TDC 363 Lab #2 - VLANs ASSIGNMENT DOCUMENT Due Wednesday, May 3rd, 2022, by 11:59 pm Introduction Students can choose to do this lab on an equipment pod in CDM 348 or can do this lab using Packet...

Complete Cisco Packet Tracer lab with answers and follow instructions. Ask any questions on it. All of the answers go in answer only Word file.Student number is 28


TDC 363 Lab #2 - VLANs ASSIGNMENT DOCUMENT Due Wednesday, May 3rd, 2022, by 11:59 pm Introduction Students can choose to do this lab on an equipment pod in CDM 348 or can do this lab using Packet Tracer starting with file TDC363-lab2.pkt. There is a separate Lab #2 Answers document that accompanies this assignment. You should type all answers into the Answers document and submit it according to instructions. Each student has an assigned Student Number, marked , whose value is shown in a table at the end of this assignment and used in the figures below. Everywhere you see “” you should substitute your Student Number. For example, if my Student Number were 47 and I see IP address “50. .2.10” in the diagram, then that would be IP address 50.47.2.10 for me. BEFORE you start configuring any equipment you should do the following: 1. Type information about each of the IP subnets in the network diagram into Table #1 in your Answers document. 2. Type IP address information into Table #2 in your Answers document. As with Lab #1, I’m happy to check these Table #1 and Table #2 values if you e-mail them to me. Once you are in the lab (or on Packet Tracer) you should find the MAC address of each interface listed in Table #2 (using show interface or host ipconfig information) and type each MAC address into Table #2 in your Answers document. You are implementing the following network. Follow the directions below, test your network, and then follow the directions in Part 3 of the Lab #2 Answers document. Lab #2 Network Diagram Network Description The Lab #2 Physical Network includes 3 Hosts, 3 Layer 2 Switches, and 2 Routers. The Logical Network contains 3 IP subnets: 1. The Student subnet (Subnet ID 50. .1.0/24) contains 2 Hosts, named Student1 (Host 2, IP 50. .1.10) and Student2 (Host 3, IP 50. .1.11). This subnet is carried on VLAN 10 with default gateway IP 50. .1.1 on Central-Rtr (R2) sub interface Fa0/0.10. 2. The Faculty subnet (Subnet ID 50. .2.0/24) contains 1 Host named Faculty1 (Host 1, IP 50. .2.10) and a Faculty router named Faculty-Rtr (R1) with Fa0/0 interface IP 50. .2.5. This subnet is carried on VLAN 20 with default gateway IP 50. .2.1 on Central-Rtr (R2) subinterface Fa0/0.20. 3. The Management subnet (Subnet ID 192.168.5.0/29) contains 3 switch SVI interfaces and is carried on VLAN 99. It is used to ping from switch-to-switch only. For security reasons, devices on Student or Faculty subnets cannot ping to Management subnet IPs. Lab Implementation 1. Connect cables between interfaces as indicated in the diagram on each device. On Packet Tracer, be sure you use the proper type of cable (straight-through or crossover) for each connection. In the NetSec lab, all cables are orange straight-through, and switches will adjust automatically (Auto-MDIX). Be sure you use the specific interfaces on switches and routers shown in the diagram. 2. Configure each Host with its IP address, Subnet Mask, and Default Gateway IP. 3. Set Hostnames on all routers and switches to the device name plus your initials, like “Faculty-Rtr-GB”. 4. On Faculty-Rtr: a. Configure IP address and subnet mask on Fa0/0. b. Configure a static default route in global config mode (replace with your student number) with this command: ip route 0.0.0.0 0.0.0.0 50..2.1 5. Configure Switches a. Create VLANs 10, 20 and 99 on each switch (that’s 9 vlan commands). VLAN names are: i. VLAN 10: Students ii. VLAN 20: Faculty iii. VLAN 99: Management b. Configure the SVI IP address on VLAN 99 interface on each switch, as indicated. No default gateway address is needed. i. Note that VLAN 99 does not appear on any router, so switches can ping each other, but cannot ping to devices on other subnets. c. Set VLAN Access ports (switchport mode access) so that: i. Host #2 and Host #3 are connected to access ports on VLAN 10 ii. Host #1 and R1 are connected to access ports on VLAN 20 d. If you are in the NetSec lab, execute switchport trunk encapsulation dot1q on Fa0/4 and Fa0/5 ports on each switch to prepare for 802.1q trunking (not needed on Packet Tracer). e. Set Trunk mode (switchport mode trunk) on Fa0/4 and Fa0/5 ports on each switch. 6. Now test 1-hop pings on each VLAN: a. Test ping from Host #2 to Host #3. b. Test ping from Host #1 to R1 Fa0/0. c. Test ping from S1 to 192.168.5.3 (switch 3 SVI) 7. On R2: configure interface Fa0/0 for Router-on-a-Stick inter-VLAN routing, where a. Subinterface Fa0/0.10 has IP 50. .1.1 and handles packets on VLAN #10. b. Subinterface Fa0/0.20 has IP 50. .2.1 and handles packets on VLAN #20. 8. VERIFY / TEST YOUR NETWORK: a. On S1: type show vlan brief and verify that i. Fa0/1 is on VLAN 20 ii. Fa0/2 is on VLAN 10 iii. Fa0/5 is not listed on any VLAN b. On S1: type show interface trunk and verify that i. Fa0/5 is an active trunk port allowing all VLANs c. On S2: type show vlan brief and verify that i. Fa0/1 is on VLAN 20 ii. Fa0/4, Fa0/5 are not listed on any VLAN d. On S2: type show interface trunk and verify that i. Fa0/4, Fa0/5 are active trunk ports e. On S3: type show vlan brief and verify that i. Fa0/1 is on VLAN 10 ii. Fa0/4, Fa0/5 are not listed on any VLAN f. On S3: type show interface trunk and verify that i. Fa0/4, Fa0/5 are active trunk ports g. tracert from Host #2 to Host #1 – verify that this goes 2 hops through R2 h. tracert from Host #3 to R1 Fa0/0 – verify that this goes 2 hops through R2 9. If all tests are successful, then follow the instructions and answer the questions in Lab #2 Answers document Part 3. TDC365 – 9/22/11 LabPage 1 of 3 TDC 363Lab #2 AssignmentPage 4 of 4 TDC 363 Lab #2 - VLANs ANSWERS DOCUMENT Due Tuesday, May 3rd, 2022, by 11:59 pm Michael Kirkwood You should read the Lab #2 Assignment Document before reading this one. You can type your answers into this document or create a separate one. When complete, save your answers file as PDF and submit for your Lab #2 assignment on D2L. IP Subnets In the table below, type the network address, prefix length, total size and range of valid (assignable) IP addresses for each of the 3 subnets in the network diagram. Table #1: IP Subnets Name VLAN Network Address Prefix Length Size = 2[32-n] First Valid Host IP Last Valid Host IP Students 10 50.100.1.0/24 /24 =255.255.255.0 =2^ (32-24) =2^8=256 50.100.1.1 50.100.1.254 Faculty 20 50.100.2.0/24 /24=255.255.255.0 =2^ (32-24) =2^8=256 50.100.2.1 50.100.2.254 Mgmt 99 192.168.5.0/29 /29=255.255.255.248 =2^ (32-29) =2^3=8 192.168.5.1 192.168.5.6 IP and MAC Addresses Now, enter the IP and MAC address information for each interface into the table below. Table #2: Interface Addresses Device Interface IP Address MAC Address Host 1 NIC 50.100.2.10 00E0.F998.441D Host 2 NIC 50.100.1.10 0040.0BB9.EAC8 Host 3 NIC 50.100.1.11 00E0.F906.2074 R1 Fa0/0 50.100.2.5 0006.2a4b.60ce R2 Fa0/0.10 50.100.1.1 0040.0b33.4701 R2 Fa0/0.20 50.100.2.1 0040.0b33.4701 S1 VLAN99 SVI S2 VLAN99 SVI S3 VLAN99 SVI Lab Results Once you have implemented and tested your network as in the Assignment document instructions, follow the instructions below to capture and paste the screenshots as indicated. Note that all screenshots must contain only a single window, not your entire desktop. All pings and traceroutes should be successful or you will lose points. 1. On Host #2, execute a ping to Host #3. Paste screenshot here. 2. On Host #2, execute a tracert to Host #1. Paste screenshot here. a. How many hops does a packet take between Host #2 and Host #1? 3. On Host #2, execute arp –a to view its ARP table. Paste screenshot here. a. For each IP address in this ARP table that also appears in your Table #2 above – specify the interface and device to which this IP address is assigned. 4. On S3, execute show mac-address-table to view the Forwarding Table. Paste screenshot here. a. For each MAC address in this Forwarding Table that also appears in your Table #2 above - specify the device and interface that has this MAC address. 5. On S1, execute show vlan brief. Paste screenshot here. 6. On S2, execute show interface trunk. You should see two trunk interfaces described. Paste screenshot here. 7. On S1, execute ping 192.168.5.3. Paste screenshot here. 8. On S1, execute show mac-address-table. Paste screenshot here. a. For each MAC address in this Forwarding Table that also appears in your Table #2 above - specify the device and interface that has this MAC address. 9. On Host #3, execute tracert to 50. .2.5 (where is your student number). Paste screenshot here. 10. On R1, execute show ip route. Paste screenshot here. 11. On R2, execute show ip route. Paste screenshot here. When your answer file is complete and saved, convert it to PDF format, review the resulting file to ensure that all tables and screenshots are readable (without zooming in), and submit this PDF file on D2L for Lab #2. Lab #2 AnswersTDC 363Page 2