Cisco ROUTE 2.0: Network Principles and Layer 2 Technologies

This course is included in our On-demand training solution.

Overview

Understanding the purpose of some of the commonly used Layer1 and Layer 2 technologies, as well as network protocols, is central to understanding how hosts communicate with one another. LANs have rapidly evolved into support systems that are critical to communications within an organization and it is important to understand how these systems operate. In this course you will learn about data transport methods, packet flows, and packet management for IPv4 and IPv6. You will also learn about Layer 2 technologies such as the Point-to-Point Protocol (PPP) and Frame Relay and their operations.

Target Audience

Anyone wishing to obtain real-world routing knowledge, and those that are considering CCNP and CCIP certification. This learning path’s discussion of routing could also benefit early CCIE Routing and Switching candidates. Students completing the ROUTE 2.0 learning path should have a solid foundation in routing fundamentals, Cisco IOS basics, and Cisco routing basics. Attending the ICND1 and ICND2 classes or having the CCNA certification will fulfill these expectations.

Prerequisites

None

Expected Duration

90 min.

Course Objectives

Course Introduction

Reliable vs. Best-effort Transport

  • compare reliable and best-effort transport
  • TCP and UDP Characteristics

  • match the TCP and UDP protocol to its characteristics
  • Out-of-order Packets

  • explain how sequence numbers are used in TCP and UDP flows
  • TCP Sender Example 1

  • describe TCP send and receive behavior
  • TCP Sender Example 2

  • recognize what happens as a result of multiple TCP drops in the same session
  • Tail Drop and Global Synchronization

  • describe how global synchronization is a tail drop limitation
  • Asymmetric Routing

  • describe asymmetric routing
  • ICMP Unreachables and Redirects

  • explain the purpose of ICMP unreachables and redirects
  • IPv4 Fragmentation

  • recognize when IPv4 fragmentation is required
  • IPv4 MSS

  • recognize the function of maximum segment size (MMS)
  • IPv6 Fragmentation and the IPv6 Flowset Command

  • explain how large packets are managed in IPv6 networks
  • TTL

  • describe the function of the time to live (TTL)
  • Latency

  • match the latency type to its description
  • Point-to-Point Protocol

  • describe the PPP architecture
  • PPP Authentication

  • configure a serial link for PPP
  • PPP over Ethernet

  • describe how PPP is carried over Ethernet
  • Configuring PPPoE

  • sequence the tasks to configure the CPE as the PPPoE client
  • Understanding Frame Relay

  • describe the basic functionality of Frame Relay
  • Frame Relay Signaling and Mapping

  • describe Frame Relay LMI signaling and mapping
  • Exercise: Configuring Layer 2 Technologies

    COURSE COST



     

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