DESERT VIEW LAN DESIGN

1. User expectations document
2. User policy document for LAN
3. Overall design document:
   • Logical LAN design model of school
   • Complete physical design document including:
     • Drawing showing the physical placement of all infrastructure devices, networking media, and networked devices.
     • Detail of all MDF/IDF rooms including a to-scale diagram
     • Quantity of HCC and VCC and LAN Switch ports required to meet the existing and projected growth
     • Specifications on type and quantity of cable media for all horizontal and vertical runs
     • Equipment Physical and Logical Addressing
4. Documentation of the IP addressing scheme for the district.
5. Analysis of the network for positive and negatives features.
6. Concepts involved in the learning objectives and how each applies to the design.

1. Documentation of the purpose of the ACLs and a logical diagram describing the overall effect of these ACLs on the entire district network.
2. The router commands sequence required to implement the ACL on the school router.
3. Documentation of the effect of the ACL as it relates to traffic flow across the school LAN and the overall district network.
4. Concepts involved in the learning objectives and how each applies to the design.

1. The networks that will be advertised by the router located at the site.
2. The IGRP autonomous network number for the School district.
3. The router command sequence needed to implement IGRP on the school router.
4. The process that the routers go through to ensure that the neighbor routers are aware of the status of all networks in the autonomous system.
5. Concepts involved in the learning objectives and how each applies to the design.

1. The effects of the routed Novell IPX traffic on the school LAN and the district WAN, including projected increase in traffic loads and traffic patterns.
2. Documentation of the overall district IPX network number addressing scheme.
3. Documentation of the changes in the router configuration to conform to the users requirements and the appropriate commands needed to implement these changes.
4. Concepts involved in the learning objectives and how each applies to the design.

1. Proposal for the district wide WAN, including:
   • Wan line speeds and upgrade path
   • Model of traffic flow between schools showing a 2 or 3 layer WAN hierarchy
   • Listing of additional equipment such as DSU/CSUs and router interfaces required to implement the district wide WAN
   • Explanation of what redundancy is designed into the network to insure WAN uptime.
   • Summary of the overall benefits of the design
2. Documentation of all router commands necessary for reconfiguration of routers in order to implement WAN strategy.
   • Phoenix N.W. Central Office
   • Greenway Central Office
   • Sunnyslope Central Office
   • Firewall/NAT
   • Public Access
3. Documentation how a WAN implementation affects routing updates between routers.
4. Concepts involved in the learning objectives and how each applies to the design.

1. Documentation on how PPP works on the WAN and the benefits of this protocol verses other layer 2 WAN protocols.
2. Documentation of the router commands necessary to implement PPP on the router interfaces
3. Concepts involved in the learning objectives and how each applies to the design.

1. Documentation of the insertion of ISDN in the WAN implementation including:
   • A drawing of the implementation with all major reference points
   • Description of overall bandwidth available to the site and how data communications will take place
   • Description of all data communications equipment needed to accomplish the implementation.
2. Documentation of the router commands needed to implement ISDN on the router.
3. Documentation of the benefits of ISDN for this type of implementation.
4. Concepts involved in the learning objectives and how each applies to the design.

1. Documentation of the insertion of Frame Relay in the WAN implementation including:
   • DLCI numbers
   • Value of the CIR
   • Description of all data communication equipment needed to accomplish implementation.
2. Documentation of the router commands needed to implement Frame Relay on the router.
3. Documentation of the benefits of Frame Relay for this type of implementation.
4. Concepts involved in the learning objectives and how each applies to the design.