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CompTIA Network+ Online Course : Exam N10-007

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CompTIA Network+ Online Course : Exam N10-007
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Overview:

Master the fundamentals of networking with the CompTIA Network+  . It is the perfect course to prepare learners for the network + certification exam and gain in-depth understanding of computer networking.  The course will enable learners to insight into how a computer networking system works in a real-world environment. The course allows learners to enjoy career advancement and higher earning potential in network administration as it is one of the more popular qualifications.

The CompTIA Network+  course will cover topics such as configuration, management and troubleshooting of network devices. The course will discuss wired and wireless networks and emerging technologies which include cloud, mobile and virtualisation technologies.

The CompTIA Network+ will enable individuals to demonstrate their expertise in computer networking. It is an industry-standard course that makes acquiring popular network certification an absolute thrill. The course is internationally recognised and accredited to a training organisation and you will be issued an internationally recognised qualification following full completion of CompTIA Network+ course.

Why consider 1Training?

As improvements and advancements are made in technology, online courses are no longer just conventional means of studying at affordable costs. In many aspects online training offers superiority to traditional learning. There is an effectiveness and convenience that traditional learning cannot provide. The overall convenience and flexibility makes it a superior learning method.

1Training offers the most convenient path to gain an internationally recognised qualification that will give you the opportunity to put into practice your skill and expertise in an enterprise or corporate environment. You can study at your own pace at 1Training and you will be provided with all the necessary material, tutorials, qualified course instructor and multiple free resources which include Free CV writing pack, TOTUM extra Discount Card, Free career support and course demo to make your learning experience enriching and more rewarding.

Learning Outcomes

  • Be prepared to pass the network+exam.
  • Learn how to subnet networks.
  • Learn how to use your networking skills and apply them in small to medium size business settings.
  • Learn how to perform network configurations.
  • Understand computer networks, its components and functions.

Course Titles

  • Module 01: Introduction to Networking
  • Module 02: Network Standards
  • Module 03: Network Communications
  • Module 04: Working with TCP/IP
  • Module 05: Network Devices
  • Module 06: Wide Area Networks
  • Module 07: Remote Access
  • Module 08: Network Security
  • Module 09: Building Highly Available and Scalable Networks
  • Module 10: Maintenance, Monitoring, and Troubleshooting

Access Duration

The course will be directly delivered to you, and you have 12 months access to the online learning platform from the date you joined the course.  The course is self-paced and you can complete it in stages, revisiting the lectures at anytime.

Who is this Course aimed at?

  • The course is for learners wanting to pass the Network+exam certification.
  • Individuals who want to get a better understanding of computer networks.
  • Network Technicians.

Entry Requirements

  • Basic familiarity with computer networks will be useful.
  • 9-12 months of experience in IT administration.
  • It is helpful to have completed the CompTIA A+ certification, but this is not a formal pre-requisite.

Method of Assessment

At the end of the CompTIA Network+ course you will be required to take a multiple choice question assessment test. The multiple choice question assessment will be automatically marked with learners receiving an instant grade.

If it is an official exam you will have to purchase it separately on the relevant website.

Certification

Those who successfully complete the exam will be awarded the certificate in CompTIA Network+ .

Awarding Body

The certificate will be awarded by CompTIA. This internationally recognised qualification will make your CV standout and encourage employers to see your motivation at expanding your skills and knowledge in the IT enterprise.

Progression and Career Path

Once you successfully complete CompTIA Network+ you will be qualified to work in the following positions. The CompTIA Network+ qualification will also put you in line to demand a higher salary or job promotion. The average UK salary per annum according to https://www.payscale.com is given below.

  • Network Support Technician – £18,499 per annum
  • IT Manager – £38,366 per annum
  • Network Administrator – £25,250 per annum
  • System Administrator – £24,631 per annum
  • IT Support Technician – £18,634 per annum

Other Benefits

  • Written and designed by the industry’s finest expert instructors with over 15 years of experience
  • Repeat and rewind all your lectures and enjoy a personalised learning experience
  • Gain access to quality video tutorials
  • Unlimited 12 months access from anywhere, anytime
  • Save time and money on travel
  • Learn at your convenience and leisure
  • Quizzes, tests mock exams, practice exams to ensure you are 100% ready
  • The benefit of applying for TOTUM extra Discount Card.
  • Free Career Support Service
  • 25% Discount on personal Statement and covering letter writing service
  • Free Access to Over 150 courses for 2 days (48 hours)

Key Features

Gain an accredited UK qualification

Access to excellent quality study materials

Learners will be eligible for TOTUM Discount Card

Personalized learning experience

One year’s access to the course

Support by phone, live chat, and email

Course Curriculum Total Units : 349
CompTIA Network+ Exam N10-007:
Course Introduction
1.0 Topic A: Networking Fundamentals
1.1 What is a Network?
1.2 Network Building Blocks
1.3 Types of Networks
1.4 Host Requirements
1.5 Numbering Systems
1.6 Demo – Working with Numbering Systems
1.7 Communication Types
1.8 Communication Concepts
1.9 Other Communication Methods
2.0 Topic B: Network Models and Topologies
2.1 Networking Models
2.2 Workgroup vs. Domain
2.3 Network Topologies
2.4 Physical Bus
2.5 Physical Star
2.6 Physical Ring
2.7 Physical Mesh
2.8 Demo – Identifying Network Topology
2.9 Logical Topologies
2.10 Wireless Topologies
4.0 Topic D: Becoming a Network Professional
3.1 Network Components and Services
3.0 Topic C: Network Components and Services
4.1 Technical Challenges
4.2 Knowledge Specialization
4.3 Developing Soft Skills
4.4 Achieving the Certification
4.5 Planning for Certification
4.6 Chapter 01 Review
➤ Module: 02 - Network Standards
1.0 Topic A: Introducing Networking Standards
1.1 What is a Standard?
1.2 Why Use Standards?
1.3 Standards Organizations
2.0 Topic B: Open Interconnection Systems / Reference Model
2.1 What is OSI/RM
2.2 Upper Layers
2.3 Lower Layers
3.0 Topic C: IEEE Network Standards
3.1 IEEE Networking Standards
3.2 Ethernet
3.3 Ethernet Frames
3.4 MAC Addresses
3.5 Access Methods
3.6 10Base Standards
3.7 Demo – Ethernet Standards
3.8 Chapter 02 Review
➤ Module: 03 - Network Communications
1.0 Topic A: Fundamentals of Network Transmission
1.1 Transmission Methods
1.3 Serial vs. Parallel
1.3 Serial vs. Parallel
1.4 Baseband vs. Broadband
1.5 Data Access Methods
1.6 Communication Domains
1.7 Data Access Methods (Cont.)
1.8 Digital Signals
1.9 Units of Measurement
2.0 Topic B: Copper Media
2.1 Transmission Media
2.2 Twisted Pair Cabling
2.3 Cable Media Categories
2.4 Twisted Pair Connectors
2.5 Copper Media Types
2.6 Wiring Differences
2.7 Coaxial Cabling
2.8 Demo – Media Types
3.0 Topic C: Optical Media
3.1 Fiber Optic Cabling
3.2 Connection Options
3.3 Fiber Optic Connectors
3.4 Demo – Optical Cables and Connectors
4.0 Topic D: Specialty Cables and Connectors
4.1 Specialty Connectors and Cabling
4.2 Media Converters
5.0 Topic E: LAN Infrastructure Wiring
5.1 Demarcation Point
5.2 Other LAN Components
5.3 Wiring Individual Workstations
5.4 Connecting Cables
5.5 Punchdown Blocks
6.0 Topic F: Wireless Networking
6.1 Introduction to Wireless LANs
6.2 Wireless Networking Fundamentals
6.3 Types of Wireless
6.5 Demo – Configuring an Access Point
6.6 Wireless Modes
6.6 Wireless Modes
6.7 Wireless Devices
6.8 Wireless Networking Standards
6.9 802.11 Standards
6.10 Enhancing Wireless Performance
6.11 Wired Equivalent Privacy
6.12 Wi-Fi Protected Access
6.13 802.1x
6.14 Demo – Examining Wireless Security
6.15 Planning Wireless Networks
6.16 Choosing Antennas
6.17 Antenna Types
6.18 Wireless Channels
6.19 Site Surveys
6.20 Other Considerations
6.21 Chapter 03 Review
➤ Module: 04 - Working with TCP/IP
1.0 Topic A: Understanding TCP/IP
1.1 Overview of TCP/IP
1.2 TCP/IP Layers
1.3 Core Protocols
1.4 Transport Protocols
1.5 Transmission Control Protocol
1.6 User Datagram Protocol
1.7 What is a Socket?
1.8 Internet Layer
1.9 Core Internet Layer Protocols
1.10 IP Datagrams
1.11 Application Layer
1.12 Application Layer Protocols
1.13 Well Known Ports
2.0 Topic B: Working with IPv4 Addresses
2.1 Introduction to IP Addresses
2.2 Subnet Masks
2.3 Demo – Working with Binary IP Addresses
2.4 IPv4 Address Rules
2.5 Valid Masks
2.6 Default Gateway
2.7 Demo – Configuring IP Addresses
2.8 Address Categories
2.9 Public vs. Private Addresses
2.10 Classful Addressing
2.11 Classless Addressing
2.12 Demo – CIDR Notation
2.14 Simple Subnetting
2.15 Complex Subnetting
2.16 Demo – Creating Subnets
3.0 Topic C: Working With IPv6 Addresses
3.1 Introduction to IPv6
3.2 IPv6 Advantages
3.3 IPv6 Addresses
3.4 IPv6 Addressing
3.5 Global Unicast
3.6 Unique Local Unicast
3.7 Link Local Address
3.8 Special Addresses
3.9 Autoconfiguration in IPv6
3.10 Demo – Viewing and Configuring IPV6
4.0 Topic D: Assigning Addresses with DHCP
4.1 Introducing DHCP
4.2 DHCP Leases
4.3 Lease Renewal
4.4 DHCP Server Placement
4.5 DHCP Implementations
4.6 DHCP Servers
5.0 Topic E: Resolving Names Using DNS
5.1 What is Name Resolution
5.2 Types of Names
5.3 Introduction to DNS
5.4 DNS Components
5.5 Resource Records
5.6 DNS Zones and Domains
5.7 Name Resolution Process
5.8 Types of Queries
5.8 Types of Queries
➤ Module: 05 - Network Devices
1.0 Topic A: Introduction to Network Devices
1.1 Common Network Devices
1.2 Device Capabilities
1.3 OSI / RM Layers and Devices
2.0 Topic B: Physical Layer Devices
2.1 Introduction to Physical Devices
2.2 Network Interface Cards
2.3 Repeaters
2.4 Repeater Types
2.5 Hubs
3.0 Topic C: Data Link Layer Devices
3.1 Data Link Filtering
3.2 What is a Bridge?
3.3 Network Switches
3.4 Introduction to the Layer 2 Switch
3.5 Switch Categories
3.6 Switch Characteristics
3.7 Power Over Ethernet
3.8 Virtual Capabilities
3.9 Virtual LAN (VLAN)
3.10 Initial Switch Configuration
3.11 Interface Configuration
3.12 Introduction to STP
3.13 STP Port States
3.14 RSTP Differences
3.15 Understanding Trunking
3.16 Trunking Protocols
3.17 Additional Management for Switches
4.0 Topic D: Network Layer Devices
4.1 The Layer 3 Job
4.1 The Layer 3 Job
4.3 Demo – Reading a Routing Table
4.4 Network Segmentation Benefits
4.5 Hardware vs. Software Routers
4.6 Static vs. Dynamic Routing
4.7 Routing Protocols
4.8 Dynamic Routing
4.9 What is a Metric?
4.10 Distance Vector vs. Link State
4.11 Path Vector
4.12 Interior Routing Protocols
4.13 Exterior Routing Protocols
4.14 Routing Problems
4.15 Router Redundancy
5.0 Topic E: Additional Network Devices
5.1 Additional Network Devices
5.3 Traffic Shapers
5.3 Traffic Shapers
5.4 Chapter 05 Review
➤ Module: 06 - Wide Area Networks
1.0 Topic A: WAN Fundamentals
1.1 What is a Wide Area Network (WAN)?
1.2 WAN Options
1.3 WAN Categories
2.0 Topic B: Wired WAN Connections
2.1 Public Switched Telephone Network
2.2 Integrated Services Digital Network
2.3 Digital Subscriber Line
2.4 Cable Modems
2.5 MPLS
2.6 ATM
2.7 Frame Relay
2.8 Leased Lines
2.9 Metropolitan Ethernet
3.0 Topic C: Wireless WAN Connections
3.1 Satellite WANs
3.2 Wireless Local Loop
3.3 WiMAX
3.4 Cellular Connections
3.5 GSM vs. CDMA
3.6 3G Technologies
3.7 4G Technology
4.0 Topic D: Fiber WAN Connections
4.1 Fiber WAN Connections
4.2 OC Levels
4.3 Demo – Choosing a WAN Provider
4.4 Chapter 06 Review
➤ Module: 07 - Remote Access
1.0 Topic A: Introduction to Remote Networking
1.1 Introduction to Remote Networking
1.2 Remote Node
1.3 Remote Desktop Control
1.4 Remote Control Concepts
1.5 Demo – Configuring Remote Control
2.0 Topic B: Authenticating Remote Connections
2.2 Authentication, Authorization, and Accounting (AAA)
2.2 Authentication, Authorization, and Accounting (AAA)
2.3 CHAP and MS-CHAP
2.4 EAP and Other Authentication Protocols
2.5 RADIUS
2.6 TACACS+
3.0 Topic C: Understanding Virtual Private Networks
3.1 What is a VPN?
3.2 VPN Tunnel Types
3.3 What is Encapsulation?
3.4 VPN Components
3.5 Encryption Types
3.6 VPN Concentrators
3.7 VPN Protocols
3.8 Demo – Create and Configure a VPN
3.9 Chapter 07 Review
➤ Module: 08 - Network Security
1.0 Topic A: Network Security Fundamentals
1.1 Introduction to Network Security
1.2 The CIA Triad
1.3 Network Threats
1.4 Network Vulnerabilities
1.5 Understanding Risk
1.6 What is AAAA?
1.7 Cryptography
1.8 Algorithms and Keys
1.9 Digital Signatures
1.10 Best Practices for Permissions
1.11 Best Practices for Employees
2.0 Topic B: Planning for Network Security
2.1 Planning for Network Security
2.2 Types of Threats
2.3 Threat-Vulnerability Pairs
2.4 Identifying Vulnerabilities
2.5 Types of Vulnerabilities
2.6 Mitigating Risks
2.7 User Awareness
2.8 Understanding Compliance
2.9 Business Continuity
2.10 Change Management
2.11 Network Documentation
3.0 Topic C: Identifying Threats and Vulnerabilities
3.1 Threat Categories
3.2 Introduction to Software Attacks
3.3 Malicious Code Attacks
3.4 Types of Malicious Code
3.5 Network Threats
3.6 Port Scanning and Eavesdropping
3.7 IP Spoofing
3.8 Denial of Service (DoS)
3.9 Man-in-the-Middle Attacks
3.10 Human Attacks
3.11 Wireless Vulnerabilities and Threats
4.0 Topic D: Protecting the Network
4.1 Protecting the Network
4.2 Implementing Physical Protection
4.3 Physical Security Options
4.4 Demo – Examining Physical Security Devices
4.5 Anti-Malware
4.6 Demo – Anti-malware Options
4.7 Network Hardening
4.8 Securing Network Communications
4.9 Introduction to Firewalls
4.10 Types of Firewalls
4.11 Demo – Using Firewalls
4.12 Authentication
4.13 Authentication Factors
4.14 Network Access Control
4.15 Chapter 08 Review
➤ Module: 09 - Building Highly Available and Scalable Networks
1.0 Topic A: Maintaining Business Continuity
1.1 Maintaining Business Continuity
1.2 Understanding High Availability
1.3 High Availability Options
1.4 Disaster Recovery
1.5 Monitoring Network Devices
1.6 Patch Management
2.0 Topic B: Virtualization and Cloud Computing
2.1 What is Virtualization?
2.2 Virtualization Benefits
2.3 Virtualization and Cloud Computing
2.4 Virtual Machine Hosts
2.5 Virtualization Components
2.6 The Importance of Storage
2.7 Storage Options
2.8 Storage Area Networks
2.9 Virtual Devices and Networks
2.10 What is Cloud Computing?
2.11 The Cloud Advantage
2.12 Cloud Models
2.13 Cloud Services Models
2.14 Demo – Working in the Cloud
3.0 Topic C: Unified Communications
3.1 Unified Communications
3.2 Unified Communication Components
3.3 Unified Communication Technologies
3.4 Chapter 09 Review
➤ Module: 10 - Maintenance, Monitoring, and Troubleshooting
1.0 Topic A: Network Safety Fundamentals
1.1 The Importance of Safety
1.2 Electrical Safety
1.3 Static Electricity
1.4 Preventing Static Electricity
1.5 Fire Suppression Systems
2.0 Topic B: Network Operations
2.1 Implementing Network Policies
3.0 Topic C: Maintaining and Monitoring Networks
3.1 Types of Monitoring
3.2 Performance Baselines
3.3 Monitoring Tools
3.4 Network Monitoring Tools
3.5 Introduction to Network Tools
3.6 Analyzing Traffic
3.7 Environmental Monitoring
3.8 Using SYSLOG
3.9 Using SIEM
3.10 Using SNMP
3.11 SNMP Components
3.12 SNMP Packet Types
3.13 Monitoring Operating Systems
3.14 Using Task Manager
3.15 Using Event Viewer
3.16 Maintaining and Monitoring Networks
3.17 Using Performance Monitor
3.18 Additional Monitoring Types
3.19 Introduction to Patch Management
3.20 Operating System Updates
3.21 Updating Windows Systems
3.22 Managing Network Devices
4.0 Topic D: Troubleshooting Methodology
4.1 Introduction to Troubleshooting
4.2 Identifying the Issue
4.3 Establish a Theory of Probable Cause
4.4 Create an Action Plan
4.5 Putting it All Together
5.0 Topic E: Troubleshooting Tools
5.1 Hardware Troubleshooting Tools
5.2 Network Tool Kit
5.3 Software Toolkits
5.4 OS Troubleshooting Tools
5.5 Demo – OS Troubleshooting Tools
6.0 Topic F: Troubleshooting Network Issues
6.1 Introduction to Wireless Issues
6.2 Wireless Signal Issues
6.3 Troubleshooting Hardware and Configuration
6.4 Wireless Security Issues
6.5 Troubleshooting Wired Connectivity Issues
6.6 Troubleshooting Fiber Cable Issues
6.7 Troubleshooting Network Service Issues
6.8 Troubleshooting Security Issues
6.9 Chapter 10 Review
6.10 Course Closure
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