Cisco CCNA (200-301)

Video description

The course begins with a deep dive into Cisco's networking environment, covering foundational concepts such as network component roles and the Cisco CLI. It progresses through network topology, IPv4 and IPv6 addressing, and essential networking principles like virtualization, wireless configurations, and switch functionalities. The course is designed to build a comprehensive understanding of network infrastructure and cybersecurity basics.

Focusing on practical applications, you will gain hands-on experience in configuring and managing Cisco networks. The course emphasizes VLAN configuration, Interswitch connectivity, routing protocols, and network security implementations. Through real-world scenarios, you will explore DHCP, NTP, and DNS in network management, alongside configuring static and dynamic routing, understanding ACLs, and navigating network address translation.

The course concludes with advanced topics in network management and security. The course also introduces network management automation, SDN architecture, and REST-based APIs application. This course will ensure you are well-equipped for intermediate to advanced roles in network administration and security, with a robust skill set for navigating complex networking environments.

What you will learn

  • Understand network component roles and functions
  • Analyze different network topology characteristics
  • Configure IPv4 and IPv6 addresses on devices
  • Gain insights into wireless configuration and security
  • Learn routing components and packet forwarding techniques
  • Implement network security through ACLs and NAT

Audience

This course is ideal for aspiring network administrators, IT professionals, and students seeking foundational knowledge in networking. This course is perfect for those preparing for the Cisco CCNA (200-301) certification, aiming to acquire a comprehensive understanding of network security, protocols, and management.

About the Authors

ACI Learning: ACI Learning trains leaders in Cybersecurity, Audit, and Information Technology. Whether starting an IT career, mastering a profession, or developing a team, they provide essential support at every step.

Ronnie Wong: Ronnie Wong has had a diverse career, from diesel service and ministry to computer repair and network administration in small businesses. He set up networks and servers and created policies in these roles. As an Edutainer at ITProTV, now ACI Learning, he started as an IT technical instructor, later working as a contract trainer for the University of Florida, Marion County School Systems, and Nationwide Insurance. He provided Cisco, Microsoft Windows, CompTIA, and IT security training to military and DoD personnel. Now the Director of Content Development at ACI Learning, Ronnie's credentials include CCNP Enterprise Infrastructure, CCNA, CompTIA's A+, Network+, Security+, ISC2 CC, CNA Security, and PCNSA.

Lauren Deal: With a decade of in-classroom teaching experience, work as a national television host on the Home Shopping Network, and a background as a talk show producer and host, Lauren Deal possesses a perfect blend of skills and interests in IT. This unique combination makes her an ideal learner advocate for ACI Learning training. She excels in asking clarifying questions related to exam objectives and enthusiastically learns alongside ACI Learning audiences. Additionally, Lauren has been studying the evolving use of AI technology and the development process of Augmented and Virtual Reality. Her certifications include AWS Certified Cloud Practitioner.

Table of contents

  1. Chapter 1 : Network Fundamentals
    1. Course Overview
    2. Identifying Network Component Roles
    3. Getting Started with the Cisco CLI
    4. Introducing the Cisco DNA Center
    5. Recognizing Network Topology Characteristics
    6. Identifying Different Network Types
    7. Reviewing Network Topology Design Characteristics
    8. Describing Physical Network Cabling
    9. Describing PoE Concepts and Contexts
    10. Identifying Common Interface and Cable Issues
    11. Comparing TCP and UDP Protocols
    12. Reviewing IPv4 Addressing
    13. Configuring IPv4 Addresses on Network Devices
    14. Learning Basic Subnetting Concepts
    15. Performing Class C IPv4 Subnetting
    16. Performing Class B IPv4 Subnetting
    17. Applying IPv4 Subnetting
    18. Reviewing IPv6 Addressing
    19. Describing IPv6 Unicast Type Addresses
    20. Describing IPv6 Anycast, Multicast, and EUI 64
    21. Configuring IPv6 Addresses on Network Devices
    22. Reviewing Virtualization Concepts
    23. Reviewing Wireless Configuration Choices
  2. Chapter 2 : Network Access
    1. Learning Switch Functionality
    2. Configuring and Verifying VLANs
    3. Configuring and Verifying Interswitch Connectivity
    4. Describing Layer 2 Loop Prevention
    5. Describing Spanning Tree Protocol
    6. Spanning Tree Protocol Example
    7. Configuring and Verifying Layer 2 Discovery
    8. Configuring and Verifying EtherChannel
    9. Reviewing Cisco Wireless Components
    10. Characterizing Wireless Security
    11. Configuring Cisco WLAN Management
    12. Configuring and Verifying DHCP Snooping and DAI
    13. Configuring and Verifying Port Security
  3. Chapter 3 : IP Connectivity
    1. Identifying Routing Components
    2. Interpreting Routing Table Information
    3. Reviewing Packet Forwarding
    4. Determining Routing Decisions
    5. Configuring Static Routing for IPv4
    6. Configuring Static Routing for IPv6
    7. Reviewing Dynamic Routing Protocols
    8. Introducing Single Area OSPFv2
    9. Configuring and Verifying Single Area OSPFv2
    10. Configuring and Verifying FHRPs
    11. Configuring and Verifying Standard ACLs
    12. Configuring and Verifying Extended ACLs
    13. Configuring and Verifying Named ACLs
  4. Chapter 4 : IP Services
    1. Introducing Network Address Translation
    2. Configuring and Verifying NAT
    3. Configuring and Verifying NTP
    4. Configuring and Verifying DHCP and DNS
    5. Identifying the Function of SNMP
    6. Identifying Syslog Message Features
    7. Identifying Per-Hop Behavior for QoS
    8. Configuring Secured Remote Access
    9. Transferring Files using FTP or TFTP
  5. Chapter 5 : Security Fundamentals
    1. Defining Key Security Concepts
    2. Identifying Security Awareness Program Elements
    3. Identifying Password Policy Elements
    4. Identifying AAA Security Elements
    5. Differentiating VPN Types
  6. Chapter 6 : Automation and Programming
    1. Describing Network Management Automation
    2. Identifying SDN Architecture Concepts
    3. Identifying Campus Device Management Methods
    4. Characterizing REST-based APIs
    5. Identifying Configuration Management Methods
    6. Interpreting JSON Encoded Data

Product information

  • Title: Cisco CCNA (200-301)
  • Author(s): ACI Learning, Ronnie Wong, Lauren Deal
  • Release date: January 2024
  • Publisher(s): Packt Publishing
  • ISBN: 9781835886922