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  • 20 hours of high-quality e-learning content
  • 21 chapter-end quizzes
  • 2 CCNA simulation exams
  • Downloadable e-book included
  • Practice labs included
  • Applicable for both CCNA single exam and two-exam path

Course description

  • What is this course about?

    Simplilearn’s training in Cisco Certified Network Associate (CCNA) Routing and Switching is an ideal certification program for entry-level network engineers to maximize their foundational networking knowledge. Our training module imparts participants with practical, relevant and industry-ready domain knowledge on network solutions.

    The course validates participants the following skills at the end of the training:
    • Ability to install, configure, operate, and troubleshoot medium-size routed and switched networks
    • Manage and optimize network systems, focus on network infrastructure, which includes routing, switching, wireless access, security, and connectivity to branch offices using WAN.

  • Why is the certification most sought-after?

    • According to the U.S. Bureau of Labor Statistics (BLS), employment opportunities are expected to increase by 12% from 2012-2022 for networking technicians and systems administrators.
    • CCNA Routing and Switching certification is a widely respected IT certification program which adds value and help networking professionals to advance their careers.
    • According to Robert Half Technology, networking professionals with Cisco networking administration skills can expect to earn a 9% premium above average salaries in the industry.

  • What learning benefits do you get from Simplilearn’s training?

    Simplilearn’s CCNA Routing and Switching training provides immense learning benefits to the participants and ensures the following skills:
    Participants are able to:
    1. Install, operate and troubleshoot medium-sized network routers, switches, data center and offer service and support.
    2. Understand the key fundamentals of networking and TCP/IP with functionalities of Spanning Tree Protocol (STP) & Ether Channel
    3. Gain key skills for managing the CISCO Internetwork, devices and the process of configuration and troubleshooting of OSPF, EIGRP, and IPv6
    4. Work confidently on WANs, Network Address Translation (NAT), DHCP &NTP

  • What are the career benefits in-store for you?

    CCNA Routing and Switching certification enhances one’s credibility and marketability within organizations as well as greatly improve Job prospects. The training imparts practical, relevant and job-ready skills which are in demand in the industry. Fortune 500 companies like Cisco, British telecom, Orange telecom, Accenture, Nokia, Siemens, Dimension data, IBM, VM Ware, EMC2 prefer CCNA Routing and Switching certified networking professionals. The average salary of a CCNA Routing and Switching certified professional is $101,000.

  • Who should do this course?

    The course is ideal for IT technicians and entry-level engineers aspiring to advance their career in the networking field. The training is best suited for Network Specialists, Network Administrators, Network Engineers, System Engineers, Network Support Specialists, Network Administrators, Network Consultants and System Integrators.

  • Why Simplilearn?

    • Simplilearn is the World’s Largest Certification Training Provider, with over 500,000+ professionals trained globally
    • Trusted by the Fortune 500 companies as their learning provider for career growth and training
    • 2000+ certified and experienced trainers conduct trainings for various courses across the globe
    • All our Courses are designed and developed under a tried and tested Unique Learning Framework that is proven to deliver 98.6% pass rate in first attempt
    • Accredited, Approved and Recognized as a training organization, partner, education provider and examination center by globally renowned names like Project Management Institute of USA, APMG, CFA Institute, GARP, ASTQB, IIBA and others

Course preview

    • Lesson 00 - Basic Introduction to CCNA 08:18
      • 0.1 Welcome 00:07
      • 0.2 Basic Introduction to CCNA 00:50
      • 0.3 Objectives 00:46
      • 0.4 Structure of the Course 00:54
      • 0.5 Lessons covered: 1-6 00:56
      • 0.6 Lessons covered: 7-11 00:36
      • 0.7 Lessons covered: 12-16 00:33
      • 0.8 Lessons covered: 17-21 00:36
      • 0.9 Cisco CCNA Exams 00:33
      • 0.10 Cisco CCNA Exam Pattern 00:26
      • 0.11 CCNAX Exam 00:49
      • 0.12 Value of CCNA Routing and Switching Certification 00:32
      • 0.13 Sources of Information 00:33
      • 0.14 Thank You 00:07
    • Lesson 01 - Internetworking 07:59
      • 1.1 Internetworking 00:29
      • 1.2 Objectives 00:22
      • 1.3 Network 00:55
      • 1.4 Internetworking Models 01:17
      • 1.5 Types of Internetworking Models 00:30
      • 1.6 OSI Reference Model and Its Layers 01:21
      • 1.7 Layer Responsibilities and Encapsulation 00:46
      • 1.8 Network Devices 00:28
      • 1.9 Routers 00:34
      • 1.10 Switches 00:33
      • 1.11 Quiz
      • 1.12 Summary 00:44
      • 1.13 Thank You
    • Lesson 02 - Fundamentals of Networking 14:06
      • 2.1 Fundamentals of Networking 00:22
      • 2.2 Objectives 00:30
      • 2.3 Network Topology 00:29
      • 2.4 Types of Network Topology 00:23
      • 2.5 Point to Point Topology 00:26
      • 2.6 Bus Topology 00:32
      • 2.7 Ring Topology 00:32
      • 2.8 Star Topology 00:40
      • 2.9 Full Mesh Topology 00:30
      • 2.10 Partial Mesh Topology 00:41
      • 2.11 Hierarchical Network Model 00:36
      • 2.12 Hierarchical Network Model (contd.) 01:01
      • 2.13 Layer Requirements 00:48
      • 2.14 Layer 1 and 2 Ethernet 00:27
      • 2.15 Layer 1 and 2 Ethernet (contd.) 00:34
      • 2.16 Ethernet at the Physical Layer 00:49
      • 2.17 Ethernet Data Link Layer 00:48
      • 2.18 Media Access Control Address 00:41
      • 2.19 Ethernet Frame 00:47
      • 2.20 Duplex 00:55
      • 2.21 Carrier Sense Multiple Access with Collision Detection 00:46
      • 2.22 Quiz
      • 2.23 Summary 00:49
      • 2.24 Thank You
    • Lesson 03 - Introduction to TCPIP 18:00
      • 3.1 Introduction to TCP IP 00:25
      • 3.2 Objectives 00:25
      • 3.3 Layer 7 Application Types 01:32
      • 3.4 Performance Requirements 00:58
      • 3.5 Protocols for File Transfer and Remote Access 01:43
      • 3.6 Protocols for Network Services 01:18
      • 3.7 Layer 4: Transport Layer 01:10
      • 3.8 Transmission Control Protocol Header 00:50
      • 3.9 Transmission Control Protocol 00:44
      • 3.10 Windowing 00:31
      • 3.11 User Datagram Protocol 01:17
      • 3.12 Port Numbers 00:57
      • 3.13 Layer 3 Protocols 00:45
      • 3.14 Address Resolution Protocol 00:57
      • 3.15 Internet Protocol Version 4 Header 00:30
      • 3.16 Internet Protocol Version 4 01:13
      • 3.17 Layer 2 Protocols 01:07
      • 3.18 Layer Interactions 00:52
      • 3.19 Quiz
      • 3.20 Summary 00:46
      • 3.21 Thank you
    • Lesson 04 - IPv4 Addressing and Subnetting 13:01
      • 4.1 IPv4 Addressing and Subnetting 00:24
      • 4.2 Objectives 00:17
      • 4.3 IPv4 Address 01:28
      • 4.4 Private Addresses 00:48
      • 4.5 Binary Numbering 00:56
      • 4.6 Bits and Bytes 00:33
      • 4.7 Bits and Bytes (contd.) 00:21
      • 4.8 Binary to Dotted Decimal 00:24
      • 4.9 Converting Binary to Decimal 01:00
      • 4.10 Special Addresses 01:03
      • 4.11 Valid Host Addresses 02:01
      • 4.12 Subnet Masks 00:43
      • 4.13 Subnets 00:43
      • 4.14 Creating Subnets 01:35
      • 4.15 Quiz
      • 4.16 Summary 00:45
      • 4.17 Thank you
    • Lesson 05 - VLSM Summarization and Troubleshooting TCPIP 19:44
      • 5.1 VLSM Summarization and Troubleshooting TCP IP 00:24
      • 5.2 Objectives 00:28
      • 5.3 Variable Length Subnet Masks(VLSMs) 00:36
      • 5.4 Advantage of VLSMs Addressing Design 00:45
      • 5.5 Block Size 01:03
      • 5.6 Subnetting 00:22
      • 5.7 Example of Subnetting 01:06
      • 5.8 VLSM Class C Addresses 02:27
      • 5.9 Maximizing Hosts or Subnets 00:57
      • 5.10 Subnetting Based on Required Number of Hosts 01:35
      • 5.11 Subnetting Based on Required Number of Hosts (contd.) 02:23
      • 5.12 VLSM for Network Addressing 01:07
      • 5.13 Classless Inter-Domain Routing 00:38
      • 5.14 Summarization 01:07
      • 5.15 Switching 00:33
      • 5.16 Switching Process 00:58
      • 5.17 Routing 01:00
      • 5.18 Routing (contd.) 01:03
      • 5.19 Troubleshooting 00:43
      • 5.20 Quiz
      • 5.21 Summary 00:29
      • 5.22 Thank You
    • Lesson 06 - Cisco Internetwork Operating System 19:38
      • 6.1 Cisco Internetwork Operating System 00:26
      • 6.2 Objectives 00:21
      • 6.3 Cisco Internetwork Operating System 01:06
      • 6.4 Privileged Exec Mode 00:48
      • 6.5 Configuration Mode 00:48
      • 6.6 Help 00:25
      • 6.7 Help (contd.) 00:48
      • 6.8 HISTORY - A List of Commands Entered 00:39
      • 6.9 The Configuration 01:10
      • 6.10 The Configuration (contd.) 00:38
      • 6.11 SHOW Commands 01:44
      • 6.12 SHOW Commands (contd.) 01:47
      • 6.13 Name Lookup and Domain Name System 01:01
      • 6.14 Passwords 00:35
      • 6.15 EXEC-TIMEOUT Command 00:24
      • 6.16 Banners 01:16
      • 6.17 Debugging 01:45
      • 6.18 Conifugaring an Ethernet Interface 00:27
      • 6.19 Conifugaring an Ethernet Interface (contd.) 00:26
      • 6.20 Conifugaring an Ethernet Interface (contd.) 00:31
      • 6.21 SHOW IP INTERFACES BRIEF Command 01:01
      • 6.22 Rebooting the Device 00:32
      • 6.23 Quiz
      • 6.24 Summary 01:00
      • 6.25 Thank You
    • Lesson 07 - Managing a Cisco Internetwork 09:23
      • 7.1 Managing a Cisco Internetwork 00:24
      • 7.2 Objectives 00:23
      • 7.3 Network Architecture 00:59
      • 7.4 Small Office/Home Office Architecture 01:01
      • 7.5 Small to Medium-Sized Business Architecture 00:45
      • 7.6 Small to Medium-Sized Business Architecture (contd.) 00:34
      • 7.7 Wireless Access 00:56
      • 7.8 Documentation 00:52
      • 7.9 Follow the Frame/Packet 00:49
      • 7.10 Follow the Frame/Packet (contd.) 00:41
      • 7.11 Follow the Frame/Packet (contd.) 01:22
      • 7.12 Quiz
      • 7.13 Summary 00:37
      • 7.14 Thank You
    • Lesson 08 - Internet Protocol Routing 17:31
      • 8.1 Internet Protocol Routing 00:22
      • 8.2 Objectives 00:26
      • 8.3 Routing and Information Sources 01:20
      • 8.4 Connected Networks 01:54
      • 8.5 Next Hop 00:52
      • 8.6 Active Interfaces 00:39
      • 8.7 Static Routes 00:44
      • 8.8 Floating Static Routes 00:44
      • 8.9 Default Routes 01:02
      • 8.10 Configuring Default Routes 01:28
      • 8.11 IP DEFAULT-NETWORK Command 00:41
      • 8.12 IP DEFAULT-NETWORK Command (contd.) 00:33
      • 8.13 Dynamic Routing 00:46
      • 8.14 Routing Protocols vs. Routed Protocols 00:40
      • 8.15 Autonomous Systems 00:38
      • 8.16 Categories of Routing Protocols 00:44
      • 8.17 Metrics 00:49
      • 8.18 Administrative Distance 00:51
      • 8.19 Administrative Distance (contd.) 00:25
      • 8.20 Forwarding Methods for Routers 01:01
      • 8.21 Quiz
      • 8.22 Summary 00:52
      • 8.23 Thank You
    • Lesson 09 - Managing Cisco Devices 16:49
      • 9.1 Managing Cisco Devices 00:23
      • 9.2 Objectives 00:30
      • 9.3 Internal Components of a Cisco Device 00:33
      • 9.4 Memory Components 00:36
      • 9.5 Cisco Device Basics 00:20
      • 9.6 Console Port 00:38
      • 9.7 AUX Port 00:15
      • 9.8 Ethernet Port 00:33
      • 9.9 Ethernet Port contd 00:48
      • 9.10 Other Port Types 00:27
      • 9.11 Router Boot 01:15
      • 9.12 Boot Order 00:23
      • 9.13 Router Configuration Register 00:56
      • 9.14 Cisco IOS File System Commands 00:18
      • 9.15 Backup and Restore the IOS 00:35
      • 9.16 TFTP Backup 00:58
      • 9.17 TFTP Backup (contd.) 00:49
      • 9.18 TFTP IOS Restore before Reboot 01:00
      • 9.19 IOS Licensing 00:49
      • 9.20 Manual IOS Licensing 01:02
      • 9.21 Remote Access 00:42
      • 9.22 Remote Access PC Software 00:51
      • 9.23 Secure Shell 00:50
      • 9.24 Local Database Authentication 00:42
      • 9.25 Quiz
      • 9.26 Summary 00:36
      • 9.27 Thank You
    • Lesson 10 - Layer 2 Switching 11:46
      • 10.1 Layer 2 Switching 00:18
      • 10.2 Objectives 00:17
      • 10.3 Collision Domain Hub 00:58
      • 10.4 Collision Domain Switch 00:34
      • 10.5 Broadcast Domain 00:38
      • 10.6 Considerations for Collision and Broadcast Domains 00:30
      • 10.7 Advantages of Switching 00:35
      • 10.8 Booting a Switch 00:58
      • 10.9 Switch Management 00:49
      • 10.10 Switch Functions 00:41
      • 10.11 MAC Address Table 00:36
      • 10.12 MAC Address Table (contd.) 00:40
      • 10.13 Switch Forwarding 00:39
      • 10.14 Port Security 01:03
      • 10.15 Violation Modes 00:48
      • 10.16 Sticky Addresses 00:41
      • 10.17 Sticky Address Learning 00:38
      • 10.18 Quiz
      • 10.19 Summary 00:23
      • 10.20 Thank You
    • Lesson 11 - VLANs and Inter VLAN Routing 15:07
      • 11.1 VLANs and Inter VLAN Routing 00:23
      • 11.2 Objectives 00:23
      • 11.3 VLANs 00:40
      • 11.4 Advantages of VLANs 01:04
      • 11.5 VLAN IDs 00:49
      • 11.6 VLAN IDs (contd.) 00:26
      • 11.7 Administrative Port Types 00:35
      • 11.8 Switch Virtual Interfaces 01:09
      • 11.9 Creating VLANs 00:56
      • 11.10 Trunk Encapsulation 01:27
      • 11.11 802.1q Tagging 00:44
      • 11.12 Trunk Ports 00:45
      • 11.13 Dynamic Trunking Protocol 00:39
      • 11.14 Functions of Dynamic Trunking Protocol 00:42
      • 11.15 DTP Options in SWITCHPORT MODE Command 01:01
      • 11.16 DTP Negotiation 00:49
      • 11.17 Verify DTP 00:30
      • 11.18 InterVLAN Routing Using a Router 00:26
      • 11.19 Router on a Stick 00:36
      • 11.20 InterVLAN Routing Using an MLS 00:26
      • 11.21 Quiz
      • 11.22 Summary 00:37
      • 11.23 Thank You
    • Lesson 12 - Spanning Tree and EtherChannel 34:18
      • 12.1 Spanning Tree and EtherChannel 00:29
      • 12.2 Objectives 00:35
      • 12.3 Redundancy 00:55
      • 12.4 Spanning Tree Protocol 00:38
      • 12.5 Switching Problems 00:33
      • 12.6 Switching Problems (contd.) 00:32
      • 12.7 Switching Problems (contd.) 00:19
      • 12.8 Switching Problems (contd.) 00:44
      • 12.9 Switching Problems (contd.) 01:01
      • 12.10 Switching Problems (contd.) 01:07
      • 12.11 Spanning Tree Protocol Versions 01:09
      • 12.12 Root Bridge 00:33
      • 12.13 Root Bridge Considerations 00:47
      • 12.14 Root Bridge Considerations (contd.) 00:37
      • 12.15 Root Path Cost 00:47
      • 12.16 Port Roles 00:41
      • 12.17 Bridge Protocol Data Units 00:45
      • 12.18 Timers 00:55
      • 12.19 Port States 01:32
      • 12.20 Common Spanning Tree Processing 00:49
      • 12.21 Common Spanning Tree Convergence 01:18
      • 12.22 Rapid Spanning Tree Protocol 00:18
      • 12.23 Rapid Spanning Tree Protocol Port Roles 00:24
      • 12.24 RSTP Convergence 01:00
      • 12.25 RSTP Convergence (contd.) 00:43
      • 12.26 PortFast 00:32
      • 12.27 Configuring Cisco Spanning Tree Modes 00:17
      • 12.28 Per VLAN Rapid Spanning Tree 00:31
      • 12.29 Setting Bridge Priority 00:49
      • 12.30 Setting the Root Bridge 00:36
      • 12.31 Setting the Root Bridge (contd.) 01:00
      • 12.32 Verify PVST 01:38
      • 12.33 Verify RPVST 00:38
      • 12.34 Verify Blocking Ports 01:09
      • 12.35 Bandwidth 00:51
      • 12.36 An Overview of EtherChannel 00:44
      • 12.37 Establishing an EtherChannel 00:39
      • 12.38 Advantages of EtherChannel 01:02
      • 12.39 CHANNEL GROUP NUMBER MODE Command Settings 00:43
      • 12.40 PAgP and LACP Negotiation 00:56
      • 12.41 Configuring Layer 2 EtherChannel 00:57
      • 12.42 SHOW ETHERCHANNEL SUMMARY Command 00:53
      • 12.43 Other Commands for Verification 00:14
      • 12.44 Quiz
      • 12.45 Summary 00:58
      • 12.46 Thank You
    • Lesson 13 - Layer 2 Security 16:25
      • 13.1 Layer 2 Security 00:18
      • 13.2 Objectives 00:21
      • 13.3 Access Control Lists 00:46
      • 13.4 Specifying Addresses in ACLs 01:37
      • 13.5 Applying ACLs 01:17
      • 13.6 Processing of Inbound and Outbound ACLs 00:27
      • 13.7 ACLs Packet Processing 00:44
      • 13.8 How ACLs are Processed 00:58
      • 13.9 Planning ACLs 01:24
      • 13.10 Standard Access Lists 01:15
      • 13.11 Extended Access Control Lists 01:10
      • 13.12 Extended Access Control Lists contd 00:15
      • 13.13 ESTABLISHED Parameter 00:57
      • 13.14 Deleting ACLs 00:27
      • 13.15 Editing ACLs 00:29
      • 13.16 SHOW RUN Command 00:24
      • 13.17 VTY Line Security 00:43
      • 13.18 ACLs for Security 01:01
      • 13.19 ACLs for Security contd 00:37
      • 13.20 Cisco Discovery Protocol 00:38
      • 13.21 Quiz
      • 13.22 Summary 00:37
      • 13.23 Thank You
    • Lesson 14 - Network Address Translation 10:58
      • 14.1 Network Address Translation 00:19
      • 14.2 Objectives 00:20
      • 14.3 The Reason for Network Address Translation 00:47
      • 14.4 Applications of NAT 00:53
      • 14.5 Benefits of NAT 00:30
      • 14.6 Limitations of NAT 00:49
      • 14.7 Devices Used for NAT Processing 00:24
      • 14.8 NAT Address Types - Inside Devices 00:58
      • 14.9 NAT Address Types - Outside Devices 00:33
      • 14.10 Types of NAT Addresses - Example 00:48
      • 14.11 Types of NAT 00:46
      • 14.12 Port Static NAT 00:30
      • 14.13 Dynamic NAT 00:43
      • 14.14 Port Address Translation 01:16
      • 14.15 Clearing Translations 00:43
      • 14.16 Quiz
      • 14.17 Summary 00:39
      • 14.18 Thank You
    • Lesson 15 - Internet Protocol Version 6 17:51
      • 15.1 Internet Protocol Version 6 00:23
      • 15.2 Objectives 00:22
      • 15.3 Decimal to Hexadecimal Conversion 01:05
      • 15.4 Hexadecimal to Decimal Conversion 00:32
      • 15.5 Introduction to Internet Protocol version 6 01:49
      • 15.6 Internet Protocol version 6 Packet 00:38
      • 15.7 Types of IPv6 Addresses 01:16
      • 15.8 IPv6 Address Representation 01:01
      • 15.9 IPv6 Address Configuration 01:41
      • 15.10 Stateful DHCPv6 00:43
      • 15.11 Stateless Address Autoconfiguration 01:05
      • 15.12 Static Routes 01:00
      • 15.13 PING and TRACEROUTE Commands 00:27
      • 15.14 Extended PING Command 00:57
      • 15.15 Transition Strategies 00:34
      • 15.16 Dual Stack and NAT-PT 01:14
      • 15.17 Tunneling 00:53
      • 15.18 Types of Tunnels 00:47
      • 15.19 Tunnels Issues 00:30
      • 15.20 Quiz
      • 15.21 Summary 00:54
      • 15.22 Thank You
    • Lesson 16 - DHCP NTP and High Availability 13:48
      • 16.1 DHCP NTP and High Availability 00:28
      • 16.2 Objectives 00:23
      • 16.3 Dynamic Host Configuration Protocol 01:21
      • 16.4 DHCP Client Configuration 00:49
      • 16.5 DHCP Server Configuration 01:06
      • 16.6 Network Time Protocol 01:16
      • 16.7 High Availability 00:55
      • 16.8 High Availability (contd.) 00:56
      • 16.9 High Availability (contd.) 01:09
      • 16.10 Hot Standby Routing Protocol 00:59
      • 16.11 SHOW STANDBY BRIEF Command 01:04
      • 16.12 SHOW STANDBY Command 00:33
      • 16.13 Virtual Router Redundancy Protocol 00:47
      • 16.14 Gateway Load Balancing Protocol 01:16
      • 16.15 Quiz
      • 16.16 Summary 00:46
      • 16.17 Thank You
    • Lesson 17 - Enhanced Interior Gateway Routing Protocol 21:21
      • 17.1 Enhanced Interior Gateway Routing Protocol 00:24
      • 17.2 Objectives 00:29
      • 17.3 Introduction 01:26
      • 17.4 Tables 00:49
      • 17.5 Neighbors 00:18
      • 17.6 Hello Interval and Hold Time 00:31
      • 17.7 Establishing Neighbors 00:50
      • 17.8 Metric 00:43
      • 17.9 Metric (contd.) 00:24
      • 17.10 Bandwidth 00:12
      • 17.11 Delay 00:15
      • 17.12 Routing Updates 00:49
      • 17.13 Diffusing Update Algorithm 00:52
      • 17.14 Topology Database 00:45
      • 17.15 Feasible Distance 00:30
      • 17.16 Feasibility Condition 01:17
      • 17.17 Feasible Successor 00:49
      • 17.18 Routing Table 00:58
      • 17.19 Configuration 00:32
      • 17.20 Router Mode Configuration 00:38
      • 17.21 Router Mode Configuration (contd.) 01:07
      • 17.22 Automatic Summarization 00:33
      • 17.23 Equal Cost Load Balancing 00:54
      • 17.24 Unequal Cost Load Balancing 00:26
      • 17.25 Unequal Cost Load Balancing (contd.) 00:56
      • 17.26 Passive Interfaces 00:30
      • 17.27 Limiting EIGRP Bandwidth Usage 00:45
      • 17.28 Manual Summarization 00:16
      • 17.29 Manual Summarization (contd.) 00:46
      • 17.30 Split Horizon 00:40
      • 17.31 Configuring EIGRP for IPv6 00:19
      • 17.32 Quiz
      • 17.33 Summary 00:38
      • 17.34 Thank You
    • Lesson 18 - Open Shortest Path First 10:34
      • 18.1 Open Shortest Path First 00:27
      • 18.2 Objectives 00:18
      • 18.3 Introduction to OSPFv2 01:05
      • 18.4 Areas 00:25
      • 18.5 Backbone Area 00:38
      • 18.6 Tables 00:31
      • 18.7 Neighbor Table 00:48
      • 18.8 Routing Updates 01:00
      • 18.9 LSA Types 01:17
      • 18.10 Link State Database 00:44
      • 18.11 Router Configuration Mode 00:53
      • 18.12 Router Configuration Mode (contd.) 01:00
      • 18.13 Router Configuration Mode (contd.) 00:38
      • 18.14 Router Configuration Mode (contd.) 00:14
      • 18.15 Quiz
      • 18.16 Summary 00:36
      • 18.17 Thank You
    • Lesson 19 - Advanced Open Shortest Path First 05:48
      • 19.1 Advanced Open Shortest Path First 00:23
      • 19.2 Objectives 00:15
      • 19.3 OSPF Metric 00:34
      • 19.4 OSPF Metric (contd.) 00:16
      • 19.5 Link States 02:03
      • 19.6 Multi Access Networks 00:29
      • 19.7 Designated Router 01:09
      • 19.8 Quiz
      • 19.9 Summary 00:39
      • 19.10 Thank You
    • Lesson 20 - Wide Area Networks 20:15
      • 20.1 Wide Area Networks 00:22
      • 20.2 Objectives 00:20
      • 20.3 Introduction 00:47
      • 20.4 Point to Point Leased Line 00:52
      • 20.5 Digital Subscriber Line 01:04
      • 20.6 Other Services 01:09
      • 20.7 Serial Encapsulation 00:49
      • 20.8 High Level Data Link Control Encapsulation 00:27
      • 20.9 Point to Point Protocol 00:42
      • 20.10 LCP Options 00:53
      • 20.11 Password Authentication Protocol 00:20
      • 20.12 Challenge Handshake Authentication Protocol 00:32
      • 20.13 DEBUG PPP NEGOTIATION Command 00:35
      • 20.14 Frame Relay 00:45
      • 20.15 Frame Relay Components 00:31
      • 20.16 Frame Relay Frames 00:59
      • 20.17 Frame Relay Terminologies 00:55
      • 20.18 Frame Relay Bursting 01:17
      • 20.19 Dynamic vs Static Mapping 00:31
      • 20.20 Frame Relay Interfaces 00:16
      • 20.21 Split Horizon 00:55
      • 20.22 Frame Relay Subinterfaces 00:42
      • 20.23 SHOW INTERFACE Command 00:31
      • 20.24 Frame Relay Choices 00:26
      • 20.25 Virtual Private Network 00:47
      • 20.26 Virtual Private Network (contd.) 00:51
      • 20.27 Site to Site VPN 00:26
      • 20.28 Remote Access VPN 00:25
      • 20.29 Secure Socket Layer VPN 00:27
      • 20.30 Quiz
      • 20.31 Summary 00:39
      • 20.32 Thank You
    • Lesson 21 - Troubleshooting 15:44
      • 21.1 Troubleshooting 00:19
      • 21.2 Objectives 00:27
      • 21.3 Network Monitoring 00:48
      • 21.4 Packet Capture 00:40
      • 21.5 Syslog 00:57
      • 21.6 Syslog (contd.) 00:40
      • 21.7 Syslog: Commands 00:22
      • 21.8 LSA with Level 00:28
      • 21.9 Simple Network Management Protocol 00:46
      • 21.10 Simple Network Management Protocol Versions 01:00
      • 21.11 NetFlow and Interface 00:51
      • 21.12 NetFlow and Interface (contd.) 00:45
      • 21.13 NetFlow Configuration 00:35
      • 21.14 Show Processes CPU Command 00:40
      • 21.15 EtherChannel 00:44
      • 21.16 EtherChannel (contd.) 01:07
      • 21.17 Switch Interface in ERRDISABLE State 01:02
      • 21.18 Switch Interface in ERRDISABLE State (contd.) 00:22
      • 21.19 Network Connectivity Troubleshooting 00:54
      • 21.20 Network Connectivity Troubleshooting (contd.) 00:48
      • 21.21 Spanning Tree Troubleshooting 00:32
      • 21.22 Routing Troubleshooting 00:19
      • 21.23 Quiz
      • 21.24 Summary 00:38
      • 21.25 Thank You
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Exam & certification

  • What are the prerequisites for the certification?

    The CCNA Routing and Switching certification is ideal for professionals with 1-3 years of experience in the networking and telecommunications domain.

  • How do I get certified in CCNA Routing and Switching?

    Participants have to follow these steps after successfully completing the CCNA Routing and Switching training, simulation exams and lab exercises, to acquire the certification:

    CCNA Exam and certification details
    Participants can take the CCNA® Routing & Switching Certification Exam conducted by CISCO and become Cisco Certified Network Associate. 

    There are two methods to complete CCNA® Routing & Switching Certification and our training is compatible for both the exam methods. Candidates can appear for the CCNAX or ICND1 & ICND2 exams.
    Cisco doesn’t reveal the grading pattern of the exams or the cutoff scores for passing CCNAX or ICND1 & ICND2.
    The duration of CCNAX exam is 90 minutes, with 50-60 questions. The exam contains different types of questions:
    • Multiple choice questions (MCQs) with single answer
    • Multiple choice questions (MCQs) with multiple answers
    • Drag & Drop questions
    • Fill in the blanks
    • Simulation based questions
    The duration of ICND1 & ICND2 exam is 90 minutes (40-50 questions) and 75 minutes (50 – 60 questions) respectively.
    The resulting certification upon successful completion of the exam is valid for 3 years.

Reviews

The quality and structure of the content, as well as the e-learning delivery, were excellent

Courseware is very easy to understand with tips and tricks videos to help you gain better knowledge. I thoroughly enjoyed this course

Everything you need to know with respect to router configurations in an easy-to-understand way. Great courseware!

Great material and explanation.

FAQs

  • How do I enroll for the online training?

    You can enroll for the training online. Payments can be made using any of the following options and receipt of the same will be issued to the candidate automatically via email.

    1. Visa debit/credit card
    2. American express and Diners club card
    3. Master Card, or
    4. Through PayPal

  • What will I get along with this training?

    You will have online access to e-learning and practice tests along with the training.

  • Can I cancel my enrollment? Do I get a refund?

    Yes, you can cancel your enrollment. We provide you complete refund after deducting the administration fee. To know more please go through our Refund Policy.

  • Do you provide money back guarantee for the training programs?

    Yes. We do offer a money-back guarantee for many of our training programs. You can refer to the Refund Policy and raise refund requests via our Help and Support portal.

  • Can I extend the access period?

    Yes, you can extend the access period by paying an additional fee. Please raise a request via our Help and Support portal.

  • Where and how can I access the e-learning content? Are there any limitations?

    Once you register with us for a course by paying the course fee, you can have 24/7 access to the e-learning content on our website. An automated course purchase confirmation mail from our side will guide you through the process.

  • I am not able to access the online course. Whom should I contact for a solution?

    Please raise a request via our Help and Support portal to have your issue resolved.

  • Do you provide any course completion certificate?

    Yes, we offer course completion certificate after you successfully complete the training program.

  • Is the training course content aligned with CCNA exam?

    Yes. We provide Cisco developed course content for CCNA exam preparation.

  • Can I avail Practice Lab hands-on exercises along with CCNA training course?

    Yes, we provide CCNA training both with and without Practice Lab hands on experience.

  • I want to know more about the training program. Whom do I contact?

    Please join our Live Chat for instant support, call us, or Request a Call Back to have your query resolved.

Contact Us

+1-844-532-7688

(Toll Free)

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  • Disclaimer
  • PMP, PMI, PMBOK, CAPM, PgMP, PfMP, ACP, PBA, RMP, SP, and OPM3 are registered marks of the Project Management Institute, Inc.
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