All language subtitles for Free-CCNA-Wireless-LANs-Day-58-Lab-CCNA-200-301-Complete-Course_en

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In this lab we will practice some basic configurations\n

Although the WLC in packet tracer is limited,\n

Note that, in this lab I have pre-configured\n

the initial setup of the wireless LAN controller\n

In packet tracer you can’t access the console\n

you have to use the packet tracer GUI.

Honestly it was a bit frustrating to get it\nworking properly.

So, to make this video go smoothly the initial\n

By initial setup, I mean the setup I did in\n

So, now we can actually access the WLC GUI\n

Note that in the lab file I will share with\n

So, if you want to do the initial setup yourself\n

WLC, go to the wireless devices section down\n

So, before going into the GUI of the WLC,\n

Okay, so like in the lecture video I will\n

Note that I configured some excluded address\nranges.

This is generally a good practice when configuring\nDHCP.

Even if you don’t need them now, you might\n

Okay, and down below we have the DHCP pools\nthemselves.

We have the VLAN10 pool, which will be used\n

PC1 which we will use to access the GUI of\nthe WLC.

Note that I added option 43, which will tell\n

As I explained in the lecture video, in this\n

When the APs boot up they will send broadcast\n

In this case WLC1 is connected to the same\n

Anyway, then we have DHCP pools for VLAN100\nand VLAN200.

These pools will be used for the wireless\n

Okay, looking down a bit more we have the\n

Note that this time I setup the WLC to not\n

also configured the management VLAN, VLAN10,\n

So, management traffic won’t be tagged.

You can choose to tag or not tag the traffic,\n

WLC side and the switch side, or else they\n

G1/0/2, 3, and 4, connected to the APs and\n

Okay and after the physical interfaces we\n

Just like in the lecture video, I have designed\n

default gateway for hosts in each of the subnets.

Note that I didn’t add these MAC-ADDRESS\n

Okay, that was a brief overview of the switch’s\n

From the desktop tab, click on ‘web browser’.

And now let’s access the GUI of the WLC.

Note that, with the model of WLC I’m using,\nI have to use HTTPS.

It doesn’t allow HTTP connections by default.

Okay, here is the login screen of the WLC,\nlet’s login.

The username is admin, and the password is\n

This is actually very accurate, and exploring\n

get familiar with it and prepare for the exam.

Of course, the functionality is quite limited,\n

You can see which interface SW1 is connected\n

And if we scroll down, we can see that the\n

However there aren’t any clients at the\nmoment.

So, in step 2 I say to spend some time familiarizing\n

By that I mean just look around each tab and\n

For the sake of time we won’t spend a lot\n

From this default monitor tab, click on statistics\n

Here you can see the APs that have joined,\n

You can see AP1 and AP2 here, and their status\nis joined.

If I click on one, we can see more details.

This screen is very handy for troubleshooting\n

For example you can see which messages were\n

and if you scroll down you can see different\n

for last unsuccessful attempt’ if an AP\nfailed to join.

Anyway, I recommend spending some time looking\n

For step 3, let’s configure some dynamic\n

That is under the controller tab.

Make sure you know things like that for the\nexam.

Know which tab to use to create or edit interfaces\non the WLC.

Cisco could test how familiar you are with\nthe GUI.

Okay, next I’ll click on interfaces.

On the top right of this screen, I can create\na new interface.

I’ll name it Internal, and give it a VLAN\nID of 100.

First, which physical port will be used?

Only one is connected, and that is port 1,\n

Then the VLAN ID is 100, the IP address is\n

Finally the gateway is 10.0.0.1, the SVI of\nSW1.

Also let’s configure SW1 as the DHCP server\ntoo, 10.0.0.1.

Scroll back up, and click apply.

Click past this warning, and now it’s configured.

So, the dynamic interface for the Internal\n

I’ll name it Guest, and assign VLAN ID 200.

On this screen, again the port number is 1,\n

The VLAN ID is 200, that’s fine.

Then the IP address is 10.1.0.10.

Gateway is 10.1.0.1, the SVI of SW1.

And once again SW1 is the DHCP server, 10.1.0.1.

I’ll click on apply, and then BACK.

So, that’s all we need to do to create the\ndynamic interfaces.

Finally let’s create the two WLANs themselves.

We can do that from the WLANs tab, of course.

Notice there are no WLANs at the moment.

Actually in the initial setup I had to make\n

So, let’s create 2 new ones from the beginning.

Click on GO here next to create new.

So, the type is WLAN, this is a normal WLAN.

The profile name is just a name used to identify\n

Usually you’ll just make it the same as\n

The ID at the bottom is a number that identifies\n

It has to be unique, but it doesn’t matter\nwhat it is.

I’ll leave it at 1, and click Apply.

Okay, here’s where we configure the main\nsettings.

First, in the general tab I must enable the\n

And I also should map this WLAN to the Internal\n

Okay, that’s all we need to do here on the\ngeneral tab.

The CCNA exam requires us to be able to configure\n

So, select WPA+WPA2 as the layer 2 security.

I’ll then enable WPA2 policy here, and leave\n

Next, I won’t enable 802.1X, we don’t\nneed that for the CCNA.

Instead I’ll just enable PSK, pre-shared\nkey.

I’ll configure it the same as the WLC password,\n

I won’t touch the layer 3 or AAA tabs.

Next let’s look at the QoS tab.

I won’t touch anything here, actually packet\n

Even if I click on the QoS setting, the menu\ndoesn’t appear.

As I said, the functionality is quite limited,\n

Finally I’ll look at the advanced tab.

Most of this you can’t configure either,\n

That’s all for now, so I’ll click Apply\n

Okay, the Internal WLAN has been created,\n

Now let’s create the Guest WLAN.

I’ll make both the profile name and SSID\n

Make sure to enable this one too, that’s\n

Now let’s set the interface, which should\n

Next let’s move on to security.

Again, select WPA+WPA2, enable WPA2 policy,\n

That’s all I’ll configure for this WLAN.

So, click on apply, and then click on back.

Okay, finally let’s add a wireless client\n

From the end devices section down here, I’ll\nadd a smart phone.

Now let’s make it join the Internal SSID.

To do that open it up and go to the config\ntab.

Then click on the Wireless0 interface, this\nis its WiFi radio.

Note here the SSID is default.

Then we have to select the kind of authentication.

It should be WPA2-PSK, and then the PSK pass\nphrase is Cisco123.

And that’s it, that’s all we have to do.

Note that the IP configuration is already\nset to DHCP.

So, if we wait a bit it should associate with\n

and then be able to communicate on the network.

Notice that you can see the association here\n

But there is a problem here, did you notice\nit?

Look at the IP address of the phone.

Even though we’re associated with the Internal\n

interface, which is in VLAN100 and should\n

got an IP address from the VLAN10 pool, the\nmanagement subnet.

Don’t worry, this isn’t a problem with\nour configurations.

If you did the same configurations with real\n

get an IP address from the correct pool.

Packet tracer just doesn’t behave accurately,\nunfortunately.

The goal of this lab was to practice some\n

Cisco WLC, and that’s what we did.

That’s all for this lab, thanks for watching.

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