Design and configure routers and hosts (but switches) in the network by allocating each IP addresses...

 

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Design and configure routers and hosts (but switches) in the network by allocating each IP addresses in an appropriate and minimal range (to maximise the spare ranges for future use) as shown in Figure 1 using Packet Tracer, and verify the connectivity fully works across the network including inter and intra networks. Notes: 1. Use 'ping' to verify connectivity 'successful' status 2. Display names and IP addresses of devices and interfaces on the Packet Tracer screen 3. Use/design smallest subnet mask for each network where possible 4. Show the subnetting scheme in a single page in your presentation 5. Check 'no auto-summary' command, which will be required to configure routing protocol such as RIP and EIGRP Task 2 Layer 2 Implementation and Analysis In Subnet A, redesign and configure the network to allocate VLAN10 and VLAN 20 for 2 hosts by allocating each IP addresses in an appropriate range. Check connectivity within the same and different VLANs. Demonstrate how Layer 2 and Layer 3 work differently by enabling and disabling the R1 interface, and analyse the results and explain why it was a 'success' or 'failure'. Task 3 Layer 3 Evaluation In Subnet B, clear the ARP table of devices, and ping from a host in Subnet B to a host in Subnet C. Evaluate and analyse how Layer 2 and Layer 3 addresses (source and destination) are allocated in each network's ingress andctiv egress interfaces. For example, what address is and is not changed at the router interfaces with Subnet A and C? to Explain why and justify your answers. SUBNET A $1 R1 SUBNET C $3 R2 Figure 1 Network topology. SUBNET B 52 Design and configure routers and hosts (but switches) in the network by allocating each IP addresses in an appropriate and minimal range (to maximise the spare ranges for future use) as shown in Figure 1 using Packet Tracer, and verify the connectivity fully works across the network including inter and intra networks. Notes: 1. Use 'ping' to verify connectivity 'successful' status 2. Display names and IP addresses of devices and interfaces on the Packet Tracer screen 3. Use/design smallest subnet mask for each network where possible 4. Show the subnetting scheme in a single page in your presentation 5. Check 'no auto-summary' command, which will be required to configure routing protocol such as RIP and EIGRP Task 2 Layer 2 Implementation and Analysis In Subnet A, redesign and configure the network to allocate VLAN10 and VLAN 20 for 2 hosts by allocating each IP addresses in an appropriate range. Check connectivity within the same and different VLANs. Demonstrate how Layer 2 and Layer 3 work differently by enabling and disabling the R1 interface, and analyse the results and explain why it was a 'success' or 'failure'. Task 3 Layer 3 Evaluation In Subnet B, clear the ARP table of devices, and ping from a host in Subnet B to a host in Subnet C. Evaluate and analyse how Layer 2 and Layer 3 addresses (source and destination) are allocated in each network's ingress andctiv egress interfaces. For example, what address is and is not changed at the router interfaces with Subnet A and C? to Explain why and justify your answers. SUBNET A $1 R1 SUBNET C $3 R2 Figure 1 Network topology. SUBNET B 52

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Topology R1 Routeren Routerconf t Enter configuration commands one per line End with CNTLZ Routercon... View the full answer