exams networking VLANs, DHCP, basic configuration, switching concepts, and VLAN routing
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Router R1: Configure the device name according to the Addressing Table. Configure the IP address on G0/1 interface according to the IP addressing table and enable the interface. Create a banner that warns anyone accessing the device that unauthorized access is prohibited. Make sure to include the word "warning" in the banner. Assign "cisco" as the console password and enable login. Assign "class" as the encrypted privileged EXEC mode password. Encrypt all plaintext passwords.
Akash M.
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.
Scenario: Complete the following tasks. Tasks may be completed in any order. When you are finished, click the Done button to close the lab and move to the next question. Note: Only click the Done button after you have finished all required tasks. After clicking Done, you will be unable to restart the lab. Complete the following tasks from the Command Line Interface (CLI) on the devices identified below: * On RouterA and RouterC, configure PPP as follows: * Configure both serial links to use PPP encapsulation with CHAP authentication. * On RouterA, configure a username as RouterC with the password cisco. * On RouterC, configure a username as RouterA with the password cisco. * On RouterA, require yaba8y as the password for VTY line 0. * On RouterB, exclude the following addresses from the VLAN10 DHCP address pool: * IP address: 192.168.10.254 * IP address: 192.168.10.253
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