You work as a network consultant for West Consulting, a graphic design and printing company. West Consulting is growing in customer and sales volume and, therefore, is expanding its local campus in Des Moines IA, and adding a test location in Australia.
You are tasked with designing a network to support their growth and expansion plan and drafting a proposal. You will work on this project over the next five weeks. The first task is to confirm your understanding of the project and outline your high-level plan to approach the design.
Refer to the West Consulting Network Design Summary document, which lists the network requirements and configuration details.
Create a Customer Design Summary that includes the following:
Diagram your current network survey in Microsoft® Visio®.
Document the remainder of your Customer Design Summary as a 2- to 3-page Microsoft® Word document
Note: You will complete assignments related to this project throughout this course. The assignments build on one another. Therefore, it is recommended that you select the delivery method of a Microsoft® PowerPoint® presentation or a Microsoft® Word document to use throughout these assignments. Also, you will use this completed assignment as you work on next week's assignment.
Submit your assignment a DOC/DOCX word document and a separate diagram in VSD/VSDX format. Microsoft Visio file.
NTC/320 v5
West Consulting Network Design Summary
NTC/320 v5
Page 2 of 3
West Consulting Business Description
Business Problem
Solution
Requirements
1. A secure WLAN solution in the new building for half of the users and recommendations to upgrade their existing WLAN infrastructure to keep wiring costs down.
2. Recommendations on a Unified Communications system that meets traffic demands, with minimal interruptions, due to the frequency of international videoconferencing calls that will occur.
3. An IP solution that can accommodate the new users in all locations. Must convert to use Private IP address internally for all networks. Segment out employee, guest, and infrastructure devices onto separate networks.
4. Recommendations to upgrade their switch bandwidth to 10GB fiber uplinks between backbone switches, a 10GB connection to each of the servers, and add-in options for redundancy. High availability access to these critical servers is a must because of the expected traffic increase and load on the servers.
5. Upgrade and remove all End of Life or End of Support equipment.
6. Proposal for an on premise data center solution in the new building (building 3) that takes advantage of both network and server virtualization technologies to reduce their costs in acquiring and maintaining hardware.
7. Improvements to the link speed to the internet, and redundancy of a second ISP connection at new building.
8. Options for implementing greater security for their intranet servers that their partners and employees heavily use and for their overall network infrastructure, as they have had attacks on their DMZ.
9. Have proof that these improvements will be completed within a 6 to 9 month timeline.
Network Configuration Details
The network engineer verbally shared the configuration details of their network, as follows:
Headquarters:
· Bldg. 1 and Bldg. 2 are located about 500 ft. apart.
Switches:
· Bldg. 1 has one 6500 backbone switch installed, which supports users from both buildings.
· Bldg. 2 has a connection to the backbone switch via a 10GB fiber connection (10G Base LR) from uplink port on a Cisco 3850.
· To support the users, each floor contains three Cisco Catalyst 2950 48-port 100Mbps Ethernet switches, which are each cabled to the backbone switch via a 1GB uplink port.
Routers:
· Each floor represents a different subnet and therefore one Cisco router 2610, configured with EIGRP, is cabled to backbone switch (1GB connection) to provide routing for each subnet and provides a WAN interface to the internet via a T-1 link.
· Each switch also has a link to an access point that uses WPA encryption and 802.11b wireless standard to support users who are in conference/meeting rooms that want to connect to the internet.
Servers:
· 5 Windows® Server 2012 R2 (RAID 5) application servers that support the CAD.
· 1 DHCP
· 1 DNS
· 1 FTP server
IP Configuration (DHCP-based)
Building |
Floor |
Servers |
Employees |
IP Network |
1 |
1 |
3 CAD 1 DHCP 1DNS 1FTP |
100 |
194.100.1.0/24 |
2 |
100 |
194.100.2.0/24 |
||
3 |
100 |
194.100.3.0/24 |
||
4 |
100 |
194.100.4.0/24 |
||
5 |
100 |
194.100.5.0/24 |
||
2 |
1 |
2 CAD |
100 |
195.100.1.0/24 |
2 |
100 |
195.100.2.0/24 |
||
3 |
100 |
195.100.3.0/24 |
||
4 |
100 |
195.100.4.0/24 |
||
5 |
100 |
195.100.5.0/24 |
Copyright 2020 by University of Phoenix. All rights reserved.
Copyright 2020 by University of Phoenix. All rights reserved.
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