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Lab Subletting Network Topologies Objectives Parts 1 to 5, for each network topology: Determine the number of subnets. Design an appropriate addressing scheme. Assign addresses and subnet mask pairs

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How to fill out subnetting network topologies:

1. Determine the network requirements: Before filling out subnetting network topologies, you need to analyze the network requirements and understand the number of devices, IP addresses, and the desired network structure.
2. Choose an appropriate subnet mask: Select a subnet mask that allows for the desired number of subnets and hosts within each subnet. A larger subnet mask provides more subnets but fewer hosts per subnet, while a smaller subnet mask allows for more hosts but fewer subnets.
3. Calculate the subnet addresses: Based on the subnet mask, calculate the network and subnet addresses for each subnet. This involves dividing the IP address range into subnets and assigning a unique address to each subnet.
4. Assign IP addresses to devices: Once the subnet addresses are determined, assign IP addresses to the devices within each subnet. Ensure that the IP addresses do not conflict with each other and fall within the range of the respective subnet.
5. Configure routing: If multiple subnets are involved, configure routing between them to enable communication. This involves setting up routing tables or configuring routers to forward packets between subnets.

Who needs subnetting network topologies:

1. Network administrators: Subnetting network topologies are crucial for network administrators who are responsible for designing and managing networks. They need to understand how to subnet effectively to optimize network performance, manage IP address allocation, and ensure efficient routing.
2. IT professionals: IT professionals, including system administrators and network engineers, benefit from subnetting network topologies knowledge. It helps them troubleshoot network issues, plan for network expansions, and allocate IP addresses effectively.
3. Network designers: Professionals involved in designing networks, such as network architects and consultants, require knowledge of subnetting network topologies. They use subnetting to design scalable and efficient network architectures that meet the specific requirements of organizations.

In conclusion, subnetting network topologies require following a step-by-step process of determining network requirements, selecting a subnet mask, calculating subnet addresses, assigning IP addresses, and configuring routing. This knowledge is valuable for network administrators, IT professionals, and network designers in effectively managing and optimizing networks.

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