Module 1 | Introduction | |
---|---|---|
Unit 1 | 1. Introduction | |
Unit 2 | 2. How to Make the Most of This Course - EXTERNAL | |
Unit 3 | 3. The Study Plan | |
Unit 4 | 4. Recommended Practice Exams | |
Unit 5 | 5. Why Passing the Cisco CCNA is Going to Turbo Charge Your Career | |
Module 2 | How to Set Up the Lab | |
Unit 1 | 1. How to Set Up the Lab Introduction | |
Unit 2 | 2. Cisco Packet Tracer Installation | |
Unit 3 | 3. Packet Tracer Installation Notes and FAQ | |
Module 3 | Host to Host Communications | |
Unit 1 | 1. Host to Host Communications Intro | |
Unit 2 | 2. A (Very) Basic Introduction to Networking | |
Unit 3 | 3. The OSI Reference Model Overview | |
Unit 4 | 4. The TCP/IP Stack | |
Unit 5 | 5. The Upper OSI Layers | |
Unit 6 | 6. The Lower OSI Layers | |
Module 4 | The Cisco IOS Operating System | |
Unit 1 | 1. The IOS Operating System Intro | |
Unit 2 | 2. Cisco Operating Systems | |
Unit 3 | 3. Making the Initial Connection to a Cisco Device | |
Unit 4 | 4a. Navigating the Cisco IOS Operating System Part 1 | |
Unit 5 | 4b. Navigating the Cisco IOS Operating System Part 2 | |
Unit 6 | 5. Cisco IOS Configuration Management | |
Module 5 | OSI Layer 4 - The Transport Layer | |
Unit 1 | 1. OSI Layer 4 - The Transport Layer Intro | |
Unit 2 | 2. The Transport Layer Header, TCP and UDP | |
Module 6 | OSI Layer 3 - The Network Layer | |
Unit 1 | 1. OSI Layer 3 - The Network Layer Intro | |
Unit 2 | 2. The IP Header | |
Unit 3 | 3. Unicast, Broadcast and Multicast Traffic | |
Unit 4 | 4. How to Count in Binary | |
Unit 5 | 5. IPv4 Addresses | |
Unit 6 | 6. Calculating an IPv4 Address in Binary | |
Unit 7 | 7. The Subnet Mask | |
Unit 8 | 8. Slash Notation | |
Module 7 | IP Address Classes | |
Unit 1 | 1. IP Address Classes Intro | |
Unit 2 | 2. Class A IP Addresses | |
Unit 3 | 3. IP Address Classes B and C | |
Unit 4 | 4. IP Address Classes D and E | |
Module 8 | Subnetting | |
Unit 1 | 1. Subnetting Intro | |
Unit 2 | 2. CIDR Classless Inter-Domain Routing | |
Unit 3 | 3. Subnetting Overview | |
Unit 4 | 4. Subnetting Class C Networks and VLSM | |
Unit 5 | 5. Subnetting Practice Questions | |
Unit 6 | 6. Variable Length Subnet Masking Example Part 1 | |
Unit 7 | 7. Variable Length Subnet Masking Example Part 2 | |
Unit 8 | 8. Subnetting Large Networks Part 1 | |
Unit 9 | 9. Subnetting Large Networks Part 2 | |
Unit 10 | 10. Subnetting on the 3rd Octet - Written Example | |
Unit 11 | 11. Subnetting on the 4th Octet - Written Example | |
Unit 12 | 12. Private IP Addresses Part 1 | |
Unit 13 | 13. Private IP Addresses Part 2 | |
Unit 14 | 14. Where to Get More Subnetting Practice | |
Module 9 | OSI Layer 2 - The Data-Link Layer | |
Unit 1 | 1. OSI Layer 2 - The Data-Link Layer Intro | |
Unit 2 | 2. Local Area Network Layer 2 - Ethernet | |
Module 10 | OSI Layer 1 - The Physical Layer | |
Unit 1 | 1. OSI Layer 1 - The Physical Layer Intro | |
Unit 2 | 2. Ethernet Connection Media | |
Module 11 | Cisco Device Functions | |
Unit 1 | 1. Cisco Device Functions Intro | |
Unit 2 | 2. Switches vs Hubs | |
Unit 3 | 3. Switch Operation | |
Unit 4 | 4. Routers | |
Unit 5 | 5. Other Cisco Devices | |
Unit 6 | Lab Exercise | |
Module 12 | The Life of a Packet | |
Unit 1 | 1. The Life of a Packet Intro | |
Unit 2 | 2. DNS The Domain Name System | |
Unit 3 | 3. DNS on Cisco Routers | |
Unit 4 | 4. ARP Address Resolution Protocol | |
Unit 5 | 5. ARP for Routed Traffic | |
Unit 6 | 6. Life of a Packet Example Part 1 - DNS | |
Unit 7 | 7. Life of a Packet Example Part 2 - HTTP | |
Unit 8 | Lab Exercises | |
Module 13 | The Cisco Troubleshooting Methodology | |
Unit 1 | 1. The Cisco Troubleshooting Methodology Intro | |
Unit 2 | 2. The Cisco Troubleshooting Methodology | |
Unit 3 | 3. Cisco Troubleshooting Methodology - Lab Example | |
Unit 4 | Lab Exercises | |
Module 14 | Cisco Router and Switch Basics | |
Unit 1 | 1. Cisco Router and Switch Basics Intro | |
Unit 2 | 2. Basic Router and Switch Configuration | |
Unit 3 | 3. The Setup Wizard | |
Unit 4 | 4. Speed and Duplex Settings | |
Unit 5 | 5. CDP and LLDP | |
Unit 6 | 6. Basic Layer 1 and 2 Troubleshooting | |
Unit 7 | 7. Basic Layer 1 and 2 Troubleshooting - Lab Demo | |
Unit 8 | Lab Exercises | |
Module 15 | Cisco Device Management | |
Unit 1 | 1. Cisco Device Management Intro | |
Unit 2 | 2. The Boot Up Process | |
Unit 3 | 3. The Boot Up Process Lab Demo | |
Unit 4 | 4. Factory Reset and Password Recovery | |
Unit 5 | 5. Password Recovery Lab Demo | |
Unit 6 | 6. Backing up the System Image and Configuration | |
Unit 7 | 7. Upgrading IOS | |
Unit 8 | Lab Exercises | |
Module 16 | Routing Fundamentals | |
Unit 1 | 1. Routing Fundamentals Intro | |
Unit 2 | 2. Connected and Local Routes | |
Unit 3 | 3. Connected and Local Routes Lab Demo | |
Unit 4 | 4. Static Routes | |
Unit 5 | 5. Static Routes Lab Demo | |
Unit 6 | 6. Summarisation and Default Routes | |
Unit 7 | 7. Summary Routes and Longest Prefix Match Lab Demo | |
Unit 8 | 8. Default Routes and Load Balancing Lab Demo | |
Unit 9 | Lab Exercises | |
Module 17 | Dynamic Routing Protocols | |
Unit 1 | 1. Dynamic Routing Protocols Introduction | |
Unit 2 | 2. Dynamic Routing Protocols vs Static Routes | |
Unit 3 | 3. Dynamic Routing Protocols Lab Demo | |
Unit 4 | 4. Routing Protocol Types | |
Unit 5 | 5. Routing Protocol Types Lab Demo | |
Unit 6 | 6. Routing Protocol Metrics | |
Unit 7 | 7. Routing Protocol Metrics Lab Demo | |
Unit 8 | 8. Equal Cost Multi Path | |
Unit 9 | 9. Equal Cost Multi Path Lab Demo | |
Unit 10 | 10. Administrative Distance | |
Unit 11 | 11. Administrative Distance Lab Demo | |
Unit 12 | 12. Loopback Interfaces | |
Unit 13 | 13. Adjacencies and Passive Interfaces | |
Unit 14 | 14. Adjacencies and Passive Interfaces Lab Demo | |
Unit 15 | Lab Exercises | |
Module 18 | Connectivity Troubleshooting | |
Unit 1 | 1. Connectivity Troubleshooting Intro | |
Unit 2 | 2. Basic Connectivity Troubleshooting | |
Unit 3 | Lab Exercises | |
Module 19 | IGP Interior Gateway Protocol Fundamentals | |
Unit 1 | 1. RIP and EIGRP Fundamentals Introduction | |
Unit 2 | 2. RIP the Routing Information Protocol | |
Unit 3 | 3. RIP Lab Demo | |
Unit 4 | 4. EIGRP - the Enhanced Interior Gateway Routing Protocol | |
Unit 5 | 5. EIGRP Lab Demo | |
Unit 6 | Lab Exercises | |
Module 20 | OSPF - Open Shortest Path First | |
Unit 1 | 1. OSPF Introduction | |
Unit 2 | 2. OSPF Characteristics | |
Unit 3 | 3. OSPF Basic Configuration | |
Unit 4 | 4. OSPF Basic Configuration Lab Demo | |
Unit 5 | 5. OSPF Advanced Topics | |
Unit 6 | 6. OSPF Advanced Topics Lab Demo | |
Unit 7 | 7. Bandwidth vs Clock Rate and Speed | |
Unit 8 | 8. OSPF Cost Metric | |
Unit 9 | 9. OSPF Cost Metric Lab Demo | |
Unit 10 | 10. OSPF Adjacencies | |
Unit 11 | 11. OSPF DR and BDR Designated Routers | |
Unit 12 | 12. OSPF DR and BDR Lab Demo | |
Unit 13 | 13. OSPF Areas | |
Unit 14 | 14. OSPF Areas Lab Demo | |
Unit 15 | Lab Exercises | |
Module 21 | VLANs Virtual Local Area Networks | |
Unit 1 | 1. VLANs Introduction | |
Unit 2 | 2. Campus LAN Design - Core, Distribution and Access Layers | |
Unit 3 | 2b. Spine-Leaf Network Design | |
Unit 4 | 3. Why we have VLANs | |
Unit 5 | 4. VLAN Access Ports | |
Unit 6 | 5. VLAN Access Ports Lab Demo | |
Unit 7 | 6. VLAN Trunk Ports | |
Unit 8 | 7. VLAN Trunk Ports Lab Demo | |
Unit 9 | 8. DTP Dynamic Trunking Protocol | |
Unit 10 | 9. VTP VLAN Trunking Protocol | |
Unit 11 | 10. VTP Lab Demo | |
Module 22 | Inter-VLAN Routing | |
Unit 1 | 1. Inter-VLAN Routing Introduction | |
Unit 2 | 2. Router with Separate Interfaces | |
Unit 3 | 3. Router on a Stick | |
Unit 4 | 4. Layer 3 Switch | |
Unit 5 | 5. Layer 3 Switch Lab Demo | |
Unit 6 | Lab Exercises | |
Module 23 | DHCP - Dynamic Host Configuration Protocol | |
Unit 1 | 1. DHCP Introduction | |
Unit 2 | 2. DHCP Dynamic Host Configuration Protocol | |
Unit 3 | 3. Cisco DHCP Server | |
Unit 4 | 4. External DHCP Server | |
Unit 5 | 5. Cisco DHCP Client | |
Unit 6 | 6. Windows, Mac and Linux client IP settings | |
Unit 7 | Lab Exercises | |
Module 24 | HSRP - Hot Standby Router Protocol | |
Unit 1 | 1. HSRP Introduction | |
Unit 2 | 2. Network Redundancy | |
Unit 3 | 3. FHRP First Hop Redundancy Protocols | |
Unit 4 | 4. HSRP Hot Standby Router Protocol | |
Unit 5 | 5. HSRP Advanced Topics | |
Unit 6 | Lab Exercises | |
Module 25 | STP - Spanning Tree Protocol | |
Unit 1 | 1. Spanning Tree Protocol Introduction | |
Unit 2 | 2. Layer 3 Path Selection and Loop Prevention Review | |
Unit 3 | 3. Why we have the Spanning Tree Protocol | |
Unit 4 | 4. Spanning Tree Terminology - The Bridge | |
Unit 5 | 5. How Spanning Tree Works | |
Unit 6 | 6. Spanning Tree Versions | |
Unit 7 | 7. Verification - show spanning-tree | |
Unit 8 | 8. Verification - show mac address-table | |
Unit 9 | 9. Manipulating the Root Bridge Election | |
Unit 10 | 10. Spanning Tree and HSRP Alignment | |
Unit 11 | 11. Portfast, BPDU Guard and Root Guard | |
Unit 12 | Lab Exercises | |
Module 26 | EtherChannel | |
Unit 1 | 1. EtherChannel Introduction | |
Unit 2 | 2. Why we have EtherChannel | |
Unit 3 | 3. EtherChannel Load Balancing | |
Unit 4 | 4. EtherChannel Protocols and Configuration | |
Unit 5 | 5. EtherChannel Lab Demo | |
Unit 6 | 6. StackWise, VSS and vPC | |
Unit 7 | 7. Layer 3 EtherChannel | |
Unit 8 | Lab Exercises | |
Module 27 | Switch Security | |
Unit 1 | 1. Switch Security Introduction | |
Unit 2 | 2. DHCP Snooping | |
Unit 3 | 3. DAI Dynamic ARP Inspection | |
Unit 4 | 4. 802.1X Identity Based Networking | |
Unit 5 | 5. Preventing Unauthorised Devices with Port Security | |
Unit 6 | 6. Preventing Unauthorised Devices with Port Security Lab Demo | |
Unit 7 | 7. Locking Ports to Hosts with Port Security | |
Unit 8 | 8. Locking Ports to Hosts with Port Security Lab Demo | |
Unit 9 | Lab Exercises | |
Module 28 | ACLs - Access Control Lists | |
Unit 1 | 1. Access Control Lists Introduction | |
Unit 2 | 2. Access Control Lists Overview | |
Unit 3 | 3. Standard, Extended and Named ACLs | |
Unit 4 | 4. ACL Syntax | |
Unit 5 | 5. ACL Operations | |
Unit 6 | 6. Numbered ACLs Lab Demo | |
Unit 7 | 7. Named ACLs Lab Demo | |
Unit 8 | Lab Exercises | |
Module 29 | NAT - Network Address Translation | |
Unit 1 | 1. Network Address Translation Introduction | |
Unit 2 | 2. IPv4 Address Exhaustion and NAT | |
Unit 3 | 3. Static NAT | |
Unit 4 | 4. NAT Translations - Inside Local, Inside Global, Outside Local, Outside Global | |
Unit 5 | 5. Static NAT Lab Demo | |
Unit 6 | 6. Dynamic NAT | |
Unit 7 | 7. Dynamic NAT Lab Demo | |
Unit 8 | 8. PAT Port Address Translation | |
Unit 9 | 9. PAT Port Address Translation Lab Demo | |
Unit 10 | Lab Exercises | |
Module 30 | IPv6 Addressing and Routing | |
Unit 1 | 1. IPv6 Addressing Introduction | |
Unit 2 | 2. Why We Need IPv6 | |
Unit 3 | 3. The IPv6 Address Format | |
Unit 4 | 4. IPv6 Global Unicast Addresses | |
Unit 5 | 5. IPv6 Global Unicast Addresses Lab Demo | |
Unit 6 | 6. EUI-64 Addresses | |
Unit 7 | 7. Unique Local and Link Local Addresses | |
Unit 8 | 8. Link Local Addresses Lab Demo | |
Unit 9 | 9. SLAAC Stateless Address AutoConfiguration | |
Unit 10 | 10. IPv6 Static Routes | |
Unit 11 | 11. IPv6 Static Routes Lab Demo | |
Unit 12 | Lab Exercises | |
Module 31 | WAN - Wide Area Networks | |
Unit 1 | 1. WAN Introduction | |
Unit 2 | 2. WAN Overview | |
Unit 3 | 3. VPN - Virtual Private Networks | |
Unit 4 | 4. WAN Connectivity Options | |
Unit 5 | 5. Leased Lines | |
Unit 6 | 6. MPLS Multi Protocol Label Switching | |
Unit 7 | 7. PPPoE Point to Point Protocol over Ethernet | |
Unit 8 | 8. WAN Topology Options | |
Module 32 | The Security Threat Landscape | |
Unit 1 | 1. The Security Threat Landscape Introduction | |
Unit 2 | 2. The Security Threat Landscape | |
Unit 3 | 3. Common Attacks | |
Unit 4 | 4. Firewalls and IDS/IPS | |
Unit 5 | 5. Firewalls vs Packet Filters | |
Unit 6 | 6. Cryptography | |
Unit 7 | 7. TLS Transport Layer Security | |
Unit 8 | 8. Site-to-Site VPN Virtual Private Networks | |
Unit 9 | 9. Remote Access VPN Virtual Private Networks | |
Unit 10 | 10. Threat Defense Solutions | |
Module 33 | Cisco Device Security | |
Unit 1 | 1. Cisco Device Security Introduction | |
Unit 2 | 2. Line Level Security | |
Unit 3 | 3. Privileged Exec and Password Encryption | |
Unit 4 | 4. Line Level Security Lab Demo | |
Unit 5 | 5. Usernames and Privilege Levels | |
Unit 6 | 6. SSH Secure Shell | |
Unit 7 | 7. SSH Secure Shell Lab Demo | |
Unit 8 | 8. AAA Authentication, Authorization and Accounting | |
Unit 9 | 9. AAA Configuration | |
Unit 10 | 10. Global Security Best Practices | |
Unit 11 | 11. Global Security Best Practices Lab Demo | |
Unit 12 | Lab Exercises | |
Module 34 | Network Device Management | |
Unit 1 | 1. Network Device Management Introduction | |
Unit 2 | 2. Syslog | |
Unit 3 | 3. Terminal Monitor and Logging Synchronous | |
Unit 4 | 4. Syslog Lab Demo | |
Unit 5 | 5. SNMP Simple Network Management Protocol | |
Unit 6 | 6. SNMP Lab Demo | |
Unit 7 | 7. SNMPv3 Configuration | |
Unit 8 | 8. SNMPv3 Lab Demo | |
Unit 9 | 9. Syslog vs SNMP | |
Unit 10 | Lab Exercises | |
Module 35 | QoS Quality of Service | |
Unit 1 | 1. QoS Introduction | |
Unit 2 | 2. QoS Overview | |
Unit 3 | 3. Classification and Marking | |
Unit 4 | 4. Congestion Management | |
Unit 5 | 5. Policing and Shaping | |
Module 36 | Cloud Computing | |
Unit 1 | 1. Cloud Computing Introduction | |
Unit 2 | 2. Traditional IT Deployment Models | |
Unit 3 | 3. Defining Cloud Computing | |
Unit 4 | 4. Cloud Computing Case Study | |
Unit 5 | 5. Server Virtualization | |
Unit 6 | 6. Virtualizing Network Devices | |
Unit 7 | 7. Cloud Service Models | |
Unit 8 | 8. Cloud Deployment Models | |
Unit 9 | 9. Cloud Computing Advantages | |
Module 37 | Wireless Networking Fundamentals | |
Unit 1 | 1. Wireless Fundamentals Introduction | |
Unit 2 | 2. Wireless Network Types | |
Unit 3 | 3. Infrastructure Mode and Wireless Access Points | |
Unit 4 | 4. Wireless LAN Controllers and CAPWAP | |
Unit 5 | 5. Switch Configuration for Wireless Networks | |
Unit 6 | 6. Wireless Channels and Radio Frequencies | |
Unit 7 | 7. Wireless Security | |
Unit 8 | 8. Switch Configuration for Wireless - Lab Demo | |
Unit 9 | 9. Wireless Network Configuration - Lab Demo | |
Unit 10 | Lab Exercises | |
Module 38 | Network Automation and Programmability | |
Unit 1 | 1. Network Automation and Programmability Introduction | |
Unit 2 | 2. The Benefits of Network Automation and Programmability | |
Unit 3 | 3. Python, Git, GitHub and CI-CD | |
Unit 4 | 4. Data Serialization Formats: XML, JSON and YAML | |
Unit 5 | 5. APIs - CRUD, REST and SOAP | |
Unit 6 | 6. Model Driven Programmability - YANG, NETCONF, RESTCONF and gRPC | |
Unit 7 | 7. Lab Demo - Testing APIs with Postman | |
Unit 8 | 8. Configuration Management Tools - Ansible, Puppet and Chef | |
Unit 9 | 9. Ansible Lab Demo | |
Unit 10 | 10. SDN Software Defined Networking | |
Unit 11 | 11. Software Defined Architecture - DNA Center | |
Unit 12 | 12. Software Defined Architecture - SD-Access | |
Unit 13 | 13. Software Defined Architecture - SD-WAN | |
Unit 14 | 14. Further Automation Learning Resources | |
Unit 15 | 15. Thank You and Recommended Practice Exams |
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