Description
I need the answers for Part 2 and Part 3 only. I've done Part 1, SpringField Site already. Please no plagiarism!
PROJECT INSTRUCTION:
You have been recently hired as a network administrator for the xAcme Technology Trade School. The school realizes that the local systems administrators need help implementing certain technologies at each of the remote locations, as well as final WAN configurations. Out of the network administrators on staff, you have been asked to move the project forward. With your background and skills, you will design, implement, and assist in configurations to support xAcme’s topology.
Technologies to implement will differ from site to site, as administrators have begun topology implementations. You will be provided the overall topology as well as certain device configurations in order to determine the best course of action per site/challenge. In addition to helping the school configure its network, xAcme requires that all new network administrators obtain their CCNA certification within 60 days of being hired. You are excited about starting this project but realize creating a schedule to help balance your work and home life will be the key to success.
Explanation & Answer
i am done with this assignment...find it attached herein
Answer for
PART 2
Staff VLAN = 19 gadgets
Managerial VLAN = 30 gadgets
Instructional VLAN = 215 gadgets
Server VLAN = 24 gadgets
We will accept an extension component of 2.
We require:
Staff VLAN of size 64, since 64 > 2*19 = 38 with space for extension
Managerial VLAN of magnitude 64, because 64 > 2*30 = 60 with space for extension
Instructional VLAN of magnitude 512, because 512 > 2*215 = 430 with space for extension
Server VLAN of magnitude 64, because 64 > 2*24 = 48 with space for extension
Capacity VLAN subnet /26 that offers 6 bits for host
Managerial VLAN subnet /26 that offers 6 bits for host
Instructional VLAN subnet /23 that offers 9 bits for host
Server VLAN subnet /26 that offers 6 bits for host
Addressing range for the Worchester’s site is 10.20.0.0 /16
00001010 . 00010100 . 00000000 . 00000000 /16
We will begin start with the biggest VLAN, which is the Instructional VLAN, because others are quite
small, and the directing subnet bits for the lesser VLANS requires to be different from the other subnet
bits of this VLAN.
We need Instructional VLAN of magnitude 512, in the light of the fact 512 > 2*215 = 430 with space for
extension.
Host size = 9 bits.
Net ID
= 10.20.0.0 / 23
= 00001010 . 00010100 . 0000000x . xxxxxxxx / 23
Broadcast:
= 00001010 . 00010100 . 00000001 . 11111111 / 23
= 10.20.1.255 / 23
Operational range:
= 10.20.0.1 / 23 to 10.20.1.254 / 23
Subsequent, Faculty VLAN of magnitude 64, because 64 > 2*19 = 38 with space for expansion
Faculty VLAN subnet /26 that offers 6 bits for host
Net ID
= 10.20.2.0 / 26
= 00001010 . 00010100 . 00000010 . 00xxxxxx / 26
Broadcast:
= 00001010 . 00010100 . 00000010 . 00111111 / 26
= 10.20.2.63 / 26
Practical range: = 10.20.2.1 / 26 to 10.20.2.62 / 26
Managerial VLAN of size 64, since 64 > 2*30 = 60 with space for increase
Managerial VLAN subnet /26 that offers 6 bits for host
Net ID
= 10.20.2.64 / 26
= 00001010 . 00010100 . 00000010 . 01xxxxxx / 26
Broadcast:
= 00001010 . 00010100 . 00000010 . 01111111 / 26
= 10.20.2.127 / 26
Practical range: = 10.20.2.65 / 26 to 10.20.2.126 / 26
Server VLAN of magnitude 64, because 64 > 2*24 = 48 with ...
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