Building Converged Cisco Multilayer Switched Networks (BCMSN) Courses and other IT courses from TEKsystems Education Services

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Course Code:	TO 98
Course Abstract:	Participants of this accelerated course are provided knowledge and skills to build campus networks using multilayer switching technologies and to manage campus network traffic. The course covers all the major topics on the Switching Exam, enabling you to master the following concepts and technologies: switched Ethernet, trunking, multicasting, multilayer switching, VLANs, ATM, LANE, interVLAN routing, HRSP, network traffic control, and monitoring and troubleshooting techniques. The duration of this course is 5 days or 10 nights (Monday through Friday) and is structured to deliver lecture and hands-on experiences through practical exercises involving system installation, configuration and troubleshooting. The Building Cisco Multilayer Switched Networks helps prepare students for the BCMSN Exam 642-812. The 642-812 exam is one of four core exams required for the Cisco CNP certification.
Audience:	This course is primarily targeted at IT professionals who have a large amount of experience with network design and implementation.
Duration:	5 days
Learning Outcomes:	Upon completion of this course, the participant will be able to: > Enable CGMP on the distribution layer devices > Describe the functionality of CGMP > Identify the correct Cisco Systems product solution given a set of network switching requirements > Describe how switches facilitate Multicast Traffic > Translate Multicast Addresses into MAC addresses > Identify the components necessary to effect multilayer switching > Apply flow masks to influence the type of MLS cache > Describe layer 2, 3, 4 and multilayer switching > Verify existing flow entries in the MLS cache > Describe how MLS functions on a switch > Configure a switch to participate in multilayer switching > Describe Spanning Tree > Configure the switch devices to improve Spanning Tree Convergence in the network > Identify Cisco Enhancement that improve Spanning Tree Convergence > Configure a switch device to Distribute Traffic on Parallel Links > Provide physical connectivity between two devices within a switch block > Provide connectivity from an end user station to an access layer device > Provide connectivity between two network devices > Configure a switch for initial operation > Apply IOS command set to diagnose and troubleshoot a switched network problems > Describe the different Trunking Protocols > Configure Trunking on a switch > Maintain VLAN configuration consistency in a switched network > Configure the VLAN Trunking Protocol > Describe the VTP Trunking Protocol > Describe LAN segmentation using switches > Configure a VLAN > Ensure broadcast domain integrity by establishing VLANs > Facilitate InterVLAN Routing in a network containing both switches and routers > Identify the network devices required to effect InterVLAN routing
Course Topics:	THE CAMPUS NETWORK Identify the correct Cisco Systems product solution given a set of network switching requirements Provide physical connectivity between two devices within a switch block Provide connectivity from an end-use station to an access layer device CONNECTING THE SWITCH BLOCK Provide physical connectivity between two devices within a switch block Provide connectivity from an end-user station to an access layer device Provide connectivity between two network devices Configure a switch for initial operation Apply IOS command set to diagnose and troubleshoot switched network problems VLANS, TRUNKS, AND VTP Apply IOS command set to diagnose and troublshoot switched network problems Describe the different trunking protocols Configure trunking on a switch Maintain VLAN configuration consistency in a switched network Configure the VLAN Trunking Protocol Describe the VTP Trunking Protocol Describe LAN segmentation using switches Configure a VLAN Ensure broadcast domain integrity by establishing VLANs LAYER 2 SWITCHING AND THE SPANNING TREE PROTOCOL (STP) Describe Spanning Tree Configure the switch devices to improve Spanning Tree Convergence in the network Provide physical connectivity between two devices within a switch block Provide connectivity from an end-user station to an access layer device USING SPANNING TREE WITH VLANS Describe Spanning Tree Configure the switch devices to improve Spanning Tree Convergence in the network Identify Cisco Enhancement that improve Spanning Tree Convergence Configure a switch device to Distribute Traffic on Parallel Links Describe LAN segmentation using switches INTER-VLAN ROUTING Apply IOS command set to diagnose and troubleshoot switched network problems Configure the VLAN Trunking Protocol Describe the VTP Trunking Protocol Configure a VLAN Facilitate InterVLAN Routing in a network containing both switches and routers Identify the network devices required to effect InterVLAN Routing MULTI-LAYER SWITCHING Identify the components necessary to effect multilayer switching Apply flow masks to influence the type of MLS cache Describe layer 2, 3, 4, and multilayer switching Verify existing flow entries in the MLS cache and describe how MLS functions Configure a switch to participate in multilayer switching UNDERSTANDING AND CONFIGURING MULTICAST OPERATION Enable CGMP on the distribution layer devices Describe the functionality of CGMP Describe how switches facilitate Multicast Traffic QUALITY OF SERVICE Understand Application Needs Understand the fundamentals of QoS QoS Options Redundancy in Switched Networks CATALYST SWITCH TECHNOLOGIES Enable CGMP on the distribution layer devices Describe the functionality of CGMP Describe how switches facitiate Multicast Traffic
Prerequisites:	Due to the pace and duration of this course, ideal candidates for this course operate in medium to very large computing environment: They have a minimum of one-year experience working in a LAN/WAN environment They have a minimum of six months experience in a multi-LAN environment Hold the Cisco Certified Network Associate certification

Building Converged Cisco Multilayer Switched Networks (BCMSN) Course

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