Project4

Scenario 1: As a network engineer, you are hired to design a local area network for a small business called TND which is a Sydney-based company and has about 30 employees. For security reasons, private IP addresses will be used for TND’s LAN. An IP address should be assigned automatically when a user plugs a workstation/laptop into the network. Email and Internet access must be provided so users can use Google and download files from the Internet. Answer following questions: 1.     Use a diagram to show your network design. Show all network devices that are needed to support TND’s networking requirements. You can hand-draw, then take a photo and insert it into your answer sheet.

You have been asked to take over from another engineer to deploy a new school network.  The school currently does not have anyone using the network.  Some of the backbone configuration is in place.  The internet service provider link is connected, but further configuration is needed to make it work.  You are given the following requirements to deploy and test the network.  If your deployment is successful, you will be hired to deploy this through the entire school system. Use all the best practices for security and design to implement the network.  Any information not given can be assumed. Remember to practices “Keep it Simple” principle. The DataCenter hosts some of the resources and most of the routing has been configured. Additional configuration will be needed for all devices to reach the DC. Do not change any of the pre-configurations, you may add to configurations, but not remove.  The ISP and web server are outside the scope of your configuration.  Do NOT apply passwords to the…

A company's network may connect up to 70 different workstations in three different locations using a router. Workstations are connected to the network through a 100 Mbps switch, while servers are connected via 100 Mbps connections. By switching from 100 mbps switches and nics to 1000 mbps switches and nics, two network difficulties may be resolved. Do I need to know anything more about this update? What steps do you take to make sure your network is fully operational before changing it?

Internet ──DSL/Cable Modem────────────────── Cisco Switch ──── Office 1 │ ├─── Office 2 │ └─── Office 3 Office 1 Wireless Router ──┐ ├─── Laptop Office 2 Wireless Router ──┤ ├─── Laptop Office 3 Wireless Router ──┘ ├─── Laptop └─── Printer I need to go off the diagram above. You will need to represent the computer, network printer, wireless router, and a couple of mobile devices being used in each office. You will also need to suggest a network class of IP address that will be used in the offices.   Each network segment should contain: One desktop computer, specs: A typical middle to low-end desktop computer A single Ethernet NIC Include one laser printer, specs: A network printer A single Ethernet port Mobile devices can include laptops, tablets, and/or smart phones, all wirelessly connected In addition, make sure that all device icons in the drawing are connected at both ends using the connector tool in Visio. No connector lines are to overlap. The Network Address/Subnet ID (first IP…

I would appreciate it if you could give me an example of why you may pick one kind of network connection over another. If you had access to a DHCP server, what types of things could you do with it, and why would you want to do such things?

Two hundred workstations and four servers are linked together through a LAN connection and a network of switches. You seem to be getting a lot of broadcast packets on your local area network (LAN), and you'd prefer to cut down on them if possible. Which actions should you take to accomplish this?

As a network engineer, you are hired to design a local area network for a small business called TND which is a Sydney-based company and has about 30 employees. For security reasons, private IP addresses will be used for TND’s LAN. An IP address should be assigned automatically when a user plugs a workstation/laptop into the network. Email and Internet access must be provided so users can use Google and download files from the Internet. Answer following questions: 1. Use a diagram to show your network design. Show all network devices that are needed to support TND’s networking requirements. You can hand-draw, then take a photo and insert it into your answer sheet. 2. Mention all protocols (e.g., application protocols, network protocols, etc.) that are supported in TND’s LAN. 3. Assume TND wants to open a new branch in Melbourne. A similar LAN is deployed for Melbourne branch. Propose a networking solution for TND to connect its branch LANs (one in Sydney and one in Melbourne) together.

Through the use of switches, a single LAN is able to connect two hundred workstations and four servers. On your local area network (LAN), you have noticed an excessive number of broadcast packets, and you would like to lessen the impact they have. How do you plan to accomplish this objective?

Scenario 1: As a network engineer, you are hired to design a local area network for a small business called TND which is a Sydney-based company and has about 30 employees. For security reasons, private IP addresses will be used for TND’s LAN. An IP address should be assigned automatically when a user plugs a workstation/laptop into the network. Email and Internet access must be provided so users can use Google and download files from the Internet. Answer following questions: 1.     Mention all protocols (e.g., application protocols, network protocols, etc.) that are supported in TND’s LAN.

A router is capable of linking 70 workstations in three locations. Connecting workstations and servers are 100 mbps switches and connections, accordingly. Upgrading 100 mbps switches and nics to 1000 mbps could potentially resolve two network issues. Does this update require any details? How can you ensure that your network is operational before making changes?

RMON   a. List the RMON MIB groups in reference to Ethernet monitoring in RMON 1?   b. Provide an example scenario to explain the functions of each MIB groups you listed

A router may connect as many as seventy computers across three offices. Workstations connect to the network through a 100 mbps switch, while servers connect via 100 mbps connections. Upgrading from 100 mbps switches and nics to 1000 mbps switches and nics may resolve two network difficulties. Does this upgrade need any special knowledge on my part? How can you guarantee that your network is in perfect working order before performing an update?

Exactly how can you tell whether every gadget on your network has a one-of-a-kind MAC address? Do you agree or disagree with this assessment? So what if I need to use the same IP address on many network connections? Is that true or false?

Two hundred workstations and four servers are linked through a single LAN connection and are all connected to one another via a network of switches. You seem to be getting an excessive number of broadcast packets across your LAN, and you would want to lessen the load that this kind of traffic places on your network. How can you be sure that the path you're on will lead you to success?

Why I decided to use a particular cable type in my LAN design. Refer to your Packet Tracer network  Explain why you decided to use the particular cable types that you did. Again, we need How? and Why? How the cables work within the design? Why are they suited? How do they work compared to other cables?

What is the concept of an infrastructure-based wireless network? If the network is not in infrastructure mode, what else is it running? For the netwok administrator, what does this mean?