English | MP4 | AVC 1280×720 | AAC 44KHz 2ch | 171 lectures (21h 39m) | 23.5 GB
Everything you need to pass the CompTIA Network+ Exam (N10-008) from Mike Meyers and Joe Ramm!
Welcome to the TOTAL: CompTIA Network+ Certification (N10-008) course from Mike Meyers, Joe Ramm, and Total Seminars.
Mike is a CompTIA expert and best-selling author with over 25 years of experience teaching and creating certification prep materials. He is the author of the #1 selling CompTIA Network+ Certification All-in-One Exam Guide. Mike has sold over 1 million CompTIA certification prep books. Joe is an enthusiastic instructor with over 20 years of experience teaching and a master’s degree in Instructional Design.
This course is over 21 hours in length and covers everything you need to know to pass your CompTIA Network+ Certification (N10-008) Exam. The first goal of the course is to make you a good Network Tech and, in the process, make sure you are ready to pass the CompTIA exam.
You’ll love Mike and Joe’s fun and engaging style as they walk you through all the Network+ topics. This is not a boring voice-over-PowerPoint lecture. Mike and Joe use props and illustrations to make learning fun!
The course covers all the exam topics including:
- Network architectures
- Cabling and topology
- Ethernet basics
- Network Installation
- TCP/IP applications and network protocols
- Routing
- Network naming
- Advanced networking devices
- IPv6
- Remote connectivity
- Wireless networking
- Virtualization and cloud computing
- Network operations
- Managing risk
What you’ll learn
- You will learn the knowledge and gain the confidence to pass the CompTIA Network+ Certification (N10-008) exam AND the skills to be a great network tech.
- Your new skills and the CompTIA Network+ Certification will help you land a network tech job or get that raise or advancement you are seeking.
- This course is ideal as both a study tool and an on-the-job reference.
- Learn new networking skills and prepare for the CompTIA exam.
Table of Contents
Chapter 1 Network Models
1 Introduction to Network+
2 What’s on the Network+ Exam
3 What Can You Do with a Network+ Certification
4 What is a Model
5 The OSI Model
6 Meet the Frame
7 The MAC Address
8 Broadcast vs. Unicast
9 Introduction to IP Addressing
10 Packets and Ports
Chapter 2 Cabling and Topology
11 Network Topologies
12 Coaxial Cabling
13 Twisted Pair Cabling
14 Fiber Optic Cabling
15 Fire Ratings
Chapter 3 Ethernet Basics
16 What is Ethernet
17 Ethernet Frames
18 Terminating Twisted Pair
19 Hubs vs. Switches
20 Connecting Switches
Chapter 4 Ethernet Standards
21 BaseT
22 Gigabit Ethernet and 10-Gigabit Ethernet
23 Transceivers
24 Connecting Ethernet Scenarios
Chapter 5 Installing a Physical Network
25 Introduction to Structured Cabling
26 Terminating Structured Cabling
27 Equipment Room
28 Alternative Distribution Panels
29 Testing Cable
30 Troubleshooting Structured Cabling, Part 1
31 Troubleshooting Structured Cabling, Part 2
32 Using a Toner and Probe
33 Wired Connection Scenarios
Chapter 6 TCPIP Basics
34 Introduction to IP Addressing and Binary
35 Introduction to ARP
36 Subnet Masks
37 Classful Addressing
38 Subnetting with CIDR
39 More CIDR Subnetting Practice
40 Dynamic and Static IP Addressing
41 Special IP Addresses
42 IP Addressing Scenarios
Chapter 7 Routing
43 Introducing Routers
44 Understanding Ports
45 Network Address Translation (NAT)
46 Implementing NAT
47 Forwarding Ports
48 Tour of a SOHO Router
49 SOHO vs. Enterprise
50 Static Routes
51 Dynamic Routing
52 Routing Information Protocol (RIP)
53 Open Shortest Path First (OSPF)
54 Border Gateway Protocol
Chapter 8 TCPIP Applications
55 Transmission Control Protocol (TCP) and User Datagram Protocol (UDP)
56 ICMP and IGMP
57 Handy Tools
58 Introduction to Wireshark
59 Introduction to netstat
60 Web Servers
61 File Transfer Protocol (FTP)
62 E-mail Servers and Clients
63 Securing E-mail
64 Telnet and SSH
65 Network Time Protocol (NTP)
66 Network Service Scenarios
Chapter 9 Network Naming
67 Understanding DNS
68 Applying DNS
69 net Command
70 Windows Name Resolution
71 Dynamic DNS
72 DNS Troubleshooting
Chapter 10 Securing TCPIP
73 Making TCPIP Secure
74 Symmetric Encryption
75 Asymmetric Encryption
76 Cryptographic Hashes
77 Identification
78 Access Control
79 AAA
80 KerberosEAP
81 Single Sign-On
82 Certificates and Trust
83 Certificate Error Scenarios
Chapter 11 Switch Features
84 Switch Management
85 Introduction to VLANs
86 InterVLAN Routing
87 Trunking
88 Cisco Commands
89 Switch Port Protection
90 Port Bonding
91 Port Mirroring
92 Quality of Service
93 IDS vs. IPS
94 Proxy Servers
95 Load Balancing
96 Device Placement Scenarios
Chapter 12 IPv6
97 Introduction to IPv6
98 IPv6 Addressing
99 IPv6 in Action
100 IPv4 and IPv6 Tunneling
Chapter 13 WAN Connectivity
101 Understanding IP Tunneling
102 WAN Technologies
103 Digital Subscriber Line (DSL)
104 Connecting with Cable Modems
105 Connecting with Satellites
106 Cellular Technologies
107 Remote Desktop Connectivity
108 Virtual Private Networks (VPNs)
109 WAN Troubleshooting Scenarios
Chapter 14 Wireless Networking
110 Introduction to 802.11
111 Standards
112 Power Over Ethernet (PoE)
113 Antennas
114 Wireless Security Standards
115 Implementing Wireless Security
116 Threats to Your Wireless Network
117 Enterprise Wireless
118 Installing a Wireless Network
119 Wireless Scenarios
120 More Wireless Scenarios
Chapter 15 Virtualization and Cloud Computing
121 Virtualization Basics
122 Your First Virtual Machine
123 Cloud Basics
124 Cloud Services
125 Cloud Ownership
126 Infrastructure as Code (IaC)
127 Heroku Demo
128 Enterprise Virtualization
129 Cloud Implementation
Chapter 16 Datacenters
130 Classic Datacenter Architecture
131 NAS and SAN
132 The Modern Datacenter
133 High Availability
134 Documenting the Datacenter
Chapter 17 Integrating Networked Devices
135 Network Types
136 Internet of Things (IoT)
137 Voice Over IP (VoIP)
138 Industrial Control Systems and SCADA
Chapter 18 Network Operations
139 What are Network Operations
140 Hardening and Security Policies
141 Change Management
142 Patching and Updating
143 Security Risk Management
144 Points of Failure
145 Standard Business Documentation
146 Incident Response and Forensics
147 Disaster Recovery and Backups
148 Business Continuity
149 Deployment Models
Chapter 19 Protecting Networks
150 Security Concepts
151 Defense in Depth
152 Rogue DHCP Servers
153 Denial of Service (DoS)
154 On-Path and Spoofing Attacks
155 Password Attacks
156 VLAN Hopping
157 System Life Cycle
158 Malware
159 Social Engineering
160 Common Vulnerabilities
161 Physical Security
162 Network Hardening
163 Demilitarized Zone (DMZ)
164 Introduction to Firewalls
165 Firewalls
Chapter 20 Network Monitoring
166 Network Monitoring
167 SNMP
168 Documenting Logs
169 System Monitoring
170 Security Information and Event Management (SIEM)
Chapter 21 Network Troubleshooting
171 Network Troubleshooting Theory
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