Training Video Course

200-301: Cisco Certified Network Associate (CCNA)

PDFs and exam guides are not so efficient, right? Prepare for your Cisco examination with our training course. The 200-301 course contains a complete batch of videos that will provide you with profound and thorough knowledge related to Cisco certification exam. Pass the Cisco 200-301 test with flying colors.

Rating
4.29rating
Students
117
Duration
12:32:00 h
$16.49
$14.99

Curriculum for 200-301 Certification Video Course

Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Name of Video Time
Play Video: How to Set Up the Lab Introduction
1. How to Set Up the Lab Introduction
1:00
Play Video: Cisco Packet Tracer Installation
2. Cisco Packet Tracer Installation
7:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: A (Very) Basic Introduction to Networking
2. A (Very) Basic Introduction to Networking
6:00
Play Video: The OSI Reference Model Overview
3. The OSI Reference Model Overview
9:00
Play Video: The TCP/IP Stack
4. The TCP/IP Stack
5:00
Play Video: The Upper OSI Layers
5. The Upper OSI Layers
3:00
Play Video: The Lower OSI Layers
6. The Lower OSI Layers
5:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Cisco Operating Systems
2. Cisco Operating Systems
5:00
Play Video: Connecting to a Cisco Device over the network
3. Connecting to a Cisco Device over the network
11:00
Play Video: Making the Initial Connection to a Cisco Device
4. Making the Initial Connection to a Cisco Device
11:00
Play Video: Navigating the Cisco IOS Operating System Part 1
5. Navigating the Cisco IOS Operating System Part 1
10:00
Play Video: Navigating the Cisco IOS Operating System Part 2
6. Navigating the Cisco IOS Operating System Part 2
11:00
Play Video: Cisco IOS Configuration Management
7. Cisco IOS Configuration Management
9:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: The Transport Layer Header, TCP and UDP
2. The Transport Layer Header, TCP and UDP
13:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: The IP Header
2. The IP Header
9:00
Play Video: Unicast, Broadcast and Multicast Traffic
3. Unicast, Broadcast and Multicast Traffic
4:00
Play Video: How to Count in Binary
4. How to Count in Binary
9:00
Play Video: IPv4 Addresses
5. IPv4 Addresses
8:00
Play Video: Calculating an IPv4 Address in Binary
6. Calculating an IPv4 Address in Binary
8:00
Play Video: The Subnet Mask
7. The Subnet Mask
11:00
Play Video: Slash Notation
8. Slash Notation
4:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Class A IP Addresses
2. Class A IP Addresses
12:00
Play Video: IP Address Classes B and C
3. IP Address Classes B and C
4:00
Play Video: IP Address Classes D and E
4. IP Address Classes D and E
8:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: CIDR Classless Inter-Domain Routing
2. CIDR Classless Inter-Domain Routing
6:00
Play Video: Subnetting Overview
3. Subnetting Overview
10:00
Play Video: Subnetting Class C Networks and VLSM
4. Subnetting Class C Networks and VLSM
11:00
Play Video: Subnetting Practice Questions
5. Subnetting Practice Questions
8:00
Play Video: Variable Length Subnet Masking Example Part 1
6. Variable Length Subnet Masking Example Part 1
10:00
Play Video: Variable Length Subnet Masking Example Part 2
7. Variable Length Subnet Masking Example Part 2
8:00
Play Video: Subnetting Large Networks Part 1
8. Subnetting Large Networks Part 1
12:00
Play Video: Subnetting Large Networks Part 2
9. Subnetting Large Networks Part 2
8:00
Play Video: Private IP Addresses Part 1
10. Private IP Addresses Part 1
11:00
Play Video: Private IP Addresses Part 2
11. Private IP Addresses Part 2
9:00
Play Video: Where to Get More Subnetting Practice
12. Where to Get More Subnetting Practice
3:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Local Area Network Layer 2 - Ethernet
2. Local Area Network Layer 2 - Ethernet
10:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Ethernet Connection Media
2. Ethernet Connection Media
13:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Switches vs Hubs
2. Switches vs Hubs
5:00
Play Video: Switch Operation
3. Switch Operation
8:00
Play Video: Routers
4. Routers
6:00
Play Video: Other Cisco Devices
5. Other Cisco Devices
4:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: DNS The Domain Name System
2. DNS The Domain Name System
6:00
Play Video: DNS on Cisco Routers
3. DNS on Cisco Routers
7:00
Play Video: ARP Address Resolution Protocol
4. ARP Address Resolution Protocol
8:00
Play Video: ARP for Routed Traffic
5. ARP for Routed Traffic
9:00
Play Video: Life of a Packet Example Part 1 - DNS
6. Life of a Packet Example Part 1 - DNS
16:00
Play Video: Life of a Packet Example Part 2 - HTTP
7. Life of a Packet Example Part 2 - HTTP
10:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: The Cisco Troubleshooting Methodology
2. The Cisco Troubleshooting Methodology
10:00
Play Video: Cisco Troubleshooting Methodology - Lab Example
3. Cisco Troubleshooting Methodology - Lab Example
7:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Basic Router and Switch Configuration
2. Basic Router and Switch Configuration
13:00
Play Video: The Setup Wizard
3. The Setup Wizard
8:00
Play Video: Speed and Duplex Settings
4. Speed and Duplex Settings
8:00
Play Video: CDP and LLDP
5. CDP and LLDP
9:00
Play Video: Basic Layer 1 and 2 Troubleshooting
6. Basic Layer 1 and 2 Troubleshooting
8:00
Play Video: Basic Layer 1 and 2 Troubleshooting - Lab Demo
7. Basic Layer 1 and 2 Troubleshooting - Lab Demo
9:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: The Boot Up Process
2. The Boot Up Process
7:00
Play Video: The Boot Up Process Lab Demo
3. The Boot Up Process Lab Demo
8:00
Play Video: Factory Reset and Password Recovery
4. Factory Reset and Password Recovery
9:00
Play Video: Password Recovery Lab Demo
5. Password Recovery Lab Demo
9:00
Play Video: Backing up the System Image and Configuration
6. Backing up the System Image and Configuration
8:00
Play Video: Upgrading IOS
7. Upgrading IOS
5:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Connected and Local Routes
2. Connected and Local Routes
6:00
Play Video: Connected and Local Routes Lab Demo
3. Connected and Local Routes Lab Demo
6:00
Play Video: Static Routes
4. Static Routes
6:00
Play Video: Static Routes Lab Demo
5. Static Routes Lab Demo
10:00
Play Video: Summarisation, Longest Prefix Match, and Default Routes
6. Summarisation, Longest Prefix Match, and Default Routes
10:00
Play Video: Summary Routes and Longest Prefix Match Lab Demo
7. Summary Routes and Longest Prefix Match Lab Demo
12:00
Name of Video Time
Play Video: Introduction
1. Introduction
2:00
Play Video: Dynamic Routing Protocols vs Static Routes
2. Dynamic Routing Protocols vs Static Routes
10:00
Play Video: Dynamic Routing Protocols Lab Demo
3. Dynamic Routing Protocols Lab Demo
7:00
Play Video: Routing Protocol Types
4. Routing Protocol Types
7:00
Play Video: Routing Protocol Types Lab Demo
5. Routing Protocol Types Lab Demo
7:00
Play Video: Routing Protocol Metrics
6. Routing Protocol Metrics
15:00
Play Video: Routing Protocol Metrics Lab Demo
7. Routing Protocol Metrics Lab Demo
15:00
Play Video: Equal Cost Multi Path
8. Equal Cost Multi Path
4:00
Play Video: Equal Cost Multi Path Lab Demo
9. Equal Cost Multi Path Lab Demo
11:00
Play Video: Administrative Distance
10. Administrative Distance
10:00
Play Video: Administrative Distance Lab Demo
11. Administrative Distance Lab Demo
8:00
Play Video: Loopback Interfaces
12. Loopback Interfaces
9:00
Play Video: Adjacencies and Passive Interfaces
13. Adjacencies and Passive Interfaces
7:00
Play Video: Adjacencies and Passive Interfaces Lab Demo
14. Adjacencies and Passive Interfaces Lab Demo
7:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Basic Connectivity Troubleshooting
2. Basic Connectivity Troubleshooting
13:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: RIP the Routing Information Protocol
2. RIP the Routing Information Protocol
13:00
Play Video: RIP Lab Demo
3. RIP Lab Demo
14:00
Play Video: EIGRP - the Enhanced Interior Gateway Routing Protocol
4. EIGRP - the Enhanced Interior Gateway Routing Protocol
15:00
Play Video: EIGRP Lab Demo
5. EIGRP Lab Demo
6:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: OSPF Characteristics
2. OSPF Characteristics
6:00
Play Video: OSPF Basic Configuration
3. OSPF Basic Configuration
11:00
Play Video: OSPF Basic Configuration Lab Demo
4. OSPF Basic Configuration Lab Demo
5:00
Play Video: OSPF Advanced Topics
5. OSPF Advanced Topics
7:00
Play Video: OSPF Advanced Topics Lab Demo
6. OSPF Advanced Topics Lab Demo
7:00
Play Video: Bandwidth vs Clock Rate and Speed
7. Bandwidth vs Clock Rate and Speed
5:00
Play Video: OSPF Cost Metric
8. OSPF Cost Metric
9:00
Play Video: OSPF Cost Metric Lab Demo
9. OSPF Cost Metric Lab Demo
8:00
Play Video: OSPF Adjacencies
10. OSPF Adjacencies
17:00
Play Video: OSPF DR and BDR Designated Routers
11. OSPF DR and BDR Designated Routers
11:00
Play Video: OSPF DR and BDR Lab Demo
12. OSPF DR and BDR Lab Demo
13:00
Play Video: OSPF Areas
13. OSPF Areas
14:00
Play Video: OSPF Areas Lab Demo
14. OSPF Areas Lab Demo
11:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Campus LAN Design - Core, Distribution and Access Layers
2. Campus LAN Design - Core, Distribution and Access Layers
8:00
Play Video: Spine-Leaf Network Design
3. Spine-Leaf Network Design
5:00
Play Video: Why we have VLANs
4. Why we have VLANs
10:00
Play Video: VLAN Access Ports
5. VLAN Access Ports
7:00
Play Video: VLAN Access Ports Lab Demo
6. VLAN Access Ports Lab Demo
8:00
Play Video: VLAN Trunk Ports
7. VLAN Trunk Ports
16:00
Play Video: VLAN Trunk Ports Lab Demo
8. VLAN Trunk Ports Lab Demo
13:00
Play Video: DTP Dynamic Trunking Protocol
9. DTP Dynamic Trunking Protocol
6:00
Play Video: VTP VLAN Trunking Protocol
10. VTP VLAN Trunking Protocol
8:00
Play Video: VTP Lab Demo
11. VTP Lab Demo
10:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Router with Separate Interfaces
2. Router with Separate Interfaces
12:00
Play Video: Router on a Stick
3. Router on a Stick
12:00
Play Video: Layer 3 Switch
4. Layer 3 Switch
8:00
Play Video: Layer 3 Switch Lab Demo
5. Layer 3 Switch Lab Demo
9:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: DHCP Dynamic Host Configuration Protocol
2. DHCP Dynamic Host Configuration Protocol
7:00
Play Video: Cisco DHCP Server
3. Cisco DHCP Server
7:00
Play Video: External DHCP Server
4. External DHCP Server
5:00
Play Video: Windows, Mac and Linux client IP settings
5. Windows, Mac and Linux client IP settings
7:00
Play Video: Cisco DHCP Client
6. Cisco DHCP Client
5:00
Name of Video Time
Play Video: Introduction
1. Introduction
2:00
Play Video: Network Redundancy
2. Network Redundancy
9:00
Play Video: FHRP First Hop Redundancy Protocols
3. FHRP First Hop Redundancy Protocols
7:00
Play Video: HSRP Hot Standby Router Protocol
4. HSRP Hot Standby Router Protocol
9:00
Play Video: HSRP Advanced Topics
5. HSRP Advanced Topics
8:00
Name of Video Time
Play Video: Introduction
1. Introduction
2:00
Play Video: Layer 3 Path Selection and Loop Prevention Review
2. Layer 3 Path Selection and Loop Prevention Review
12:00
Play Video: Why we have the Spanning Tree Protocol
3. Why we have the Spanning Tree Protocol
13:00
Play Video: Spanning Tree Terminology - The Bridge
4. Spanning Tree Terminology - The Bridge
3:00
Play Video: How Spanning Tree Works
5. How Spanning Tree Works
20:00
Play Video: Spanning Tree Versions
6. Spanning Tree Versions
8:00
Play Video: Verification - show spanning-tree
7. Verification - show spanning-tree
11:00
Play Video: Verification - show mac address-table
8. Verification - show mac address-table
5:00
Play Video: Manipulating the Root Bridge Election
9. Manipulating the Root Bridge Election
7:00
Play Video: Spanning Tree and HSRP Alignment
10. Spanning Tree and HSRP Alignment
7:00
Play Video: Portfast, BPDU Guard and Root Guard
11. Portfast, BPDU Guard and Root Guard
7:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Why we have EtherChannel
2. Why we have EtherChannel
9:00
Play Video: EtherChannel Load Balancing
3. EtherChannel Load Balancing
5:00
Play Video: EtherChannel Protocols and Configuration
4. EtherChannel Protocols and Configuration
10:00
Play Video: EtherChannel Lab Demo
5. EtherChannel Lab Demo
13:00
Play Video: StackWise, VSS and vPC
6. StackWise, VSS and vPC
8:00
Play Video: Layer 3 EtherChannel
7. Layer 3 EtherChannel
6:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: DHCP Snooping
2. DHCP Snooping
6:00
Play Video: DAI Dynamic ARP Inspection
3. DAI Dynamic ARP Inspection
8:00
Play Video: 802.1X Identity Based Networking
4. 802.1X Identity Based Networking
3:00
Play Video: Preventing Unauthorised Devices with Port Security
5. Preventing Unauthorised Devices with Port Security
11:00
Play Video: Preventing Unauthorised Devices with Port Security Lab Demo
6. Preventing Unauthorised Devices with Port Security Lab Demo
8:00
Play Video: Locking Ports to Hosts with Port Security
7. Locking Ports to Hosts with Port Security
6:00
Play Video: Locking Ports to Hosts with Port Security Lab Demo
8. Locking Ports to Hosts with Port Security Lab Demo
11:00
Name of Video Time
Play Video: Introduction
1. Introduction
4:00
Play Video: Access Control Lists Overview
2. Access Control Lists Overview
4:00
Play Video: Standard, Extended and Named ACLs
3. Standard, Extended and Named ACLs
11:00
Play Video: ACL Syntax
4. ACL Syntax
10:00
Play Video: ACL Operations
5. ACL Operations
15:00
Play Video: Numbered ACLs Lab Demo
6. Numbered ACLs Lab Demo
14:00
Play Video: Named ACLs Lab Demo
7. Named ACLs Lab Demo
10:00
Name of Video Time
Play Video: Introduction
1. Introduction
2:00
Play Video: IPv4 Address Exhaustion and NAT
2. IPv4 Address Exhaustion and NAT
8:00
Play Video: Static NAT
3. Static NAT
7:00
Play Video: NAT Translations - Inside Local, Inside Global, Outside Local, Outside Global
4. NAT Translations - Inside Local, Inside Global, Outside Local, Outside Global
10:00
Play Video: Static NAT Lab Demo
5. Static NAT Lab Demo
8:00
Play Video: Dynamic NAT
6. Dynamic NAT
9:00
Play Video: Dynamic NAT Lab Demo
7. Dynamic NAT Lab Demo
8:00
Play Video: PAT Port Address Translation
8. PAT Port Address Translation
14:00
Play Video: PAT Port Address Translation Lab Demo
9. PAT Port Address Translation Lab Demo
7:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Why We Need IPv6
2. Why We Need IPv6
10:00
Play Video: The IPv6 Address Format
3. The IPv6 Address Format
8:00
Play Video: IPv6 Global Unicast Addresses
4. IPv6 Global Unicast Addresses
10:00
Play Video: IPv6 Global Unicast Addresses Lab Demo
5. IPv6 Global Unicast Addresses Lab Demo
8:00
Play Video: EUI-64 Addresses
6. EUI-64 Addresses
9:00
Play Video: Unique Local and Link Local Addresses
7. Unique Local and Link Local Addresses
11:00
Play Video: Link Local Addresses Lab Demo
8. Link Local Addresses Lab Demo
7:00
Play Video: SLAAC Stateless Address AutoConfiguration
9. SLAAC Stateless Address AutoConfiguration
10:00
Play Video: IPv6 Static Routes
10. IPv6 Static Routes
14:00
Play Video: IPv6 Static Routes Lab Demo
11. IPv6 Static Routes Lab Demo
18:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: WAN Overview
2. WAN Overview
5:00
Play Video: VPN - Virtual Private Networks
3. VPN - Virtual Private Networks
10:00
Play Video: WAN Connectivity Options
4. WAN Connectivity Options
12:00
Play Video: Leased Lines
5. Leased Lines
10:00
Play Video: MPLS Multi Protocol Label Switching
6. MPLS Multi Protocol Label Switching
12:00
Play Video: PPPoE Point to Point Protocol over Ethernet
7. PPPoE Point to Point Protocol over Ethernet
4:00
Play Video: WAN Topology Options
8. WAN Topology Options
6:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: The Security Threat Landscape
2. The Security Threat Landscape
14:00
Play Video: Common Attacks
3. Common Attacks
18:00
Play Video: Firewalls and IDS/IPS
4. Firewalls and IDS/IPS
10:00
Play Video: Firewalls vs Packet Filters
5. Firewalls vs Packet Filters
14:00
Play Video: Cryptography
6. Cryptography
13:00
Play Video: TLS Transport Layer Security
7. TLS Transport Layer Security
14:00
Play Video: Site-to-Site VPN Virtual Private Networks
8. Site-to-Site VPN Virtual Private Networks
16:00
Play Video: Remote Access VPN Virtual Private Networks
9. Remote Access VPN Virtual Private Networks
5:00
Play Video: Threat Defense Solutions
10. Threat Defense Solutions
17:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Line Level Security
2. Line Level Security
14:00
Play Video: Privileged Exec and Password Encryption
3. Privileged Exec and Password Encryption
5:00
Play Video: Line Level Security Lab Demo
4. Line Level Security Lab Demo
10:00
Play Video: Usernames and Privilege Levels
5. Usernames and Privilege Levels
11:00
Play Video: SSH Secure Shell
6. SSH Secure Shell
5:00
Play Video: SSH Secure Shell Lab Demo
7. SSH Secure Shell Lab Demo
6:00
Play Video: AAA Authentication, Authorization and Accounting
8. AAA Authentication, Authorization and Accounting
12:00
Play Video: AAA Configuration
9. AAA Configuration
9:00
Play Video: Global Security Best Practices
10. Global Security Best Practices
10:00
Play Video: Global Security Best Practices Lab Demo
11. Global Security Best Practices Lab Demo
5:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Syslog
2. Syslog
15:00
Play Video: Terminal Monitor and Logging Synchronous
3. Terminal Monitor and Logging Synchronous
6:00
Play Video: Syslog Lab Demo
4. Syslog Lab Demo
6:00
Play Video: SNMP Simple Network Management Protocol
5. SNMP Simple Network Management Protocol
9:00
Play Video: SNMP Lab Demo
6. SNMP Lab Demo
4:00
Play Video: SNMPv3 Configuration
7. SNMPv3 Configuration
10:00
Play Video: SNMPv3 Lab Demo
8. SNMPv3 Lab Demo
7:00
Play Video: Syslog vs SNMP
9. Syslog vs SNMP
6:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: QoS Overview
2. QoS Overview
19:00
Play Video: Classification and Marking
3. Classification and Marking
14:00
Play Video: Congestion Management
4. Congestion Management
11:00
Play Video: Policing and Shaping
5. Policing and Shaping
13:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Traditional IT Deployment Models
2. Traditional IT Deployment Models
6:00
Play Video: Defining Cloud Computing
3. Defining Cloud Computing
7:00
Play Video: Cloud Computing Case Study
4. Cloud Computing Case Study
14:00
Play Video: Server Virtualization
5. Server Virtualization
13:00
Play Video: Virtualizing Network Devices
6. Virtualizing Network Devices
14:00
Play Video: Cloud Service Models
7. Cloud Service Models
11:00
Play Video: Cloud Deployment Models
8. Cloud Deployment Models
11:00
Play Video: Cloud Computing Advantages
9. Cloud Computing Advantages
9:00
Name of Video Time
Play Video: Introduction
1. Introduction
1:00
Play Video: Wireless Network Types
2. Wireless Network Types
7:00
Play Video: Infrastructure Mode and Wireless Access Points
3. Infrastructure Mode and Wireless Access Points
6:00
Play Video: Wireless LAN Controllers and CAPWAP
4. Wireless LAN Controllers and CAPWAP
14:00
Play Video: Switch Configuration for Wireless Networks
5. Switch Configuration for Wireless Networks
10:00
Play Video: Wireless Channels and Radio Frequencies
6. Wireless Channels and Radio Frequencies
13:00
Play Video: Wireless Security
7. Wireless Security
6:00
Play Video: Switch Configuration for Wireless - Lab Demo
8. Switch Configuration for Wireless - Lab Demo
15:00
Play Video: Wireless Network Configuration - Lab Demo
9. Wireless Network Configuration - Lab Demo
20:00
Name of Video Time
Play Video: Introduction
1. Introduction
3:00
Play Video: The Benefits of Network Automation and Programmability
2. The Benefits of Network Automation and Programmability
12:00
Play Video: Python, Git, GitHub and CI-CD
3. Python, Git, GitHub and CI-CD
6:00
Play Video: Data Serialization Formats: XML, JSON and YAML
4. Data Serialization Formats: XML, JSON and YAML
14:00
Play Video: APIs - CRUD, REST and SOAP
5. APIs - CRUD, REST and SOAP
13:00
Play Video: Model Driven Programmability - YANG, NETCONF, RESTCONF and gRPC
6. Model Driven Programmability - YANG, NETCONF, RESTCONF and gRPC
11:00
Play Video: Lab Demo - Testing APIs with Postman
7. Lab Demo - Testing APIs with Postman
12:00
Play Video: Configuration Management Tools - Ansible, Puppet and Chef
8. Configuration Management Tools - Ansible, Puppet and Chef
8:00
Play Video: Ansible Lab Demo
9. Ansible Lab Demo
17:00
Play Video: SDN Software Defined Networking
10. SDN Software Defined Networking
10:00
Play Video: Software Defined Architecture - DNA Center
11. Software Defined Architecture - DNA Center
20:00
Play Video: Software Defined Architecture - SD-Access
12. Software Defined Architecture - SD-Access
10:00
Play Video: Software Defined Architecture - SD-WAN
13. Software Defined Architecture - SD-WAN
12:00

Cisco CCNA 200-301 Exam Dumps, Practice Test Questions

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Cisco 200-301 Training Course

Want verified and proven knowledge for Cisco Certified Network Associate (CCNA)? Believe it's easy when you have ExamSnap's Cisco Certified Network Associate (CCNA) certification video training course by your side which along with our Cisco 200-301 Exam Dumps & Practice Test questions provide a complete solution to pass your exam Read More.

Cisco Device Functions

1. Introduction

In this section you'll learn about the basics of the different Cisco devices that are available. We'll cover hubs and switches, how they are similar to each other, and the differences before we move on to routers, and how routers compare to your switches. And then finally, I'll cover the different platforms that are available that aren't really covered in the routing and switching tracks, such as firewalls, land controllers, telepresence, etc. So the information that we're going to cover is going to give you the foundation that you need before learning the more advanced topics on the devices in the later sections.

2. Switches vs Hubs

In this lecture, you'll learn about the basics of hubs and switches, and I'll do a comparison between the two. The functions of hubs and switches are very similar. You take your end hosts in your local area network, like your PCs, your servers, and your printers, and you plug them into a hub or a switch with an Ethernet cable. And those end hosts are then able to communicate with each other through the Hub orbit switch. In the picture here, we've got a Cisco 2960 catalyst switch. It's a 48-port model. So obviously, you could plug in a maximum of 48 hosts into that switch. But what if you've got more than 48 hosts on your campus, which you probably will have? Well, in that case, you're going to have multiple switches in your local area network, and your switches will be connected to each other via Ethernet cables, again via inner switch links. So I said we were going to compare hubs and switches. We'll have a look at hubs first. Hubs always operate in half-duplex mode. That means that the attached host can either send or receive data.

They can't do both at the same time. All of the hosts that are plugged into that hub share the same collision domain, meaning that only one device can transmit at a time. If two devices do transmit at the same time, then they will detect that, back off, and then retransmit to make sure that there's not another collision. Again, the method that is used for detecting and recovering from collisions is CSME CD, which stands for Carrier Sensor Multiple Access with Collision Detection. Okay, so hubs have duplex and a shared collision domain with switches. On the other hand, they can operate in either full duplex or half duplex mode, and in practice, they're always going to operate in full duplex mode because that's much more efficient. When they are operating in full duplex, the attached hosts can both send and receive data at the same time using their receive and transmit wires. Also, all hosts have their own dedicated collision domain. So because of that, we're not going to have collisions. A collision detection mechanism is not required. Looking at the OSI stack, switches operate at layer two. Our hubs operate at layer one. So hubs, they're not Mac address aware. And whenever a frame is received on a port, it's flooded out to all the other ports apart from the one that it was received on. And because of that, all hosts that are plugged in there are going to receive the frame, so they're going to have to process it, at least as far as seeing that it's not for them. Switches, however, operate at layer two of the OSI model. They also operate on layer one. Obviously, we've got physical parts on there. This means that switches are Mac address aware.

Whenever a frame is received, the switch will look at the source Mac address in the layer to Ethernet header, and it will learn that Mac address. It will then add that Mac address to its Misaddress table, which is a mapping between the Mac address and the port that it is reachable on. If a unicast frame is later received where that Mac address is the destination, the switch will only send out the relevant port. Unlike a hub that floods out everywhere, this is better for performance and security, as frames only go where they are required. Whenever a frame is received for the broadcast addressor an unknown unicast address, it will be known only because the switch hasn't learned about it yet. It will be flooded out in all parts apart from the one it was received on. Okay, so that was the basics of hub and switch and the difference between them. We'll be having a look at switches in a lot more detail as we go through the other sections of the course. We're not really going to talk about hubs anymore because hubs aren't used anymore. Back in the day, like 15 years ago, hubs were commonly used because switches were very expensive. Switches have come down in price so much now, though, that you can't even buy hubs anymore. Switches are always used.

3. Switch Operation

In the last lecture, you learned that switches that function at layer two of the OSI stack learn Mac addresses and use that information to populate the Mac address table, which is a mapping of the Mac address to the port that it is reachable on. In this lecture, we're going to take a look at how that works in a bit more detail with an example. So we've got one switch here. We've got a host with a Mac address one plugged into part one. I've just written it in shorthand. One of them is shown below. To keep things a bit more simple, two twos are plugged into part two and three threes are plugged into part three. Right now, we've just powered everything on, so there's nothing in the Mac address table yet. Then the host on the left, one, sends an frame in with the destination Mac address of two two. So the switch will see that it sees a frame coming in with the source Mac of one and the destination Mac of two. So it learns that one is reachable on part one and it puts that information into the Mac address table. The destination of two is not in the Misaddress table yet, so it's an unknown unicast address. So the switch will flood it out, all parts apart from the one it was received on. So that will be sent out in parts two and three, which will be received by both hosts.

The host three dots three dots three will see that the destination Mac address is two dots two dots two. That's not it. So it will just silently discard the frame. The host of two, in our example, is going to send some traffic back. So it sends a reply from the source Mac of two itself to the destination Mac address of one, which will hit the switch again. The switch will see that traffic has come from a source of two and that it came from part two. So it will put that information into its Mac address table. It will then send the frame out only part because it sees that the destination Mac address is one and it knows that it's available on port one. So it sends it out only to that port. Okay, so that was how traffic works with a single switch. Now we're going to look at another example where we've got two switches. So switch one has got host one plugged in, one plugged in and two plugged in, part two. And switch two has hosts three and three connected to part one and four and four connected to part two. And the two switches are connected to each other using part 24 on both switches. Again, we've just powered everything on. So there's nothing in the Mac address table on either switch yet. Then host one sends a freeman with a destination mac address of two. Switch one will learn that one is available on part one and it will put that information into its Mac address table. It will then flood the frame out of all parts because it's an unknown unicast, it doesn't know where two two are yet. So that will get sent out for both parts two and part 24. When it comes to switching two Switching two will do the same thing. It will flood out all the parts. So that will be sent out as part one and part two as well. The host three dot three and four dot four will see that the destination Mac address is two dot two two dot.

That's not for them. So they will silently drop the packet. While that is happening, switch to will update its Mac address table because it learned that one was reachable through port 24 because that's the part that the frame came in on. The frame will have reached two. In our example, Again, it's going to send some return traffic, so that will hit switch one with a source Mac of two and a destination Mac address of one one. Switch one will update its Mac address table with the entry for two two to say it's reachable on part two. Switch one will then forward the frame outpart one because it already knows that the Macaddress of one is reachable through there. It's in its Mac address table. Notice that the frame does not get sent down to switch now because switch one knows that it should go out only on part one. The next thing that happens is that we're going to have some different traffic. So now the source of three three sends a frame to the destination Mac address of two dot two dot two that it has switched to, and it will update its Mac address table to say that host three three is reachable on part one. Switch two will then forward that frameout to all ports because the destination macaddress was two dot two dot two.

And it doesn't have that in its Mac address table. So it's an unknown unicast. It will send it everywhere. That will hit switch one. And switch one will see the frame arriving on port 24 that came with a source Mac address of three three. So it will put that information in its Mac address table. It will then send the frame out part two to the destination of part two because it already had that in its Mac address table. It just sends that one relevant part. Then host two-two sends some return traffic to the destination Mac address at three-and that hits switch one. Switch one does have three digits in its Mac address table. It sees that it's reachable through part 24, so it sends out just that part. The traffic will then hit switch to switch to see traffic coming in from a source MAC address of two on port 24. So it will update its Misaddress table with that information. It will then forward the frame out port one only because it knows that three out of three are available at that point. And if you look at the Mac address table for now, you can see that one and two two are both reachable on part 24. And this is what you'll see in normal practice as well, where a switch has got a single end host plugged into it on a port, and it will just have that one-man address on that port in its Mac address table. But where a switch is connected to another switch, you'll see, there will be multiple Mac addresses reachable on that part. Okay, that's it. That's what I wanted to show you. There. You now know how switch operation works, both for a single switch and in a multi-switched campus.

4. Routers

In this lecture, you'll learn about the basic operations of routers and how they compare to switches. Routers, route. That's why they're called routers. And what that means is that they can direct traffic between your different IP subnets. They're required to do that. To be able to route traffic from one IP subnet to another, you're going to need a router to be able to do that. So the route traffic between our different IP subnets is IP is layer three of the OSI stack. So a router operates at layer three of the OSI model. Obviously it has physical interfaces on there as well, so it's also operating at layer one. It also needs to understand layer two addresses, since it also operates at layer two as well. And routers will actually be aware of up to layer seven for advanced functions as well. But when they're doing the job of routing between different IP subnets, they're operating at layer three. So routers are termed layer-three devices to compare them with switches. Routers are layer three aware and can route traffic between different networks. We're layer two aware.

We're not layer three aware and can switch traffic between hosts on the local area network. Routers support many different types of interfaces, such as Ethernet, serial, ISDN, and ADSL. Switches will typically only support Ethernet interfaces. Switches will typically have a lot more ports than routers and switches will forward broadcast traffic. Routers, don't forget to broadcast traffic by default. So let's go back a slide. A couple of the things that I said are that the routers support many more types of parts and switches and will usually have fewer available parts and switches. So if you remember, we had a look at the Cisco catalyst 29-60 switch, which had 48 parts when we did the basics of switches. So it had 48 ports plus some uplinks there, and they were all Ethernet ports. If you have a look at the picture here, this is a Cisco 2800 series router, and it's only got two built-in Ethernet ports. You see, there are four parts there, but one of them is a console port and the other one is an auxiliary port. So it only comes with two Ethernet ports compared to our 48 ports, which we had to look at earlier. But if you look to the right of those parts, you see that there are modular slots there. So we can buy different types of interfaces such as ADSL, Ethernet, et cetera, serial ports, and we can put them into the router.

Okay, moving on, let's have a quick recap of the switch operation. So in the diagram here, you can see we've got a building, we've got a couple of switches in there. All our hosts are on the 1010 O 24 network. When that's the case, they can communicate with each other through our switches. When we're all on the same IP subnet, there’s no need to have a router there. But if one of those hosts had the IP address 1010111024, it's now on a different IP subnet and it's not going to be able to communicate with the other hosts on the 1010 network if we only have switches there. It's in another layer three network. So we need a layer three device, a router, to be able to route traffic between those hosts. So we put a router into the infrastructure.

Now, it's aware of the 1010 and the ten1011 networks, and it's going to be able to route traffic between all the hosts on the network. Now, okay, one other thing to tell you about here is that you can get advanced switches, which are layer three aware and can route traffic between different IP subnets. When you get one of those layer three aware switches, it's known as a layer three switch. It still has a lot of characteristics that are similar to a normal switch, though, in that it typically only supports Ethernet interfaces and it usually has more parts than routers. So looking at our diagram again now, you see that we only have switches in the network infrastructure, but the switch at the bottom is a layer three switch, meaning it is layer three aware. It's aware of the 1010 network and the ten 1011 networks and it's able to route traffic between them. You can actually do this on a catalyst29 60, like you saw earlier. Again, way back in the day, layer three switches were expensive, but they've come down in price now. As a result, layer three switches are commonly used to route traffic between subnets on a local area network. However, if your connection outside that campus out to the wide area network is using an interface type that is not Ethernet, then you would still require a normal, traditional router for that traffic as well.

5. Other Cisco Devices

In this lecture you'll learn about the other main product offerings that Cisco has other than their routers and switches. The Cisco Firewall is the ASA, which is the Adaptive Security Appliance, and you can see a picture of one of those here. The IPS, the intrusion prevention system from Cisco, is the source Fire Firepower IPS that can be bought as an appliance or, more commonly now, it will be either a software or a hardware module that lives inside the ASA Firewall. Cisco also makes wireless products as well. They have wireless LAN controllers that you can see on the left here and wireless access points that you can see on the right. The reason that they have wireless LAN controllers is that you get better scalability when you deploy those rather than having just lots of standalone wireless access points for collaboration. Unified Communications Manager from Cisco That is a software product that is an IP-based PBX. So it replaces traditional PBX's private branch exchanges, which controlled the phones that you would see in buildings a long time ago. A lot of modern companies are still using traditional PBXs, but IP PBXs are getting more and more popular. Cisco's Unified Communications Manager is one of the most popular IP PBXs that are available.

If you are going to be using the Cisco UCM to control your phones, you're also going to have IP phones on your desk. So Cisco produced those as well. You can see a picture of a typical Cisco IP phone on the left here. Cisco also does high-end, high-definition video conferencing systems. That's Cisco Telepresence, and you can see a picture of one of the available Telepresence models on the right of the picture. Another really popular product that Cisco has is Cisco WebEx, which is used for meetings. Finally, there's also a data center. You can see a picture of the UCS Blade server on the right here. UCS stands for Unified Computing System, as well as the Blade server that you see here. Cisco also has standard rackmount servers as well. So with the UCS, Cisco moved into offering compute as well, where you can actually run your servers directly on Cisco hardware. The other main product that Cisco has for the data center market is the Nexus switches. These are very similar to the standard Cisco switches which run the iOS software. They perform the same function, but these are typically higher-end switches that run the Naxos software instead. However, the commands in Naxos and iOS are very similar. So after you've learned the information on switching in this course, you can pretty easily take those skills across to the data center as well.

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  • O. Bender
  • Ireland
  • Jan 20, 2024

Whether you believe of this 200-105 video course, the course design as well as the instructor. Each and everything has a single word, SUPERB! I am really grateful to the instructor for this video course and his special guidelines which helped me in passing this exam.

  • bao
  • Thailand
  • Jan 12, 2024

Although the exam is challenging, information provided by the tutor was quite helpful. The tutor went a step forward to give handouts thus enabling me to attain excellent scores in my exam.

  • bahram
  • Germany
  • Jan 07, 2024

Backing up and Restoring a Cisco Configuration:
This lecture was so important because we sometimes configure our Cisco the all of a sudden the configuration is lost, this feature will help us restore and make everything as it was!

  • ambroise-
  • United Kingdom
  • Dec 29, 2023

just got my ICND2 certification and your video course had been the great helper for me. I just loved the approach the instructor taught the entire thing compressively with simple English language. Your video course actually provides a new hope to individuals looking to work in networking field.

  • No name
  • Malta
  • Dec 23, 2023

Laz was a great tutor. He was concise and straight to the point. Unlike some tutors that provide information on topics that are least beneficial to the course, Laz provided the information that was tested in the exam.

  • JianHong
  • United Kingdom
  • Dec 17, 2023

Monitoring Your Network:
I have not only known how to monitor my network but also the reason why I monitor. For so long I have been doing this but I have never known the concept behind it.

  • Rudy
  • United States
  • Dec 12, 2023

satisfactory explanation, comprehensive video lectures, query answers, and what not is provided by this Cisco 200-105 video course! the video lectures were actually impressive in all aspects. they really escalated the standard of learning for this exam. thanks for helping me!

  • ronnie X
  • Germany
  • Dec 08, 2023

the best course for an individual working in a networking firm. I was able to tackle various issues that I used to leave for professionals earlier on, and now I can call myself a professional in networking.

  • dalton
  • France
  • Nov 30, 2023

the course is very informative. it explains the information very well. I would have liked to see more labs and a little bit more on certain topics. it’s a great overall course for someone that is just getting started.

  • Landon Art
  • Netherlands
  • Nov 26, 2023

the cert course 200-105 initially looked difficult for me. it was one of my peers who recommended me to get through your video course modules and other preparation techniques provided by your instructor. his way of illustrating things have been the core attraction to choose your video course for getting certified as a 200-105 professional.

  • {Benoït
  • United States
  • Nov 22, 2023

Elaborate course that builds one's knowledge from scratch. Without prior experience of routing and switching, I was able to cover the exam successfully and score amazing grades. Looking to tackle more Cisco certification to be a professional in networking.

  • Jules
  • Canada
  • Nov 11, 2023

I have already done this course online but I did not get what I was looking for there. I do not regret doing this course because it has equipped me with what I have been looking for all this long.

  • JU
  • Puerto Rico
  • Nov 06, 2023

what caught my consideration were the interactive lab simulations, step by step lectures preparations for the respective 200-105 exam, brief particulars regarding exam objectives as well as your instructor’s way of teaching. all these are certainly satisfactory to deal with complex Cisco 200-105 question paper. will give you a try again!

  • swan27
  • Argentina
  • Nov 04, 2023

great course! Lazaro is a great instructor and can give you everything you need to pass the exam. you only need to be active while you are watching these videos if you want to be ready to get the exam.

  • Preston
  • Spain
  • Oct 28, 2023

to be honest, the coursework was a bit challenging for me. however, Laz was supportive and aided me in areas I was stuck. amazingly, I scored a good grade in the examination thus proof that Laz provided me with vital information needed in routing and switching.

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