Activity Configuring Routers, Web, DHCP, DNS and FTP Servers
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1 Activity Configuring Routers, Web, DHCP, DNS and FTP Servers Objectives: 1. Configure a network using 2 routers, 4 switches, 6 servers and 8 PC s. 2. Assign network addresses. 3. Configure a DHCP server to serve clients. 4. Configure a web server for a network. 5. Configure a DNS server for a network. 6. Configure an FTP server for a network. 7. Transfer files from a server to a computer. Part I: Scenario You have been asked to configure a new network for a client. This will require you to install and configure routers, switches, DHCP, web and DNS servers. You have the following four network addresses to use: Network 1: subnet mask: Network 2: subnet mask: Network 3: subnet mask: Network 4: subnet mask: Use the following equipment and rules to draw a complete network diagram of 2811 routers, routera and routerb 3. 2 of switches, LAN1switch and LAN2switch 4. 2 of 2950T-24 switches, LAN3switch and SVRswitch 5. 8 PC's named PC1 through PC servers, DHCP1, DHCP2, DHCP3, WWW, DNS and FTP 7. RIP will be the interior routing protocol Part II: Basic setup rules for routera 8. On routera fa0/0 assign the first address from network 1, turn on the port and record that address here: 9. On routera fa0/1 assign the first address from network 3, turn on the port and record that address here: 10. Connect routera fa0/0 to LAN1switch fa0/1 11. Connect routera fa0/1 to LAN2switch fa0/1 12. Connect DHCP1 to the fa0/10 port on LAN1switch and assign it the next available IP address and record that address here: Making a network 1.doc Page 1 of 8
2 13. Now you will set the address range for DHCP1 to serve 50 clients. Typically the first few addresses in a network range are used for routers and servers, so in our network we want to save the next 3 IP addresses for future servers, so the first 5 in the range are reserved. What is the range of addresses for clients? through 14. Connect DHCP2 to the fa0/10 port on LAN2switch and assign it the next available IP address and record that address here: 15. Set the address range on the server to serve 50 clients, follow the same guideline before and reserve the first 5 addresses. What is the range of addresses for clients? through 16. Place PC1 (fa0/3) and PC3 (fa0/2) on LAN1switch and configure them to obtain an address through DHCP. 17. Place PC2 (fa0/2) and PC4 (fa0/3) on LAN2switch and configure them to obtain an address through DHCP. 18. Complete the following table: PC Designation PC1 PC2 PC3 PC4 IP Address 19. Verify full connectivity of each PC through PING: PC1 PING successful, yes or no PC2 PING successful, y or n ping PC2 ping PC1 ping PC3 ping PC3 ping PC4 ping PC4 PC3 PING successful, yes or no PC4 PING successful, y or n ping PC1 ping PC1 ping PC2 ping PC2 ping PC4 ping PC3 20. Propose a reason why some of the PINGs did work, and why some of them did not work. Making a network 1.doc Page 2 of 8
3 Part III: Basic setup rules for routerb: 21. On routerb fa0/1 assign the first address from network 2, turn on the port and record that address here: 22. Connect routerb fa0/1 to LAN3switch fa0/ Using a cross-over cable connect SVRswitch fa0/2 to LAN3switch fa0/ Now you need to connect the two routers. You will configure the serial ports on the routers to use network 4 for this connection. 25. Before you begin this you will need to add serial ports to the router. 26. Click on RouterA to open it. 27. Select the Config tab. 28. Next to the NVRAM label are two buttons, click on the Save button. 29. Select the Physical tab. 30. Look at the router and find the power button (look for the green light). 31. Click on the power button, this will turn the router off (light will turn off). 32. Now look under the MODULES tab and locate the WIC 2-T option. 33. Left click and drag a WIC 2-T to the router and place it on slot 0, which should be on the bottom right. 34. Now drag a WIC cover to the other slots. 35. Turn the router back on. 36. Repeat the process to add serial ports to RouterB. 37. Assign serial 0/0/0 of routera the first available address from network 4 and record that address here: **make sure the port is on 38. Assign serial 0/0/1 of routerb the second available address from network 4 and record that address here: **make sure the port is on 39. Connect the two serial ports together using a serial DCE cable. 40. Determine which router is serving as the DCE and set the clock rate to Connect PC7 to SVRswitch (fa0/3). 42. Connect the following PC s to the ports on LAN3switch: PC5 (fa0/5), PC6 (fa0/6) and PC8 (fa0/7). 43. Open each PC5 PC6 PC7 and PC8 and attempt to obtain an IP address from the command line by using the command: the ipconfig /renew 44. What is the result of the ipconfig /renew command on each PC? PC5 - PC6 - PC7 - PC8-45. Provide an explanation for this result: Making a network 1.doc Page 3 of 8
4 46. Connect DHCP3 to the fa0/4 port on LAN3switch and assign it the next available IP address and record that address here: 47. Set the address range on the server to serve 50 clients, follow the same guideline before and reserve the first 5 addresses. What is the range of addresses for clients? through 48. Complete the following table: PC Designation PC5 PC6 PC7 PC8 IP Address 49. Verify full connectivity of each PC through PING: PC5 PING successful, yes or no PC6 PING successful, y or n ping PC6 ping PC5 ping PC7 ping PC7 ping PC8 ping PC8 PC7 PING successful, yes or no PC8 PING successful, y or n ping PC5 ping PC5 ping PC6 ping PC6 ping PC8 ping PC7 Part IV: Configure the routing process 50. Run some PING s from PC s connected to routera to PC s connected to routerb. Are any of them successful? 51. This is because the routing process between routers has not yet been configured. 52. Now you will configure the routing process. 53. Open routera. 54. Select the Config tab. 55. Under the ROUTING section select RIP. 56. Enter the three networks (one at a time and be sure to click Add after each one) that are on routera. They are: , and Now open routerb and add the networks that are on routerb. 58. Repeat the PING attempts. What is the result now? Making a network 1.doc Page 4 of 8
5 59. When a PC sends a PING it is sending an ECHO-REQUEST. When the receiving PC gets the request, it needs to send an ECHO-REPLY. These have to know how to leave a network, which is the gateway. 60. Open up each of the DHCP servers and add the router port that is closest to the server as the default gateway. 61. Move to each PC and run the following two commands from the command prompt: c:\> ipconfig /release c:\> ipconfig /renew 62. What new address is now obtained on each PC? 63. Re-run the PING s from a few PC s and they should all be successful now. Part V: Configure the WWW server 64. Connect WWW to SVRswitch fa0/1 and assign it the next available server IP address and record that address here: 65. You must turn off the other services that you are not using, what will happen if the DHCP service is left tuned on? 66. Activate the http server on WWW. 67. Enter this as the Default page Content: 68. <html> 69. <center><font size='+2' color='blue'>packet Tracer 4.1</font></center> 70. <h1>welcome to the Network class web server!</h1> 71. </html> 72. You should be able to open the web page from any PC by entering the web server s IP address in the address bar of the web browser on each PC. Verify connectivity below: PC Open the web page by IP address, yes or no *If PC1 PC4 cannot reach the web server through the IP address, check the default gateway on the WWW server. Making a network 1.doc Page 5 of 8
6 73. Now move to each PC and open the web browser, load the page by using the domain name ( and record the results below: PC Open the web page by domain name, yes or no Suggest a reason why you can connect to the web server by it s IP address, but not by it s domain name: Part VI: Configure the DNS server 75. This can be resolved by adding a DNS server to the network. What TCP port does DNS use? 76. What is the next available server IP address on routerb fa0/1? 77. Connect DNS to SVRswitch fa0/4 and assign it the above IP address. 78. Activate the DNS server on DNS **You must turn off the other services that you are not using. 79. Select the DNS server tab and make the following entry for the web server: 80. Domain Name: IP Address: enter the actual IP address of the web server 82. Click Add. 83. Open the web browser on PC1 and open the web page by domain name. Did it open up? 84. Open the web page by its IP address. Did it work? 85. Suggest a reason as to why it is not working by domain name: 86. Open each of the three DHCP servers and enter the IP address of the DNS server into the DNS server setting. 87. Move to each PC and open up a command prompt. 88. What is the command that will release an IP address that was obtained through DHCP? 89. What is the command that will renew an IP address through DHCP? 90. Run the above two commands on each of the eight PC s in your network. Making a network 1.doc Page 6 of 8
7 91. Complete the following information: PC1 IP Address: subnet mask: gateway: Primary DNS: PC8 IP Address: subnet mask: gateway: Primary DNS: 92. Now move to each PC and open the web browser, load the page by using the domain name ( and record the results below: PC Open the web page by domain name, yes or no *If PC1 PC4 cannot reach the web server through the domain name, check the default gateway on the DNS server. Making a network 1.doc Page 7 of 8
8 Part VII: Configure the FTP server 93. What is the next available server IP address on routerb fa0/1? 94. Connect FTP to SVRswitch fa0/6 and assign it the above IP address. 95. Configure the remaining variables to ensure full IP connectivity. 96. Activate the FTP server on DNS **You must turn off the other services that you are not using. 97. Create a new user on the FTP server with the following information: username: user1 password: secret rights: R W D N L 98. Move to PC3 and open the command prompt. 99. Run a few pings to the server and verify full connectivity Access the FTP service on the FTP server and run a directory listing. What command did you use? 101. How many files are listed? 102. Which file is the smallest file? 103. Which file is the largest file? 104. Copy the following file from the server to PC3: c2950-i6q4l2-mz ea4.bin 105. You should have now reached 100% for the Packet Tracer activity. Making a network 1.doc Page 8 of 8
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