CompTIA Network+ (N10-009) Training Course

Course Level: Beginner
Duration: 41 Hrs 36 Min
Total Videos: 78 On-demand Videos

Master the fundamentals of IT networking with our CompTIA Network+ (N10-009) Training Course. Ideal for network administrators, IT support specialists, and help desk technicians, this comprehensive course offers over 40 hours of content, interactive quizzes, and practice exams to prepare you for success in your career and the CompTIA Network+ N10-009 exam.

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Learning Objectives

01

Understand and apply basic networking concepts, including OSI and DOD models.

02

Design and implement network topologies and architectures, including IPv4 addressing.

03

Configure and manage networking appliances, applications, and cloud resources.

04

Implement routing and switching technologies, including VLAN management.

05

Understand and apply network monitoring technologies and disaster recovery procedures.

06

Configure and troubleshoot wireless devices, physical installations, and network services.

07

Understand network security concepts, identify network attacks, and apply defensive measures.

08

Apply troubleshooting methodology to resolve common network issues using various tools and protocols.

Course Description

Become an IT networking expert with the CompTIA Network+ (N10-009) Training Course, designed to provide learners with a comprehensive understanding of core networking principles and technologies. Perfect for aspiring networking professionals, such as network administrators, IT support specialists, and help desk technicians, this course dives deep into essential networking concepts. From configuring routers and switches to designing and implementing wireless and physical network installations, we emphasize hands-on learning to ensure practical, real-world skills.

Our course offers numerous benefits to learners. Fully aligned with the latest exam objectives, it ensures you’re well-prepared to handle real-world scenarios. Over 40 hours of engaging video content, interactive practice quizzes, and full-length practice exams are included to boost confidence and readiness for the exam. We also provide downloadable resources, study guides, and progress-tracking tools, all designed to facilitate successful learning outcomes. This course is designed with flexibility in mind, allowing learners to study at their own pace, on their terms, and access course materials anytime, anywhere, on any device.

Completing the CompTIA Network+ (N10-009) Training Course equips learners with the skills necessary to excel in the world of IT networking. You will master the intricacies of deploying wired and wireless networks, troubleshooting network issues, securing networks against threats, and understanding the complexities of subnetting techniques and IPv6 addressing for real-world applications. This training not only prepares learners to pass the CompTIA Network+ N10-009 exam but also to thrive in the fast-paced, ever-evolving field of IT networking.

Learn more about this certification on the CompTIA website.

Who Benefits From This Course

  • Professionals aiming to build a career in network administration
  • IT technicians seeking to enhance their networking skills
  • Individuals planning to take the CompTIA Network+ certification exam
  • Tech enthusiasts interested in learning about networking concepts and implementations
  • IT security professionals looking to understand network security better
  • Network engineers wanting to broaden their knowledge in network operations
  • System administrators aiming to improve their troubleshooting methodologies
  • IT project managers interested in understanding network infrastructures
  • Professionals in charge of disaster recovery and network monitoring in their organizations

Frequently Asked Questions

What is the CompTIA Network+ certification, and why is it important?

The CompTIA Network+ certification is a globally recognized credential that validates the skills and knowledge necessary to design, manage, and troubleshoot networks. This certification is essential for IT professionals as it demonstrates a foundational understanding of networking concepts, including network architecture, security, and operations.

Achieving this certification can significantly enhance job prospects and career advancement opportunities in the IT field. Organizations often seek Network+ certified individuals for roles such as network administrators, IT support specialists, and help desk technicians, as it assures employers of a candidate's competency in handling real-world networking challenges.

What core topics are covered in the CompTIA Network+ training?

The CompTIA Network+ training encompasses a wide range of core topics essential for aspiring networking professionals. Key areas include network architecture, where learners explore various types of networks such as LANs, WANs, and cloud networks.

Additionally, the training covers network operations, focusing on monitoring and managing network performance. Security is another critical topic, emphasizing the importance of protecting networks from threats. Learners also dive into troubleshooting techniques, ensuring they can effectively diagnose and resolve network issues.

Finally, the training addresses fundamental concepts related to network technologies, configurations, and protocols, equipping learners with a comprehensive skill set for real-world applications.

How does hands-on learning benefit those studying networking?

Hands-on learning is crucial for mastering networking concepts as it allows learners to apply theoretical knowledge in practical scenarios. Engaging in real-world simulations of configuring routers, switches, and other network devices enhances understanding and retention of complex topics.

This experiential learning approach fosters problem-solving skills and boosts confidence as learners troubleshoot actual networking issues. By practicing with physical or virtual equipment, students gain valuable insights into the intricacies of network design, implementation, and maintenance, making them more effective in their future careers.

Ultimately, hands-on experience is invaluable in preparing for the demands of the IT industry, where practical skills are often as important as theoretical knowledge.

What are the benefits of obtaining the CompTIA Network+ certification?

Obtaining the CompTIA Network+ certification offers numerous benefits for IT professionals. Firstly, it enhances employability by demonstrating a recognized level of expertise in networking, which is highly sought after by employers across various industries.

This certification also provides a strong foundation for advanced networking certifications and specializations, allowing professionals to further their careers in areas such as network security or cloud computing. Additionally, it serves as a benchmark for demonstrating skills in configuring and managing network devices, which is essential for roles like network administrator or IT support specialist.

Moreover, the knowledge gained during the certification process equips individuals to tackle real-world networking challenges effectively, making them valuable assets to their organizations.

What role does subnetting play in networking, and why is it important?

Subnetting is a critical concept in networking that involves dividing a larger network into smaller, manageable sub-networks or subnets. This practice is essential for optimizing network performance, improving security, and efficiently utilizing IP address space.

By segmenting networks, subnetting reduces broadcast traffic, which enhances overall efficiency. It also allows for better control over network security by isolating sensitive data and limiting access to specific subnets.

Furthermore, subnetting is integral to IP addressing, particularly with IPv4 and IPv6. Understanding subnetting techniques is vital for network design and management, enabling professionals to create scalable and organized networks capable of accommodating future growth.

Included In This Course

Module 1: Networking Concepts

  •    1.1 Networking Overview
  •    1.1.1-Activity-Creating a Network
  •    1.2 OSI and DOD Model
  •    1.2.1-Activity-Examining the OSI Layers
  •    1.3 Networking Appliances, Applications and Functions
  •    1.3.1-Activity-Using Online Proxies
  •    1.4 Cloud Concepts and Connectivity
  •    1.4.1-Activity-Creating Cloud Resources
  •    1.5 Ports, Protocols, Services and Traffic Types
  •    1.5.1-Activity-Examining ARP and ICMP
  •    1.5.2-Activity-Examining DNS and Ports
  •    1.6 Wireless Transmission Media
  •    1.6.1-Activity-Configuring-WiFi
  •    1.7 Wired Transmission Media and Transceivers
  •    1.8 Network Topologies, Architectures and Types
  •    1.9a IPv4 Network Addressing - Part 1
  •    1.9b IPv4 Network Addressing - Part 2
  •    1.9.1-Activity-Configuring Client IP Settings
  •    1.9.2-Activity-Subnetting - Delta 128
  •    1.9.3-Activity-Subnetting-Delta-64
  •    1.9.4-Activity-Subnetting WAN Links
  •    1.10a Modern Network Environments - Part 1
  •    1.10b Modern Network Environments - Part 2

Module 2: Network Implementation

  •    2.1 Implementing Routing Technologies
  •    2.1.1-Activity-Setting Up Basic Routing
  •    2.1.2-Activity-Adding Static Routes
  •    2.1.3-Activity- Configuring Routing Protocols
  •    2.1.4-Activity-Configuring Port Address Translation
  •    2.2 Configuring Switching Technologies and Features
  •    2.2.1-Activity-Connecting Devices with a Switch
  •    2.2.2-Activity-Creating VLANs
  •    2.2.3-Activity-Voice and Data VLANs
  •    2.2.4-Activity-VLAN-Trunking
  •    2.2.5-Activity-VLAN Routing
  •    2.3 Selecting and Configuring Wireless Devices and Technologies
  •    2.3.1-Activity-Creating a WLAN
  •    2.4 Physical Installations
  •    2.4.1-Activity-Managing Cable
  •    2.4.2-Activity-Punching Down Twisted Pair

Module 3: Network Operations

  •    3.1 Organizational Processes and Procedures
  •    3.2 Network Monitoring Technologies
  •    3.2.1-Activity-Exploring SNMP
  •    3.3 Disaster Recovery (DR)
  •    3.4 IPv4 and IPv6 Network Services
  •    3.4.1-Activity-Implementing a DHCP Relay Agent-Part 1
  •    3.4.2-Activity-Implementing a DHCP Relay Agent-Part 2
  •    3.4.3-Activity-DNS-Part 1
  •    3.4.4-Activity-DNS-Part 2
  •    3.5 Network Access and Management

Module 4: Network Security

  •    4.1a Network Security Concepts - Part 1
  •    4.1b Network Security Concepts - Part 2
  •    4.1.1-Activity-Exploring Encryption
  •    4.1.2-Activity-Applying Authorization
  •    4.1.3-Activity-Testing a Honeypot
  •    4.2 Network Attacks
  •    4.2.1-Activity-Launching a Denial of Service Attack
  •    4.2.2-Activity-Phishing for Credentials
  •    4.2.3-Activity-Deploying a Malicious Charging Cable
  •    4.3 Network Defense
  •    4.3.1-Activity-Implementing ACLs

Module 5: Network Troubleshooting

  •    5.1 Troubleshooting Methodology
  •    5.2 Common Cabling and Physical Interface Issues
  •    5.2.1-Activity-Selecting the Right Cable
  •    5.2.2-Activity-Crimping an RJ-45 End on a Cable
  •    5.3 Network Service Issues
  •    5.3.1-Activity-Troubleshooting a Routed Network
  •    5.4 Performance Issues
  •    5.5 Troubleshooting Tools and Protocols
  •    5.5.1-Activity-Using Command Line Commands
  •    5.5.2-Activity-Using NSLOOKUP and DIG
  •    5.5.3-Activity-Using NMAP
  •    5.5.4-Activity-Troubleshooting Using CDP and LLDP
  •    5.5.5-Activity-Testing a cable
  •    5.5.6-Activity-Toning a cable
  •    5.5.7-Activity-Using a Spectrum Analyzer
  •    5.5.8-Activity-Testing a Fiber Optic Cable
  •    5.5.9-Activity-Using Network Device Commands
  •    5.6 Course Closeout
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