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Cisco ICND2 200 - 105 - CCNA Bootcamp

Video Description

The most comprehensive ICND2 course online with complete tutorials, flashcards, and hands-on labs

About This Video

  • Develop a deep understanding of Cisco’s features and functions;
  • Walkthrough complete and easy to understand explanations of each technology area covered in the exam;
  • Follow the simple step by step instructions to build your own fully featured lab on your laptop for free; gain hands-on configuration and troubleshooting experience through comprehensive lab exercises;
  • Learn how networking really works through real-world examples throughout the course;
  • Build the skills and confidence to crush the ICND2 200-105 exam, and gain demonstrable knowledge and practical experience to supercharge your networking career

In Detail

If you want to jumpstart your career in IT and networking by acing the Cisco ICND2 200-105 exam and gaining the CCNA qualification, then this course is for you! Please note there are two different ways you can attain the CCNA qualification. Pass both the ICND1 100-105 and ICND2 200-105 exams, or pass the single CCNA 200-125 exam which combines the topics from ICND1 and ICND2. This course offers an easy to understand, structured approach to shortcut your path to mastering Cisco networking to the ICND2 level and beyond. When you’re done with the course, you’ll have everything you need to crush the Cisco ICND1 exam.

Table of Contents

  1. Chapter 1 : Welcome
    1. Introduction 00:01:10
    2. How to Make the Most of This Course 00:05:56
    3. The Study Plan 00:05:01
    4. Why Passing the CCNA is Going to Turbo Charge Your Career 00:03:46
    5. Cisco Certifications 00:07:13
  2. Chapter 2 : How to Set Up the Lab
    1. Introduction 00:07:29
    2. GNS3 Installation and Configuration 00:16:43
    3. Cisco Packet Tracer Installation and Configuration 00:06:41
  3. Chapter 3 : Dynamic Routing Protocols
    1. Introduction 00:01:26
    2. Dynamic Routing Protocols vs Static Routes 00:10:07
    3. Dynamic Routing Protocols Lab Demo 00:07:18
    4. Routing Protocol Types 00:07:04
    5. Routing Protocol Types Lab Demo 00:06:52
    6. Routing Protocol Metrics 00:14:58
    7. Routing Protocol Metrics Lab Demo 00:15:02
    8. Equal Cost Multi Path 00:04:24
    9. Equal Cost Multi Path Lab Demo 00:10:58
    10. Administrative Distance 00:10:08
    11. Administrative Distance Lab Demo 00:08:25
    12. Loopback Interfaces 00:08:53
    13. Adjacencies and Passive Interfaces 00:07:13
    14. Adjacencies and Passive Interfaces Lab Demo 00:06:38
  4. Chapter 4 : Connectivity Troubleshooting
    1. Introduction 00:01:19
    2. IP SLA 00:11:41
  5. Chapter 5 : EIGRP - Enhanced Interior Gateway Routing Protocol
    1. Introduction 00:01:21
    2. EIGRP Characteristics and Configuration 00:11:26
    3. EIGRP Verification and Lab Demo 00:06:34
    4. EIGRP Advanced Topics 00:09:40
    5. EIGRP Advanced Topics Lab Demo 00:11:18
    6. EIGRP Successors and Feasible Successors 00:11:43
    7. EIGRP Metric 00:08:10
    8. EIGRP Metric and Successors Lab Demo 00:08:31
  6. Chapter 6 : OSPF - Open Shortest Path First
    1. Introduction 00:01:09
    2. OSPF Characteristics 00:06:10
    3. OSPF Basic Configuration 00:11:10
    4. OSPF Basic Configuration Lab Demo 00:04:39
    5. OSPF Advanced Topics 00:07:15
    6. OSPF Advanced Topics Lab Demo 00:07:19
    7. OSPF Cost Metric 00:09:35
    8. OSPF Cost Metric Lab Demo 00:07:59
    9. OSPF Areas 00:14:18
    10. OSPF Areas Lab Demo 00:11:10
  7. Chapter 7 : VLANs - Virtual Local Area Networks
    1. Introduction 00:01:01
    2. Campus LAN Design - Core, Distribution and Access Layers 00:08:09
    3. Why we have VLANs 00:09:52
    4. VLAN Access Ports 00:06:56
    5. VLAN Access Ports Lab Demo 00:08:22
    6. VLAN Trunk Ports 00:12:54
    7. VLAN Trunk Ports Lab Demo 00:13:29
    8. DTP Dynamic Trunking Protocol 00:05:37
    9. VTP VLAN Trunking Protocol 00:07:46
    10. VTP Lab Demo 00:10:22
  8. Chapter 8 : Inter-VLAN Routing
    1. Introduction 00:01:12
    2. Router with Separate Interfaces 00:11:40
    3. Router on a Stick 00:11:34
    4. Layer 3 Switch 00:08:10
    5. Layer 3 Switch Lab Demo 00:09:23
  9. Chapter 9 : HSRP - Hot Standby Router Protocol
    1. Introduction 00:02:01
    2. Network Redundancy 00:08:50
    3. FHRP First Hop Redundancy Protocols 00:07:10
    4. HSRP Hot Standby Router Protocol 00:09:12
    5. HSRP Advanced Topics 00:07:37
  10. Chapter 10 : STP - Spanning Tree Protocol
    1. Introduction 00:01:38
    2. Layer 3 Path Selection and Loop Prevention Review 00:11:31
    3. Why we have the Spanning Tree Protocol 00:12:42
    4. Spanning Tree Terminology - The Bridge 00:03:20
    5. How Spanning Tree Works 00:20:24
    6. Spanning Tree Versions 00:07:54
    7. Verification - show spanning-tree 00:11:12
    8. Verification - show mac address-table 00:05:23
    9. Manipulating the Root Bridge Election 00:07:03
    10. Spanning Tree and HSRP Alignment 00:06:57
  11. Portfast and BPDU Guard 00:04:29
  12. Chapter 11 : EtherChannel
    1. Introduction 00:01:22
    2. Why we have EtherChannel 00:08:38
    3. EtherChannel Load Balancing 00:04:40
    4. EtherChannel Protocols and Configuration 00:10:22
    5. EtherChannel Lab Demo 00:12:59
    6. StackWise, VSS and vPC 00:08:24
  13. Chapter 12 : Switch Security
    1. Introduction 00:01:08
    2. DHCP Snooping 00:05:36
    3. DAI Dynamic ARP Inspection 00:08:01
    4. 802.1X Identity Based Networking 00:03:14
    5. Preventing Unauthorized Devices with Port Security 00:11:00
    6. Preventing Unauthorized Devices with Port Security Lab Demo 00:08:10
    7. Locking Ports to Hosts with Port Security 00:06:08
    8. Locking Ports to Hosts with Port Security Lab Demo 00:10:40
  14. Chapter 13 : ACLs - Access Control Lists
    1. Introduction 00:04:35
    2. Access Control Lists Overview 00:04:29
    3. Standard, Extended and Named ACLs 00:10:43
    4. ACL Syntax 00:10:12
    5. ACL Operations 00:15:21
    6. Numbered ACLs Lab Demo 00:14:04
    7. Named ACLs Lab Demo 00:10:30
    8. Packet Filters vs Stateful Firewalls 00:10:13
  15. Chapter 14 : IPv6 Access Control Lists and Routing Protocols
    1. Introduction 00:00:52
    2. IPv6 Access Control Lists 00:07:10
    3. OSPFv3 00:08:50
    4. OSPFv3 Verification 00:08:23
    5. OSPFv3 Lab Demo 00:11:33
    6. EIGRP for IPv6 00:05:08
    7. EIGRP for IPv6 Verification 00:06:17
    8. EIGRP for IPv6 Lab Demo 00:07:04
  16. Chapter 15 : WAN - Wide Area Networks
    1. Introduction 00:01:37
    2. WAN Overview 00:04:51
    3. VPN - Virtual Private Networks 00:09:52
    4. WAN Connectivity Options 00:08:46
    5. Leased Lines 00:10:19
    6. HDLC and PPP 00:08:21
    7. HDLC and PPP Lab Demo 00:08:42
    8. PAP Authentication 00:10:29
    9. CHAP Authentication 00:12:25
    10. MLP MultiLink PPP 00:05:41
    11. MLP Lab Demo 00:08:11
    12. MPLS Multi-Protocol Label Switching 00:12:20
    13. PPPoE Point to Point Protocol over Ethernet 00:07:38
    14. PPPoE Lab Demo 00:04:06
    15. GRE Generic Routing Encapsulation 00:08:01
    16. GRE Lab Demo 00:10:02
    17. WAN Topology Options 00:04:40
  17. Chapter 16 : BGP - Border Gateway Protocol
    1. Introduction 00:01:52
    2. Why We Need BGP 00:12:49
    3. BGP for Service Providers 00:13:17
    4. Configuring BGP Neighbors 00:14:18
    5. Advertising Routes in BGP 00:10:34
    6. BGP for Service Providers Lab Demo 00:16:17
    7. BGP for Enterprises 00:16:12
    8. BGP in MPLS Networks 00:09:06
    9. BGP for Enterprises Lab Demo 00:07:40
  18. Chapter 17 : AAA - Authentication, Authorization and Accounting
    1. Introduction 00:01:49
    2. AAA Authentication, Authorization and Accounting 00:12:10
    3. AAA Configuration 00:08:38
  19. Chapter 18 : Network Device Management
    1. Introduction 00:01:22
    2. SNMP Simple Network Management Protocol 00:09:19
    3. SNMP Lab Demo 00:03:57
    4. SPAN Switched Port Analyzer 00:11:02
  20. Chapter 19 : QoS Quality of Service
    1. Introduction 00:01:24
    2. QoS Overview 00:19:09
    3. Classification and Marking 00:14:23
    4. Congestion Management 00:10:51
    5. Policing and Shaping 00:12:45
  21. Chapter 20 : Cloud Computing
    1. Introduction 00:01:28
    2. Traditional IT Deployment Models 00:06:10
    3. Defining Cloud Computing 00:06:55
    4. Cloud Computing Case Study 00:13:39
    5. Server Virtualization 00:13:09
    6. Virtualizing Network Devices 00:14:10
    7. Cloud Service Models 00:10:32
    8. Cloud Deployment Models 00:11:05
    9. Cloud Computing Advantages 00:08:32
  22. Chapter 21 : SDN Software-Defined Networking
    1. Introduction 00:01:31
    2. SDN Software Defined Networking 00:08:11
    3. The Cisco APIC-EM 00:13:08
    4. Thank You! 00:01:00