Jan 11, 2019 - With the help of this course you can CompTIA Network+ N10-007. [Torrent] Download udemy-comptia-network-n10-007.torrent [8.33 KB].
In this episode, Mike presents the concept of network models.
This episode introduces the two models used to describe and troubleshoot networks.
In this episode, Mike takes an Ethernet frame through the incoming and outgoing processes, using both the OSI and TCP/IP models for reference.
In this episode, Mike introduces the primary data encapsulation unit, the frame.
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.
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In this episode, Mike describes the typical frame traffic that uses destination and source MAC addresses for communicating over a network. He also shows the broadcast MAC address that all computers connected to the network will process.
In this episode, Mikes introduces logical addressing to enable communication between groups of computers within networks.
In this episode, Mike discusses how TCP/IP networks use port numbers to keep track of multiple connections between computers.
In this episode, Mike explains the concepts used in wired network topologies and describes logical flow of data.
In the episode, learn the specifications and connector types associated with coaxial cable.
Mike covers the 568A/568B wiring schema using twisted pair cable.
Mike describes and shows the various Cat cables and details their speed and distance specifications.
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.
In this episode, Mike describes the various fire ratings of cable and explains their intended site usage.
Find out about legacy connections, and their usefulness in today’s network environments.
Understand the Ethernet frame, its components, and how they are used by the various devices to route data traffic.
Mike looks at the bad old days of coax-based Ethernet.
Mike looks at how coax-based Ethernet transformed into Ethernet of Unshielded Twisted Pair
In this episode, Mike will terminate a cable to the 568A specification, showing the preparation, and crimping process.
Mike explains the difference of traffic patterns between hubs and switches, and how the MAC address is used by switches.
In this episode, various 100Base specifications are defined for speed and distance.
Mike discusses how switches are connected together to expand a network.
Mike wraps up the Ethernet standards in this episode, covering 1000Base and 10GBase.
Learn about the various types of transceivers and how they are specified as vendor-neutral devices.
Learn about different cabling or switch configuration issues that can be difficult to diagnose.
In this episode, Mike examines the basic component of structured cabling, such as an equipment room, horizontal runs, and the work area.
In this episode, Mike explores punchdown blocks, one of the key elements in structured cabling.
Make takes you on a tour of a typical SOHO infrastructure, from the equipment room to the demarc and back again.
Mike hangs out in the equipment room to show the distribution panels.
In this episode, Mike explores cable testing, covering wire maps, continuity, and TDRs.
In this episode, Mike shows how to test for problems with structured cabling and explains what types of problems to look out for.
Mike continues his discussion of structured cabling by examining how to use voltage monitors, environmental/temperature monitors, and TDRs to troubleshoot a cabling installation.
Mike demonstrates using a tone generator and tone probe to locate cables and connectors.
Wired connections can have issues that lead to slow or poor performance and Mike talks through some common areas to consider.
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In this episode, Mike takes an in-depth look at how IP addresses are constructed.
In this episode, Mike explores the address resolution protocol, which is used to resolve IP addresses.
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.
In this episode, Mike explains the concept of classful addressing, which separates IP addresses into five classes.
In this episode, Mike demonstrates how to subnet in binary.
In this episode, Mike offers more instruction for subnetting.
This episode examines the difference between assigning IP addresses manually and using DHCP to pass out addresses automatically.
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.
Learn about special IP addresses, which ones are reserved, and what the 169.254.x.x address is.
Mike walks through some issues in IP addressing, including when everything should be working, but connection issues are prevalent.
In this episode, Mike explains how routers work to get packets from one network to another.
In this episode, Mike describes the purposes of well-known ports and ephemeral ports.
In this episode, Mike explains NAT, including how it works and why we need it.
Mike demonstrates how to enable and configure NAT within a router.
Learn about port forwarding, its usage, and how to create ranges and triggers to allow external devices to have internal communication.
In this episode, Mike walks you through setting up a SOHO router. He's like a talking user's manual.
In this episode, learn the major differences between and SOHO and enterprise routers.
In this episode, Mike discusses static routes and explains their usage and the routing tables that use them.
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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.
In this episode, Mike discusses the distance vector routing protocol called Routing Information Protocol.
Continuing with the routing protocol discussion, Mike describes the most common IGP, OSPF.
In this episode, Mike discusses TCP (connection-based) and UDP (connectionless) protocols.
In this episode, Mike explains the importance of two of the fundamental protocols used in the Internet Protocol Suite, ICMP and IGMP.
Explore the various tools that can get quick answers when troubleshooting a network latency issue.
In this episode, Mike goes through a captured data stream using the Wireshark tool.
In this episode, Mike demonstrates uses for the powerful netstat command.
In this episode, Mike discusses Web servers and some of the requirements and protocols used.
In this episode, Mike discusses the venerable file transfer protocol.
In this must-see episode for all aspiring spammers out there, Mike explains the various protocols used in sending and receiving 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.
In this episode, Mike looks at the remote connection protocol called telnet, as well as methods for encrypting telnet connections via SSH.
In this brief episode, Mike reveals the secret importance of NTP.
In this episode, Mike works though some known issues for network service problems.
This episode begins an overview of the DNS system, which resolves domain names to IP addresses.
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.
Take a look back in time at the earliest method for resolving IP addresses: the HOSTS file.
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.
In this episode, Mike looks at ways Windows machines figure out names of other computers on the network, through processes like NetBIOS and LLMNR.
In this episode, Mike explains how dynamic DNS works.
In this video, Mike shows you what to do if you suspect you're having issues with DNS.
** Pass the CompTIA Network+ (N10-007) Exam with Help from an Expert in the Field! **
Kickasstorrents
Taught by an expert in information technology and cybersecurity with over 20 years of experience, this course is a fun way to master the fundamentals of networking. I have taught hundreds of students in my bootcamps and college classes on how to pass the A+, Network+, Security+, and Certified Ethical Hacker exams. MY students have achieved a 99% passing rate on their exams, and now you can too!
This course is designed to help prepare you for the CompTIA Network+ (N10-007) certification exam and covers the five domains for the Network+ (N10-007) certification exam: Network Architecture, Network Operations, Network Security, Troubleshooting, and Industry Standards, Practices, and Network Theory. You will learn the fundamentals of network and gain experience in the configuration, management, and troubleshooting of common wired and wireless network devices. Also, we will discuss emerging technologies such as unified communications, mobile, cloud, and virtualization technologies.
What You Will Receive In The Course:
Over 8.5 hours of video lectures with the essential information needed to pass the Network+ exam
Downloadable copies of our Study Notes for the course
Practice questions to ensure mastery of each section of the course
Full-length practice exam to test your knowledge
What Other Students Are Saying About This Course:
I'm using several resources to prepare for the Network+ certification. Jason Dion's 'bootcamp' is the best resource I've found, yet! (Kb1vns, 5 stars)
Really enjoyed this course. It kept me engaged and wanting to watch more... would definitely refer this to anyone that is studying for the Network+!. (Rafael, 5 stars)
Very easy to understand explanations, that is very cool! (Vladmir, 5 stars)
- Students wanting to pass the CompTIA Network+ certification exam
- Students wanting to learn the terminology and nomenclature of computer networks
- Students seeking a career as a network technician