Question

You have to design a network solution for the Fast-NU three Labs, Staff and Faculty members. • All the three Labs, Staff and faculty members should be on different Sub networks. • There are total 15 computers divided in this way - 3 for Staff - 3 for Faculty - 3 for Lab-1 , - 3 for Lab-2 and - 3 for Lab-3. • Assume that FAST-NU is given a Network Class B address having first two octets of IP address fixed as 172.19.X.X. You can change the next two octets in order to make desired number of subnets and desired number of hosts in each subnet for the above given topology. Make sure that you optimally design the network considering the number of devices (switches, routers etc.) used and how you are assigning the IP addresses to different subnets in your design. (You can consult the slides for sub netting provided to you in case you have no idea about sub netting or you have forgotten it) 1. Use wires (straight through and cross over where necessary and applicable) – no wireless LAN is required for this submission. 2. Use 2911 Router 3. Use 2950-24 switches. 4. You can connect a maximum of two networks with a single router (except router-to-router connection)

          You have to design a network solution for the Fast-NU three Labs, Staff and Faculty members.

• All the three Labs, Staff and faculty members should be on different Sub networks.
• There are total 15 computers divided in this way
- 3 for Staff
- 3 for Faculty
- 3 for Lab-1 ,
- 3 for Lab-2 and
- 3 for Lab-3.

• Assume that FAST-NU is given a Network Class B address having first two octets of IP address fixed as 172.19.X.X. You can change the next two octets in order to make desired number of subnets and desired number of hosts in each subnet for the above given topology.

Make sure that you optimally design the network considering the number of devices (switches, routers etc.) used and how you are assigning the IP addresses to different subnets in your design. (You can consult the slides for sub netting provided to you in case you have no idea about sub netting or you have forgotten it)

1. Use wires (straight through and cross over where necessary and applicable) – no wireless LAN is required for this submission.
2. Use 2911 Router
3. Use 2950-24 switches.
4. You can connect a maximum of two networks with a single router (except router-to-router connection)

You have to design a network solution for the Fast-NU three Labs, Staff and Faculty members.

• All the three Labs, Staff and faculty members should be on different Sub networks.
• There are total 15 computers divided in this way
- 3 for Staff
- 3 for Faculty
- 3 for Lab-1 ,
- 3 for Lab-2 and
- 3 for Lab-3.

• Assume that FAST-NU is given a Network Class B address having first two octets of IP address fixed as 172.19.X.X. You can change the next two octets in order to make desired number of subnets and desired number of hosts in each subnet for the above given topology.

Make sure that you optimally design the network considering the number of devices (switches, routers etc.) used and how you are assigning the IP addresses to different subnets in your design. (You can consult the slides for sub netting provided to you in case you have no idea about sub netting or you have forgotten it)

1. Use wires (straight through and cross over where necessary and applicable) – no wireless LAN is required for this submission.
2. Use 2911 Router
3. Use 2950-24 switches.
4. You can connect a maximum of two networks with a single router (except router-to-router connection)

Added by Jesse N.

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