BCMSN (Building Cisco?? Multilayer Switched Networks v3.0) Training Class

Course ID: 13238

BCMSN (Building Cisco?? Multilayer Switched Networks v3.0) Training Seminar

Due to customer demand, we have extended our schedule of BCMSN v2.2
through the end of the year. BCMSN v3.0 will be available on Jan 1,
2007.
If you are preparing for exam
642-811, please see

BCMSN (Building Cisco?? Multilayer Switched Networks v2.2).

View the complete details about Cisco's CCNP updates.

In this 5-day Authorized Cisco course, implement campus networks using
multilayer switching technologies over high-speed Ethernet and wireless
topologies. This course addresses the integration of routing and switching
technologies to create an efficient campus network. Design, build, and configure
a reliable campus network so that if any physical link, switch, or router fails,
an end user won't know, while maintaining the performance to meet today's
demanding application requirements, such as voice, video, and secure wireless
technologies. Learn to design physical redundancy into your network and the
necessary Layer 2 and 3 protocols to guarantee constant access to the campus
network.
Technologies such as Spanning Tree, Rapid Spanning Tree (802.1W), Multiple
Spanning Tree (802.1S), Uplinkfast and Backbonefast will be covered in detail to
determine how to optimize a network's convergence times in the event a physical
path fails. Also learn how to get more bandwidth between network devices by
configuring EtherChannel. Learn the advantages and how to configure and
troubleshoot HSRP, convergence of voice, video and data in a real-time
environment, IP Multicast, and QoS. Configure basic security options such as
802.1x, Port security, BPDU guard, and prevent DHCP spoof attacks.


	Agenda
	1. Introduction to Campus Networks Course Introduction Campus Networks as part of an Enterprise Network Devices in a Nonhierarchical Network Layer 2 Network Issues Routed Network Issues What is a Multilayer Switch Issues with Multilayer Switches and VLANs in a Nonhierarchical Network The Enterprise Composite Model Building Access Building Distribution Server Farm Module Campus Core Network Management Benefits of the Enterprise Composite Model Campus Infrastructure Module 2. Defining Virtual Networks (VLANs) Best Practices for VLAN Topologies Issues in a Poorly Designed Network Grouping Business Functions into VLANs Interconnection Technologies Determining Equipment and Cabling Needs Mapping VLANs in a Hierarchical Network Considering Traffic Source to Destination Reviewing Switch Configuration Interfaces Implementing VLANs Benefits of VLANs in an Enterprise Network Local VLANs End-to-End VLANs VLAN Configuration Modes VLAN Access Ports VLAN Implementation Commands Implementing a VLAN Implementing Trunks VLAN Trunks ISL Trunking 802.1Q Trunking 802.1Q Native VLANs Issues with 802.1Q Native VLANs VLAN Ranges Trunking Configuration Commands Configuring Trunking Setting Dynamic Trunking Protocol (DTP) Propagating VLAN Configurations with VTP VTP Domains VTP Protocol VTP Modes VTP Pruning VTP Operation VTP Configuration Commands Configuring a VTP Management Domain Adding New Switches to an Existing VTP Correcting Common VLAN Configuration Errors Issues with 802.1Q Native VLANS Resolving Trunk Link Problems 3. Implementing Spanning Tree Spanning Tree Protocol Transparent Bridges Identifying Traffic Loops Loop Free Network 802.1D Spanning Tree Protocol Root Bridge Port Roles Enhancements to STP Preventing STP Forwarding Loops Unidirectional Link Detection Loop Guard Preventing STP Failures Due to Unidirectional Links Configuring UDLD and Loop Guard Implementing Rapid Spanning Tree Protocol (RSTP) RSTP RSTP Port States RSTP Port Roles Edge Ports RSTP Link Types RSTP BPDU RSTP Proposal and Agreement Process RSTP Topology Change RSTP Implementation Commands Implementing RSTP Commands Implementing the Multiple Spanning Tree Protocol (MSTP) MSTP MSTP Regions Extended System ID Interacting between MSTP regions and 802.1Q MSPT Implementation Commands Configuring and Verifying MSTP Configuring Link Aggregation and EtherChannel EtherChannel PAgP and LACP Protocols EtherChannel Configuration Configuring Port Channels using EtherChannel Configuring Load Balancing over EtherChannel 4. Implementing InterVLAN Routing Routing Between VLANs Multilayer Switching Layer 2 Switch Forwarding Process Inter-VLAN Routing using an External Router Inter-VLAN Routing using External Router Configurtion Commands Configuring Inter-VLAN Routing using an External Router Deploying CEF-Based Multilayer Switching Layer 3 Switching CEF-Based Multilayer Switches Multilayer Switch Packet Forwarding Process CEF Configuration Commands Enabling CEF-Based Multilayer Switching Common CEF problems and Solutions CEF Troubleshooting Commands Troubleshooting CEF-Based Multilayer Switching Enabling Routing Between VLANs Layer 3 Switch Virtual Interfaces Routed Interfaces on a Multilayer Switch Configuration Commands for Inter-VLAN Communication on a Multilayer Switch Configuring Inter-VLAN Routing on a Multilayer Switch 5. Implementing High Availability in a Campus Environment Configuring Layer 3 Redundancy with HSRP Router Redundancy Process Routing Issues HSRP HSRP Operations HSRP States HSRP Configuration Commands Enabling HSRP Configuring Layer 3 Redundancy with VRRP and GLBP Virtual Router Redundancy VRRP Operations Process Gateway Load Balancing Protocol GLBP Operations Process VRRP and GLBP Configuration Enabling VRRP and GLBP Implementing Hardware and Software Redundancy in Modular Switches Virtual Router Redundancy Supervisor Redundancy Redundant Supervisor Engine Configuration Commands Implementing Redundant Supervisor Engines Cisco Catalyst 6500 Switch Single and Dual Router Mode Stateless Switchover Failover with SRM and SSO Configuring and Verifying SRM and SSO Nonstop Forwarding NSF Aware Protocols Failover with NSF and SSO Configuring NSF Redundant Power Supply Configuration Commands Configuring Redundant Power Supplies Verifying High Availability Configurations Load Sharing HSRP Optimization Options Tuning HSRP Operations HSRP Debug Commands Debugging HSRP Operations 6. Wireless Client Access Introducing Wireless LANs (WLANs) WLANs Similarities Between A LAN and a WLAN Differences Between a LAN and WLAN WLAN Components WLAN Technology Implementations Building Blocks of AP WLAN Topologies Building Blocks of Bridging WLAN Topologies Topology Implementations Wireless Theory and Standards Radio Frequency (RF) Basics WLAN Math Types of Antennas Regulatory Agencies Governing WLANs Operational Standards of IEEE 802.11 IEEE 802.1


	Audience
	This course is intended for Networking Professionals who are implementing Cisco's Catalyst Swit


	Pre-requisites
	PreReqs


	Comments
	For all course dates held in Canada, please add 5% GST to the course price. Canadian residents will need to add an additional 7% PST to the course price.