Comptia Network Cert N10 007 The Total Course

CompTIA Network+ Cert. (N10-007): The Total Course

Everything you need to pass the CompTIA Network+ Exam, N10-007 from Mike Meyers, CompTIA expert and bestselling author.

Rated : 4.6 91684 views

Last Updated: 2023-03-28 06:03:56 English Course Type: Self Learning

Once you complete the course, you will have the knowledge and confidence to pass the exams AND the skills to be a great network tech. This course is ideal as both a study tool and an on-the-job reference.
Your new skills and the CompTIA Network+ Certification will help you land a network tech job or if you are already a network tech, get that raise or advancement you are seeking.

Welcome to the CompTIA Network+ Certification; N10-007. The Total Course from Mike Meyers and Total Seminars.

This course is over 24 hours in length and covers everything you need to know to pass your CompTIA Network+ Certification (N10-007) 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.

WHAT OUR STUDENTS ARE SAYING:

"I used these courses to pass the A+, Security+, and Network+ in a span of 2.5 months. I had no IT experience 4 months ago. Now I am a network engineer at a managed service provider with a great salary and solid upward mobility." - Ryan D.

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

This is a Total Network+ Course and covers everything a good tech needs to know and prepares you to pass the CompTIA Network+ Certification exam.

Basic familiarity with networks.
There are no specific prerequisites as the course covers all the topics in detail. However, it’s a good idea to have an understanding of CompTIA A+ Certification topics or to be A+ Certified. You can learn more about A+ Certification topics from our Mike Meyers – Total Seminars CompTIA A+ Certification course on Udemy.

This course is intended for anyone that is preparing for a network technician position or looking to improve their skills and become CompTIA Network+ Certified. However, it goes beyond that and will give you the skills you need to be a better network tech on the job.
This is a complete and comprehensive CompTIA Network+ Certification (N10-007) course. It is designed to prepare the student to be able to take and pass the certification exam needed to become CompTIA Network+ Certified.

Section 1 : Network Models 10 Lectures 00:54:40
Lecture 1 :
What is a Model? Preview
In this episode, Mike presents the concept of network models.
Lecture 2 :
OSI vs. TCP/IP Model
This episode introduces the two models used to describe and troubleshoot networks.
Lecture 3 :
Walking Through OSI and TCP/IP
In this episode, Mike takes an Ethernet frame through the incoming and outgoing processes, using both the OSI and TCP/IP models for reference.
Lecture 4 :
Meet the Frame
In this episode, Mike introduces the primary data encapsulation unit, the frame.
Lecture 5 :
The MAC Address
In this episode, Mike discusses the basic addressing used for frames: the MAC address. Computers receiving a frame use the destination MAC address to determine whether or not to process the frame.
Lecture 6 :
Broadcast vs. Unicast
What is the difference between broadcast and unicast in a network? In this episode, Mike describes the typical unicast frame that uses destination and source MAC addresses for sending communication to a specific host in the network. He also shows the broadcast MAC address that all hosts connected to the network will receive.
Lecture 7 :
Introduction to IP Addressing
In this episode, Mikes introduces logical addressing to enable communication between groups of computers within networks.
Lecture 8 :
Packets and Ports
In this episode, Mike discusses how TCP/IP networks use port numbers to keep track of multiple connections between computers.
Lecture 9 :
Introduction to Net+
Lecture 10 :
Network Models
Network Models
Section 2 : Cabling and Topology 8 Lectures 00:49:12
Lecture 1 :
Network Topologies
In this episode, Mike explains the concepts used in wired network topologies and describes logical flow of data.
Lecture 2 :
Coaxial Cabling
In the episode, learn the specifications and connector types associated with coaxial cable.
Lecture 3 :
Twisted Pair Cabling
Mike covers the 568A/568B wiring schema using twisted pair cable.
Lecture 4 :
Cat Ratings
Mike describes and shows the various Cat cables and details their speed and distance specifications.
Lecture 5 :
Fiber Optic Cabling
In this episode, Mike discusses the different types of fiber used in modern networks and includes references to connector types you'll see as a network technician.
Lecture 6 :
Fire Ratings
In this episode, Mike describes the various fire ratings of cable and explains their intended site usage.
Lecture 7 :
Legacy Network Connections
Find out about legacy connections, and their usefulness in todayâ€™s network environments.
Lecture 8 :
Cabling and Topology
Cabling and Topology
Section 3 : Ethernet Basics 7 Lectures 00:51:20
Lecture 1 :
What is Ethernet?
Mike discusses the core technologies of Ethernet.
Lecture 2 :
Early Ethernet
Mike looks at the bad old days of coax-based Ethernet.
Lecture 3 :
The Daddy of Ethernet, 10BaseT
Mike looks at how coax-based Ethernet transformed into Ethernet of Unshielded Twisted Pair
Lecture 4 :
Terminating Twisted Pair
In this episode, Mike will terminate a cable to the 568A specification, showing the preparation, and crimping process.
Lecture 5 :
Hubs vs. Switches
Mike explains the difference of traffic patterns between hubs and switches, and how the MAC address is used by switches.
Lecture 6 :
Ethernet Frames
Understand the Ethernet frame, its components, and how they are used by the various devices to route data traffic.
Lecture 7 :
Ethernet Basics
Ethernet Basics
Section 4 : Modern Ethernet 6 Lectures 00:36:35
Lecture 1 :
100BaseT
In this episode, various 100Base specifications are defined for speed and distance.
Lecture 2 :
Connecting Switches
Mike discusses how switches are connected together to expand a network.
Lecture 3 :
Gigabit Ethernet and 10-Gigabit Ethernet
Mike wraps up the Ethernet standards in this episode, covering 1000Base and 10GBase.
Lecture 4 :
Transceivers
Learn about the various types of transceivers and how they are specified as vendor-neutral devices.
Lecture 5 :
Connecting Ethernet Scenarios
Learn about different cabling or switch configuration issues that can be difficult to diagnose.
Lecture 6 :
Modern Ethernet
Modern Ethernet
Section 5 : Installing a Physical Network 10 Lectures 00:55:56
Lecture 1 :
Introduction to Structured Cabling
In this episode, Mike examines the basic component of structured cabling, such as an equipment room, horizontal runs, and the work area.
Lecture 2 :
Terminating Structured Cabling
In this episode, Mike explores punchdown blocks, one of the key elements in structured cabling.
Lecture 3 :
Equipment Room
Mike takes you on a tour of a typical SOHO infrastructure, from the equipment room to the demarc and back again.
Lecture 4 :
Alternative Distribution Panels
Mike hangs out in the equipment room to show the distribution panels.
Lecture 5 :
Testing Cable
In this episode, Mike explores cable testing, covering wire maps, continuity, and TDRs.
Lecture 6 :
Troubleshooting Structured Cabling, Part 1
In this episode, Mike shows how to test for problems with structured cabling and explains what types of problems to look out for.
Lecture 7 :
Troubleshooting Structured Cabling, Part 2
Mike continues his discussion of structured cabling by examining how to use voltage monitors, environmental/temperature monitors, and TDRs to troubleshoot a cabling installation.
Lecture 8 :
Using a Toner and Probe
Mike demonstrates using a tone generator and tone probe to locate cables and connectors.
Lecture 9 :
Wired Connection Scenarios
Wired connections can have issues that lead to slow or poor performance and Mike talks through some common areas to consider.
Lecture 10 :
Installing a Physical Network
Installing a Physical Network
Section 6 : TCP/IP Basics 11 Lectures 01:44:51
Lecture 1 :
Introduction to IP Addressing and Binary
In this episode, Mike takes an in-depth look at how IP addresses are constructed.
Lecture 2 :
Introduction to ARP
In this episode, Mike explores the address resolution protocol, which is used to resolve IP addresses.
Lecture 3 :
Classful Addressing
In this episode, Mike explains the concept of classful addressing, which separates IP addresses into five classes.
Lecture 4 :
Subnet Masks
In this episode, Mike introduces the concept of subnet masks, which are used to determine if a packet is coming from inside or outside a network.
Lecture 5 :
Subnetting with CIDR
In this episode, Mike demonstrates how to subnet in binary.
Lecture 6 :
More CIDR Subnetting Practice
In this episode, Mike offers more instruction for subnetting.
Lecture 7 :
Dynamic and Static IP Addressing
This episode examines the difference between assigning IP addresses manually and using DHCP to pass out addresses automatically.
Lecture 8 :
Rogue DHCP Servers
In this episode, Mike shows how to check to make sure that your DHCP server is working, as well as how to check that you're not connecting to a rogue DHCP server.
Lecture 9 :
Special IP Addresses
Learn about special IP addresses, which ones are reserved, and what the 169.254.x.x address is.
Lecture 10 :
IP Addressing Scenarios
Mike walks through some issues in IP addressing, including when everything should be working, but connection issues are prevalent.
Lecture 11 :
TCP/IP Basics
TCP/IP Basics
Section 7 : Routing 13 Lectures 01:44:56
Lecture 1 :
Introducing Routers
In this episode, Mike explains how routers work to get packets from one network to another.
Lecture 2 :
Understanding Ports
In this episode, Mike describes the purposes of well-known ports and ephemeral ports.
Lecture 3 :
Network Address Translation
In this episode, Mike explains NAT, including how it works and why we need it.
Lecture 4 :
Implementing NAT
Mike demonstrates how to enable and configure NAT within a router.
Lecture 5 :
Forwarding Ports
Learn about port forwarding, its usage, and how to create ranges and triggers to allow external devices to have internal communication.
Lecture 6 :
Tour of a SOHO Router
In this episode, Mike walks you through setting up a SOHO router. He's like a talking user's manual.
Lecture 7 :
SOHO vs. Enterprise
In this episode, learn the major differences between and SOHO and enterprise routers.
Lecture 8 :
Static Routes
In this episode, Mike discusses static routes and explains their usage and the routing tables that use them.
Lecture 9 :
Dynamic Routing
Mike introduces you to routing concepts such as metrics and latency. The episode also discusses types of routing protocols, such as distance vector and link state.
Lecture 10 :
OSPF
Continuing with the routing protocol discussion, Mike describes the most common IGP, OSPF.
Lecture 11 :
BGP
Mike explains the Border Gateway Protocol
Lecture 12 :
RIP
Lecture 13 :
Routing
Routing
Section 8 : TCP/IP Applications 13 Lectures 01:39:22
Lecture 1 :
TCP and UDP
Lecture 2 :
ICMP and IGMP
In this episode, Mike explains the importance of two of the fundamental protocols used in the Internet Protocol Suite, ICMP and IGMP.
Lecture 3 :
Handy Tools
Explore the various tools that can get quick answers when troubleshooting a network latency issue.
Lecture 4 :
Introduction to Wireshark
In this episode, Mike goes through a captured data stream using the Wireshark tool.
Lecture 5 :
Introduction to netstat
In this episode, Mike demonstrates uses for the powerful netstat command.
Lecture 6 :
Web Servers
In this episode, Mike discusses Web servers and some of the requirements and protocols used.
Lecture 7 :
FTP
In this episode, Mike discusses the venerable file transfer protocol.
Lecture 8 :
E-mail Servers and Clients
In this must-see episode for all aspiring spammers out there, Mike explains the various protocols used in sending and receiving e-mail.
Lecture 9 :
Securing E-mail
Historically, securing e-mail was a bit complicated. In this episode, Mike explains the various e-mail protocols and the evolution to STARTTLS.
Lecture 10 :
Telnet and SSH
In this episode, Mike looks at the remote connection protocol called telnet, as well as methods for encrypting telnet connections via SSH.
Lecture 11 :
Network Time Protocol
In this brief episode, Mike reveals the secret importance of NTP.
Lecture 12 :
Network Service Scenarios
In this episode, Mike works though some known issues for network service problems.
Lecture 13 :
TCP/IP Applications
TCP/IP Applications
Section 9 : Network Naming 8 Lectures 01:13:03
Lecture 1 :
Understanding DNS
This episode begins an overview of the DNS system, which resolves domain names to IP addresses.
Lecture 2 :
Applying DNS
In this episode, Mike works with DNS and discusses the various record types that are available, what their purpose is, and how they can be used.
Lecture 3 :
The Hosts File
Take a look back in time at the earliest method for resolving IP addresses: the HOSTS file.
Lecture 4 :
Net Command
In this episode, Mike explores the venerable and still very useful net command to show things such as user names, shared network resources, mapping network drives, and more.
Lecture 5 :
Windows Name Resolution
In this episode, Mike looks at ways Windows machines figure out names of other computers on the network, through processes like NetBIOS and LLMNR.
Lecture 6 :
Dynamic DNS
In this episode, Mike explains how dynamic DNS works.
Lecture 7 :
DNS Troubleshooting
In this video, Mike shows you what to do if you suspect you're having issues with DNS.
Lecture 8 :
Network Naming
Network Naming
Section 10 : Securing TCP/IP 12 Lectures 01:19:21
Lecture 1 :
Making TCP/IP Secure
Learn about the three core areas that provide security and access to TCP data to create a strong security program.
Lecture 2 :
Symmetric Encryption
In this episode, Mike explores the simplest type of encryption, symmetric encryption. Both parties have the same key to encrypt and decrypt.
Lecture 3 :
Asymmetric Encryption
In this episode, Mike describes encryption that uses public and private keys for encrypting and decrypting text.
Lecture 4 :
Cryptographic Hashes
In this episode, Mike demonstrates how hashes, such as MD5 and SHA-1, work.
Lecture 5 :
Identification
In this episode, Mike explains the issues of proving that you are who you are.
Lecture 6 :
Access Control
In this episode, Mike dives into access control lists, describing the three levels of control commonly used in computing.
Lecture 7 :
AAA
Mike describes the primary tools for providing network authentication, authorization, and accounting; notably RADIUS and TACACS+.
Lecture 8 :
Kerberos/EAP
In this episode, Mike discusses two commonly used authentication mechanisms for remote connectivity; Kerberos and EAP.
Lecture 9 :
Single Sign-On
In this episode, Mike describes how to log in to one computer and gain access to many.
Lecture 10 :
Certificates and Trust
In this episode, Mike explains certificates and how they are used to establish trust.
Lecture 11 :
Certificate Error Scenarios
In this episode, Mike looks at issues that can arise when using certificates.
Lecture 12 :
Securing TCP/IP
Securing TCP/IP
Section 11 : Advanced Networking Devices 14 Lectures 01:46:14
Lecture 1 :
Understanding IP Tunneling
In this episode, Mike explores the process of making secure connections through tunnels.
Lecture 2 :
Virtual Private Networks
In this episode, Mike explains virtually everything about technology that enables remote clients to connect to a local network, also called a Virtual Private Network (VPN).
Lecture 3 :
Introduction to VLANs
In this episode, Mike explores the concepts and processes behind virtual LANs, including managed switches and trunking.
Lecture 4 :
InterVLAN Routing
In this episode, Mike shows how to network between virtual LANs.
Lecture 5 :
Interfacing with Managed Switches
In this episode, Mike explains how to connect to and configure managed switches.
Lecture 6 :
Switch Port Protection
Mike discusses the various switch port mitigation techniques and how they are used in a working network environment.
Lecture 7 :
Port Bonding
Mike looks at how to improve network throughput from a router by combining traffic onto multiple router ports.
Lecture 8 :
Port Mirroring
Here, Mike talks about how to duplicate the traffic from one router port to another port.
Lecture 9 :
Quality of Service
Mike shows how traffic is prioritized to maximize efficiency of communication.
Lecture 10 :
IDS vs. IPS
In this episode, Mike looks at intrusion detection systems and intrusion protection systems.
Lecture 11 :
Proxy Servers
In this episode, Mike discusses the different types of proxy servers and their purpose.
Lecture 12 :
Load Balancing
In this episode, Mike explores the concepts of load balancing, as well as why and how to implement this type of configuration.
Lecture 13 :
Device Placement Scenarios
Mike explores the different types of devices and locations for network security, as well as best performance outcomes. Learn the fundamentals of configuring certain devices either in-band or out-of-band.
Lecture 14 :
Advanced Networking Devices
Advanced Networking Devices
Section 12 : IPv6 5 Lectures 00:46:34
Lecture 1 :
Introduction to IPv6
Mike walks through routing and switching concepts using IPv6. Learn to understand the simplicity of this protocol and how it allows for easy deployment in ever-changing environments.
Lecture 2 :
IPv6 Addressing
Learn how to handle IPv6 addressing, learn addressing shortcuts, and how special addressing components are handled.
Lecture 3 :
IPv6 In Action
Mike discusses IPv6 configurations, how IPv6 is handled by routers, and how itâ€™s detected in a network and on the Internet.
Lecture 4 :
IPv4 and IPv6 Tunneling
Because most ISPs don't provide IPv6 access, you need to use a tunneling protocol to get to the IPv6 Internet. Mike goes through the processes required.
Lecture 5 :
IPv6
IPv6
Section 13 : Remote Connectivity 11 Lectures 00:50:46
Lecture 1 :
Telephony Technologies
In this episode, Mike takes you on a tour of telephony technologies that paved the way for modern remote connectivity.
Lecture 2 :
Optical Carriers
In this episode, Mike explores the backbone connections of the Internet.
Lecture 3 :
Packet Switching
Mike discusses several monster technologies of packet switching, such as frame relay, ATM, and MPLS.
Lecture 4 :
Connecting with Dial-up
In this episode, Mike walks down memory lane, explaining how modems and PPP enable dial-up connectivity.
Lecture 5 :
Digital Subscriber Line (DSL)
Mike talks about DSL, how itâ€™s used, and some of the characteristics that have been applied to access the Internet.
Lecture 6 :
Connecting with Cable Modems
In this episode, Mike explores cable modems, one of the most common high-speed connection types.
Lecture 7 :
Connecting with Satellites
In this exciting episode, Mike talks about connecting to the Internet from outer space!
Lecture 8 :
ISDN and BPL
In this episode, Mike looks at two more methods for connecting the Internet, ISDN and BPL.
Lecture 9 :
Remote Desktop Connectivity
In this episode, Mike shows how you can work on computers remotely through the Internet using tools like Tight VNC, Microsoft's RDP, and remote help.
Lecture 10 :
Advanced Remote Control Systems
Mike looks at Industrial Control Systems and the broader scale Supervisory Control and Data Acquisition technologies.
Lecture 11 :
Remote Connectivity
Remote Connectivity
Section 14 : Wireless Networking 14 Lectures 01:53:08
Lecture 1 :
Introduction to 802.11
Mikes reviews the 802.11 wireless standards and how it works with wireless network traffic.
Lecture 2 :
802.11 Standards
This episode covers the various wireless networking standards and examines their relative merits.
Lecture 3 :
Power over Ethernet (PoE)
In this episode, Mike reviews the PoE WAP configurations, where these are used, and the requirements needed to be able to implement this type of device.
Lecture 4 :
Antennas
Mike discusses the antenna concepts used in wireless 802.11 devices.
Lecture 5 :
Wireless Security Standards
Mikes walks through all the 802.11 standards and the authentication and encryption methodology which has developed over time.
Lecture 6 :
Implementing Wireless Security
What good is unimplemented security? In this episode, Mike demonstrates how to secure your wireless network so that your neighbors will stop hogging all your bandwidth.
Lecture 7 :
Threats to Your Wireless Network
In this episode, Mike covers war driving, war chalking, rogue WAPs, evil twins, and how to protect against them.
Lecture 8 :
Retro Threats
Mike and Logan time travel back to the days of war driving and war chalking.
Lecture 9 :
Wi-Fi Protected Setup (WPS)
In this episode, Mike explains the technology behind WPS, a method for easily connecting to a secure wireless network.
Lecture 10 :
Enterprise Wireless
In this episode,â€¯Mike introduces theâ€¯enterprise wirelessâ€¯configuration andâ€¯management tools.
Lecture 11 :
Installing a Wireless Network
Mike discusses topics that should be addressed when installing a wireless network and looks at interference, layout, and quality of signal.
Lecture 12 :
Wireless Scenarios
Mike looks at some of the issues that can arise to topple your wireless network, with a special focus on wireless interference.
Lecture 13 :
More Wireless Scenarios
Mike looks at real-world issues that can take down a wireless network, with a special focus on wireless devices.
Lecture 14 :
Wireless Networking
Wireless Networking
Section 15 : Virtualization and Cloud Computing 9 Lectures 01:08:15
Lecture 1 :
Virtualization Basics
In this episode, Mike introduces virtualization and discusses the benefits of the various types you'll see.
Lecture 2 :
Cloud Ownership
In this episode, Mike discusses the difference between public and private clouds.
Lecture 3 :
Cloud Implementation
Mike creates a cloud service using AWS to demonstrate the ease of implementation of cloud infrastructure and service.
Lecture 4 :
Your First Virtual Machine
Mike creates a cloud service using AWS to demonstrate the ease of implementation of cloud infrastructure and service.
Lecture 5 :
NAS and SAN
In this episode, Mike discusses secure methods to save and access data on a network device.
Lecture 6 :
Platform as a Service (PaaS)
Mike shows us the Heroku PaaS.
Lecture 7 :
Software as a Service (SaaS)
Mike shows us that Software as a Service is all around us with DropBox and others.
Lecture 8 :
Infrastructure as a Service (IaaS)
Here, Mike looks at Infrastructure as a Service via Amazon Web Services.
Lecture 9 :
Virtualization and Cloud Computing
Virtualization and Cloud Computing
Section 16 : Mobile Networking 5 Lectures 00:24:11
Lecture 1 :
Cellular Technologies
In this episode, Mike discusses WiMax and other cellular networking options, such as HSPA+ and LTE.
Lecture 2 :
Mobile Connectivity
Mikes walks through the various alternative mobile device connection types, looking at the specifications and how they are applied.
Lecture 3 :
Deploying Mobile Devices
In this episode, Mike delves into the opposing forces of corporate and personal use of mobile devices.
Lecture 4 :
Mobile Access Control
In this episode, Mike talks about the access and security consideration of BYOD mobile devices.
Lecture 5 :
Mobile Networking
Mobile Networking
Section 17 : Building a Real-World Network 9 Lectures 01:00:02
Lecture 1 :
Network Types
Mike looks at the scope of different scales of networking.
Lecture 2 :
Network Design
Mike brings in some help to discuss network design aspects.
Lecture 3 :
Power Management
In this episode, Mike talks about how creating a power management and continuity plan is critical to good network design.
Lecture 4 :
Unified Communications
Mike introduces us to the conglomerated world of Unified Communications.
Lecture 5 :
Network Documentation
Mike walks through some of internal types of documentation needed for a network.
Lecture 6 :
Contingency Planning
In this episode, Mike explains the thought processes necessary to create an effective contingency plan.
Lecture 7 :
Predicting Hardware Failure
In this episode, Mike discusses equipment life cycles, expected failures, and repair or replacement downtimes.
Lecture 8 :
Backups
In this episode, Mike describes the when, why, and how of backups.
Lecture 9 :
Building a Real-World Network
Building a Real-World Network
Section 18 : Managing Risk 8 Lectures 00:38:47
Lecture 1 :
What is Risk Management?
Mike talks about the Zen of risk management.
Lecture 2 :
Security Policies
In this episode, Mike reviews the types of policies to have in place for the IT department.
Lecture 3 :
Change Management
Mike shows us how the process of managing change to the network works.
Lecture 4 :
User Training
In this episode, Mike shows the how, why and when of training users.
Lecture 5 :
Standard Business Documentation
Mike reminds us that the world of IT is rife with paper.
Lecture 6 :
Mitigating Network Threats
In this episode, Mike examines the methods that an organization can use to protect its network from both external and internal threats.
Lecture 7 :
High Availability
Mike discusses the methods that can be considered to try to maintain 99.99% uptime for critical resources.
Lecture 8 :
Managing Risk
Managing Risk
Section 19 : Protecting Your Network 13 Lectures 01:57:51
Lecture 1 :
Denial of Service
In this episode, Mike discusses attacks that prevent servers from providing their essential services.
Lecture 2 :
Malware
In this episode, Mike talks about types of malware and what they do.
Lecture 3 :
Social Engineering
In this episode, Mike explores social engineering attacks such as dumpster diving, shoulder surfing, and phishing.
Lecture 4 :
Access Control
In this episode, Mike discusses techniques for keeping unwanted users out of your network, focusing on effectively using firewalls.
Lecture 5 :
Man-in-the-Middle
In this episode, Mike shows attacks where bad actors function between encrypting hosts.
Lecture 6 :
Introduction to Firewalls
Mike shows us how to keep bad guys from getting into your network from the outside.
Lecture 7 :
Firewalls
Mike shows us techniques to use and configure firewalls.
Lecture 8 :
DMZ
In the episode, Mike reminds us that there is more than one way to do a DMZ.
Lecture 9 :
Hardening Devices
In this episode, Mike discuss how to control device access on a network.
Lecture 10 :
Physical Security Controls
In this episode, Mike explores preventative controls, such as guards and fences.
Lecture 11 :
Testing Network Security
Learn to scan your network for potential weaknesses in this action-packed episode.
Lecture 12 :
Network Protection Scenarios
Mike walks through several scenarios to consider when protecting a network, including how they could block access to services.
Lecture 13 :
Protecting your Network
Protecting your Network
Section 20 : Network Monitoring 5 Lectures 00:39:31
Lecture 1 :
SNMP
Mike demonstrates a simple but fully functional SNMP network.
Lecture 2 :
Documenting Logs
In this episode, Mike examines the various log files that techs can use to troubleshoot networks. Botanists and woodworkers may be disappointed by this episode's misleading title.
Lecture 3 :
System Monitoring
In this episode, Mike explores the type of information we will want to consider when doing network monitoring.
Lecture 4 :
SIEM (Security Information and Event Management)
In this episode, Mike reveals the purpose of security information and event management (SIEM) tools.
Lecture 5 :
Network Monitoring
Network Monitoring
Section 21 : Network Troubleshooting 2 Lectures 00:05:12
Lecture 1 :
Network Troubleshooting Theory
Mike closes the series with a review of the troubleshooting steps, and how to create a good troubleshooting program.
Lecture 2 :
Network Troubleshooting
Network Troubleshooting

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Total Seminars provides certification training services and training materials to thousands of schools, corporations, and government agencies including the United Nations, the FBI and all branches of the Department of Defense. Total Seminars produces the #1 selling CompTIA A+ and Network+ Certification books with over 1 million books in print. Total Seminars has created a number of best-selling video courses by Mike Meyers and the Total Seminars Team of Instructors. They also develop supplemental materials such as the TotalTester certification practice tests and TotalSims lab simulations to support your certification preparation. These are available on the Total Seminars' web site.

CompTIA Network+ Cert. (N10-007): The Total Course

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This plan includes

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Curriculum 193 Lectures 22:59:47

Section 1 : Network Models 10 Lectures 00:54:40

Section 2 : Cabling and Topology 8 Lectures 00:49:12

Section 3 : Ethernet Basics 7 Lectures 00:51:20

Section 4 : Modern Ethernet 6 Lectures 00:36:35

Section 5 : Installing a Physical Network 10 Lectures 00:55:56

Section 6 : TCP/IP Basics 11 Lectures 01:44:51

Section 7 : Routing 13 Lectures 01:44:56

Section 8 : TCP/IP Applications 13 Lectures 01:39:22

Section 9 : Network Naming 8 Lectures 01:13:03

Section 10 : Securing TCP/IP 12 Lectures 01:19:21

Section 11 : Advanced Networking Devices 14 Lectures 01:46:14

Section 12 : IPv6 5 Lectures 00:46:34

Section 13 : Remote Connectivity 11 Lectures 00:50:46

Section 14 : Wireless Networking 14 Lectures 01:53:08

Section 15 : Virtualization and Cloud Computing 9 Lectures 01:08:15

Section 16 : Mobile Networking 5 Lectures 00:24:11

Section 17 : Building a Real-World Network 9 Lectures 01:00:02

Section 18 : Managing Risk 8 Lectures 00:38:47

Section 19 : Protecting Your Network 13 Lectures 01:57:51

Section 20 : Network Monitoring 5 Lectures 00:39:31

Section 21 : Network Troubleshooting 2 Lectures 00:05:12

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