Revised 4/2012 NOVA COLLEGE-WIDE COURSE CONTENT SUMMARY ITN 156 – BASIC SWITCHING AND ROUTING: CISCO (4 CR.) Course Description Provides an introduction to LAN switching and wireless technologies. Surveys protocols needed to design and implement a converged switched network. Includes Spanning Tree Protocol (STP), VLAN Trunking Protocol (VTP) and the different methods of inter-VLAN routing. Lecture 4 hours per week. General Course Purpose In this course students will study the advantages of LAN segmentation using routers and switches. The course will provide extensive hands-on configuration of switches using the command-line interface method. Course Prerequisites/Co-requisites College level reading and writing ability. Recommended prerequisite is ITN 155; Introductory Routing: CISCO. Course Objectives Upon completing the course, the student will be able to: Understand switched LAN architecture Describe LAN segmentation using switches and routers Match switches to LAN functions Configure and troubleshoot switches Configure switch security Describe full and half duplex operations Describe network congestion problems in Ethernet Describe features and benefits of Fast Ethernet Describe guidelines and distance limitations of Ethernet Distinguish between “cut-through” and “store and forward” switching Understand Spanning Tree protocol (STP) Understand the role of Virtual Trunking Protocol (VTP) in a switched LAN Configure VTP on the switches Understand the role of Virtual LANs (VLANs) in a switched LAN Configure Virtual LANs (VLANs) and trunks Configure routers and switches to enable inter-VLAN routing Describe the components and operation of a wireless LAN (WLAN) Configure Wireless LAN access Major Topics to be Included LAN design Switched LAN Architecture Switch Functions Converged Network Switching concepts and configuration Ethernet 802.3 networks Key elements of Ethernet Frame Forwarding methods Switch management and configurations o Command Line Interface Switch Security o Passwords o Telnet and SSH o Common security attacks Virtual LANs (VLANs) Benefits and types of VLAN VLAN membership Port membership Broadcast domain and VLAN VLANs and trunk Virtual Trunking Protocol (VTP) VTP Domains VTP Modes VTP Pruning VTP Configuration Spanning Tree Protocol (STP) Redundancy Port Types Port Roles Convergence – the election process STP and IEEE Standards Inter-VLAN routing Traditional Inter-VLAN Routing Router-on-a-Stick Interfaces and Sub interfaces Wireless LAN (WLAN) concepts and configurations Wireless topologies and components Threats to wireless security Wireless security protocols Access to WLAN Student Learning Outcomes LAN Design Identify and describe the different layers of a hierarchical network model List the features of switches in each layer of the hierarchical model Enumerate the benefits of a converged network Identify some Cisco switch models. Switch Concepts and Configurations Understand the Ethernet standard and its role in a switched networks Identify key elements of Ethernet 802.3 LANs o Carrier Sense Multiple Access/Collision Detection (CSMA/CD) o Duplex settings o Port Settings o MAC address table Understand how switch forwards frame Learn different switch command-line interface modes Connect and configure switches Secure a switch o Passwords o Telnet and SSH o Common security attacks o Port security Virtual LANs (VLANs) Describe the benefits of VLANs Identify the types of VLANs Control broadcast domain using VLAN Configure VLANs based on network requirements Virtual Trunking Protocol (VTP) Identify VTP components Describe the different VTP modes Apply VTP pruning across trunks Learn how to configure a switch to use VTP Spanning Tree Protocol (STP) Understand how STP eliminate loops in a converged network o Spanning Tree Algorithm (STA) Construct a loop-free topology o Best paths Configure port priority Inter-VLAN Routing Learn the commands needed to enable inter-VLAN routing on a switch Wireless LAN Understand WLAN standards Configure basic wireless settings