1. Address assignment Eagle server Subnet D Subnet A PCs on subnetA DNS server Fa0/0 Fa0/1 S0/O R1 R2 SO/O Fa0/1 Fa0/0 PCs on subnct C PCson subnet B Subnet C Subnet B Figure 1. Topology diagram Figure 1 shows a network topology with five IP subnets. Notice that Subnet E covers the WAN between R1 and R2. By referring to your unique parameter web page you will find you have been allocated: The number of PCs on subnets A, B and C. An address range for you to use. A subnet mask length to use for ALL the five subnets. Your task is to assign IP addresses to the devices in the network. You will fill in Table 1 and Table 2 with appropriate information bearing in mind the values on your unique parameter web page and the following facts: In addition to the PCs, each router interface needs a "host" IP address and it is part of the subnet. Only the DNS server and Eagle server are on Subnet D. Switches are not allocated IP addresses in this network. PCs and servers are to be allocated the lowest IP addresses in each subnet. . Router interfaces are to be allocated the highest IP addresses in each subnet. The subnets are to be allocated in the order A, B, C, D and E, (i.e. A is the lowest address and E is the highest). In Table 2, it is only necessary to indicate the first and last address of the PCs in each subnet using the lowest block of addresses. 2. Analysis of address space usage You will submit an explanation encompassing: A statement on how many further subnets are available using the address range and mask that you have been allocated. A comment on how efficiently the address space you have been allocated has been used A brief description of how the address space you have been allocated could be utilised more efficiently to leave a maximum number of addresses free for future expansion. You should not state any actual addresses but rather provide a general description of the process used. 1. Address assignment Eagle server Subnet D Subnet A PCs on subnetA DNS server Fa0/0 Fa0/1 S0/O R1 R2 SO/O Fa0/1 Fa0/0 PCs on subnct C PCson subnet B Subnet C Subnet B Figure 1. Topology diagram Figure 1 shows a network topology with five IP subnets. Notice that Subnet E covers the WAN between R1 and R2. By referring to your unique parameter web page you will find you have been allocated: The number of PCs on subnets A, B and C. An address range for you to use. A subnet mask length to use for ALL the five subnets. Your task is to assign IP addresses to the devices in the network. You will fill in Table 1 and Table 2 with appropriate information bearing in mind the values on your unique parameter web page and the following facts: In addition to the PCs, each router interface needs a "host" IP address and it is part of the subnet. Only the DNS server and Eagle server are on Subnet D. Switches are not allocated IP addresses in this network. PCs and servers are to be allocated the lowest IP addresses in each subnet. . Router interfaces are to be allocated the highest IP addresses in each subnet. The subnets are to be allocated in the order A, B, C, D and E, (i.e. A is the lowest address and E is the highest). In Table 2, it is only necessary to indicate the first and last address of the PCs in each subnet using the lowest block of addresses. 2. Analysis of address space usage You will submit an explanation encompassing: A statement on how many further subnets are available using the address range and mask that you have been allocated. A comment on how efficiently the address space you have been allocated has been used A brief description of how the address space you have been allocated could be utilised more efficiently to leave a maximum number of addresses free for future expansion. You should not state any actual addresses but rather provide a general description of the process used
