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1601943497479 Cmit350networkdesignproposal

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CMIT 350 Network Design Proposal
The network infrastructure design covers the three facilities at Honolulu, Hilo, and Lihue
locations. The design implements a tiered architecture for strengthened defenses to safeguard
the IT infrastructure.
Network design requirements
The design adopts a tiered network architecture comprising of the access layer, distribution, and
core layer. The network end devices like servers and end-user devices are placed on the
access layer. Each of the devices will have IP addresses and interface numbers. The network
topology for each site includes two VLANs, Management VLAN and Production VLAN
respectively. The data center indicates high availability for servers and switches, each of the
router interfaces is configured with an IP address and other parameters, a WAN protocol like
EIGRP, RIP, or OSPF. Each of the multilayer switch is configured with a hostname, VLANs, a
routing protocol, and trunking. Connections to other sites or networks are done only through the
Cloud.
Document Index/Contents
I. Site “Lihue” Challenges and Implementation
II. Site “Hilo” Challenges and Implementation
III. Site “Honolulu” Challenges and Implementation
IV. Bibliography
Site Challenges and Implementation
VLANs
The implementations for each site will involve current site router/switch-running configurations.
All sites will use the two VLANs.
o Production VLAN
used by the staff on premise for all production functions (non-instructional
communications)
total number of devices per room will vary
o Management VLAN
used by management staff on premise for business administrative
communications
total number of devices per room will vary

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The kind of devices on each location is the same; though, the number of installed devices may
vary.
Routers Per location:
Interfaces Ports Available in Cisco 2800 Series Integrated Services
4 Fast Ethernet Interfaces (Per Router)
fa0/0
fa0/1
fa1/0
fa1/1
2 Serial Interfaces (Per Router)
fa0/0 s0/0/0
fa0/1 s0/0/1
Switches Per location:
Ports Available in Cisco Catalyst 6500 Series
A total of 96 Gigabit Ethernet Ports Per Switch
Module 1 = gi0/1 gi0/24
Module 2 = gi1/1 gi1/24
Module 3 = gi2/1 gi2/24
Module 4 = gi3/1 gi3/24
The kind of device used does not impact the configuration settings and implementation of each
technology used. The Standard switchports are configured and utilized as trunk OR access
ports while the DCE ends are noted during the configuration of the serial ports in each router.
Configuration
Packet Tracer simulation tool

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CMIT 350 Network Design Proposal The network infrastructure design covers the three facilities at Honolulu, Hilo, and Lihue locations. The design implements a tiered architecture for strengthened defenses to safeguard the IT infrastructure. Network design requirements The design adopts a tiered network architecture comprising of the access layer, distribution, and core layer. The network end devices like servers and end-user devices are placed on the access layer. Each of the devices will have IP addresses and interface numbers. The network topology for each site includes two VLANs, Management VLAN and Production VLAN respectively. The data center indicates high availability for servers and switches, each of the router interfaces is configured with an IP address and other parameters, a WAN protocol like EIGRP, RIP, or OSPF. Each of the multilayer switch is configured with a hostname, VLANs, a routing protocol, and trunking. Connections to other sites or networks are done only through the Cloud. Document Index/Contents I. Site “Lihue” Challenges and Implementation II. Site “Hilo” Challenges and Implementation III. Site “Honolulu” Challenges and Implementation IV. Bibliography Site Challenges and Implementation VLANs The implementations for each site will involve current site router/switch-running configurations. All sites will use the two VLANs. o o Production VLAN ▪ used by the staff on premise for all production functions (non-instructional communications) ...
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