CCNA Certification classes online

I want to join the CCNA Certification classes online of the Simplilearn so can you please give me details about this course?

[Shaleen]

Simplilearn is the World’s Largest Certification Training Provider, with over 400,000+ professionals trained globally

Cisco Certified Network Associate (CCNA) Routing and Switching is an ideal certification program for entry-level network engineers to maximize their foundational networking knowledge.

Key Features
20 Hrs of High Quality e-learning content
21 Chapter-end Quizzes
2 CCNA Simulation Exams
Downloadable e-Book Included
Glossary of terms provided for self-reference
Applicable for both CCNA single exam and two-exam path

Course Preview
CCNA
Lesson 00 - Basic Introduction to CCNA 17:36
0.1 Welcome 1:7
0.2 Basic Introduction to CCNA 1:50
0.3 Objectives 1:46
0.4 Structure of the Course 1:54
0.9 Cisco CCNA Exams 1:33
0.10 Cisco CCNA Exam Pattern 1:26
0.11 CCNAX Exam 1:49
0.12 Value of CCNA Routing and Switching Certification 1:32
0.13 Sources of Information 1:33
0.14 Thank You 1:7
0.5 Lessons covered: 1-6 1:56
0.6 Lessons covered: 7-11 1:36
0.7 Lessons covered: 12-16 1:33
0.8 Lessons covered: 17-21 1:36

Lesson 01 - Internetworking 16:58
1.1 Internetworking 1:29
1.2 Objectives 1:22
1.3 Network 1:55
1.4 Internetworking Models 2:17
1.5 Types of Internetworking Models 1:30
1.6 OSI Reference Model and Its Layers 2:21
1.7 Layer Responsibilities and Encapsulation 1:46
1.8 Network Devices 1:28
1.9 Routers 1:34
1.10 Switches 1:33
1.11 Quiz 0:0
1.12 Summary 1:44
1.13 Thank You 0:0

Lesson 02 - Fundamentals of Networking 29:12
2.1 Fundamentals of Networking 1:22
2.2 Objectives 1:30
2.3 Network Topology 1:29
2.4 Types of Network Topology 1:23
2.5 Point to Point Topology 1:26
2.6 Bus Topology 1:32
2.7 Ring Topology 1:32
2.8 Star Topology 1:40
2.9 Full Mesh Topology 1:30
2.10 Partial Mesh Topology 1:41
2.11 Hierarchical Network Model 1:36
2.12 Hierarchical Network Model (contd.) 2:1
2.13 Layer Requirements 1:48
2.14 Layer 1 and 2 Ethernet 1:27
2.15 Layer 1 and 2 Ethernet (contd.) 1:34
2.16 Ethernet at the Physical Layer 1:49
2.17 Ethernet Data Link Layer 1:48
2.18 Media Access Control Address 1:41
2.19 Ethernet Frame 1:47
2.20 Duplex 1:55
2.21 Carrier Sense Multiple Access with Collision Detection 1:46
2.22 Quiz 0:0
2.23 Summary 1:49
2.24 Thank You 0:0

Lesson 03 - Introduction to TCPIP 36:0
3.1 Introduction to TCP IP 1:25
3.2 Objectives 1:25
3.3 Layer 7 Application Types 2:32
3.4 Performance Requirements 1:58
3.5 Protocols for File Transfer and Remote Access 2:43
3.6 Protocols for Network Services 2:18
3.8 Transmission Control Protocol Header 1:50
3.9 Transmission Control Protocol 1:44
3.10 Windowing 1:31
3.11 User Datagram Protocol 2:17
3.12 Port Numbers 1:57
3.13 Layer 3 Protocols 1:45
3.14 Address Resolution Protocol 1:57
3.15 Internet Protocol Version 4 Header 1:30
3.16 Internet Protocol Version 4 2:13
3.17 Layer 2 Protocols 2:7
3.18 Layer Interactions 1:52
3.19 Quiz 0:0
3.20 Summary 1:46
3.21 Thank you 0:0
3.7 Layer 4: Transport Layer 2:10

Lesson 04 - IPv4 Addressing and Subnetting 27:2
4.1 IPv4 Addressing and Subnetting 1:24
4.2 Objectives 1:17
4.3 IPv4 Address 2:28
4.4 Private Addresses 1:48
4.5 Binary Numbering 1:56
4.6 Bits and Bytes 1:33
4.7 Bits and Bytes (contd.) 1:21
4.8 Binary to Dotted Decimal 1:24
4.9 Converting Binary to Decimal 1:0
4.10 Special Addresses 2:3
4.11 Valid Host Addresses 3:1
4.12 Subnet Masks 1:43
4.13 Subnets 1:43
4.14 Creating Subnets 2:35
4.15 Quiz 0:0
4.16 Summary 1:45
4.17 Thank you 0:0

Lesson 05 - VLSM Summarization and Troubleshooting TCPIP 40:28
5.1 VLSM Summarization and Troubleshooting TCP IP 1:24
5.2 Objectives 1:28
5.4 Advantage of VLSMs Addressing Design 1:45
5.5 Block Size 2:3
5.6 Subnetting 1:22
5.7 Example of Subnetting 2:6
5.8 VLSM Class C Addresses 3:27
5.9 Maximizing Hosts or Subnets 1:57
5.10 Subnetting Based on Required Number of Hosts 2:35
5.11 Subnetting Based on Required Number of Hosts (contd.) 3:23
5.12 VLSM for Network Addressing 2:7
5.13 Classless Inter-Domain Routing 1:38
5.14 Summarization 2:7
5.15 Switching 1:33
5.16 Switching Process 1:58
5.17 Routing 1:0
5.18 Routing (contd.) 2:3
5.19 Troubleshooting 1:43
5.20 Quiz 0:0
5.21 Summary 1:29
5.22 Thank You 0:0
5.3 Variable Length Subnet Masks(VLSMs) 1:36

Lesson 06 - Cisco Internetwork Operating System 40:16
6.1 Cisco Internetwork Operating System 1:26
6.2 Objectives 1:21
6.3 Cisco Internetwork Operating System 2:6
6.4 Privileged Exec Mode 1:48
6.5 Configuration Mode 1:48
6.6 Help 1:25
6.7 Help (contd.) 1:48
6.9 The Configuration 2:10
6.10 The Configuration (contd.) 1:38
6.11 SHOW Commands 2:44
6.12 SHOW Commands (contd.) 2:47
6.13 Name Lookup and Domain Name System 2:1
6.14 Passwords 1:35
6.15 EXEC-TIMEOUT Command 1:24
6.16 Banners 2:16
6.17 Debugging 2:45
6.21 SHOW IP INTERFACES BRIEF Command 2:1
6.22 Rebooting the Device 1:32
6.23 Quiz 0:0
6.24 Summary 1:0
6.25 Thank You 0:0
6.8 HISTORY - A List of Commands Entered 1:39
6.18 Conifugaring an Ethernet Interface 1:27
6.19 Conifugaring an Ethernet Interface (contd.) 1:26
6.20 Conifugaring an Ethernet Interface (contd.) 1:31

Lesson 07 - Managing a Cisco Internetwork 19:46
7.1 Managing a Cisco Internetwork 1:24
7.2 Objectives 1:23
7.3 Network Architecture 1:59
7.7 Wireless Access 1:56
7.8 Documentation 1:52
7.12 Quiz 0:0
7.13 Summary 1:37
7.14 Thank You 0:0
7.4 Small Office/Home Office Architecture 2:1
7.5 Small to Medium-Sized Business Architecture 1:45
7.6 Small to Medium-Sized Business Architecture (contd.) 1:34
7.9 Follow the Frame/Packet 1:49
7.10 Follow the Frame/Packet (contd.) 1:41
7.11 Follow the Frame/Packet (contd.) 2:22

Lesson 08 - Internet Protocol Routing 36:2
8.1 Internet Protocol Routing 1:22
8.2 Objectives 1:26
8.3 Routing and Information Sources 2:20
8.4 Connected Networks 2:54
8.5 Next Hop 1:52
8.6 Active Interfaces 1:39
8.7 Static Routes 1:44
8.8 Floating Static Routes 1:44
8.9 Default Routes 2:2
8.10 Configuring Default Routes 2:28
8.11 IP DEFAULT-NETWORK Command 1:41
8.12 IP DEFAULT-NETWORK Command (contd.) 1:33
8.13 Dynamic Routing 1:46
8.15 Autonomous Systems 1:38
8.16 Categories of Routing Protocols 1:44
8.17 Metrics 1:49
8.18 Administrative Distance 1:51
8.19 Administrative Distance (contd.) 1:25
8.20 Forwarding Methods for Routers 2:1
8.21 Quiz 0:0
8.22 Summary 1:52
8.23 Thank You 0:0
8.14 Routing Protocols vs. Routed Protocols 1:40

Lesson 09 - Managing Cisco Devices 34:38
9.1 Managing Cisco Devices 1:23
9.2 Objectives 1:30
9.3 Internal Components of a Cisco Device 1:33
9.4 Memory Components 1:36
9.5 Cisco Device Basics 1:20
9.6 Console Port 1:38
9.7 AUX Port 1:15
9.8 Ethernet Port 1:33
9.9 Ethernet Port contd 1:48
9.10 Other Port Types 1:27
9.11 Router Boot 2:15
9.12 Boot Order 1:23
9.13 Router Configuration Register 1:56
9.14 Cisco IOS File System Commands 1:18
9.15 Backup and Restore the IOS 1:35
9.16 TFTP Backup 1:58
9.17 TFTP Backup (contd.) 1:49
9.18 TFTP IOS Restore before Reboot 1:0
9.19 IOS Licensing 1:49
9.20 Manual IOS Licensing 2:2
9.21 Remote Access 1:42
9.22 Remote Access PC Software 1:51
9.23 Secure Shell 1:50
9.24 Local Database Authentication 1:42
9.25 Quiz 0:0
9.26 Summary 1:36
9.27 Thank You 0:0

Lesson 10 - Layer 2 Switching 24:32
10.1 Layer 2 Switching 1:18
10.2 Objectives 1:17
10.3 Collision Domain Hub 1:58
10.4 Collision Domain Switch 1:34
10.5 Broadcast Domain 1:38
10.6 Considerations for Collision and Broadcast Domains 1:30
10.7 Advantages of Switching 1:35
10.8 Booting a Switch 1:58
10.9 Switch Management 1:49
10.10 Switch Functions 1:41
10.11 MAC Address Table 1:36
10.12 MAC Address Table (contd.) 1:40
10.13 Switch Forwarding 1:39
10.14 Port Security 2:3
10.15 Violation Modes 1:48
10.16 Sticky Addresses 1:41
10.17 Sticky Address Learning 1:38
10.18 Quiz 0:0
10.19 Summary 1:23
10.20 Thank You 0:0

Lesson 11 - VLANs and Inter VLAN Routing 31:14
11.1 VLANs and Inter VLAN Routing 1:23
11.2 Objectives 1:23
11.3 VLANs 1:40
11.4 Advantages of VLANs 2:4
11.5 VLAN IDs 1:49
11.6 VLAN IDs (contd.) 1:26
11.7 Administrative Port Types 1:35
11.8 Switch Virtual Interfaces 2:9
11.9 Creating VLANs 1:56
11.10 Trunk Encapsulation 2:27
11.11 802.1q Tagging 1:44
11.12 Trunk Ports 1:45
11.13 Dynamic Trunking Protocol 1:39
11.14 Functions of Dynamic Trunking Protocol 1:42
11.15 DTP Options in SWITCHPORT MODE Command 2:1
11.16 DTP Negotiation 1:49
11.17 Verify DTP 1:30
11.18 InterVLAN Routing Using a Router 1:26
11.19 Router on a Stick 1:36
11.20 InterVLAN Routing Using an MLS 1:26
11.21 Quiz 0:0
11.22 Summary 1:37
11.23 Thank You 0:0

Lesson 12 - Spanning Tree and EtherChannel 69:36
12.1 Spanning Tree and EtherChannel 1:29
12.2 Objectives 1:35
12.3 Redundancy 1:55
12.4 Spanning Tree Protocol 1:38
12.5 Switching Problems 1:33
12.6 Switching Problems (contd.) 1:32
12.7 Switching Problems (contd.) 1:19
12.8 Switching Problems (contd.) 1:44
12.9 Switching Problems (contd.) 2:1
12.10 Switching Problems (contd.) 2:7
12.11 Spanning Tree Protocol Versions 2:9
12.12 Root Bridge 1:33
12.13 Root Bridge Considerations 1:47
12.14 Root Bridge Considerations (contd.) 1:37
12.15 Root Path Cost 1:47
12.16 Port Roles 1:41
12.17 Bridge Protocol Data Units 1:45
12.18 Timers 1:55
12.19 Port States 2:32
12.20 Common Spanning Tree Processing 1:49
12.21 Common Spanning Tree Convergence 2:18
12.22 Rapid Spanning Tree Protocol 1:18
12.23 Rapid Spanning Tree Protocol Port Roles 1:24
12.24 RSTP Convergence 1:0
12.25 RSTP Convergence (contd.) 1:43
12.26 PortFast 1:32
12.27 Configuring Cisco Spanning Tree Modes 1:17
12.28 Per VLAN Rapid Spanning Tree 1:31
12.29 Setting Bridge Priority 1:49
12.30 Setting the Root Bridge 1:36
12.31 Setting the Root Bridge (contd.) 1:0
12.32 Verify PVST 2:38
12.33 Verify RPVST 1:38
12.34 Verify Blocking Ports 2:9
12.35 Bandwidth 1:51
12.36 An Overview of EtherChannel 1:44
12.37 Establishing an EtherChannel 1:39
12.38 Advantages of EtherChannel 2:2
12.39 CHANNEL GROUP NUMBER MODE Command Settings 1:43
12.40 PAgP and LACP Negotiation 1:56
12.41 Configuring Layer 2 EtherChannel 1:57
12.42 SHOW ETHERCHANNEL SUMMARY Command 1:53
12.43 Other Commands for Verification 1:14
12.44 Quiz 0:0
12.45 Summary 1:58
12.46 Thank You 0:0

Lesson 13 - Layer 2 Security 33:50
13.1 Layer 2 Security 1:18
13.2 Objectives 1:21
13.3 Access Control Lists 1:46
13.4 Specifying Addresses in ACLs 2:37
13.5 Applying ACLs 2:17
13.6 Processing of Inbound and Outbound ACLs 1:27
13.7 ACLs Packet Processing 1:44
13.8 How ACLs are Processed 1:58
13.9 Planning ACLs 2:24
13.10 Standard Access Lists 2:15
13.11 Extended Access Control Lists 2:10
13.12 Extended Access Control Lists contd 1:15
13.13 ESTABLISHED Parameter 1:57
13.14 Deleting ACLs 1:27
13.15 Editing ACLs 1:29
13.16 SHOW RUN Command 1:24
13.17 VTY Line Security 1:43
13.18 ACLs for Security 2:1
13.19 ACLs for Security contd 1:37
13.20 Cisco Discovery Protocol 1:38
13.21 Quiz 0:0
13.22 Summary 1:37
13.23 Thank You 0:0

Lesson 14 - Network Address Translation 22:56
14.1 Network Address Translation 1:19
14.2 Objectives 1:20
14.3 The Reason for Network Address Translation 1:47
14.4 Applications of NAT 1:53
14.5 Benefits of NAT 1:30
14.6 Limitations of NAT 1:49
14.7 Devices Used for NAT Processing 1:24
14.11 Types of NAT 1:46
14.12 Port Static NAT 1:30
14.13 Dynamic NAT 1:43
14.14 Port Address Translation 2:16
14.15 Clearing Translations 1:43
14.16 Quiz 0:0
14.17 Summary 1:39
14.18 Thank You 0:0
14.8 NAT Address Types - Inside Devices 1:58
14.9 NAT Address Types - Outside Devices 1:33
14.10 Types of NAT Addresses - Example 1:48

Lesson 15 - Internet Protocol Version 6 36:42
15.1 Internet Protocol Version 6 1:23
15.2 Objectives 1:22
15.3 Decimal to Hexadecimal Conversion 2:5
15.4 Hexadecimal to Decimal Conversion 1:32
15.5 Introduction to Internet Protocol version 6 2:49
15.6 Internet Protocol version 6 Packet 1:38
15.7 Types of IPv6 Addresses 2:16
15.8 IPv6 Address Representation 2:1
15.9 IPv6 Address Configuration 2:41
15.10 Stateful DHCPv6 1:43
15.11 Stateless Address Autoconfiguration 2:5
15.12 Static Routes 1:0
15.13 PING and TRACEROUTE Commands 1:27
15.14 Extended PING Command 1:57
15.15 Transition Strategies 1:34
15.17 Tunneling 1:53
15.18 Types of Tunnels 1:47
15.19 Tunnels Issues 1:30
15.20 Quiz 0:0
15.21 Summary 1:54
15.22 Thank You 0:0
15.16 Dual Stack and NAT-PT 2:14

Lesson 16 - DHCP NTP and High Availability 28:36
16.1 DHCP NTP and High Availability 1:28
16.2 Objectives 1:23
16.3 Dynamic Host Configuration Protocol 2:21
16.4 DHCP Client Configuration 1:49
16.5 DHCP Server Configuration 2:6
16.6 Network Time Protocol 2:16
16.7 High Availability 1:55
16.8 High Availability (contd.) 1:56
16.9 High Availability (contd.) 2:9
16.10 Hot Standby Routing Protocol 1:59
16.11 SHOW STANDBY BRIEF Command 2:4
16.12 SHOW STANDBY Command 1:33
16.13 Virtual Router Redundancy Protocol 1:47
16.14 Gateway Load Balancing Protocol 2:16
16.15 Quiz 0:0
16.16 Summary 1:46
16.17 Thank You 0:0

Lesson 17 - Enhanced Interior Gateway Routing Protocol 43:42
17.1 Enhanced Interior Gateway Routing Protocol 1:24
17.2 Objectives 1:29
17.3 Introduction 2:26
17.4 Tables 1:49
17.5 Neighbors 1:18
17.6 Hello Interval and Hold Time 1:31
17.7 Establishing Neighbors 1:50
17.8 Metric 1:43
17.9 Metric (contd.) 1:24
17.10 Bandwidth 1:12
17.11 Delay 1:15
17.12 Routing Updates 1:49
17.13 Diffusing Update Algorithm 1:52
17.14 Topology Database 1:45
17.15 Feasible Distance 1:30
17.16 Feasibility Condition 2:17
17.17 Feasible Successor 1:49
17.18 Routing Table 1:58
17.19 Configuration 1:32
17.20 Router Mode Configuration 1:38
17.21 Router Mode Configuration (contd.) 2:7
17.22 Automatic Summarization 1:33
17.23 Equal Cost Load Balancing 1:54
17.24 Unequal Cost Load Balancing 1:26
17.25 Unequal Cost Load Balancing (contd.) 1:56
17.26 Passive Interfaces 1:30
17.27 Limiting EIGRP Bandwidth Usage 1:45
17.28 Manual Summarization 1:16
17.29 Manual Summarization (contd.) 1:46
17.30 Split Horizon 1:40
17.31 Configuring EIGRP for IPv6 1:19
17.32 Quiz 0:0
17.33 Summary 1:38
17.34 Thank You 0:0

Lesson 18 - Open Shortest Path First 22:8
18.1 Open Shortest Path First 1:27
18.2 Objectives 1:18
18.3 Introduction to OSPFv2 2:5
18.4 Areas 1:25
18.5 Backbone Area 1:38
18.6 Tables 1:31
18.7 Neighbor Table 1:48
18.8 Routing Updates 1:0
18.9 LSA Types 2:17
18.10 Link State Database 1:44
18.11 Router Configuration Mode 1:53
18.12 Router Configuration Mode (contd.) 1:0
18.13 Router Configuration Mode (contd.) 1:38
18.14 Router Configuration Mode (contd.) 1:14
18.15 Quiz 0:0
18.16 Summary 1:36
18.17 Thank You 0:0

Lesson 19 - Advanced Open Shortest Path First 12:36
19.1 Advanced Open Shortest Path First 1:23
19.2 Objectives 1:15
19.3 OSPF Metric 1:34
19.4 OSPF Metric (contd.) 1:16
19.5 Link States 3:3
19.6 Multi Access Networks 1:29
19.7 Designated Router 2:9
19.8 Quiz 0:0
19.9 Summary 1:39
19.10 Thank You 0:0

Lesson 20 - Wide Area Networks 41:30
20.1 Wide Area Networks 1:22
20.2 Objectives 1:20
20.3 Introduction 1:47
20.4 Point to Point Leased Line 1:52
20.5 Digital Subscriber Line 2:4
20.6 Other Services 2:9
20.7 Serial Encapsulation 1:49
20.8 High Level Data Link Control Encapsulation 1:27
20.9 Point to Point Protocol 1:42
20.10 LCP Options 1:53
20.11 Password Authentication Protocol 1:20
20.12 Challenge Handshake Authentication Protocol 1:32
20.13 DEBUG PPP NEGOTIATION Command 1:35
20.14 Frame Relay 1:45
20.15 Frame Relay Components 1:31
20.16 Frame Relay Frames 1:59
20.17 Frame Relay Terminologies 1:55
20.18 Frame Relay Bursting 2:17
20.19 Dynamic vs Static Mapping 1:31
20.20 Frame Relay Interfaces 1:16
20.21 Split Horizon 1:55
20.22 Frame Relay Subinterfaces 1:42
20.23 SHOW INTERFACE Command 1:31
20.24 Frame Relay Choices 1:26
20.25 Virtual Private Network 1:47
20.26 Virtual Private Network (contd.) 1:51
20.27 Site to Site VPN 1:26
20.28 Remote Access VPN 1:25
20.29 Secure Socket Layer VPN 1:27
20.30 Quiz 0:0
20.31 Summary 1:39
20.32 Thank You 0:0

Lesson 21 - Troubleshooting 32:28
21.1 Troubleshooting 1:19
21.2 Objectives 1:27
21.3 Network Monitoring 1:48
21.4 Packet Capture 1:40
21.5 Syslog 1:57
21.6 Syslog (contd.) 1:40
21.8 LSA with Level 1:28
21.9 Simple Network Management Protocol 1:46
21.10 Simple Network Management Protocol Versions 1:0
21.11 NetFlow and Interface 1:51
21.12 NetFlow and Interface (contd.) 1:45
21.13 NetFlow Configuration 1:35
21.14 Show Processes CPU Command 1:40
21.15 EtherChannel 1:44
21.16 EtherChannel (contd.) 2:7
21.17 Switch Interface in ERRDISABLE State 2:2
21.18 Switch Interface in ERRDISABLE State (contd.) 1:22
21.19 Network Connectivity Troubleshooting 1:54
21.20 Network Connectivity Troubleshooting (contd.) 1:48
21.21 Spanning Tree Troubleshooting 1:32
21.22 Routing Troubleshooting 1:19
21.23 Quiz 0:0
21.24 Summary 1:38
21.25 Thank You 0:0
21.7 Syslog: Commands 1:22