Q2: Study of LAN Environment Find out information about the network in your Development & Testing...

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Q2: Study of LAN Environment Find out information about the network in your Development & Testing lab and fill in details below: 1. Total Number of computers in your lab 2. Find details of any 5 computers MAC Address IP Address LAN Speed Default Host Name Subnet Mask 1 2 4 5 3. Are the IP addresses assigned to the machines statically or dynamically 4. Does the network have a DHCP server 5. If yes, what is the address of the server 6. How many servers are configured Detail of Servers IP Address 1 2 3 7. Cables a Type: MAC Address b. Is it coaxial / twisted pair or fiber optic cable? Purpose c. Cable bandwidth d. Maximum cable length limit e. Connector used 8. Switches: No Company Name MAC address No. of ports Managed/ Unmanaged 1 2 3 4 5 9. Routers: No Company Name 2 3 No./Types of ports Port speed IP address IP's of Machines connected to the switch 10. Is there wi-fi capability in the LAN? If yes, i. What is the Wi-fi access point address? ii. How many devices / IP addresses does it support? iii. What is the bandwidth? If no, iv. What additional devices are needed? v. Where will you connect them? vi. What will be its IP address? 11. Is there internet access in the lab? If not, what changes to the hardware/software must be made? If yes, what is the IP address of the router / gateway? 12. Draw the Network Topology (show how machines and servers are connected using connectivity devices) 13. If 20 more machines have to be added to the network, what changes must be made to the network? 14. If the network is to be divided into four subnetworks having 50 machines each, give a plan to do so. What additional devices will be needed? Give the IP address of each subnetwork and the address ranges for hosts in each subnetwork. Q2: Study of LAN Environment Find out information about the network in your Development & Testing lab and fill in details below: 1. Total Number of computers in your lab 2. Find details of any 5 computers MAC Address IP Address LAN Speed Default Host Name Subnet Mask 1 2 4 5 3. Are the IP addresses assigned to the machines statically or dynamically 4. Does the network have a DHCP server 5. If yes, what is the address of the server 6. How many servers are configured Detail of Servers IP Address 1 2 3 7. Cables a Type: MAC Address b. Is it coaxial / twisted pair or fiber optic cable? Purpose c. Cable bandwidth d. Maximum cable length limit e. Connector used 8. Switches: No Company Name MAC address No. of ports Managed/ Unmanaged 1 2 3 4 5 9. Routers: No Company Name 2 3 No./Types of ports Port speed IP address IP's of Machines connected to the switch 10. Is there wi-fi capability in the LAN? If yes, i. What is the Wi-fi access point address? ii. How many devices / IP addresses does it support? iii. What is the bandwidth? If no, iv. What additional devices are needed? v. Where will you connect them? vi. What will be its IP address? 11. Is there internet access in the lab? If not, what changes to the hardware/software must be made? If yes, what is the IP address of the router / gateway? 12. Draw the Network Topology (show how machines and servers are connected using connectivity devices) 13. If 20 more machines have to be added to the network, what changes must be made to the network? 14. If the network is to be divided into four subnetworks having 50 machines each, give a plan to do so. What additional devices will be needed? Give the IP address of each subnetwork and the address ranges for hosts in each subnetwork.