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network is shown above. The Internet Service Provider (ISP) provides the following nformation to connect the corporate network to the Internet. The CIDR range given for the company: 124.34.52.0/21 The address of the ISP router (also called "Gateway address"): 124.34.63.254 Configure the network by giving CIDR blocks for each company subnet and IP addresses for each station and router knowing that: For Ethernet 1, we need 514 hosts to connect. For Ethernet 2 we need 50 hosts to connect. For Ethernet 3 we need 123 hosts to connect. For the Token Ring network we need 132 hosts to connect.

network is shown above. The Internet Service Provider (ISP) provides the following nformation to connect the corporate network to the Internet. The CIDR range given for the company: 124.34.52.0/21 The address of the ISP router (also called "Gateway address"): 124.34.63.254 Configure the network by giving CIDR blocks for each company subnet and IP addresses for each station and router knowing that: For Ethernet 1, we need 514 hosts to connect. For Ethernet 2 we need 50 hosts to connect. For Ethernet 3 we need 123 hosts to connect. For the Token Ring network we need 132 hosts to connect.

Systems Architecture
Systems Architecture
7th Edition
ISBN:9781305080195
Author:Stephen D. Burd
Publisher:Stephen D. Burd
Chapter13: Internet And Distributed Application Services
Section: Chapter Questions
Problem 15VE
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You are hired to design and manage a network of a company. The topology of the network is shown above. The Internet Service Provider (ISP) provides the following information to connect the corporate network to the Internet. The CIDR range given for the company: 124.34.52.0/21 The address of the ISP router (also called "Gateway address"): 124.34.63.254 Configure the network by giving CIDR blocks for each company subnet and IP addresses for each station and router knowing that: For Ethernet 1, we need 514 hosts to connect. For Ethernet 2 we need 50 hosts to connect. For Ethernet 3 we need 123 hosts to connect. For the Token Ring network we need 132 hosts to connect. You need to take into account the gateway addresses that need to be allocated for each of the subnets. Assign IP addresses to hosts A, B, C and D and IP addresses to the router gateway interfaces. DON'T FORGET TO FILL-IN THE BLANKS BELOW. Computer B Internet Ethernet 1 Computer C Computer A Ethernet 2 Router 1 Token Ring 1 Bridge Router 2 Token Ring 2 Ethernet 3 Computer D
Transcribed Image Text:You are hired to design and manage a network of a company. The topology of the network is shown above. The Internet Service Provider (ISP) provides the following information to connect the corporate network to the Internet. The CIDR range given for the company: 124.34.52.0/21 The address of the ISP router (also called "Gateway address"): 124.34.63.254 Configure the network by giving CIDR blocks for each company subnet and IP addresses for each station and router knowing that: For Ethernet 1, we need 514 hosts to connect. For Ethernet 2 we need 50 hosts to connect. For Ethernet 3 we need 123 hosts to connect. For the Token Ring network we need 132 hosts to connect. You need to take into account the gateway addresses that need to be allocated for each of the subnets. Assign IP addresses to hosts A, B, C and D and IP addresses to the router gateway interfaces. DON'T FORGET TO FILL-IN THE BLANKS BELOW. Computer B Internet Ethernet 1 Computer C Computer A Ethernet 2 Router 1 Token Ring 1 Bridge Router 2 Token Ring 2 Ethernet 3 Computer D
What is total number of granted addresses by the ISP? What is the number of unallocated addresses? Format required for IPs is x.y.z.w/n. Addresse IP of A: Addresse IP of B: Addresse IP of C: Addresse IP of D: Addresse IP, R1 interface a: Addresse IP, R1 interface b: Addresse IP, R1 interface c: Addresse IP, R2 interface a: Addresse IP, R2 interface b: Addresse IP, R2 interface c:_ Addresse IP, R2 interface d: IP range of S1: IP range of S2: IP range of S3: IP range of S4:
Transcribed Image Text:What is total number of granted addresses by the ISP? What is the number of unallocated addresses? Format required for IPs is x.y.z.w/n. Addresse IP of A: Addresse IP of B: Addresse IP of C: Addresse IP of D: Addresse IP, R1 interface a: Addresse IP, R1 interface b: Addresse IP, R1 interface c: Addresse IP, R2 interface a: Addresse IP, R2 interface b: Addresse IP, R2 interface c:_ Addresse IP, R2 interface d: IP range of S1: IP range of S2: IP range of S3: IP range of S4:
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