Difference between revisions of "BO CCNA Course/coursematerials/Frame Relay Setup"
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m (Created page with "Configure the following setup in Packet Tracer {| |800px|left|thumb|Setup |} ==Tasks== #Drag a Generic WAN emulation cloud into the working area #Con...") |
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#Connect the Routers and end devices in Cisco Packet Tracer as shown in the topology | #Connect the Routers and end devices in Cisco Packet Tracer as shown in the topology | ||
#Configure hostname and basic setup on all routers. | #Configure hostname and basic setup on all routers. | ||
− | #Configure IP addresses on the serial connections | + | #Configure IP addresses and DLCIs on the serial connections |
##HQ Router should use the first usable IP address in the range | ##HQ Router should use the first usable IP address in the range | ||
##Dallas Router should have the last usable IP address in the range | ##Dallas Router should have the last usable IP address in the range | ||
+ | ##Configure the correct DLCI with the '''frame-relay interface-dlci <DLCI>''' command | ||
<br/> | <br/> | ||
'''What LMI protocol is used on the Serial connection?''' | '''What LMI protocol is used on the Serial connection?''' | ||
<br/> | <br/> | ||
<br/> | <br/> | ||
− | '''Are the 2 | + | '''Are the 2 routers able to ping each other?''' |
<br/> | <br/> | ||
#Configure the LAN interface with the first usable IP address in the range | #Configure the LAN interface with the first usable IP address in the range | ||
#Configure the hosts with the last usable IP address in the range. | #Configure the hosts with the last usable IP address in the range. | ||
− | #Configure OSPF on the 2 Routers | + | #Configure OSPF on the 2 Routers(remember to configure the FR interface for OSPF broadcast <ip ospf network broadcast>) |
#Disable LMI and create static Frame Relay maps | #Disable LMI and create static Frame Relay maps | ||
<br/> | <br/> | ||
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<br/> | <br/> | ||
#Use some of the show commands you know to verify Frame Relay connectivity | #Use some of the show commands you know to verify Frame Relay connectivity | ||
+ | ===Extra Task=== | ||
+ | #Connect another brance to the framerelay cloud | ||
+ | #Configure FrameRelay to be a full-mesh topology. | ||
+ | #Configure Sub-interfaces instead of multipoint connections | ||
+ | |||
+ | ===Notes=== | ||
+ | *[http://www.cisco.com/en/US/tech/tk365/technologies_tech_note09186a008009470d.shtml Initial Configurations for OSPF over Non-Broadcast Links] |
Latest revision as of 10:37, 23 August 2012
Configure the following setup in Packet Tracer
Tasks
- Drag a Generic WAN emulation cloud into the working area
- Configure serial 0 with a DLCI of 102 and name HQ-Dallas
- Configure serial 1 with a DLCI of 201 and name Dallas-HW
- Create a Frame Relay mapping as shown in Fig. 4
- Connect the Routers and end devices in Cisco Packet Tracer as shown in the topology
- Configure hostname and basic setup on all routers.
- Configure IP addresses and DLCIs on the serial connections
- HQ Router should use the first usable IP address in the range
- Dallas Router should have the last usable IP address in the range
- Configure the correct DLCI with the frame-relay interface-dlci <DLCI> command
What LMI protocol is used on the Serial connection?
Are the 2 routers able to ping each other?
- Configure the LAN interface with the first usable IP address in the range
- Configure the hosts with the last usable IP address in the range.
- Configure OSPF on the 2 Routers(remember to configure the FR interface for OSPF broadcast <ip ospf network broadcast>)
- Disable LMI and create static Frame Relay maps
Is Routing working as expected?
- Use some of the show commands you know to verify Frame Relay connectivity
Extra Task
- Connect another brance to the framerelay cloud
- Configure FrameRelay to be a full-mesh topology.
- Configure Sub-interfaces instead of multipoint connections