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12th December 2015, 03:27 PM
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Join Date: Apr 2013
Re: CCNA Certification Training Online

Simplilearn is the world's largest certification provider, offers short-term online training courses to help professionals get certified and get ahead.

Cisco Certified Network Associate (CCNA) Routing and Switching

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.

Their training module imparts participants with practical, relevant and industry-ready domain knowledge on network solutions.

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.

Course

Lesson 0 - 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


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