| Cisco BCMSN 642-811: Switched Networks, VLANs, and Trunks |
- Network Design
- Enterprise Network Model
- Network Devices
- Network Media Types
- Switching Roles in Network Design
- CatOS and IOS Comparison and Switch Configuration
- Switch Troubleshooting
|
- Converting CatOS to IOS and SFM Connectivity
- Advantages of Virtual LANs
- VLAN Implementations and Assignment of Users
- Frame Tagging VLAN Information and Protocols
- Dynamic Trunk Protocol Configuration
- VLAN Trunk Protocol
|
|
| Cisco BCMSN 642-811: Spanning Tree Protocol |
- Transparent Bridging
- Introduction to the STP Algorithm
- STP Components and Operation
|
- Running the STP Algorithm
- Spanning Trees STP Implementation
- Configuring and Verifying STP
|
|
|
Cisco BCMSN 642-811: Enhancements to STP |
- PortFast Performance Enhancement to STP
- UplinkFast Performance Enhancement to STP
- BackboneFast Performance Enhancement to STP
- Rapid STP Enhancements
- Multiple Spanning Tree
|
- EtherChannels Technology
- Configuring EtherChannels
- Other STP Enhancement Features
- Additional STP Troubleshooting Tips and Tools
|
|
|
Cisco BCMSN 642-811: Multilayer Switching |
- Routing Considerations When Implementing VLANs
- Configuring an Internal Route Processor
- Configuring and Verifying an External Route Processor
- Multilayer Switching Technology
|
- Multilayer Switching Implementation
- Address Tables and Switching Decisions
- Multilayer Switching Using CEF Switching
- CEF Verification and Troubleshooting
|
|
|
Cisco BCMSN 642-811: Availability and Redundancy |
- Introduction to Availability and Redundancy
- Hardware Redundancy Capabilities
- Layer 2 Redundancy Design Methods
- Layer 3 Redundancy Issues
- HSRP Protocol Introduction
|
- HSRP Configuration and Verification
- SRM and VRRP Protocols
- Gateway Load Balancing Protocol
- Server Load Balancing
|
|
|
Cisco BCMSN 642-811: Multicasts |
- Overview of Traffic Types
- Multicast Addressing
- Client Registration and IGMPv1
- IGMPv2 Features and Improvements
- IGMPv3 Source Filtering
- Multicast Traffic Routing
- Dense and Sparse Mode Routing Protocols
|
- Protocol Independent Multicast
- Multicasting and Switches
- Basic PIM Configuration and Designated Routers
- Configuring Rendezvous Points
- Configuring PIMv2 and CGMP
- Verifying a Multicast Configuration
|
|
| Cisco BCMSN 642-811: Network Quality of Service |
- IP telephony issues and solutions
- QoS issues and solutions
- QoS architecture services
- Classification and marking of QoS
|
- Managing congestion with queuing
- Avoiding network congestion
- Conditioning traffic and increasing link efficiency
- Campus QoS implementation
|
|
| Cisco BCMSN 642-811: QOS Configuration and Verification |
- Modular QoS CLI Implementation
- WFQ Queuing Method Configuration
- PQ Queuing Method Configuration
- CQ Queuing Method Configuration
|
- IP RTP-PQ Queuing Method Configuration
- LLQ Queuing Method Configuration
- WRRQ Queuing Method Configuration
- WRED Congestion Avoidance
|
|
| Cisco BCMSN 642-811: MLS Optimization and Security |
- Using the Switched Port Analyzer Locally
- Using the Switched Port Analyzer Remotely
- Network Analysis Module Configuration
- Securing Your Network Switch
|
- Authentication, Authorization and Accounting
- Basic Port Security
- VLAN Access Lists
- Private VLANs within a VLAN
|
|
| Cisco BCMSN 642-811: Metro Ethernet |
- Layer 1 and Layer 2 Services
- Ethernet Delivery Mechanisms
- 802 Tunneling
|
- Tag Stacking: Q-in-Q Tunneling
- Ethernet over MPLS Implementation
|
|
| Cisco BCMSN 642-811: Practice Exams |
- Taking the BCMSN 642-811 Exam
- Practice Exam 1
- Practice Exam 2
|
|
|
|
