Cisco SWITCH 2.0: Basic Concepts and Network Design

This course is intended for students who are looking for real-world switching knowledge, and those that are considering CCNP and CCDP certification. This course’s discussion of switching could also benefit early CCIE Routing and Switching candidates.


Expected Duration
155 minutes

Your company should have a scalable and flexible network, and you can achieve that goal by having a hierarchical, layered design.Today, switches are not only Layer 2 devices, many of them are capable of performing Layer 3 features. With some Cisco switches, you can reallocate system resources in order for the switch to optimize support for specific features. This reallocation is done through changing of the SDM template. For example, if you want to implement IPv6 addressing on an access layer switch, you will need to change the SDM template. Cisco Discovery Protocol is a great tool to perform network discovery, but it is a Cisco proprietary solution. LLDP is a standard alternative to Cisco Discovery Protocol. PoE is a LAN technology that allows you to supply devices, such as IP phones and wireless APs, with power over an Ethernet cable. Supplying the device with power over the same cable as data eliminates the need for a power adapter, lowers the cost of implementation, provides easier maintenance, and provides greater installation flexibility than with traditional wiring.
This course begins with an overview of all the components associated with a well-designed campus network. This course also explains the difference between Layer 2 and multilayer switch operation, how to change and verify the SDM template, and how to enable and verify LLDP neighbors. Lastly, this course will cover PoE and how to verify power consumption on a switch. This course offers the official training for the Implementing Cisco IP Switched Networks 2.0 certification exam which is a component exam for the CCNP and CCDP certifications. Passing this exam will also refresh CCNA certification, which expires after three years.


Basic Concepts and Network Design

  • start the course
  • explain the need for hierarchical network design
  • explain the components of a well-designed campus network
  • describe the access layer
  • describe the distribution layer
  • describe the core layer
  • explain when a core layer is needed
  • explain why a core layer is needed
  • describe types of Cisco switches
  • compare Layer 2 switching to Layer 3 switching in the access layer

Comparing Layer 2 and Multilayer Switches

  • describe how a Layer 2 switch operates
  • describe the purpose of the CAM and TCAM tables
  • describe what the multilayer switch rewrites during the packet forwarding process
  • recognize when a multilayer switch needs to rewrite certain parts of the frame
  • describe how to investigate the CAM table
  • recognize the function of distributed hardware forwarding
  • list and describe the switching methods that are used by a Cisco Catalyst switch
  • list and describe the switching methods that are used by a Cisco Catalyst switch

Using Cisco SDM Templates

  • describe the role of SDM templates
  • change the SDM template and describe precautions to take when changing the SDM template

Implementing LLDP

  • define LLDP and compare it to Cisco Discovery Protocol
  • describe how to enable LLDP
  • discover neighbors using LLDP

Implementing PoE

  • describe the need for PoE
  • describe the components of a PoE system and how PoE works
  • describe how IEEE and Cisco PoE standards negotiate the power levels required by the powered device
  • configure and verify PoE
  • use the Cisco Power Calculator

Practice: Implementing LLDP and PoE

  • implement LLDP and PoE within the switched network





Multi-license discounts available for Annual and Monthly subscriptions.