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Network design , switch , cable construtcion, ip addressing, Lecture notes of Network Design

Network design , switch , cable construtcion

Typology: Lecture notes

2019/2020

Uploaded on 02/17/2020

nayla-greige
nayla-greige 🇱🇧

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PART 1: IP Addressing:
1.1 Determine the host and network portions of the IP address
With the following IP host addresses, indicate the following:
• Class of each address
• Network address or ID
• Host portion
• Broadcast address for this network
• Default subnet mask
The host portion will be all zeros for the network ID. Enter just the octets that make up the host. The
host portion will be all ones for a broadcast. The network portion of the address will be all ones for
the subnet mask. Fill in the following table:
1.2 Given an IP address of 142.226.0.15 and a subnet mask of 255.255.255.0, answer the following
questions:
What is the binary equivalent of the second octet? ________________________________________
What is the class of the address? _________________________________________________
What is the network address of this IP address? ______________________________________
Is this a valid IP host address (Y/N)? ______________________________________________
Why or why not? ______________________________________________________________
PART 2: Subnets
2.1 Topology A: Peer-to-peer network
Step 1: Connect the PCs to create a peer-to-peer network.
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PART 1: IP Addressing: 1.1 Determine the host and network portions of the IP address With the following IP host addresses, indicate the following:

  • Class of each address
  • Network address or ID
  • Host portion
  • Broadcast address for this network
  • Default subnet mask The host portion will be all zeros for the network ID. Enter just the octets that make up the host. The host portion will be all ones for a broadcast. The network portion of the address will be all ones for the subnet mask. Fill in the following table: 1.2 Given an IP address of 142.226.0.15 and a subnet mask of 255.255.255.0, answer the following questions: What is the binary equivalent of the second octet? ________________________________________ What is the class of the address? _________________________________________________ What is the network address of this IP address? ______________________________________ Is this a valid IP host address (Y/N)? ______________________________________________ Why or why not? ______________________________________________________________ PART 2: Subnets 2.1 Topology A: Peer-to-peer network Step 1: Connect the PCs to create a peer-to-peer network.

Step 2: Verify physical connectivity. Step 3: Change IPv4 address for PC-B. Step 4: Test network connectivity between the 2 PCs. a. From PC-B, right-click Start , and select Command Prompt. b. At the command prompt, type ping 192.168.2.2 and press Enter. Was it successful? Explain.




c. What type of networking device would allow the PCs to communicate even though they are on different networks?


Step 5: Change IPv4 address for PC-A in order to be on the same physical network. Step 6: Test network connectivity between the 2 PCs. 2.2 Topology B: Without subnets In the picture below we have one huge network: 10.0.0.0/24. All hosts on the network are in the same subnet. Explain the disadvantage of this scenario.