CompTIA Network+ N10-006

CompTIA Network+ N10-006, available at $44.99, has an average rating of 4.2, with 292 lectures, based on 22 reviews, and has 203 subscribers.

You will learn about Network+ Certification is a non-vendor, non-product specific certification program that validates your knowledge as a networking professional and demonstrates a wide range of skills required in today's network environments. This course is ideal for individuals who are Network+ Certification is suited for computer technicians who are searching for a challenging career in the administration and support of complex internetworking environments. Anyone who wants to learn about fundamentals of Networking and TCP/IP. or Network+ is a great starting point for a number of entry-level job positions, and a launching point for many career paths, including those related to network infrastructure, desktop and server support, and more. It is particularly useful for Network+ Certification is suited for computer technicians who are searching for a challenging career in the administration and support of complex internetworking environments. Anyone who wants to learn about fundamentals of Networking and TCP/IP. or Network+ is a great starting point for a number of entry-level job positions, and a launching point for many career paths, including those related to network infrastructure, desktop and server support, and more.

Enroll now: CompTIA Network+ N10-006

Summary

Title: CompTIA Network+ N10-006

Price: $44.99

Average Rating: 4.2

Number of Lectures: 292

Number of Published Lectures: 292

Number of Curriculum Items: 292

Number of Published Curriculum Objects: 292

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Network+ Certification is a non-vendor, non-product specific certification program that validates your knowledge as a networking professional and demonstrates a wide range of skills required in today's network environments.

Who Should Attend

Network+ Certification is suited for computer technicians who are searching for a challenging career in the administration and support of complex internetworking environments. Anyone who wants to learn about fundamentals of Networking and TCP/IP.
Network+ is a great starting point for a number of entry-level job positions, and a launching point for many career paths, including those related to network infrastructure, desktop and server support, and more.

Target Audiences

Network+ Certification is suited for computer technicians who are searching for a challenging career in the administration and support of complex internetworking environments. Anyone who wants to learn about fundamentals of Networking and TCP/IP.
Network+ is a great starting point for a number of entry-level job positions, and a launching point for many career paths, including those related to network infrastructure, desktop and server support, and more.

CompTIA’s Network+ N10-006 is a vendor-neutral certification that validates technical competency in networking administration and support. The Network Plus certification confirms a technician’s critical knowledge of media and topologies, protocols and standards, network implementation and network support. The exams also cover domains such as security, safety and environmental issues and communication and professionalism.

The CompTIA Network+ N10-006 Certification Training Course measures the necessary competencies for an IT professional with approximately nine months experience in network support or administration. Students will learn the knowledge and skills needed to install, manage and troubleshoot a variety of networks on any platform.

Our Network Plus training course follows the CompTIA objectives, ensuring you receive the training and knowledge needed to succeed.

Course Curriculum

Chapter 1: Module 1

Lecture 1: Course Introduction

Lecture 2: Introduction to Networks Overview Part1

Lecture 3: Introduction to Networks Overview Part2

Lecture 4: What is a Network?

Lecture 5: Peer to Peer Networking

Lecture 6: Client Server Networks

Lecture 7: Physical Topologies

Lecture 8: Physical Bus Topologies

Lecture 9: Physical Star Topologies

Lecture 10: Physical Ring Topologies

Lecture 11: Physical Mesh Topologies

Lecture 12: Point to Point Topologies

Lecture 13: Hybrid Topologies

Lecture 14: Backbones and Segments

Chapter 2: Module 2

Lecture 1: OSI Model Overview Part1

Lecture 2: OSI Model Overview Part2

Lecture 3: Internetworking Models

Lecture 4: Advantages of Reference Models

Lecture 5: OSI Model and Layer Functions

Lecture 6: TCP Reliability

Lecture 7: TCP Flow Control and Packet Acknowledgement

Lecture 8: Routing at Layer 3

Lecture 9: Data Encapsulation

Lecture 10: Multiplexing

Lecture 11: Numbering Systems

Lecture 12: Base and Broad Band

Lecture 13: Bit Rate and Baud Rate

Lecture 14: Wavelength

Chapter 3: Module 3

Lecture 1: Media Cables and Connectors Overview Part1

Lecture 2: Media Cables and Connectors Overview Part2

Lecture 3: Physical Media

Lecture 4: Coax Media Cables and Connectors

Lecture 5: Twisted-Pair Media Cables and Connectors

Lecture 6: Fiber Optic Media Cables and Connectors

Lecture 7: UTP and BNC Couplers

Lecture 8: Broadband Over Power Lines

Lecture 9: Serial and USB Connectors

Lecture 10: Cable Properties

Lecture 11: Wiring Standards

Lecture 12: T1 Crossover Cable

Lecture 13: Wiring Distribution Installation

Lecture 14: Troubleshooting Wiring

Chapter 4: Module 4

Lecture 1: Ethernet Standards and Properties Overview Part1

Lecture 2: Ethernet Standards and Properties Overview Part2

Lecture 3: Collision and Broadcast Domains

Lecture 4: Carrier Sense Multiple Access/Collision Detection

Lecture 5: Duplex Ethernet

Lecture 6: Binary to Decimal

Lecture 7: Hex to Binary to Decimal

Lecture 8: Ethernet Addressing

Lecture 9: Ethernet Frames

Lecture 10: IEEE Standards

Lecture 11: 802.3 Standards

Lecture 12: IEEE 1901-2013

Chapter 5: Module 5

Lecture 1: Network Devices Overview Part1

Lecture 2: Network Devices Overview Part2

Lecture 3: Common Network Device

Lecture 4: Hubs

Lecture 5: Network Interface Cards

Lecture 6: Network Bridges

Lecture 7: Switches and Routers

Lecture 8: Firewalls and Other Devices Part1

Lecture 9: Firewalls and Other Devices Part2

Lecture 10: Dynamic Host Configuration Protocol

Lecture 11: Specialized Devices

Lecture 12: Multilayer Switch and Domain Name Services

Lecture 13: Proxy Servers

Lecture 14: Encryption Devices

Lecture 15: VPN Concentrator

Lecture 16: Planning and Implementing a Network

Chapter 6: Module 6

Lecture 1: Internet Protocol Overview Part1

Lecture 2: Internet Protocol Overview Part2

Lecture 3: What is TCP/IP?

Lecture 4: DoD and OSI Model

Lecture 5: TCP/IP Protocol Suite

Lecture 6: TCP and UDP

Lecture 7: Port Number Examples

Lecture 8: IP Header

Lecture 9: ICMP

Lecture 10: ARP

Lecture 11: Data Encapsulation and De-Encapsulation

Lecture 12: Protocol Data Units

Lecture 13: Port Numbers at the Transport Layer

Chapter 7: Module 7

Lecture 1: Internet Protocol Addressing Overview Part1

Lecture 2: Internet Protocol Addressing Overview Part2

Lecture 3: Addressing Terminology

Lecture 4: IP Addressing Hierarchical Scheme

Lecture 5: Classful IP Addressing

Lecture 6: Private IP Addressing

Lecture 7: IP Addressing Terms

Lecture 8: Internet Protocol Version 6

Lecture 9: Auto Configuration EUI-64

Lecture 10: Link Local and Global Addressing

Instructors

Stone River eLearning
Over 1,000,000 Happy Students

Rating Distribution

1 stars: 1 votes
2 stars: 0 votes
3 stars: 2 votes
4 stars: 12 votes
5 stars: 7 votes

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