buy new 1. Design Description Antall and middle en place to the ISP through a serial work and then access to the Internet. The company's plan is as follows en stem IP addresses use the private ses. The age is from 192.168.1.04 to 192.168.5024 Iniemal computers access to external networks based on NATO is only required to make a configuration without venification In ander meet the needs of the management, the isted divide in five VLAN They VLANI, VLAN, VLAN, VLAN, VLAN network address, 202.199.100.101/30. the IP adide for the a company to the external etwork (4) The network management works VLANI The network adau CADDE (9) The server works in VLANIO. The networks clast CADDE There are computers in the development work They working in VLANO The office work to computers. They we working in VLANO There we 10 computer in the production network They are working in VLAN 191 The data can be transferred between every VLAN Picane design the network conding to the shore 2. Reference topology (1) The PCI and PC belong to VLAN20 The 2nd PCS belong to VLANS, (41 The cling to work management's network is working in VLANI The Server belong to server's network in working in VLANIO (6) AR2 is wed to simulate the external work. The Interface is $400. IP address is 202.199.100.102/30 3. IP address allocation table Table: the ble of IP adres maigument (lactating the ) The Other parameters are explained in the design file 1. Design Description A small and middle enterprise plans to connect to the ISP through a serial network and then access to the Internet. The company's plan is as follows: (1) Internal IP addresses use the private addresses. The range is from 192.168.1.0/24 to 192.168.5.0/24. Internal omputers access to external networks based on NAT.(It is only required to make a configuration without verification). (2) In order to meet the needs of the management, the company network is requested to divide into five VLANs. They are VLANI, VLAN10, VLAN20, VLAN30, VLAN40. (3) The company's internal computers use a public network address, 202.199.100.101/30, as the IP address for the company to access the external network. (4) The network management works in VLANI. The network uses a class C ADDF. (5) The server works in VLANIO. The network uses a class C ADDF. (6) There are 360 computers in the development network. They are working in VLAN20. (7) The office network has 50 computers. They are working in VLAN30. (8) There are 10 computers in the production network. They are working in VLAN40. (9) The data can be transferred between every VLAN. Please design the network according to the above requirements. 2. Reference topology (1) The PCI and PC4 belong to VLAN20; (2) The PC2 and PC5 belong to VLAN30; (3) The PC3 and PC6 belong to VLAN40; (4) The PC7 belong to network management's network. It is working in VLANI; (5) The Serverl belong to server's network. It is working in VLAN10; (6) AR2 is used to simulate the external network. The interface is S4/0/0. IP address is 202.199.100.102/30. R AR2 .COM PCB Server1 LSW1 R ARI PC7 LSW2 LSW3 PC1 PC2 PC3 PCA PCS PC6 3. IP address allocation table Tablel : the table of IP address assignment (Including the interface address of router) The network of network management IP: Gateway: The network of server Subnet mask: The network of development IP: Subnet mask: Gateway IP: Subnet mask: Gateway: The network of office IP: The network of production Subnet mask: Gateway IP: Subnet mask: Gateway: ARI G IS Other parameters are explained in the design file. buy new 1. Design Description Antall and middle en place to the ISP through a serial work and then access to the Internet. The company's plan is as follows en stem IP addresses use the private ses. The age is from 192.168.1.04 to 192.168.5024 Iniemal computers access to external networks based on NATO is only required to make a configuration without venification In ander meet the needs of the management, the isted divide in five VLAN They VLANI, VLAN, VLAN, VLAN, VLAN network address, 202.199.100.101/30. the IP adide for the a company to the external etwork (4) The network management works VLANI The network adau CADDE (9) The server works in VLANIO. The networks clast CADDE There are computers in the development work They working in VLANO The office work to computers. They we working in VLANO There we 10 computer in the production network They are working in VLAN 191 The data can be transferred between every VLAN Picane design the network conding to the shore 2. Reference topology (1) The PCI and PC belong to VLAN20 The 2nd PCS belong to VLANS, (41 The cling to work management's network is working in VLANI The Server belong to server's network in working in VLANIO (6) AR2 is wed to simulate the external work. The Interface is $400. IP address is 202.199.100.102/30 3. IP address allocation table Table: the ble of IP adres maigument (lactating the ) The Other parameters are explained in the design file 1. Design Description A small and middle enterprise plans to connect to the ISP through a serial network and then access to the Internet. The company's plan is as follows: (1) Internal IP addresses use the private addresses. The range is from 192.168.1.0/24 to 192.168.5.0/24. Internal omputers access to external networks based on NAT.(It is only required to make a configuration without verification). (2) In order to meet the needs of the management, the company network is requested to divide into five VLANs. They are VLANI, VLAN10, VLAN20, VLAN30, VLAN40. (3) The company's internal computers use a public network address, 202.199.100.101/30, as the IP address for the company to access the external network. (4) The network management works in VLANI. The network uses a class C ADDF. (5) The server works in VLANIO. The network uses a class C ADDF. (6) There are 360 computers in the development network. They are working in VLAN20. (7) The office network has 50 computers. They are working in VLAN30. (8) There are 10 computers in the production network. They are working in VLAN40. (9) The data can be transferred between every VLAN. Please design the network according to the above requirements. 2. Reference topology (1) The PCI and PC4 belong to VLAN20; (2) The PC2 and PC5 belong to VLAN30; (3) The PC3 and PC6 belong to VLAN40; (4) The PC7 belong to network management's network. It is working in VLANI; (5) The Serverl belong to server's network. It is working in VLAN10; (6) AR2 is used to simulate the external network. The interface is S4/0/0. IP address is 202.199.100.102/30. R AR2 .COM PCB Server1 LSW1 R ARI PC7 LSW2 LSW3 PC1 PC2 PC3 PCA PCS PC6 3. IP address allocation table Tablel : the table of IP address assignment (Including the interface address of router) The network of network management IP: Gateway: The network of server Subnet mask: The network of development IP: Subnet mask: Gateway IP: Subnet mask: Gateway: The network of office IP: The network of production Subnet mask: Gateway IP: Subnet mask: Gateway: ARI G IS Other parameters are explained in the design file
