N10-008: CompTIA Network+ (N10-008) Exam Training Course

Curriculum For This Course

Module 1 - Introducing Reference Models and Protocols

7Lectures

Time 01:01:00

Module 2: Network Pieces and Parts

12Lectures

Time 00:50:00

Module 3: Stay on Top of Your Topologies

17Lectures

Time 00:45:00

Module 4 - Understanding Network Services

12Lectures

Time 01:20:00

Module 5 - Selecting WAN Technologies

14Lectures

Time 00:57:00

Module 6:Connecting Networks with Cables and Connectors

13Lectures

Time 01:14:00

Module 7 - Using Ethernet Switches

16Lectures

Time 01:26:00

Module 8 - Demystifying Wireless Networks

7Lectures

Time 00:39:00

Module 9 - Addressing Networks with IPv4

14Lectures

Time 01:01:00

Module 10 - Addressing Networks with IPv6

18Lectures

Time 00:50:00

Module 11 - Explaining IP Routing

9Lectures

Time 01:09:00

Module 12:Streaming Voice and Video with united communications

7Lectures

Time 01:03:00

Module 12 - Virtualizing Network Devices

9Lectures

Time 00:40:00

Module 14 - Securing a Network

23Lectures

Time 02:21:00

Module 15 - Monitoring and Analyzing Networks

6Lectures

Time 00:29:00

Module: Examining Best Practices for Network Administration

13Lectures

Time 01:12:00

Module 17 - Troubleshooting Networks

10Lectures

Time 01:19:00

Module 18: Preparing for the CompTIA Network+ Exam

4Lectures

Time 00:16:00

Module 1 - Introducing Reference Models and Protocols
	1. 1.0 Introducing Reference Models and Protocols	1:00
	2. 1.1 OSI Model	10:00
	3. 1.2 TCP:IP Model	3:00
	4. 1.3 IP, ICMP, UDP, and TCP	9:00
	5. 1.4 IP, UDP, and TCP Headers	15:00
	6. 1.5 Maximum Transmission Unit (MTU)	5:00
	7. 1.6 Ports and Protocols	18:00

Module 2: Network Pieces and Parts
	1. 2.0 Network Pieces and Parts	1:00
	2. (N10-007 ONLY) 2.1 Analog Modems	4:00
	3. 2.2 CSMA-CD vs CSMA-CA	6:00
	4. 2.3 Hubs, Switches, and Routers	10:00
	5. 2.4 Collision and Broadcast Domains	5:00
	6. 2.5 Wireless Access Points	2:00
	7. 2.6 Firewalls	5:00
	8. 2.7 Intrusion Detection and Prevention	4:00
	9. 2.8 VPN Concentrators	2:00
	10. 2.9 Load Balancers	2:00
	11. 2.10 Advanced Filtering Appliances	6:00
	12. 2.11 Proxy Server	3:00

Module 3: Stay on Top of Your Topologies
	1. 3.1 Star Topology	3:00
	2. 3.2 Mesh Topology	4:00
	3. 3.3 Ring Topology	3:00
	4. 3.4 Bus Topology	3:00
	5. (N10-007 ONLY) 3.5 Point-to-Point Topology	2:00
	6. (N10-007 ONLY) 3.6 Point-to-Multipoint Topology	2:00
	7. (N10-007 ONLY) 3.7 Hybrid Topology	1:00
	8. 3.8 Client-Server Network	2:00
	9. 3.9 Peer-to-Peer Network	2:00
	10. 3.10 Local Area Network (LAN)	1:00
	11. 3.11 Wide Area Network (WAN)	3:00
	12. 3.12 Metropolitan Area Network (MAN)	3:00
	13. 3.13 Campus Area Network (CAN)	2:00
	14. 3.14 Personal Area Network (PAN)	1:00
	15. 3.15 Wireless LAN (WLAN)	3:00
	16. 3.16 Software-Defined WAN (SD-WAN)	6:00
	17. 3.17 Industrial Control Systems and SCADA	4:00

Module 4 - Understanding Network Services
	1. 4.0 Understanding Network Services	1:00
	2. 4.1 Virtual Private Networks (VPNs)	10:00
	3. 4.2 Dynamic Multipoint VPNs (DMVPNs)	5:00
	4. 4.3 Web Services	3:00
	5. 4.4 Voice Services	5:00
	6. 4.5 DHCP	8:00
	7. 4.6 DNS	10:00
	8. 4.7 NAT	12:00
	9. 4.8 NTP	4:00
	10. 4.9 SDN	7:00
	11. 4.10 IoT	9:00
	12. 4.11 SIP Trunks	6:00

Module 5 - Selecting WAN Technologies
	1. 5.0 Selecting WAN Technologies	1:00
	2. (N10-007 ONLY) 5.1 Packet Switched vs. Circuit Switched Networks	2:00
	3. 5.2 Cellular	5:00
	4. (N10-007 ONLY) 5.3 Frame Relay	2:00
	5. (N10-007 ONLY) 5.4 ATM	2:00
	6. 5.5 Satellite	4:00
	7. 5.6 Cable	2:00
	8. 5.7 PPP	3:00
	9. 5.8 PPPoE	3:00
	10. 5.9 DSL	4:00
	11. (N10-007 ONLY) 5.10 Leased Lines	14:00
	12. (N10-007 ONLY) 5.11 ISDN	8:00
	13. 5.12 MPLS	4:00
	14. 5.13 Metro Ethernet	3:00

Module 6:Connecting Networks with Cables and Connectors
	1. 6.0 Connecting Networks with Cables and Connectors	1:00
	2. 6.1 Copper Cables	9:00
	3. 6.2 Fiber Cables	4:00
	4. 6.3 Copper Connectors	5:00
	5. 6.4 Fiber Connectors	6:00
	6. 6.5 Media Converters	2:00
	7. 6.6 Transceivers	4:00
	8. 6.7 Termination Points	7:00
	9. 6.8 Cabling Tools	15:00
	10. 6.9 Punch-Down Blocks	2:00
	11. 6.10 T568 Standards	2:00
	12. 6.11 Straight-Through vs. Crossover Cables	5:00
	13. 6.12 Ethernet Standards	12:00

Module 7 - Using Ethernet Switches
	1. 7.0 Using Ethernet Switches	1:00
	2. 7.1 MAC Addresses	5:00
	3. 7.2 Ethernet Switch Frame Forwarding	7:00
	4. 7.3 VLAN Theory	3:00
	5. 7.4 Trunking Theory	4:00
	6. 7.5 Voice VLANs	9:00
	7. 7.6 Ethernet Port Flow Control	3:00
	8. 7.7 Power over Ethernet (PoE)	4:00
	9. 7.8 Introducing Spanning Tree Protocol (STP)	2:00
	10. 7.9 STP Port States	9:00
	11. 7.10 STP Example	7:00
	12. 7.11 STP Convergence Times	3:00
	13. 7.12 STP Variants	13:00
	14. 7.13 Link Aggregation	9:00
	15. 7.14 Port Mirroring	2:00
	16. 7.15 Distributed Switching	5:00

Module 8 - Demystifying Wireless Networks
	1. 8.0 Demystifying Wireless Networks	1:00
	2. 8.1 Introduction to Wireless LANs (WLANs)	5:00
	3. 8.2 WLAN Antennas	5:00
	4. 8.3 Wireless Range Extenders	1:00
	5. 8.4 WLAN Frequencies and Channels	5:00
	6. 8.5 WLAN Standards	19:00
	7. 8.6 Regulatory Impacts of Wireless Channels	3:00

Module 9 - Addressing Networks with IPv4
	1. 9.0 Addressing Networks with IPv4	1:00
	2. 9.1 Binary Numbering	6:00
	3. 9.2 Binary Practice Exercise #1	1:00
	4. 9.3 Binary Practice Exercise #2	3:00
	5. 9.4 IPv4 Address Format	8:00
	6. 9.5 Public vs. Private IPv4 Addresses	5:00
	7. 9.6 IPv4 Unicast, Broadcast, and Multicast	4:00
	8. 9.7 The Need for Subnetting	7:00
	9. 9.8 Calculating Available Subnets	4:00
	10. 9.9 Calculating Available Hosts	4:00
	11. 9.10 Subnetting Practice Exercise #1	4:00
	12. 9.11 Subnetting Practice Exercise #2	3:00
	13. 9.12 Calculating Usable Ranges of IPv4 Addresses	7:00
	14. 9.13 Subnetting Practice Exercise #3	4:00

Module 10 - Addressing Networks with IPv6
	1. 10.0 Addressing Networks with IPv6	1:00
	2. 10.1 Hexadecimal Numbering	8:00
	3. 10.2 IPv6 Address Format	4:00
	4. 10.3 Shortening an IPv6 Address	3:00
	5. 10.4 IPv6 Address Shortening Exercise	2:00
	6. 10.5 IPv6 Global Unicast	3:00
	7. 10.6 IPv6 Multicast	4:00
	8. 10.7 IPv6 Link Local	3:00
	9. 10.8 IPv6 Unique Local	2:00
	10. 10.9 IPv6 Loopback	1:00
	11. 10.10 IPv6 Unspecified	3:00
	12. 10.11 IPv6 Solicited-Node Multicast	3:00
	13. 10.12 EUI-64 Address	4:00
	14. 10.13 IPv6 Autoconfiguration	2:00
	15. 10.14 IPv6 Traffic Flows	3:00
	16. 10.15 Dual Stack	1:00
	17. 10.16 Tunneling IPv6 Through an IPv4 Network	2:00
	18. (N10-007 ONLY) 10.17 IP Address Management (IPAM)	1:00

Module 11 - Explaining IP Routing
	1. 11.0 Explaining IP Routing	1:00
	2. 11.1 Packet flow in a Routed Network	7:00
	3. 11.2 Static and Default Routes	3:00
	4. 11.3 Routing Protocols	12:00
	5. 11.4 RIP	9:00
	6. 11.5 OSPF	15:00
	7. 11.6 EIGRP	14:00
	8. 11.7 BGP	5:00
	9. 11.8 Subinterfaces	3:00

Module 12:Streaming Voice and Video with united communications
	1. 12.0 Streaming Voice and Video with united communications	1:00
	2. 12.1 Voice over IP	10:00
	3. 12.2 Video over IP	9:00
	4. 12.3 Unified Communications Networks	7:00
	5. 12.4 Quality of Service (QoS) Fundamentals	15:00
	6. 12.5 QoS Markings	14:00
	7. 12.6 QoS Traffic Shaping and Policing	7:00

Module 12 - Virtualizing Network Devices
	1. 13.0 Virtualizing Network Devices	1:00
	2. 13.1 Virtualized Devices	7:00
	3. 13.2 Virtual IP	8:00
	4. 13.3 Storage Area Network (SAN) Technologies	4:00
	5. 13.4 Using InfiniBand for SANs	2:00
	6. 13.5 Cloud Technologies	7:00
	7. 13.6 Accessing Cloud Services	2:00
	8. 13.7 Infrastructure as Code	6:00
	9. 13.8 Multi-Tenancy	3:00

Module 14 - Securing a Network
	1. 14.0 Securing a Network	1:00
	2. 14.1 General Security and Availability Issues	19:00
	3. 14.2 Vulnerabilities and Exploits	2:00
	4. 14.3 Denial of Service Attacks	6:00
	5. 14.4 On-Path Attacks	10:00
	6. 14.5 VLAN Hopping Attacks	4:00
	7. 14.6 Social Engineering Attacks	2:00
	8. 14.7 Other Common Attacks	9:00
	9. 14.8 Common Defense Strategies	11:00
	10. 14.9 Switch Port Defense	3:00
	11. 14.10 Access Control Lists	7:00
	12. 14.11 Wireless Security Options	14:00
	13. 14.12 Extensible Authentication Protocols (EAPs)	5:00
	14. 14.13 Authentication Servers	9:00
	15. 14.14 User Authentication	5:00
	16. 14.15 Physical Security	6:00
	17. 14.16 Forensic Concepts	4:00
	18. 14.17 Securing STP	5:00
	19. 14.18 Router Advertisement (RA) Guard	3:00
	20. 14.19 Securing DHCP	6:00
	21. 14.20 IoT Security Concerns	4:00
	22. 14.21 Cloud Security	2:00
	23. 14.22 IT Risk Management	4:00

Module 15 - Monitoring and Analyzing Networks
	1. 15.0 Monitoring and Analyzing Networks	1:00
	2. 15.1 Device Monitoring Tools	8:00
	3. 15.2 SNMP	5:00
	4. 15.3 Remote Access Methods	7:00
	5. 15.4 Environment Monitoring	3:00
	6. 15.5 Wireless Network Monitoring	5:00

Module: Examining Best Practices for Network Administration
	1. 16.0 Examining Best Practices for Network Administration	1:00
	2. 16.1 Safety Procedures	6:00
	3. 16.2 Wiring Management	7:00
	4. 16.3 Power Management	5:00
	5. 16.4 Rack Management	4:00
	6. 16.5 Change Control	4:00
	7. 16.6 High Availability	5:00
	8. 16.7 Cloud High Availability	3:00
	9. 16.8 Active-Active vs. Active-Passive	10:00
	10. 16.9 Disaster Recovery	8:00
	11. 16.10 Standards, Policies, and Rules	10:00
	12. 16.11 Documentation	7:00
	13. 16.12 Site Survey	2:00

Module 17 - Troubleshooting Networks
	1. 17.0 Troubleshooting Networks	1:00
	2. 17.1 7-Step Troubleshooting Methodology	12:00
	3. 17.2 CLI Troubleshooting Utilities	20:00
	4. 17.3 Network Appliance Commands	10:00
	5. 17.4 Device Metrics and Sensors	3:00
	6. 17.5 Environmental Metrics and Sensors	2:00
	7. 17.6 Common LAN Issues	6:00
	8. 17.7 Common Wireless Network Issues	7:00
	9. 17.8 Common Network Service Issues	12:00
	10. 17.9 General Networking Issues	6:00

Module 18: Preparing for the CompTIA Network+ Exam
	1. 18.0 Preparing for the CompTIA Network+ Exam	1:00
	2. 18.1 How to Register for the Exam	4:00
	3. 18.2 Study Strategies	7:00
	4. 18.3 What to do on Exam Day	4:00

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N10-008: CompTIA Network+ (N10-008)

Curriculum For This Course

Free N10-008 Exam Questions & CompTIA N10-008 Dumps

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