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CCNP Certification Training BCMSN

CCNP Training classes, boot camp course and self study CD-ROMS The CCNP Certification consists of Four Courses

CIT Cisco Internetwork Troubleshooting
BCMSN Building Cisco Multilayer Switched Networks
BSCI Building Scalable Cisco Internetworks Curriculum
BCRAN Building Cisco Remote Access Networks Curriculum

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Training for Preparation of Cisco CCNP™ Certification Exam BCMSN on Self Study CD-ROM

Cisco™ Internetwork Troubleshooting Curriculum (CIT) on CD-ROM and Book Details	ng20341	$645.00
Building Cisco™ Multilayer Switched Networks (BCMSN) on CD-ROM and Book Details	ng20321	$645.00
Building Scalable Cisco™ Internetworks Curriculum (BSCI) on CD-ROM and Book Details	ng20411	$645.00
Building Cisco™ Remote Access Networks Curriculum (BCRAN) on CD-ROM and Book Details	ng20331	$645.00
Complete CCNP CBT Training on CD Covers all four Exams: and CCNP Library :Special save over $1400.00 demo	ncnpk	$1100.00

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CCNP BCMSN Training CBT CD Course Overview

In this course, you will learn about campus networks, the emerging campus model and the hierarchical model, connecting switch blocks, and configuring switch block connectivity. Also includes simulated exam questions.

Learn To:

Identify the features of campus networks.
Identify problems associated with traditional campus networks.
Identify network traffic patterns.
Identify the function of Ethernet in a campus network.
Identify the functions of Fast Ethernet in a campus network.
Identify the role of Gigabit Ethernet in a campus network.

The BCMSN Course contains the complete course material listed below. (Parts 1 through 3)

Course Contents Part 1: Campus Networks

Unit 1: Building Cisco™ Multi-layer Switched Networks Part 1: Campus Networks - Duration: 3 - 4 Hour(s)

Identify the features of campus networks.
Identify problems associated with traditional campus networks.
Identify network traffic patterns.
Identify key customer requirements of campus networks.
Identify the features of the new campus network model.
Identify the features of data link layer switched networks.
Identify the benefits of routing.
Identify the features of multilayer switching (MLS).
Identify the layers in the hierarchical model.
Identify the features of the switch block.
Identify the features of the core block.
Identify the features of the dual core.
Identify considerations for scaling the backbone core.
Analyze a campus network topology case study.

Unit 2: Campus Network: Building - Duration: 3 - 4 Hour(s)

Identify the function of Ethernet in a campus network.
Identify the functions of Fast Ethernet in a campus network.
Identify the role of Gigabit Ethernet in a campus network.
Identify the considerations when backbone link sizing.
Identify the guidelines for connecting switch block devices to a console port.
Identify the guidelines for connecting to an Ethernet port.
In this lesson, you will learn about configuring switch block connectivity.
Identify Cisco command line interface types.
Identify the procedure for limiting access to devices.
Identify the procedures for identifying a unique device.
Identify the procedures for configuring remote accessibility on a switch.
Identify the procedures for uniquely naming interfaces and ports.
Identify the procedure for defining link speed.
Identify the procedures for configuring full duplex data transmission.
Analyze a campus network configuration case study.

Course Contents Part 2: Multilayer Switching

Unit 1: InterVLAN Routing - Duration: 3 - 4 Hour(s)

Identify the features of routing in VLANs.
Identify the features of the distribution layer.
Identify the features of external and internal route processors.
Locate the route processor.
Identify the command syntax used to gain access to the RSM from the switch prompt.
Identify the command used to name the route processor.
Enable an Internet Protocol (IP) routing protocol.
Configure a VLAN interface on an internal route processor.
Define a default gateway.
Analyze a VLAN routing case study.

Unit 2: IP Routing Performance - Duration: 3 - 4 Hour(s)

Identify the features of multilayer switching (MLS).
Identify the features of router processor software and hardware.
Identify the characteristics of MLS components.
Identify the steps in establishing an MLS cache entry for a flow.
Enable MLS on the MLS-RP.

Course Contents Part 3: HSRP and Multicast

Unit 1: HSRP Default Gateway Redundancy - Duration: 3 - 4 Hour(s)

Identify the features of the Hot Standby Routing Protocol (HSRP).
Identify the features of the proxy Address Resolution Protocol (ARP).
Identify the features of the Routing Information Protocol (RIP).
Identify the features of the Internet Router Discovery Protocol (IRDP).
Identify the features of HSRP.
Identify the features of HSRP groups.
Identify the features of the active router.
Identify the features of active and secondary router interaction.
Identify the fields of an HSRP message.
Identify the features of the different HSRP states.
Identify the command used to configure an HSRP standby interface.
Identify the command used to configure an HSRP standby priority.
Configure an HSRP standby pre-empt.
Identify the role of Hello messages.
Identify the command used to configure the HSRP interface tracking.
Identify the commands used to verify HSRP.
Analyze an HSRP case study.

Unit 2: Multicast Technology - Duration: 3 - 4 Hour(s)

Identify the main components of multicast traffic.
Identify the Class D addressing structure and range.
Identify the features of mapping IP multicasts to Ethernet addresses.
Identify the features of multimedia traffic operation.
Identify the features of Internet Group Management Protocol Version 1 (IGMPv1).
Identify the features of Internet Group Management Protocol Version 2 (IGMPv2).
Identify the characteristics of the Cisco Group Management Protocol (CGMP).
Identify the features of multicast routing.
Identify the features of different tree distribution types.
Identify the features of multicast delivery scope management.
Identify the features of dense mode routing protocols.
Identify the features of sparse-mode routing protocols.

This study guide and/ or material is not sponsored by, endorsed by or affiliated with Cisco Systems, Inc. Cisco®, Cisco Systems®, CCDA™, CCNA™, CCDP™, CCNP™, CCIE™, CCSI™, the Cisco Systems logo and the CCIE logo are trademarks or registered trademarks of Cisco Systems, Inc.

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