# PPP Frame Relay LAB

Video Activity

PPP Frame Relay Lab For this lab, we create a PPP Frame Relay session. You'll learn how to do this step by step and why you'll end up with 3 networks. We'll discuss and demonstrate why PPP doesn't require a layer 3 binding, what the LMIs reveal and how to check the routing table for routing data updates and what the ping confirms after the PPP sess...

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Time
15 hours 34 minutes
Difficulty
Intermediate
CEU/CPE
16
Video Description

PPP Frame Relay Lab For this lab, we create a PPP Frame Relay session. You'll learn how to do this step by step and why you'll end up with 3 networks. We'll discuss and demonstrate why PPP doesn't require a layer 3 binding, what the LMIs reveal and how to check the routing table for routing data updates and what the ping confirms after the PPP session has been created.

Video Transcription
00:03
we're going to do point to point frame
00:07
a point to point frame. Really?
00:09
So four point a point frame. Really? Route one and five
00:13
language in one in five of the PVC between one and five.
00:17
The view see between two and five. And the PVC between three and five
00:22
and vice versa are going to be in their own separate sub nets.
00:27
So let's work out the i p address ing part of this first.
00:34
So my first network, we're gonna use our 1 50 network again.
00:39
I've arranged the routers and ah, none the housekeeping stuff already
00:44
so we can move on with a friend. Really? Lab.
00:47
So our first network is going to be We're gonna have three networks, one between five and 11 between five and two and the last one between five. And three.
00:56
Since each PVC is gonna reside in its own subjects.
01:00
1 51 01
01:03
\$45.0 slash 30 is our first network.
01:07
And since this is pointed point, it has to be slashed. 30.
01:11
Got one. I'm gonna assign to
01:15
as zero slash zero size 0.1 off route or five.
01:23
Actually, let's make this doubt too.
01:26
A 0001 off router one
01:30
and then
01:32
dot too.
01:36
I'm gonna sign
01:42
to as 000
01:46
0.1 or the first up interface on ratified
01:51
then 0.3 is going to be my broadcast.
01:56
So I can't use this
01:59
next network is gonna be 1 51 01 45.4 slash 30
02:07
dot
02:09
five.
02:12
I'm going to assign to,
02:15
as you know, 0.1 on
02:19
router
02:21
kill
02:23
and just works out this way 0.6 is going to be assigned to
02:29
as 0.2
02:34
on route or five.
02:36
And the last network's gonna be 1 51 01
02:39
45 dot
02:40
Well,
02:43
that seven is going to be my broadcast,
02:46
and I can't use that.
02:47
Okay,
02:49
1 51 1 45.8 is going to be
02:53
last 30 is going to be the next network.
02:57
And I'm gonna sign 0.9
03:00
two
03:02
as 0.1 of router three
03:08
and san is going to be
03:14
as 00
03:15
slash zero
03:17
0.3 over out or five. So Router five will have 372 faces
03:24
with addresses dot to 0.0.6 and not 10
03:30
connected to the first up interface connected to a router. Ones for seven to face. The 2nd 7 device connected to a router. Tools for someone to face
03:38
and the turn. Some interface connected to a router. Three. Sub interface.
03:42
So
03:45
it's going to write or five
03:49
in able fix tea
03:53
I nt 000
03:58
encapsulation frame reeling.
04:02
No shut down
04:08
Do show frame relay
04:14
l and I
04:16
do not e d'oh and I'm getting my alum eyes a double check and the incremental did.
04:26
Next I'm going to create my first sub interface.
04:32
So Interface Serial 0.1 space question mark.
04:40
And this time this is going to be a point to point sub interface.
04:44
So point to point
04:47
and I'm going to assign it in i p address. I'd be address.
04:56
Let's see what mattress was for the
04:59
0.1 interface. It's not too
05:02
05:04
1 51 01 45 dot 2255255255 to 52.
05:12
Then remember guys del C 501 Do show frame PVC
05:19
Did L C five or one is going to rather one
05:23
I'll see if I want to is going to write her, too, and L C five or three is going to rob her three.
05:28
So this is my first up into fees, which is going to rather one.
05:30
So I used the frame relay interface del C
05:34
five or one command
05:36
to assigned LC 501 to this point of points of interface.
05:42
Next,
05:43
I create my second sub interface into face cereal as 0.2 point to point,
05:51
and my I P address on that interface is going to be 1 51 01 45 not Let's check our notes The dot to sub into freezing water five. Has an address about six,
06:02
so I will simply change this last field
06:06
2.6
06:09
and frame relay
06:12
into face. Del C 50 to Desi 502 goes to round two.
06:18
Next, with the magic of the apparel key, I will create my 0.372 face
06:26
and I will assign it in I p address. Let's check our note pad again.
06:31
An address off 1 51 1 \$45.10
06:35
so
06:39
doubt six gets changed. You've got 10
06:42
So I signed the I P address 1 51 1 45.10
06:46
frame relay Interfaced LC 503
06:51
We're done with Rod or five.
06:54
My new show run.
06:58
You see, I've created three Del sees three sub interfaces each carrying del C 5035 or two and five or one
07:06
and the Zen three separate subjects.
07:14
If I execute the show frame Really map demand.
07:18
You see that there is no I p address present here.
07:23
This is kind of beyond the scope of C C N A. But point to point interfaces don't need a layer to to live three binding. So you just assign the DLC to this point to this seven to face and it works.
07:35
You don't need the I. P a. The other end. Nor is there any inverse are done.
07:41
Okay, let's go to Router 23 and 112 and three and get him done real quick.
07:46
So I go to rather one
07:51
go under interface
07:55
changeling encapsulation to frame relay.
07:59
No shut
08:00
check to see if I'm sending and receiving Elem eyes
08:09
and it
08:09
implemented from 3 to 4.
08:13
The p. D l c I'm receiving at this end is do show frame.
08:18
PVC is 105 If you remember from our point to point line,
08:22
then I create a sub interface. I nt a 0.1
08:28
point to point
08:31
I signed in I p address I p address 1 51 a 1 45
08:37
1 51 1 45 dot Let's check to see
08:43
Router one is supposed to be 10.1.
08:46
So
08:48
this is going to be 0.12555555
08:54
2 52
08:56
and then assigned the DLC to the interface with the frame relay interface. They'll see 105 command,
09:03
We're done with the router one. Let's go do a round or two
09:13
I nt is there was zero changing cap to frame. Really know Shut the interface.
09:20
New show frame. L am I I'm receiving l m. I
09:26
wait a few seconds and it implemented from 2 to 3. So I'm still receiving Elem eyes. Do show frame T v c.
09:35
My received Elsie is two or five.
09:37
So I signed my i p address 1 51 a 1 45 dot
09:43
Let's check our table for Outer two's address. It's not five,
09:48
not five
09:50
Last 30 Mask and then assigned the DLC to the interface with the frame relay interface. Chelsea two or five Command
10:00
and let's Go do Router three. Our last router
10:07
I n t
10:09
as 000 cap frame.
10:13
No shut
10:16
new show frame l and I.
10:20
I have received two l allies
10:22
and an instrumented to three.
10:26
So I'm receiving elem eyes. Do show frame.
10:30
PVC,
10:31
my dell, See, is
10:35
305
10:37
I signed this an I p address 1 51 No. 1 45 dot
10:41
What did we pay for our three? We picked that nine
10:50
signed the I pee and then frame Really interfaced l C three or five signed l C three or five to router three.
10:58
Let's go check our work. Make sure the weaken ping. And if we can ping all two hours from right or five, we have successfully configured point to point frame. Really?
11:07
So from rather five, I'm gonna paying that 1.5 and 0.9
11:13
15 and nine.
11:16
I'm going to paint
11:18
1 51 01 \$45.1 and things.
11:22
Not five things and not nine. And it pings.
11:28
This concludes our point to point frame relay lecture
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