choose 29 11 router
00:07:19
and place there
00:07:21
okay
00:07:23
then
00:07:24
one switch a cisco switch i'll take one
00:07:27
switch
00:07:28
and place here how many departments we
00:07:31
have free departments
00:07:34
so
00:07:36
let's say
00:07:40
so this is the first department designer
00:07:43
printer
00:07:44
the second department is a pc and the
00:07:46
printer also
00:07:48
and finally
00:07:50
the third department is pc and the
00:07:52
printer also you know
00:07:53
there are several
00:07:55
there are several devices so we can
00:07:58
put them all here
00:08:00
okay
00:08:01
this is just a demonstration
00:08:04
a kind of a prototype
00:08:07
okay
00:08:08
so let's go back to the case study
00:08:11
each department is required to be in
00:08:13
different values this the country's
00:08:14
configuration part we will just comment
00:08:16
to indicate which villain is this
00:08:19
a department is required to have
00:08:21
wireless network for the users meaning
00:08:24
we have to configure access points so
00:08:27
basically i'll come to wireless devices
00:08:30
and choose access point for this
00:08:33
department
00:08:35
access point for this department and
00:08:38
finally access find for this department
00:08:40
and now let's go back
00:08:42
most devices in the network are required
00:08:44
to obtain auto that is the configuration
00:08:47
part devices configuration part
00:08:49
and now let's do the connection
00:08:53
let's do the cabling
00:08:55
i'll use the automatic cable type
00:08:58
and then from printer the amine from p
00:09:01
switch to
00:09:02
access point
00:09:03
then from this to this
00:09:06
these are very important project guys
00:09:09
remember we are going to handle valence
00:09:11
interval and routing dcp server and
00:09:13
subnetting
00:09:15
which are very very important
00:09:17
and those are things that we have
00:09:19
learned in our previous classes
00:09:23
this is a very very important project
00:09:25
the complexity of these projects will
00:09:27
increase you know as we handle
00:09:31
many projects
00:09:32
so consider this one as a simple project
00:09:35
the next one will be a much little bit
00:09:37
uh
00:09:39
complicated than this one
00:09:42
and hence very very important
00:09:47
very very important
00:09:49
okay
00:09:51
so we are done
00:09:52
doing the descent part
00:09:55
as you can see we have a router as a
00:09:58
required a switch
00:10:00
and the host devices
00:10:02
and these devices
00:10:04
department one two three
00:10:06
and basically just spread the boundaries
00:10:10
so that
00:10:12
we can know which department is this
00:10:15
so that is a let's say
00:10:18
there and uh
00:10:20
yes it's used green
00:10:24
another one here
00:10:28
and finally the flash department
00:10:31
at least
00:10:32
blue
00:10:37
okay
00:10:38
what i'll do next is just to comment
00:10:43
the first department was
00:10:46
admin stroke as i t
00:10:50
so this is administrative
00:10:53
admin
00:10:56
stroke i think
00:11:00
then
00:11:01
we have finance
00:11:04
stroke hr
00:11:06
we have customer service cs stroke
00:11:09
reception
00:11:12
okay and then what else can we comment
00:11:15
let me just go to back to the case study
00:11:18
one router three departments deeper oh
00:11:20
valence so let's assume
00:11:23
i
00:11:24
admin
00:11:26
this department belongs to villain 10 so
00:11:29
let's see vlan 10
00:11:32
this belongs to vlan 20
00:11:35
and finally here belongs to villain 30
00:11:39
okay
00:11:43
so
00:11:44
we are good to go
00:11:46
and start the practical part of this one
00:11:49
subnetting and configuration
00:11:54
okay so the next step guys is to go for
00:11:58
subnetting
00:12:00
okay
00:12:01
and for submitting guys i will open one
00:12:03
document and guide you through it so
00:12:06
i'll open word
00:12:12
we will do submitting based on the
00:12:13
requirements
00:12:16
okay
00:12:17
so basically what you have to list
00:12:19
during subnetting the best network
00:12:25
the base network
00:12:27
which is
00:12:31
192.168.1.0
00:12:35
okay
00:12:36
then the number of departments required
00:12:39
or the number of subnets required number
00:12:41
of
00:12:43
subnets
00:12:45
is equal to three
00:12:47
okay
00:12:49
so
00:12:50
these two will act as the guideline
00:12:54
for subnetting
00:12:56
okay
00:12:57
guys
00:12:59
in the previous project that you handle
00:13:01
it is very similar to this one
00:13:03
because
00:13:05
in that particular project we were also
00:13:07
given a base network
00:13:09
and the number of required subnets
00:13:12
okay in that case there were two and now
00:13:14
here there are three and we said to find
00:13:17
the number of subnet guys
00:13:19
there is a formula
00:13:22
okay
00:13:26
okay
00:13:28
and that formula is
00:13:30
number of subnet
00:13:35
is equal to 2
00:13:37
raised to power n
00:13:39
okay
00:13:40
where this n
00:13:42
will represent the number of borrowed
00:13:44
bits the number of borrowed network bits
00:13:48
okay
00:13:50
so
00:13:51
2
00:13:53
raised to n
00:13:56
is equal to 3
00:13:58
number of subnets 3. so this is the
00:14:01
formula and n here represent the number
00:14:03
of ball bits the number of borrowed
00:14:05
network bits so
00:14:07
which value here that tourist that value
00:14:11
will give us
00:14:12
three so let's try
00:14:14
two raised to 0 will give us 1 that's
00:14:17
wrong
00:14:18
okay
00:14:19
2 raised to 1 will give us 2 that is
00:14:21
very less you know when you are doing
00:14:23
calculation
00:14:24
the number n should give
00:14:27
a result of
00:14:29
that is equivalent to the number of
00:14:32
subunits or
00:14:34
more than the number of subnets okay but
00:14:37
you should not give a value that is less
00:14:39
than okay
00:14:40
the number of subnets
00:14:42
the number of required subnets
00:14:44
okay so two let's try two raise to power
00:14:47
two that will give us four the number of
00:14:50
departments and you say the number of
00:14:52
the pattern the number of subnets you
00:14:55
know the formula here should give a
00:14:57
value which is equivalent to the
00:14:59
required value here or mother okay
00:15:04
zero is less one is less two is mother
00:15:08
okay meaning
00:15:10
and
00:15:11
must just be two okay
00:15:13
so
00:15:16
n is equal to
00:15:19
two
00:15:20
and we said guys
00:15:23
and represent the number of borrowed
00:15:24
bits the number net borrowed network
00:15:28
bits let's go back to our base network
00:15:32
this is a class c address okay and for
00:15:35
class c address the subject mask let's
00:15:38
just say class c
00:15:41
subnet mask should be 255
00:15:44
255.255.0
00:15:47
okay and when you convert this to binary
00:15:50
guys when you convert this decimal
00:15:53
value
00:15:55
to binary i mean you will get a value
00:15:57
that is equivalent to
00:15:59
sorry
00:16:03
the first octet will be
00:16:06
eight ones one two three four five six
00:16:09
seven eight okay because
00:16:12
two point five all the bits are turned
00:16:14
on okay
00:16:16
and now the second octet also will be
00:16:19
eight bits turned on
00:16:21
the same for
00:16:22
third update eight beans bit stand on
00:16:25
okay and now for the last octet guys you
00:16:28
see it's zero
00:16:30
no beats
00:16:32
is turned on so it's all zero zero one
00:16:35
two three four five six seven eight
00:16:38
okay
00:16:40
so
00:16:40
normally
00:16:42
this is the subnet mask
00:16:45
of a class c address plus
00:16:49
the binary form of it
00:16:51
but we have two
00:16:53
borrowed bits to satisfy the requirement
00:16:56
here guys what do we do
00:17:00
this is the normal subnet mask of a
00:17:02
class c address but now to satisfy the
00:17:05
subnet
00:17:07
requirement
00:17:08
we have to borrow two network bits so
00:17:11
the new binary form will be remember
00:17:14
this is the first binary form okay now
00:17:17
the new binary form will be i'm copying
00:17:20
it
00:17:22
after borrowing
00:17:26
after borrowing
00:17:28
after after book
00:17:30
after borrowing
00:17:34
two bits
00:17:37
okay
00:17:39
now new
00:17:41
binary form
00:17:44
is equal to this one then we borrow two
00:17:48
bits
00:17:49
two
00:17:50
network bits the network bits are
00:17:52
represented by one
00:17:54
one one okay
00:17:56
now we have border two
00:17:58
bits okay from the host
00:18:00
portion
00:18:01
okay
00:18:02
now the network id will be represented
00:18:05
from this point
00:18:07
from the last one to
00:18:09
the first one here okay
00:18:12
from here
00:18:13
to here
00:18:14
sorry
00:18:16
to here okay now this will be the
00:18:18
network bit and this will be the old
00:18:23
portion
00:18:24
so guys
00:18:25
to carry on with subnetting let's
00:18:28
convert this back to
00:18:30
decimal to convert this back to the
00:18:32
decimal guys
00:18:34
an octave that has it's all
00:18:38
beats turn on
00:18:39
represent a banner represent a decimal
00:18:42
value of two five five then two five
00:18:44
five then two five five for these three
00:18:48
okay
00:18:49
now let's go for the last
00:18:53
octet
00:18:54
okay and convert this to
00:19:01
decimal
00:19:02
we want to convert we want to convert
00:19:05
this value in decimal and now we start
00:19:08
put this into we convert the binary into
00:19:12
decimal to find the last octet of the
00:19:14
new
00:19:16
subnet mask this is the new subnet mask
00:19:18
let me just say new
00:19:20
sm okay
00:19:24
raised to 0 times 0
00:19:25
is 0
00:19:27
2 raised to 1 times 0
00:19:30
is 0
00:19:31
2 raised to 2
00:19:33
times 0 is 0 2 raised to 3 times 0 is 0
00:19:37
2 is 2
00:19:39
4 times 0 is 0 2 raised to 5 times 0 is
00:19:44
0 2 raised to 6 times 1
00:19:48
is
00:19:49
64
00:19:50
plus 2 raised to 7
00:19:53
times 1 is 128 so it's 128 plus 64.
00:19:58
and we get 192
00:20:02
conversion of binary into decimal guys
00:20:04
pretty much simple if you have any
00:20:06
problem kindly research about it
00:20:09
google and you will understand it better
00:20:12
okay
00:20:13
so this is our new subject mask and
00:20:16
basically we're going to use the subnet
00:20:18
mask guys
00:20:19
plus this base network now to find
00:20:23
the num
00:20:24
profile
00:20:26
to allocate ip address at every
00:20:30
department okay
00:20:32
all right so
00:20:34
we said in our previous class
00:20:36
that's the class of subnetting
00:20:40
whenever a subnet mask ends with 92 192
00:20:44
i mean now the block size is
00:20:47
let me show you subnet mask
00:20:49
block size calculation
00:20:52
this is it
00:20:54
when subnet mask ends with 128 the block
00:20:56
says one always wanted to name when
00:20:59
subnet mask ends with 188 the block size
00:21:02
is 128 182 becomes 64.
00:21:06
224 becomes 32 and so and so forth and
00:21:09
now our subject mask ends with 192.
00:21:14
now our block size is 164 and now
00:21:18
the blockers will tell us how to move
00:21:21
from one subnet to another okay
00:21:24
all right so let's go
00:21:26
one and two represent a boxes of 64
00:21:30
boxes
00:21:33
is equal to 64.
00:21:35
okay
00:21:37
now let's find
00:21:39
the ipl location for each depart
00:21:42
now
00:21:44
now let's find ipl location for each
00:21:47
department okay
00:21:51
first department first submit
00:21:55
okay
00:21:56
second subnet
00:22:00
and finally third subnet because we have
00:22:02
three departments
00:22:06
okay
00:22:07
so the first department guys
00:22:10
we always say network id
00:22:14
network id
00:22:17
broadcast id
00:22:21
id
00:22:23
okay
00:22:25
and uh
00:22:29
or strange
00:22:33
okay
00:22:35
then finally sub no
00:22:37
now
00:22:38
we use this so for the network id guys
00:22:42
you know
00:22:44
these are block size
00:22:46
and the network id guys will be this one
00:22:48
okay dot zero
00:22:50
should ensure that the first network id
00:22:53
begins from dot z okay
00:22:56
and now
00:22:58
the second network id should begin from
00:23:02
the block size plus this one
00:23:04
okay
00:23:05
which is let me just copy this first
00:23:10
and paste here
00:23:13
now
00:23:15
in the second subnet
00:23:18
the network id will be
00:23:21
this one plus the block size which is
00:23:23
64. okay
00:23:26
can you hear me
00:23:28
can you can you understand that
00:23:31
and now finally on the third department
00:23:36
let me just paste this
00:23:38
the network id will be the block size
00:23:41
which is 64
00:23:42
okay
00:23:43
plus
00:23:45
the network id of
00:23:49
there is
00:23:50
previous subnet which is
00:23:52
128
00:23:54
and now from this point we can calculate
00:23:57
the broadcast id and the range
00:24:00
of valid host
00:24:02
ids okay
00:24:04
to find
00:24:06
the broadcast id guys
00:24:07
the broadcast id will be the last
00:24:11
ip address to move to the next
00:24:13
subnet
00:24:14
if this is the next subnet now the last
00:24:17
ip address wii is 182.168.1.63
00:24:20
[Music]
00:24:24
the last iprs to move to the
00:24:26
next
00:24:28
subnet
00:24:29
okay
00:24:30
and now
00:24:33
broadcast id here will be
00:24:35
the last ip to move the next subnet
00:24:38
which is which is 103.168.1.127
00:24:43
okay
00:24:44
all right and now here guys you know
00:24:47
we don't
00:24:50
to find the broadcast id here guys
00:24:53
if you have not calculated the fourth
00:24:55
subnet just add 164 here and subtract
00:24:58
one okay
00:25:01
so let's just add
00:25:02
63 here
00:25:05
which will be
00:25:06
191 quantity 168.1.191
00:25:12
191 that will be the broadcast id
00:25:16
of the third subnet okay
00:25:18
and now let's find the range of valid
00:25:21
host the range of valid host guys lies
00:25:24
between the network id and broadcast id
00:25:26
so the network id is
00:25:30
12.168.1.0 but now the range of valid os
00:25:33
lies in between meanings.1
00:25:36
to
00:25:37
192.168.1.62
00:25:39
[Music]
00:25:42
in between
00:25:43
these two
00:25:45
okay 0 to 63 so the range of valid from
00:25:49
dot one to
00:25:50
dot 62 okay the same for
00:25:54
for the second segment i'll copy paste
00:25:57
i'll paste it and say
00:26:00
65 now
00:26:02
65
00:26:03
subtract 1 here 126
00:26:06
126
00:26:08
and finally
00:26:09
the third subnet will paste
00:26:12
and say here is 129 you had one here
00:26:15
subtract one here 129
00:26:18
and now subtract one here which is a 190
00:26:21
okay
00:26:22
now guys we are done
00:26:24
okay we can now go back to
00:26:26
the configuration part
00:26:28
we are done with subnetting all right
00:26:33
this is the first subnet and the first
00:26:35
subnet
00:26:36
the network id is 182.168.1.0
00:26:43
so
00:26:46
the
00:26:47
so this is the subnet mask
00:26:49
and when you convert it and when you
00:26:52
convert it into a slash notation you'll
00:26:56
find the value which is so this is the
00:26:58
binary
00:26:59
this is 8 8 8 plus 2
00:27:04
8 16 24 plus this two which is a 26 okay
00:27:10
a subnet mask of this one represent a
00:27:12
slash notation of
00:27:14
26 okay
00:27:15
so i'll go back to get tracer and finish
00:27:19
commenting slash 26
00:27:22
then i'll go back here again and say now
00:27:24
the network is 102.168.1.64
00:27:30
26
00:27:31
and finally here
00:27:33
192.168.
00:27:38
1.128 shows 26 okay
00:27:42
the subnets
00:27:44
network at every subnet
00:27:47
okay we are following here the first
00:27:49
subnet the network id was
00:27:52
here as you can see second one dot 64
00:27:55
third one dot 60 dot 128 timing and the
00:27:58
subnet mask for all is this one which is
00:28:01
represented by slash 26 notation so i'll
00:28:06
go back to the configuration part
00:28:08
so guys we are done with subreddit with
00:28:10
the comments
00:28:12
and let's go back to the problem
00:28:16
the first case is done
00:28:18
second one is done
00:28:20
each department is required to be in
00:28:21
different villains now the configuration
00:28:24
part begins let's
00:28:26
configure vlans how do we configure vlan
00:28:30
and where do we configure vlan we
00:28:32
configure vlans in the switches okay so
00:28:35
click on the switch
00:28:38
then you come to command li
00:28:41
enable
00:28:42
config configure
00:28:45
okay
00:28:47
then
00:28:49
so i will get the interfaces which is a
00:28:52
gig 04 this is gig 0 2 and finally gig
00:28:55
03
00:28:56
okay so i'll go to the same switch and
00:28:58
say
00:29:00
interface
00:29:01
gig
00:29:02
interface range because we want to
00:29:04
configure the same parameter to those
00:29:05
particular indexes
00:29:08
interface fp0 slash
00:29:10
two to four
00:29:12
i'm very sorry it was a phase zero slash
00:29:14
not a gig
00:29:16
okay
00:29:17
eager for the routers
00:29:21
so interface range this one
00:29:24
and you hit enter and now switch point
00:29:28
mode
00:29:29
access how to configure
00:29:32
valence
00:29:34
you enter that interface then you change
00:29:36
that interface into access mode then
00:29:39
after changing it into access mode now
00:29:41
you assign the villar number now
00:29:43
switchboard
00:29:45
access
00:29:46
vlan
00:29:48
10
00:29:50
as you can see access villain doesn't
00:29:51
exist
00:29:52
creating vlan 10
00:29:54
and we are done
00:29:56
assigning vlan
00:29:57
to these interfaces so let's go to the
00:30:00
second interfaces which are a phaser
00:30:03
five
00:30:05
six
00:30:06
and seven
00:30:07
and ascend to vlan 20.
00:30:09
so i'll just try to retrieve the above
00:30:11
configuration
00:30:13
okay
00:30:14
effects class five to seven
00:30:17
okay switchboard mode access
00:30:19
then switch part access vlan
00:30:22
20 very simple
00:30:25
then finally
00:30:29
which interfaces are these
00:30:31
this this one is a
00:30:34
10
00:30:35
nine
00:30:37
and eight so it's eight to ten
00:30:41
eight to ten
00:30:44
switchboard mode access then switchbot
00:30:46
access
00:30:48
vlan 30
00:30:49
[Music]
00:30:50
do right
00:30:52
exit
00:30:55
do show start
00:30:57
as you can see guys
00:30:59
we have assigned
00:31:01
these interfaces to
00:31:03
number as you can see slash two and
00:31:05
slash three valentine
00:31:08
i mean
00:31:10
i mean
00:31:11
slash two to four valentine
00:31:14
five to seven last vlan 20 i mean
00:31:18
and finally
00:31:22
8 to 10 villain 30 okay
00:31:25
so we are done configuring vlans let's
00:31:28
go back to the problem
00:31:30
each department is required to have
00:31:32
wireless for the users okay as you can
00:31:35
see guys we have
00:31:37
placed the wireless access points at
00:31:40
every department and now let's configure
00:31:42
them we configure password and ssid the
00:31:46
wifi name okay
00:31:49
start from that one and you come to
00:31:50
config and port one okay
00:31:53
but one let's say the name is uh
00:31:56
that is the admin
00:31:59
admin wi-fi
00:32:01
and the password should be the
00:32:03
authentication mechanism should be wpa2
00:32:06
psk okay
00:32:08
and let's say admin
00:32:12
at one two three okay it's done
00:32:15
let's configure the third at the second
00:32:18
access point i mean
00:32:19
you come to part one and say let's say
00:32:21
this one is finance
00:32:25
finance
00:32:26
wi-fi
00:32:28
and password
00:32:30
should be let's say f
00:32:33
finance
00:32:34
at one two three
00:32:37
and finally the third access point
00:32:41
come to config
00:32:42
bot1
00:32:45
the name should be
00:32:47
cs
00:32:48
wi-fi
00:32:51
and the password
00:32:53
should be
00:32:54
cs at one two three we are done guys
00:32:59
we are
00:33:00
sorry sorry sorry sorry sorry
00:33:06
the password should be a minimum of
00:33:07
eight words
00:33:09
so i'll go back and reconfigure it again
00:33:15
i'll configure the password again and
00:33:17
say
00:33:18
see
00:33:21
a customer
00:33:25
at one two three
00:33:27
okay we're done so let's go back to the
00:33:30
problem again and see
00:33:32
all devices in the network are required
00:33:34
to obtain ipv4 address automatically
00:33:38
devices in all the departments are
00:33:40
required to communicate with each other
00:33:42
guys
00:33:43
to obtain ipv4 address automatically
00:33:45
that is dtp server implementation
00:33:48
for the devices in different vlans to
00:33:50
communicate that is interval and routing
00:33:53
so let's go to the router and configure
00:33:55
that too okay
00:33:57
so i'll go back to the configuration
00:33:59
part
00:34:00
and guys before we can proceed
00:34:04
i want to explain something you know
00:34:08
these parts here that are connected to
00:34:10
the host devices at every department
00:34:12
their access points
00:34:14
and we said accessport can only access
00:34:17
one villain at a time
00:34:19
okay
00:34:20
so you know
00:34:26
during communication in the network
00:34:29
the traffic will be going to the router
00:34:32
then coming back
00:34:34
for example from pc 0
00:34:36
the traffic will be going from pc 0
00:34:38
through the switch to the router then
00:34:40
coming from the router to switch to the
00:34:42
destination
00:34:45
and now the traffic that will be passing
00:34:48
this interface
00:34:49
will have
00:34:51
various vlan id for example the traffic
00:34:54
from this department will be having
00:34:58
will have
00:34:59
a villain idea finland 10 from here vlan
00:35:03
20
00:35:05
and from here we'll learn that
00:35:07
and this interface
00:35:10
should be a trunk interface because a
00:35:12
trunk interface
00:35:14
allows
00:35:15
passage of multiple vlogs so this is
00:35:20
f zero slash one
00:35:23
[Music]
00:35:26
so interface f a little
00:35:38
now we are done with everything on the
00:35:40
switch so
00:35:42
any configuration is
00:35:44
so any configuration that is remaining
00:35:47
is
00:35:48
in the router
00:35:50
and we will go on the router
00:35:52
and start the
00:35:53
and start configuring
00:35:55
what is required okay so i'll click on
00:35:57
the router
00:35:59
cli
00:36:01
so you know
00:36:02
the first configuration that we'll do is
00:36:04
to turn this interface up it's in
00:36:07
shutdown by default
00:36:10
so
00:36:12
enable
00:36:14
config
00:36:17
interface
00:36:18
gig i hope it is gig 0 0
00:36:22
gig 0 0
00:36:24
yeah so it's geek0
00:36:28
no shutdown
00:36:30
and do right
00:36:33
okay
00:36:35
we are done so what's remaining
00:36:37
basically is to configure intervalon and
00:36:39
dhcp server we'll start with the
00:36:41
intervalon
00:36:43
routing
00:36:44
okay and to configure interval and
00:36:46
writing guys we said from a single
00:36:49
physical interface we create
00:36:52
multiple sub interfaces for example this
00:36:56
is gabe00 so from this interface we will
00:37:00
as we will create
00:37:02
sub interfaces and assign ip address
00:37:05
that will act as a default gateway to
00:37:08
the respective villa
00:37:11
okay the first thing is to create a sub
00:37:13
interface okay
00:37:15
let's go on
00:37:18
exit
00:37:19
how do you create a sub interface
00:37:22
kindly take note on which interface is
00:37:24
connected to your network okay
00:37:27
gig zero zero so
00:37:30
interface
00:37:31
gig
00:37:33
zero zero then to create a sub interface
00:37:36
this is vlan 10 and to create a server
00:37:38
interface for valentine let's say gig 0
00:37:41
0
00:37:42
dot
00:37:43
10 okay a sub interface from this
00:37:46
physical interface okay
00:37:49
and hit enter
00:37:49
[Music]
00:37:51
then
00:37:53
after creating a sub interface guys the
00:37:55
most important part is to
00:37:58
specify encapsulation
00:38:01
dot
00:38:03
one cube okay dot one q then the vlan
00:38:06
number
00:38:08
encapsulation dot one queue and the vlan
00:38:11
number for vlan 10
00:38:13
the first
00:38:14
command was to create a sub interface
00:38:17
that is similar to the villain number
00:38:18
dot 10 yeah is vlan 10 okay then
00:38:21
encapsulation dot one q
00:38:24
the v number which is vlan 10 okay
00:38:26
then we want
00:38:33
we want to assign this sub and interface
00:38:36
as a default gateway for this vlan and
00:38:39
now we are sending ip address to this
00:38:41
[Music]
00:38:43
interface that ip address will act as a
00:38:46
default gateway for this
00:38:48
villa okay for this subnet and we said
00:38:51
it for first
00:38:53
and we said for the first subnet the
00:38:55
range of valid host id start from
00:38:59
dot one so let's say the router text dot
00:39:02
one okay
00:39:04
the router's interface
00:39:07
that interface 192.168.1.1
00:39:12
and now subnet mask guys we said
00:39:14
255.255.255.192
00:39:20
don't forget
00:39:22
this was our subnet mask
00:39:24
for all the subnets okay
00:39:27
and you hit enter so let's go to the
00:39:29
second interface
00:39:31
which is
00:39:32
[Music]
00:39:34
so
00:39:35
interface
00:39:36
the same physical interface so you hit
00:39:39
sub interface
00:39:40
interface gig zero zero dot
00:39:44
the second vlan which is
00:39:47
which id vlan 20
00:39:49
dot vlan 20 and you hit enter
00:39:52
then encapsulation
00:39:53
[Music]
00:39:54
dot 1q 20 the vlan number guys don't
00:39:58
forget and you hit enter and now you
00:40:00
assign appearance to this interface
00:40:02
let me try to retrieve the above
00:40:04
configuration
00:40:06
and to send a p address to this
00:40:08
interface guys we said in the first
00:40:11
in the second subnet
00:40:13
the range of valid oscillators from
00:40:17
65
00:40:18
okay
00:40:20
so they let the routers interface
00:40:23
the created sub interface to take
00:40:25
65 okay and hit enter do that
00:40:30
exit
00:40:31
and now finally we create a sub
00:40:33
interface for this villa
00:40:36
which is villain 30
00:40:41
dot 30
00:40:42
then
00:40:43
encapsulation
00:40:45
dot 1 q 30 the villain id okay
00:40:49
and i p address should be
00:40:55
for the third subnet the ip address the
00:40:58
range of valid appearance for host
00:41:01
the range of osmo diaper should start
00:41:04
from 129 okay
00:41:08
okay
00:41:09
so the router's interface the sub
00:41:11
interface will take
00:41:13
dot 129
00:41:15
and you hit enter
00:41:16
do right
00:41:19
exit
00:41:20
we are done configuring interval and
00:41:23
routing and as you can check
00:41:25
do show start
00:41:28
sorry
00:41:32
now
00:41:35
as you can see guys we have created how
00:41:37
many sub interfaces three sub interfaces
00:41:40
from this physical interface dot 10.20
00:41:44
under 30. for the 10 guys represent
00:41:49
the first subnet with the you know
00:41:51
billionaire villain id is indicated here
00:41:53
plus
00:41:55
the peer address of the default gateway
00:41:57
okay
00:41:58
all right so what's remaining guys is to
00:42:02
configure dhcp server
00:42:04
guys to configure the sap server we said
00:42:08
[Music]
00:42:12
the first thing is to enable dcp service
00:42:15
on that particular device okay but you
00:42:18
know on the cisco devices
00:42:21
by default it's enabled so i'll go back
00:42:23
to the router
00:42:25
exit
00:42:28
and say service
00:42:31
dhcp
00:42:33
this command here will be
00:42:35
will enable tcp service okay
00:42:39
then after you have enabled dhcp service
00:42:42
on that particular route i mean
00:42:45
after you have the enable dcp service on
00:42:48
that particular device
00:42:51
now you create ports okay
00:42:54
for example
00:42:55
this is admin this is finance and
00:42:58
finally customer care stroke reception
00:43:01
okay
00:43:03
for example
00:43:06
so this will be tool admin just click
00:43:10
using with command ip
00:43:13
dhcp
00:43:15
pool okay
00:43:16
admin
00:43:18
say admin
00:43:19
tool okay hit enter
00:43:22
and now after you have created this pool
00:43:25
guys it is it represent this subnet okay
00:43:31
now let's assign a network
00:43:33
address to the pool that we have created
00:43:37
the network should be you just say
00:43:39
network
00:43:41
192.168.1.0
00:43:43
[Music]
00:43:45
now the network you don't place ip
00:43:48
address here okay
00:43:49
plus the subnet mask which is a 26
00:43:52
notation
00:43:53
255.25
00:43:57
255.255.192
00:44:02
slash 26 notation and you hit enter
00:44:05
after that you give a default gateway
00:44:08
default gateway the default gateway guys
00:44:12
will be the ip address of that sub
00:44:14
interface that we created and assigned
00:44:17
to that particular failure which is the
00:44:19
chain this the ip address of this urban
00:44:22
interface not 10.
00:44:24
it was
00:44:25
1.1 okay
00:44:27
very simple
00:44:30
1218.1.1
00:44:34
and now dns
00:44:36
server
00:44:37
let's give it uh the same as ip 192.1
00:44:40
[Music]
00:44:41
168.1.1
00:44:43
hit enter and now domain name
00:44:47
the main name
00:44:48
let's say admin
00:44:52
dot com
00:44:54
and exit
00:44:56
we're done
00:44:57
okay
00:44:58
and now these devices here will be
00:45:00
assigned ip address automatically let's
00:45:04
move to the second subnet okay
00:45:07
in which we will create another pool
00:45:11
so
00:45:11
in the second subnet we'll create a pool
00:45:13
called ipdc people
00:45:16
pull let's say finance
00:45:21
pull
00:45:22
okay
00:45:24
assign network to this pool
00:45:26
the network should be
00:45:28
this one one and two other ones theater
00:45:30
16 1.64 okay
00:45:33
she has 26 notation
00:45:35
so the network should be
00:45:37
192.18.1.64
00:45:38
[Music]
00:45:43
a subnet mask of two 255.255.255.192
00:45:46
[Music]
00:45:51
and you eat enter
00:45:53
default gateway now you assign the
00:45:55
default gateway default router the same
00:45:58
thing for the default router it will be
00:46:02
the ip address of the sub interface we
00:46:05
created
00:46:06
okay while implementing intervalon which
00:46:09
was touchscreen the ipaddress of this
00:46:12
interface was
00:46:13
0.65 okay
00:46:16
so it's a 12.168.1.65
00:46:24
and now dns server will also
00:46:26
[Music]
00:46:29
8.1.65
00:46:31
and domain name
00:46:33
will be let's say finance
00:46:37
dot com
00:46:38
and exit
00:46:40
we are done
00:46:42
for this subreddit and now these host
00:46:45
devices will be allocated i p address
00:46:48
automatically so let's go back to the
00:46:51
final
00:46:53
subnet
00:46:54
so let's go back to the last subnet
00:46:56
which is a
00:46:58
valentine css entry
00:47:01
cs and reception
00:47:03
which will create another pool which is
00:47:05
called ip dhcp
00:47:10
pool
00:47:12
let's say
00:47:13
css.com
00:47:18
okay sorry
00:47:22
no problem let's just go home
00:47:25
now network will send network to that
00:47:27
pool
00:47:28
which is this one okay
00:47:31
one and two
00:47:33
one two one eight dot one dot one two
00:47:36
eight
00:47:37
okay
00:47:38
subnet mask of 255.255.255.192
00:47:44
okay
00:47:45
and hit enter now default router will be
00:47:49
the ip address of that sub interface we
00:47:51
created while implementing interval and
00:47:54
routing which is dot three dot start amy
00:47:57
the appear address was dot one two nine
00:48:02
one two dot one sixty eight 68.1.129
00:48:08
dns
00:48:12
192.168.1.129
00:48:19
domain name
00:48:21
css.com
00:48:25
exit
00:48:27
do right
00:48:29
guys we are done configuring everything
00:48:33
as per the requirement okay
00:48:36
so basically what is remaining is to
00:48:38
test communication devices in all
00:48:40
departments are required to communicate
00:48:42
with each other that's to test
00:48:44
communication the first thing that i
00:48:46
will do
00:48:47
is to change the allocation ipa location
00:48:50
method to dtp i'll click on the pc
00:48:53
come to desktop i pay and you come to
00:48:55
dhcp give it time i hope it will pick up
00:48:58
as you can see
00:49:00
as you can see it's successful now for
00:49:02
the printer
00:49:04
config
00:49:06
then you come to
00:49:07
you come to first season x0
00:49:10
ip2 dhcp will pick up
00:49:13
as you can see dot 3.
00:49:16
and
00:49:17
for the access point let's just give
00:49:20
for the access point guys we'll play
00:49:22
some most devices at every department
00:49:27
so i will finish with this department
00:49:28
first now let's go back to the second
00:49:32
subnet
00:49:33
and do the same
00:49:36
and it will pick let's just give it time
00:49:40
click on the printer
00:49:42
and come to the facility zero
00:49:44
dcp give it time let me hover over it
00:49:48
it has taken six six okay
00:49:51
now for the last subnet
00:49:53
config
00:49:55
sorry
00:49:57
question is zero
00:49:59
as you can see it has it has picked
00:50:00
automatically now for the pc
00:50:04
it has a
00:50:06
config i mean dhcp
00:50:09
it has picked automatically okay and
00:50:12
printer
00:50:14
okay
00:50:14
all right guys so as we said
00:50:19
so guys in the problem
00:50:22
each department is required to have
00:50:24
wireless access network
00:50:28
each department is required to have
00:50:30
wireless network for the users so we
00:50:32
have access point here access point here
00:50:34
access point here so let's test them
00:50:37
i will place
00:50:39
things like let's say a smartphone here
00:50:44
and a laptop here
00:50:47
is laptop here
00:50:49
and a smartphone here
00:50:50
a smartphone here
00:50:52
and a laptop here
00:50:55
and try to connect them to the access
00:50:57
point so for example this one
00:51:00
the access point name was uh
00:51:04
it was a admin wi-fi
00:51:07
and the password was admin at one two
00:51:09
three so i'll go to smartphone and try
00:51:11
to connect to it
00:51:15
come to config
00:51:18
wireless zero
00:51:19
now
00:51:20
it's under ssd
00:51:22
press that word admin wi-fi and
00:51:24
authentication should be
00:51:26
admin
00:51:28
at one two three
00:51:30
and close this one i hope it will
00:51:32
connect just give it time
00:51:34
and it will check the appearance that it
00:51:36
has been assigned so let's go to the ip
00:51:38
address and check the appearance that it
00:51:40
has been assigned
00:51:42
go to desktop and check the dhcp delete
00:51:46
go back come back to static and again to
00:51:49
dcp
00:51:51
as you can see it has been assigned ip
00:51:53
address
00:51:54
in that network okay
00:51:56
so
00:51:57
finally
00:51:58
so also
00:52:00
in this department now let's connect
00:52:02
this laptop and to connect laptop guys
00:52:05
we have to insert a wireless model so
00:52:09
the first thing is to turn off the
00:52:11
laptop
00:52:12
and remove the existing model
00:52:14
as you can see now the part is empty and
00:52:16
drag this wpc 300 okay
00:52:19
press there turn it on again
00:52:22
now let's go back to the
00:52:24
laptop
00:52:25
and check the password
00:52:27
and let's check the password and this is
00:52:29
the name of this
00:52:31
wi-fi finance wi-fi finance at one two
00:52:34
three
00:52:35
four
00:52:37
for laptop you can desktop wireless pc
00:52:40
you come to pc wireless
00:52:42
and now you come to connect and refresh
00:52:45
just give it time
00:52:48
we have three
00:52:49
access points
00:52:51
css wi-fi admin wi-fi and finance wi-fi
00:52:54
and now we want to connect our finance
00:52:55
wi-fi
00:52:56
connect
00:52:58
the password is uh finance
00:53:02
at one two three
00:53:04
and you connect
00:53:06
close this
00:53:07
and close this one as you can see
00:53:09
it has connected successfully
00:53:12
okay
00:53:14
it has connected successfully
00:53:17
so finally let's go back to this
00:53:19
department also
00:53:21
and now i'll involve tablet and connect
00:53:23
the tablet on this side
00:53:27
so i'll click on the tablet
00:53:30
come back to
00:53:35
[Music]
00:53:36
come to
00:53:37
wireless0
00:53:39
and which wi-fi was this
00:53:45
css wi-fi cs wi-fi customer at one two
00:53:48
three
00:53:50
so the name is cs
00:53:53
wi-fi
00:53:54
the password is
00:53:56
customer
00:53:59
at one two three
00:54:01
and plus
00:54:02
you want to see i appeared as that it
00:54:04
has been given
00:54:07
so pc let's go back to as you can see it
00:54:10
has been allocated ip address
00:54:12
dynamically okay
00:54:15
everything is working perfectly fine
00:54:17
guys and now what's remaining basically
00:54:18
is to test communication i will test
00:54:21
communication from this smartphone
00:54:23
to this pc and from this tablet
00:54:26
to this printer and finally from this
00:54:28
laptop
00:54:29
um
00:54:30
to
00:54:31
this print again
00:54:33
okay
00:54:34
or from this laptop to this smartphone
00:54:36
so let's start from this smartphone to
00:54:39
this pc the pc as
00:54:42
dot
00:54:43
131 okay
00:54:45
so i'll try to ping the 131
00:54:49
ping
00:54:50
192 once
00:54:57
give it time interval and writing has
00:54:59
been implemented successfully dcp server
00:55:02
is working
00:55:03
just give it time as you can see guys
00:55:05
everything is working perfectly fine
00:55:09
okay now let's test from this tablet to
00:55:12
this printer the printer as uh
00:55:16
dot one three okay
00:55:20
so i'll go back to our desktop and try
00:55:22
to play
00:55:24
fine to 168.1.3
00:55:28
everything is working perfectly fine the
00:55:30
first packet might always fail but the
00:55:32
subsequent one successful as you can see
00:55:35
everything is working perfectly fine
00:55:37
guys
00:55:38
but
00:55:39
our implementation is working
00:55:41
and now from this pc to this uh let's
00:55:45
test which one
00:55:46
let's test this pc which is a dot
00:55:49
2
00:55:50
from
00:55:51
the laptop to pcm
00:55:53
come to command prompt
00:55:55
ping
00:55:57
1 to 168
00:56:00
dot
00:56:01
one dot two
00:56:03
and you ate it let's give it time guys
00:56:05
it will ping successfully guys pretty
00:56:08
much simple this was a very very
00:56:09
important project that we are
00:56:12
submitting
00:56:13
with that we unload the decent part
00:56:16
subnetting
00:56:17
vlans dcp server and interviewer
00:56:21
and access point configuration pretty
00:56:24
much simple guide so basically that will
00:56:27
mark the end of this project and as you
00:56:29
can see
00:56:30
everything has been implemented
00:56:32
successfully and they are working as
00:56:35
required and now the company has indeed
00:56:38
hired a young i.t graduate to design a
00:56:41
network for their brand and the network
00:56:43
for the branch is perfectly working as
00:56:46
required guys basically that's the end
00:56:49
of this video suppose you like this
00:56:51
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