You are tasked with designing a network for a company that has offices in four locations: Kentucky, Ohio, Michigan, and Indiana. Each location will be represented by one router and an accompanying PC. The four routers will have point-to-point connections with one another. Design a subnetting plan for this network that meets the following requirements: ⚫ Use the Class C private network 192.168.1.0 for your point-to-point connections. These subnets will all have the same mask. When selecting one, consider the fact that these subnets only need two usable IP addresses; find the smallest mask that will support this. ⚫ Using the Class A private network 10.0.0.0, create a subnetting scheme that uses the least number of IP addresses possible for the following number of hosts in each location: 。 Kentucky: 500 o Ohio: 2000 o Michigan: 1000 o Indiana: 250 ⚫ When dividing the 10.0.0.0 block, please make sure you start from the location with the largest host count to the one with the smallest. For example, the mask that you use for the Ohio network should be used first, followed by Michigan and so on. This reduces the number of IP addresses you use, which is a requirement for this assignment. Q1.1: Use the following table to create your VLSM design. Please use CIDR notation for your subnet masks. Some cells have been filled out for you, though you can start plotting the Class C subnets on any serial point-to-point connection pair you want. LOCATION SUBNET MASK SUBNET ID LOCAL AREA NETWORKS Ohio Michigan Kentucky Indiana SERIAL POINT-TO-POINT CONNECTIONS FIRST USABLE HOST ADDR. LAST USABLE HOST ADDR. 10.0.0.1 Kentucky to 192.168.1.0 BROADCAST ADDR. Ohio Ohio to Michigan Michigan to Indiana Indiana to Kentucky 192.168.1.1
You are tasked with designing a network for a company that has offices in four locations: Kentucky, Ohio, Michigan, and Indiana. Each location will be represented by one router and an accompanying PC. The four routers will have point-to-point connections with one another. Design a subnetting plan for this network that meets the following requirements:
⚫ Use the Class C private network 192.168.1.0 for your point-to-point connections. These subnets will all have the same mask. When selecting one, consider the fact that these subnets only need two usable IP addresses; find the smallest mask that will support this.
⚫ Using the Class A private network 10.0.0.0, create a subnetting scheme that uses the least number of IP addresses possible for the following number of hosts in each location:
。 Kentucky: 500
o Ohio: 2000
o Michigan: 1000
o Indiana: 250
⚫ When dividing the 10.0.0.0 block, please make sure you start from the location with the largest host count to the one with the smallest. For example, the mask that you use for the Ohio network should be used first, followed by Michigan and so on. This reduces the number of IP addresses you use, which is a requirement for this assignment.
Q1.1: Use the following table to create your VLSM design. Please use CIDR notation for your subnet masks. Some cells have been filled out for you, though you can start plotting the Class C subnets on any serial point-to-point connection pair you want.
LOCATION
SUBNET MASK
SUBNET ID
LOCAL AREA NETWORKS
Ohio
Michigan Kentucky
Indiana
SERIAL POINT-TO-POINT CONNECTIONS
FIRST USABLE HOST ADDR.
LAST USABLE HOST ADDR.
10.0.0.1
Kentucky to
192.168.1.0
BROADCAST ADDR.
Ohio
Ohio to
Michigan
Michigan to
Indiana
Indiana to
Kentucky
192.168.1.1
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