CLPP - Lab2v0 3-WAN FR
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Transcript of CLPP - Lab2v0 3-WAN FR
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8/14/2019 CLPP - Lab2v0 3-WAN FR
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Goals & Restrictions
1. Advertise loopback with their original mask. (X= Rack no, Y=Device no)
a. Use 200.200.200.XY/32 for all loopback 0 in all routers
b. -
2. Network 0.0.0.0/0 SHALL not appear in any routing table
3. Dont use ip default network
4. All IP Address used in the topology MUST be accessible
5. Use conventional routing algorithms
Figure 3 Logical Topology
R1 R3
R5
R2
R4
R6BB1
/TS
S1/1 S1/2 S1/3
S1/4
S1/6
S1/5
S1/7
S1/0
S0/0/0 S0/1/0
S0/0/0
S0/0/1
S0/0/0
S0/0/0S0/0/0
S0/0/0
D51D100
D101
D51
D100
D101
FRAME RELAY
SWITCH
.254
54.1.1.0/24
54.1.2.0/24
54.1.3.0/24
.10
.60
.30 .31
.20
S0/0/1 S0/0/1 S0/1/1
S0/0/0
FRS
172.16.1.0/24
.1 .2D31 D32
Create point-to-
point Sub-
interface
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Undebug all; Document your findings
Change frame relay encapsulation to IETF ( with & without no frame-relay
inverse-arp)
DO all above show commands in all 3 routers:
Debug frame packet; reset frame interface; capture successful frame packets
exchange;
Undebug all; Document your findings
Configure compression in R1 frame relay circuit with stac algorithm
o show interfaces serial
o clear compress
o show compress
o debug compress
STEP 2 R6 only
Configure the frame relay configuration in router R6.
NO need to configure BB1.
Use point-to-point sub-interfaces in R6.
PING ALL 3 subnets BB1 IP address from R6
DO all show commands
Debug frame packet; reset frame interface; capture successful frame packets
exchange;
Undebug all
Figure 4 Full Mesh Frame Relay & Hub and spoke Frame Relay topology
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R1 R3
R5
R2
R4
S1/1 S1/2 S1/3
S1/4
S1/5
S1/0
S0/0/0 S0/1/0
S0/0/0
S0/0/0
S0/0/0D103
D301
D105
D501
D213
D204
D402
D305
D503
D312
FRAME RELAY
SWITCH
.10 .30.31
.50
.40
.20
S0/0/0
FRAME-RELAY
10.1.1.0/24
FRAME-RELAY
10.1.2.0/24
STEP 3
Shutdown frame-relay DTE interface from all the previous configurations
Configure the NEW frame relay configuration as the above diagram.
o Full Mesh Frame Relay Topology
o Hub & spoke partial mesh topology
o You only need to configure Frame-relay DTE
DO NOT use any subinterfaces in any routers
Use Static route only.
o Use specific static route that required only.
Do below show commands in all 4 routers:
o Show frame-relay pvc
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o Show frame-relay lmi
o Show frame route
o Show frame map
o Show interface serial ______
PING all the IP address from anyway including the loopback IPs.
STEP 4
Re-Configure the frame relay configuration as the above diagram.
o Full Mesh Frame Relay Topology
o Hub & spoke partial mesh topology
Use Subinterfaces in R1 & R2 only.
Re-Use Static routes only.
o Re-use specific static route that required only.
Do below show commands in all 4 routers:
o Show frame-relay pvc
o Show frame-relay lmi
o Show frame route
o Show frame map
o Show interface serial ______
PING all the IP address from anyway including the loopback IPs.
STEP 5
Document your observation
Answer below Questions:1. What is size of DLCI field in Frame-relay Header ? __________ bits
2. What is the purpose of DLCI field ?
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a. Logical Circuit IDb. Traffic ratec. Flag
3. Type of LMIs
a. Ciscob. Ansic. Q933a
4. An interface is by default a "multipoint" or point-to-point interface ?
5. In Multi-point interface is frame-relay inverse-arp is ON or OFF ?
6. In Point-to-point interface, is there is Inverse ARP used?
7. You can configure Frame Relay subinterfaces in point-to-point mode only
(TRUE or FALSE)
8. IP split horizon checking is enabled or disabled by default for Frame Relayencapsulation?
9. When remote router does not support Inverse ARP, you must define theaddress-to-DLCI table statically. (TRUE or FALSE)
10.Multipoint subinterfaces act like NBMA networks, as such they (do or donot?) resolve the split-horizon issues.
11.Multipoint interface require configuration of multiple subnets
12.Multipoint is applicable to point-to-point , partial mesh and full meshtopologies. (TRUE/FALSE)
13.Describe meanings of dynamic, broadcast , active ?Router#show frame-relay mapSerial0 (up): ip 3.1.3.2 dlci 140(0x8C,0x20C0), dynamic, broadcast,, status defined, active
14. -
Figure 5 PPP
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R1 R3 R2S0/0/1S0/0/1 S0/0/1 S0/1/1
172.16.1.0/30 172.16.1.4/30
Hostname R3
password cisco Hostname R2
password cisco
PPP AuthenticationPPP
STEP 6
Configure PPP protocols between R1, R3, R2
Ping all interfaces .
Add PPP authentication between R3 and R2
o R3 uses Use PAP
o R2 uses PAP or CHAP
o Show interface _______
o PPP Authentication
Change PPP authentication between R3 and R2
o R3 uses Use CHAP
o R2 uses PAP or CHAP
o Show interface _______
o PPP Authentication
Enable data compression predictor in R1 WAN Interface & make needed
configuration to ping R3
o show interfaces serial
o show compress
o show processes cpu
Document your findings
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Student feedback1. Time taken to finish each task and total
2. Difficulty level (1-10) ?
3. Feedback?
Reference :
http://www.alliancedatacom.com/frame-relay-tutorials.asp
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