Part 1: Physical Cabling

 

Create the system indicated in the diagram.

 

 

Part 2: BasicConfiguration

 

• Assign each device the correct Hostnameaccording to the Topology sheet i.e. Toronto, Vancouver, Calgary & New York
• Configure a meaningful warningbanner on each device
• Configure loggingsynchronous on the Console line

Part 3: IP AddressConfiguration

• Configure IP addressing on devices as below:

 

Part 4: SerialConnection Setup

• Configure serialconnections to use PPP encapsulation
• Configure DCE ends with a clockrate of 1,000,000

 

Part 5: OSPFv4

• Configure OSPFv4:
  • Toronto:
    • RID: 1.1.1.1
    • Serial Links to Vancouver & Calgary: Area 0
    • Loopback10: Area 10
    • Reference Bandwidth: 10,000
  • Vancouver:
    • RID: 2.2.2.2
    • Serial Links to Toronto & Calgary: Area 0
    • Loopback20: Area 20
    • Reference Bandwidth: 10,000
  • Calgary:
    • RID: 3.3.3.3
    • Serial Links to Toronto & Vancouver: Area 0
    • Loopback30: Area 30
    • Reference Bandwidth: 10,000

Part 6: OSPFv6

• Configure OSPFv6:
  • Toronto:
    • RID: 10.10.10.10
    • Serial Link to New York: Area 0
    • Loopback100: Area 100
    • Reference Bandwidth: 10,000
• New York:
  • RID: 20.20.20.20
  • Serial Link to Toronto: Area 0
  • Loopback200: Area 200
  • Reference Bandwidth: 10,000

Part 7: PPP on IPv4 Links

• Configure the IPv4 seriallinks with CHAP authentication as per the chart below. Once complete, all IPv4 routers should become adjacent and exchange routes to loopbacks.

Part 8: PPP on IPv6 Link

• Configure the IPv6 seriallink between Torontoand New York with CHAP authentication as per the chart below. Once complete, the two IPv6 routers should becomeadjacent and exchange routes to loopbacks.

 

Part 9: Submission

• Capture the following commandson each device and paste them all in sequencein one document
• Show Running-Configuration
• Show ip Route
• Show ip protocols
   
   
   

LINK A 2901 Vancouver 2901 Toronto LINK B LINK Z LINK C 2901 Calgary 2901 New York