Netw ark 192.168.100.0/24 subnet for 50 devices Web Server Configure OSPF Fa0/5 Fa0/0 Fa0/1 Fa0 Fa0/2 Server-PT Server5 30-24TT Switch4 2811 R3 Fa0/B Fa0/2 Fa0/1 8560- Configure ACL to prevent Students from accessing District Fan/4 172.16.20.0/25 VLAN 100 Students Fa0/1 VLAN 200 Libra Fa0/2 Fa0/7 Fal 2960 24TT Swich1 Fa0/3 Fa0 Server-PT Server0 tilayer Fa0/3 Fa0/4 2811 10/0 R1 Fa0/1 Configure DHCP for the VLANS Configure BGRP Netw ark 209.165.200.0/28 Configure NATon R1 FromWeb Server Fa0/1 2960-2. Fa0/2 Switch 3 172.16.20.0/22 Fa0/6 172.16.20.0/26 VLAN 300 District VLAN 400 Faculty 9602 F0/3 Server-PT Server 1 Server-PT Server2 Fa0 Server-PT Server 3 ACCD Website Server-PT Server 4
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Here is my answer to Task 1: Subnet Number | Network Address | Usable Host Address Range | Broadcast Address 1 | 172.16.10.0/27 | 172.16.10.1 - 172.16.10.30 | 172.16.10.31 2 | 172.16.10.32/27 | 172.16.10.33 - 172.16.10.62 | 172.16.10.63 3 | 172.16.10.64/27 | 172.16.10.65 - 172.16.10.94 | 172.16.10.95 4 | 172.16.10.96/27 | 172.16.10.97 - 172.16.10.126 | 172.16.10.127 5 | 172.16.10.128/27 | 172.16.10.129 - 172.16.10.158 | 172.16.10.159 6 | 172.16.10.160/27 | 172.16.10.161 - 172.16.10.190 | 172.16.10.191 7 | 172.16.10.192/27 | 172.16.10.193 - 172.16.10.222 | 172.16.10.223 8 | 172.16.10.224/27 | 172.16.10.225 - 172.16.10.254 | 172.16.10.255
Madhur L.
IS 3413 M09 Lab: Managing a VLAN In this lab, we investigate the management of a notional (and very simplified) VLAN-based distribution layer backbone network. The startup software development firm you work for occupies three floors of an office building. The firm is structured as a matrixed organization, with development teams composed of a software engineer (SE), a tester/quality assurance engineer (QA), and a marketing/sales/business development representative (MSB). These teams sit together in bullpen areas, with 2 teams on each floor. This integrated product team approach works well in many ways but presents a challenge for network administration. While according to function, with the SE, QA, and MSB members being connected to their own function-oriented subnets. Fortunately, the building has already been equipped with a VLAN-capable switch on each floor, with VLAN Switch 1 including a connection to a traditional router, as pictured in the figure. The router includes NAT. Router Alex (SE) Jose (SE) Beth (QA) Kent (QA) Lucy (MSB) Carl (MSB) Dora (SE) Mary (SE) VLAN Switch 1 VLAN Switch 2 Edna (QA) Nora (QA) Opal (MSB) Fran (MSB) Gary (SE) Paul (SE) Hans (QA) Quin (QA) Irma (MSB) Rita (MSB) VLAN Switch 3 Your job is to assign VLAN IDs and IP addresses consistent with a network segmentation scheme such that each SE member belongs to a subnet which includes all other SE members, each QA member belongs to a subnet which includes all other QA members, and each MSB member belongs to a subnet which includes all other MSB members. There are many possible correct schemes, but the solution set is limited by the IP addressing range, subnetting rules, and VLAN address space. Also note that the logical network topology for this scenario is identical to that of figure 8-7 in the text, but the unmodified addressing scheme identified there is not a proper solution for this lab. To complete the assignment, upload a Word (.docx) or Adobe (-pdf file with a table or clearly readable list identifying the VLAN ID and IP address for each employee as identified in the figure as your submission to the M09 Lab assignment in Blackboard. Sample Assignment Solution Response Format: Alex (SE) VLAN ID: IP: 192.168. Beth (QA) VLAN ID: IP: 192.168. Rita (MSB) VLAN ID: IP: 192.168.
Akash M.
You have been hired by Boyer's Bookstore to design and implement a small client/server network for their business. They will need 5 workstations dispersed without the store and the owner will need a workstation and the server in his office. (This will all be designe For better efficiency, security and network speed, Mr. Boyer has decided to include two routers in his network. One will be placed in the middle of the Part I: Design the network using visio, gliffy.com, packet tracer or any other design software Your design must include the following: (5 pts) A. All standard internetworking devices for the entire network. (5 pts) B. All devices should be labeled as to what they are and somewhere on your design briefly (a few words) describe the physical topology you are plann C. Label all cable connections. (type of cable you are using and speed capabilities) (5 pts) D. Figure subnets and label each node on the network with an IP from the correct subnet. (HINT: remember that routers connect networks which is why y E. Save your design and submit using the assignment link provided in the module. Part II: Put your design into packet tracer (or just use the one from your design if you used packet tracer for the design) (5 pts) A. Configure both routers with the IPs you chose from the subnets for your gateway addresses. (5 pts) B. Configure all PCs with IPs and be sure to use the cabling you used in your design. (5 pts) C. Test your design using the simple pdu test and if successful, save and submit using the packet tracer assignment link provided in the module. (5 pts) Part III: Install and setup the office PC and server. (You will need to delete your old server and windows 10 operating systems from vmware player) (Rt-click A. Install Server 19 and Windows 10 Operating systems (using Vmware Player). (10 pts) B. Add IPs from the subnet chosen for that part of the network (the office) to your server and workstation. Be sure they are communicating via a success C. Add the active directory for domain services and create a new domain for Boyer's Bookstore called: BoyerBookstore.com (5 pts) D. Create a user account on the server for Bruce Boyer. His login name should be bbooks. (5 pts) E. Join the client to the domain (should get the welcome to boyerbookstore.com domain.). (5 pts) F. Add the DHCP role on the server and set up a new scope so all workstations on the network will automatically obtain their IP automatically from the serve
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