░ ░▒▒▒▓▓█████▌░░ University of OXford & University of camBRiDGE ░░▐████▓▓▒▒▒░ ░
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...is a collective term for characteristics that the two institutions share.
Our publications are sneak peeks! ...happy learning kidz!
▀
█ CompTIA Network+ N10-008
█
█ By Ryan Lindfield
█
█ TIME TO COMPLETE:35h 54m
█ TOPICS:CompTIA
▓ PUBLISHED BY:Pearson IT Certification
▓ PUBLICATION DATE:October 2021
▓
▒ LECTURE DATE: 10/2021
░ LECTURE LINK: https://learning.oreilly.com | https://informit.com
https://t.ly/PHbv
░
░
:
| Sneak Peek
|
| The Sneak Peek program provides early access to Pearson video
| products and is exclusively available to Safari subscribers.
| Content for titles in this program is made available throughout
| the development cycle, so products may not be complete, edited, or
| finalized, including video post-production editing.
|
| 35+ Hours of Video Instruction
|
| Overview
|
| CompTIA Network+ N10-008 Complete Video Course is a comprehensive
| training course that brings CompTIA Network+ exam topics to life
| through the use of real-world demonstrations, live instruction,
| and configurations, making learning these foundational networking
| topics easy and fun.
|
| Expert instructor Ryan Lindfield walks you through the full range
| of topics on the CompTIA Network+ N10-008 exam, including protocol
| reference models (network components, network topologies, network
| services, WAN technologies, networking cables, and connectors),
| Ethernet switch operation, wireless LAN, IPv4 network addressing,
| IPv6 networks, IP routing, unified communications fundamentals,
| virtualization fundamentals, network security, network
| maintenance, and network troubleshooting. This unique product
| contains multiple types of video presentations, including live
| instructor whiteboarding, real-world demonstrations, and hands-on
| router and switch CLI configuration and troubleshooting in real
| lab environments, allowing you to learn both the concepts and the
| hands-on application.
|
| The 200+ videos contained in this product provide you more than 11
| hours of instruction. Modules are divided into easy to digest
| lessons and conclude with interactive quizzes to help assess your
| knowledge. The product concludes with a series of lessons that
| give you valuable advice to help prepare for the actual exam.
|
| Designed to take you inside Network+ concepts in a unique and
| interactive way, CompTIA Network+ N10-008 Complete Video Course is
| guaranteed to help you master the foundational networking topics
| that will help you succeed on the exam and on the job.
|
| About the Instructor
|
| Ryan Lindfield is a consultant and trainer with a passion for
| network security and cryptography. Over the past 20 years, he has
| worked in data centers, internet service providers, and corporate
| offices to aid clients in the design and operation of resilient
| infrastructure. Ryan holds more than 30 technical certifications
| and is always looking forward to new technologies and challenges.
| Clients include Fortune 100 tech companies; defense contractors
| and government entities; inventors; treasure hunters; video game
| developers; and many more.
|
| What You Will Learn
|
| Fundamental networking concepts, such as protocol reference
| models, network devices and theory, network topologies, and
| network components
| Network services including GRE, IPsec, DHCP, DNS, Voice over
| IP, SIP, NTP, NAT, software defined networking, FTP, SNMP,
| Netflow, RADIUS, TACACS+, Syslog, and more
| WAN technologies including, cellular, Frame Relay, ISDN, DSL,
| ATM, PPP, MPLS, Metro-Ethernet, and satellite
| How to work with different network cables and connectors
| including copper and fiber
| Ethernet switch operation including STP, VLAN configuration,
| trunking, link aggregation, distributed switching, and more
| Wireless LAN standards, antennas, components, security, site
| surveying, router setup, and troubleshooting
| IPv4 addressing and subnetting, and IPv6 networking basics
| Routing fundamentals including RIP, OSPF, EIGRP, and BGP
| routing protocols; route redistribution; intelligent forwarding
| operations; and gateway redundancy
| Unified communications, QoS, classification and marking,
| congestion management, traffic shaping and policing, SLAs, and
| more
| Virtualization fundamentals including hypervisor types,
| virtual networking, virtual appliances, server and storage
| infrastructure, cloud computing, Docker, IoT, and VPS
| Network security attacks, vulnerabilities, policies, defenses,
| and counter-measures
| Network monitoring tools and analysis, configuration
| management, and best practices
| Network troubleshooting including the 7-step troubleshooting
| method; Windows, Linux, and MacOS troubleshooting; common LAN
| issues; and troubleshooting wireless networks and network services
|
| Who Should Take This Course
|
| Anyone interested in obtaining their CompTIA Network+
| certification or anyone interested in learning basic networking
| concepts, configuration, and troubleshooting skills.
|
| Course Requirements
|
| Although this complete video training product does not assume
| any prior knowledge of network administration or configuration,
| you should understand the fundamental purposes of a network and be
| comfortable working with a computer.
|
| Lesson Descriptions
|
| Lesson 1: Networking a Structured Approach
|
| This lesson introduces the frameworks used to understand network
| communications. The OSI and DoD models are explained, followed by
| a deep dive into each layer of the OSI model.
|
| Lesson 2: Network Components
|
| Networks begin with switches and routers, but are quickly enhanced
| with the use of wireless networking, load distribution, security
| devices, and many more components. We discuss foundational
| concepts behind the most common network components.
|
| Lesson 3: Network Topologies
|
| Whether youÆre involved with a fresh new ôgreenfieldö deployment
| or youÆll be coming into an existing infrastructure ôbrownfield,ö
| you will need to understand the advantages and disadvantages of
| common network designs. This lesson teaches both physical wiring
| topologies as well as logical and on-demand networks.
|
| Lesson 4: Network Services
|
| Most of us rely upon networks to access remote services. In this
| lesson, we explore many common communication protocols and
| application protocols. Beginning with the raw components of
| TCP/IP, we journey into the communications occurring at higher
| levels of the OSI model.
|
| Lesson 5: WAN Technologies
|
| The Wide Area Network is ultimately responsible for providing long
| distance communications. In this module, we explore technologies
| leveraged by service providers, which enable wide area
| connectivity.
|
| Lesson 6: Network Cabling and Connectors
|
| If itÆs not a wireless connection, we need to have the proper
| cabling and adapter. In Lesson 6, we explore the advantages and
| disadvantages of cabling types and discuss the types of
| connections and tools required for cabling.
|
| Lesson 7: Ethernet Switch Operations
|
| Switching is one of the most important topics we cover. In this
| section, we discuss traditional switching operations including
| loop prevention mechanisms. After building a basic foundation, we
| explore advanced tuning options that you might be able to perform
| to enhance the speed of your network.
|
| Lesson 8: Wireless LAN
|
| Wireless networking has become ubiquitous in the current age.
| Wireless devices are used to extend the edge to user devices as
| well as perform bridging between separate physical locations.
| Lesson 8 discusses wireless communication standards, antenna
| types, security implementations, and more.
|
| Lesson 9: Network Addressing
|
| An IP address doesnÆt mean much without a subnet mask. In this
| lesson, we discover the importance of the subnet mask. After
| gaining an understanding of how subnet masks function, we discuss
| how to create custom subnets to enhance security, improve
| performance, and aid in administrative needs.
|
| Lesson 10: IP Version 6 Networks
|
| IPv6 was created to be the successor of IPv4. Over the last 20
| years, it has slowly become more prevalent in our lives, most
| commonly experienced today in cellular networks. In this lesson,
| you learn how IPv6 addressing works, how the protocol header is a
| bit different than in IPv4, and the new roles ICMPv6 will serve.
| Microsoft Windows has built-in support for IPv6 tunneling. We
| discuss tunneling implementations as well as IPv6 security.
|
| Lesson 11: IP Routing
|
| Packets are forwarded based on their destination IP addresses.
| This forwarding, called routing, is made possible through both
| static and dynamic information. Lesson 11 explores Interior
| Gateway Protocols (IGP), as well as Exterior Gateway Protocols
| (EGP). Additionally, we begin with a discussion on gateway
| redundancy.
|
| Lesson 12: Unified Communications Fundamentals
|
| Today, more than ever, IP networks are being used for real-time
| collaboration. Modern networks are expected to provide a quality
| user experience in regards to voice and video applications. In
| this lesson, we discuss the control mechanisms available to
| administrators for optimizing network performance.
|
| Lesson 13: Virtualization Fundamentals
|
| The point of demarcation as a network administrator has
| historically been a port to which the server attaches. However,
| with the rapid adoption of virtualization networks, engineers are
| now required to understand what happens to network within a
| virtualized environment. We begin by taking a look at
| virtualization technologies,and then dive into the networking
| aspects of virtualized environments.
|
| Lesson 14: Network Security
|
| With profit-driven cyber attacks on the rise, itÆs imperative that
| network engineers understand security controls that can be used to
| protect network infrastructure. This lesson introduces offensive
| techniques used by attackers, as well as defensive countermeasures
| that can be deployed by administrators. Additionally, we discuss
| the advantages of centralized authentication, as well the
| protocols and technologies that make it possible.
|
| Lesson 15: Network Maintenance
|
| Building upon the theory introduced in previous lessons, Lesson 15
| focuses on protocols, tasks, and best practices that network
| administrators are likely to leverage on a typical day. From
| planning to administering to the logging that happens continuously
| thereafter, the topics in this lesson should serve you for many
| years to come.
|
| Lesson 16: Network Troubleshooting
|
| If our network is designed with resiliency and performance in
| mind, we should not have problems. However, sometimes we do, and
| sometimes other people blame the network when an application is to
| blame. Lesson 16 focuses on tools that can be used in common
| operating systems to troubleshoot network issues. Additionally we
| discuss error codes and interface counters, and then learn some of
| the telltale signs of network misconfiguration.
|
| Lesson 17: Test Preparation
|
| This final lesson includes study tips, test preparation
| suggestions, some of my exam experiences, and recommendations for
| whatÆs next after the exam.
,