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CWNA-108: Certified Wireless Network Administrator Certification Video Training Course

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  • 100 Students Enrolled
  • 423 Lectures
  • 10 Hours
  • 5.0 Rating
$38.49
$34.99

Curriculum For This Course

  • Course Introduction

    Video Name Time
    1. Course Introduction 01:36
    2. Instructor Introduction 00:43

  • Overview of Wireless Communications

    Video Name Time
    1. Overview of Wireless Communications 00:34
    2. Overview of Wireless History 01:09
    3. Standards Part1 01:14
    4. Standards Part2 00:52
    5. Standards Part3 00:39
    6. Standards Part4 02:22
    7. The FCC Part1 01:54
    8. The FCC Part2 01:30
    9. ITU-R 01:56
    10. IETF Part1 01:24
    11. IETF Part2 01:25
    12. ISOC Hierarchy 01:42
    13. Wi-Fi Alliance 00:48
    14. IEEE 01:05
    15. The Hierarchical Model 03:25
    16. Carrier Signals 01:21
    17. Communication Fundamentals Part1 02:38
    18. Communication Fundamentals Part2 01:22
    19. Communication Fundamentals Part3 03:04
    20. Communication Fundamentals Part4 00:22
    21. Communication Fundamentals Part5 00:33
    22. Communication Fundamentals Part6 00:52
    23. Communication Fundamentals Part7 01:03
    24. Communication Fundamentals Part8 01:20
    25. Communication Fundamentals Part9 01:09
    26. Communication Fundamentals Part10 02:03
    27. Section Review 00:54

  • Fundamentals of RF

    Video Name Time
    1. Fundamentals of RF 00:58
    2. What is an RF Signal? Part1 01:06
    3. What is an RF Signal? Part2 02:03
    4. What is an RF Signal? Part3 02:26
    5. Characteristics of RF 00:33
    6. Wavelength Part1 01:54
    7. Wavelength Part2 03:46
    8. Wavelength Part3 03:00
    9. Wavelength Part4 01:37
    10. Frequency Part1 01:02
    11. Frequency Part2 00:29
    12. Amplitude 01:25
    13. Phase Part1 02:09
    14. Phase Part2 00:42
    15. RF Behaviors 01:00
    16. Absorption 01:53
    17. Reflection 03:15
    18. Scattering 02:03
    19. Refraction 01:24
    20. Diffraction 00:33
    21. Attenuation 01:05
    22. Multipath Part1 01:42
    23. Multipath Part2 01:17
    24. Gain 02:06
    25. Section Review 00:38

  • Components and Measurements of RF

    Video Name Time
    1. Components and Measurements of RF 00:44
    2. Components of RF Communications 02:05
    3. Transmitter 01:07
    4. Antenna Part1 1:36
    5. Antenna Part2 00:30
    6. Receiver 01:18
    7. Intentional Radiator (IR) 01:43
    8. Equivalent Isotropically Radiated Power (EIRP) 01:47
    9. Units of Power and Comparison 01:50
    10. Units of Power 01:43
    11. Watt Part1 02:29
    12. Watt Part2 00:30
    13. Decibel (dB) Part1 01:16
    14. Decibel (dB) Part2 00:35
    15. dB Mathematics 03:27
    16. dBi Part1 02:13
    17. dBi Part2 01:47
    18. dBd Part1 00:51
    19. dBd Part2 01:46
    20. dBm 00:54
    21. The 6 dB Rule 03:25
    22. RF Mathematics 01:01
    23. Rule of 10s and 3s Part2 01:51
    24. Math Examples (eNotes) Part1 08:53
    25. Math Examples (eNotes) Part2 06:19
    26. Math Examples (eNotes) Part3 04:40
    27. Noise Floor 00:54
    28. SNR 01:13
    29. Received Signal Strength Indicator (RSSI) 02:20
    30. RSSI Example 02:05
    31. Section Review 00:21

  • RF Signal and Antenna Concepts

    Video Name Time
    1. RF Signal and Antenna Concepts Part1 00:41
    2. RF Signal and Antenna Concepts Part2 01:19
    3. Azimuth and Elevation Charts (Antenna Radiation Envelopes) Part1 01:24
    4. Azimuth and Elevation Charts (Antenna Radiation Envelopes) Part2 03:05
    5. Azimuth and Elevation Charts (Antenna Radiation Envelopes) Part3 01:30
    6. Azimuth and Elevation Charts (Antenna Radiation Envelopes) Part4 01:40
    7. Azimuth and Elevation Charts (Antenna Radiation Envelopes) Part5 00:37
    8. Beamwidth Part1 01:13
    9. Beamwidth Part2 01:51
    10. Antenna Types 03:08
    11. Omnidirectional Antenna 01:47
    12. Semidirectional Antenna 01:29
    13. Patch Antenna 02:29
    14. Planar Antenna 01:04
    15. Yagi Antenna 01:09
    16. Highly Directional Antenna 02:36
    17. Antenna Arrays 01:30
    18. Beamforming 00:31
    19. Static Beamforming 01:04
    20. Dynamic Beamforming 00:59
    21. Transmit Beamforming 00:59
    22. Antenna Polarization 01:14
    23. Antenna Diversity 01:48
    24. Multiple -Input, Multiple -Output 01:58
    25. Section Review 00:40

  • IEEE 802.11

    Video Name Time
    1. IEEE 802.11 00:46
    2. Original IEEE 802.11 Standard 03:21
    3. IEEE 802.11 -2007 Ratified Amendments 01:57
    4. 802.11b 02:02
    5. 802.11a Part1 02:06
    6. 802.11a Part2 00:55
    7. 802.11g 02:08
    8. 802.11 Review 01:07
    9. 802.11i Part1 01:45
    10. 802.11i Part2 01:39
    11. 802.11i Part3 03:08
    12. 802.11r -2008 01:24
    13. 802.11w 00:45
    14. 802.11n 00:17
    15. 802.11ac 00:47
    16. Section Review 00:30

  • Spread Spectrum Technologies

    Video Name Time
    1. Spread Spectrum Technologies 00:50
    2. Industrial, Scientific, and Medical Bands 02:16
    3. 900 MHz 00:47
    4. 2.4 GHz 01:49
    5. 5.0 GHz 00:51
    6. Unlicensed National Information Infrastructure Bands 01:28
    7. U-NII Review 01:29
    8. 60 GHz 01:12
    9. Narrowband and Spread Spectrum Part1 02:18
    10. Narrowband and Spread Spectrum Part2 01:41
    11. Multipath Interference 01:02
    12. Frequency Hopping Spread Spectrum 01:33
    13. Hopping Sequence 02:33
    14. Dwell Time 01:02
    15. Hop Time 00:39
    16. Direct Sequence Spread Spectrum Part1 02:03
    17. Direct Sequence Spread Spectrum Part2 04:13
    18. Direct Sequence Spread Spectrum Part3 01:31
    19. Direct Sequence Spread Spectrum Part4 01:12
    20. Orthogonal Frequency Division Multiplexing Part1 01:31
    21. Orthogonal Frequency Division Multiplexing Part2 01:27
    22. Orthogonal Frequency Division Multiplexing Part3 01:50
    23. 2.4 GHz 01:55
    24. 2.4 GHz (Cont.) 00:45
    25. 5.0 GHz 00:46
    26. 5.0 GHz (Cont.) 00:27
    27. Adjacent, Nonadjacent, and Overlapping Channels 01:33
    28. Throughput vs. Bandwidth 00:54
    29. Section Review 00:30

  • WLAN Topologies

    Video Name Time
    1. WLAN Topologies 00:20
    2. Wireless Networking Topologies 00:37
    3. Wireless Wide Area Network (WWAN) 01:35
    4. Wireless Metropolitan Area Network (WMAN) 00:41
    5. Wireless Personal Area Network (WPAN) 01:09
    6. Wireless Local Area Network (WLAN) 00:44
    7. 802.11 Topologies 00:59
    8. Access Points 03:51
    9. Distribution Service 00:32
    10. SSID 01:39
    11. BSS 00:54
    12. ESS Part1 00:58
    13. ESS Part2 01:01
    14. Roaming Part1 01:04
    15. Roaming Part2 00:43
    16. Roaming Part3 00:57
    17. Mesh BSS Part1 01:42
    18. Mesh BSS Part2 01:14
    19. WLC Roaming (eNotes) 06:20
    20. Access Point Modes 04:17
    21. Client Station Modes Part1 00:44
    22. Client Station Modes Part2 00:55
    23. Section Review 00:13

  • Wi -Fi Access

    Video Name Time
    1. Wi -Fi Access 00:38
    2. CSMA/CA vs. CSMA/CD 01:19
    3. CSMA/CD (eNotes) 05:12
    4. CSMA/CA Part1 01:11
    5. CSMA/CA Part2 00:24
    6. CSMA/CA (eNotes) 02:21
    7. Distributed Coordination Function Part1 00:33
    8. Distributed Coordination Function Part2 02:20
    9. Interframe Space (IFS) 02:01
    10. SIFS/DIFS Part1 01:45
    11. SIFS/DIFS Part2 00:29
    12. Carrier Sense Part1 01:31
    13. Carrier Sense Part2 00:47
    14. Carrier Sense Part3 01:16
    15. Point Coordination Function (PCF) Part1 00:20
    16. Point Coordination Function (PCF) Part2 01:06
    17. Block Acknowledgment 00:46
    18. Airtime Fairness 02:26
    19. Module 08 Review 00:32

  • MAC Architecture

    Video Name Time
    1. MAC Architecture 00:47
    2. Packets, Frames, and Bits (eNotes) 03:44
    3. Data -Link Layer 00:25
    4. MAC 01:26
    5. Ethernet Connectivity 01:39
    6. Frame Information 03:34
    7. Management Frames 02:48
    8. Control Frames 02:04
    9. Data Frame Subtypes 01:14
    10. Beacon Frames 01:12
    11. Beacon Frame Types 01:22
    12. Passive Scanning 00:30
    13. Active Scanning Part1 01:18
    14. Active Scanning Part2 01:04
    15. Authentication 00:18
    16. Open System Authentication 01:37
    17. WEP Authentication 02:09
    18. Association 00:52
    19. Module 09 Review 00:36

  • WLAN Architecture

    Video Name Time
    1. WLAN Architecture 00:16
    2. Management, Control, and Data Planes 02:52
    3. Management Plane 01:57
    4. WLC (eNotes) 04:33
    5. Control Plane 02:14
    6. Data Plane 01:36
    7. Autonomous WLAN Architecture 01:27
    8. Centralized Network Management Systems 00:30
    9. Cloud Networking 00:47
    10. Centralized WLAN Architecture 01:10
    11. WLAN Controller Part1 01:00
    12. WLAN Controller Part2 02:52
    13. WLC Options Part1 00:54
    14. Split MAC 00:25
    15. WLC Options Part2 02:09
    16. Controller Data Forwarding Models Part1 01:24
    17. Controller Data Forwarding Models Part2 01:00
    18. Controller Data Forwarding Models Part3 01:26
    19. Module 10 Review 00:13

  • WLAN Deployment

    Video Name Time
    1. WLAN Deployment 00:44
    2. Deployment Considerations for Commonly Supported WLAN Applications and Devices 02:22
    3. Real-Time Location Services Part1 01:11
    4. Real-Time Location Services Part2 01:07
    5. Real-Time Location Services Part3 01:06
    6. Mobile Devices 02:07
    7. Corporate Data Access and End-User Mobility 00:59
    8. Wireless ISP: Last-Mile Data Delivery 01:51
    9. SOHO 01:19
    10. ROBO 01:11
    11. Educational/Classroom Use 01:38
    12. Health Care 00:44
    13. Hotspots 01:32
    14. Fixed Mobile Convergence 1:33
    15. Module 11 Review 00:38

  • Troubleshooting

    Video Name Time
    1. Troubleshooting 00:53
    2. Layer 2 Retransmissions 04:53
    3. RF Interference Part1 02:33
    4. RF Interference Part2 01:21
    5. RF Interference Part3 02:22
    6. RF Interference Part4 02:10
    7. RF Interference Part5 01:49
    8. RF Interference Part6 02:00
    9. 802.11 Coverage Considerations Part1 01:53
    10. 802.11 Coverage Considerations Part2 00:56
    11. 802.11 Coverage Considerations Part3 01:22
    12. 802.11 Coverage Considerations Part4 01:56
    13. 802.11 Coverage Considerations Part5 02:37
    14. 802.11 Coverage Considerations Part6 01:47
    15. 802.11 Coverage Considerations Part7 03:40
    16. 802.11 Coverage Considerations Part8 01:07
    17. 802.11 Coverage Considerations Part9 00:51
    18. 802.11 Coverage Considerations Part10 00:41
    19. Capacity vs. Coverage Part1 00:42
    20. Capacity vs. Coverage Part2 01:07
    21. Capacity vs. Coverage Part3 00:59
    22. Capacity vs. Coverage Part4 00:29
    23. Capacity vs. Coverage Part5 01:13
    24. Voice vs. Data 02:56
    25. Performance Part1 03:51
    26. Performance Part2 01:42
    27. Performance Part3 01:23
    28. Weather Part1 02:09
    29. Weather Part2 01:06
    30. Module 12 Review 00:28

  • Security

    Video Name Time
    1. Security 00:33
    2. 802.11 Security Basics Part1 03:51
    3. 802.11 Security Basics Part2 03:13
    4. 802.11 Security Basics Part3 05:46
    5. 802.11 Security Basics Part4 06:10
    6. 802.11 Security Basics Part5 01:17
    7. 802.11 Security Basics Part6 01:23
    8. Robust Security Part1 02:12
    9. Robust Security Part2 01:09
    10. Robust Security Part3 01:40
    11. Robust Security Part4 01:15
    12. Robust Security Part5 01:03
    13. Robust Security Part6 01:27
    14. Robust Security Part7 03:14
    15. Robust Security Part8 00:43
    16. Robust Security Part9 01:12
    17. Robust Security Part10 02:28
    18. Robust Security Part11 00:58
    19. Robust Security Part12 00:42
    20. Robust Security Part13 00:56
    21. Robust Security Part14 00:50
    22. Robust Security Part15 00:42
    23. Robust Security Part16 01:07
    24. Robust Security Part17 00:58
    25. Robust Security Part18 00:30
    26. Module 13 Review 00:25

  • Types of Wireless Attacks

    Video Name Time
    1. Types of Wireless Attacks 00:24
    2. Wireless Attacks Part1 04:07
    3. Wireless Attacks Part2 05:35
    4. Wireless Attacks Part3 04:39
    5. Wireless Attacks Part4 04:28
    6. Wireless Attacks Part5 02:14
    7. Wireless Attacks Part6 01:30
    8. Wireless Attacks Part7 01:56
    9. Wireless Attacks Part8 01:19
    10. Wireless Attacks Part9 02:31
    11. Wireless Attacks Part10 01:15
    12. Intrusion Monitoring Part1 01:50
    13. Intrusion Monitoring Part2 01:20
    14. Wireless Security Policy Part1 00:52
    15. Wireless Security Policy Part2 00:53
    16. Highly Recommended Wireless Security Policies Part1 02:04
    17. Highly Recommended Wireless Security Policies Part2 00:42
    18. Module 14 Review 00:27

  • Fundamentals of Site Surveys

    Video Name Time
    1. Fundamentals of Site Surveys 00:21
    2. WLAN Site Survey Interview Part1 01:02
    3. WLAN Site Survey Interview Part2 01:02
    4. WLAN Site Survey Interview Part3 01:23
    5. WLAN Site Survey Interview Part4 00:49
    6. WLAN Site Survey Interview Part5 01:11
    7. WLAN Site Survey Interview Part6 00:44
    8. WLAN Site Survey Interview Part7 00:53
    9. WLAN Site Survey Interview Part8 00:53
    10. WLAN Site Survey Interview Part9 01:12
    11. WLAN Site Survey Interview Part10 00:46
    12. Documents and Reports Part1 02:11
    13. Documents and Reports Part2 00:53
    14. Documents and Reports Part3 01:47
    15. Module 15 Review 00:18

  • Site Survey Tools

    Video Name Time
    1. Site Survey Tools 00:14
    2. Protocol and Spectrum Analysis 01:45
    3. Spectrum Analysis Part1 01:09
    4. Spectrum Analysis Part2 00:48
    5. Site Survey Part1 01:09
    6. Site Survey Part2 01:26
    7. Site Survey Part3 00:49
    8. Site Survey Part4 00:56
    9. AP Placement and Configuration 01:21
    10. Application Analysis 01:03
    11. Indoor Site Survey Tools 01:22
    12. Outdoor Site Survey Tools Part1 01:58
    13. Outdoor Site Survey Tools Part2 02:07
    14. Coverage Part1 01:49
    15. Coverage Part2 00:49
    16. Confirmation 00:40
    17. Module 16 Review 00:08

  • PoE

    Video Name Time
    1. PoE 00:17
    2. Non -Standard 01:34
    3. 802.3af 00:35
    4. Powered Device 01:08
    5. Discovery Part1 01:26
    6. Discovery Part2 03:23
    7. Endpoint 00:56
    8. Midspan 01:14
    9. MDI 00:37
    10. PoE Part1 00:54
    11. PoE Part2 02:35
    12. PoE Part3 00:50
    13. PoE Part4 02:02
    14. Module 17 Review 00:12

  • High Throughput (HT)

    Video Name Time
    1. High Throughput (HT) 00:21
    2. 802.11n -2009 Amendment 00:38
    3. Wi -Fi Alliance Certification Part1 01:03
    4. Wi -Fi Alliance Certification Part2 03:09
    5. MIMO Part1 01:50
    6. MIMO Part2 01:18
    7. MIMO Part3 00:50
    8. MIMO Part4 01:22
    9. MIMO Part5 00:34
    10. Spatial Multiplexing (SM) Part1 00:36
    11. Spatial Multiplexing (SM) Part2 00:48
    12. MIMO Diversity Part1 01:38
    13. MIMO Diversity Part2 01:09
    14. Space -Time Block Coding (STBC) 00:41
    15. Cyclic Shift Diversity (CSD) 00:33
    16. Transmit Beamforming (TxBF) Part1 01:07
    17. Transmit Beamforming (TxBF) Part2 01:12
    18. 20 MHz Non -HT and HT Channels Part1 01:38
    19. 20 MHz Non -HT and HT Channels Part2 00:53
    20. 40 MHz Channels 01:13
    21. Module 18 Review 00:19

  • Very High Throughput (VHT)

    Video Name Time
    1. Very High Throughput (VHT) 01:02
    2. 802.11ac Part1 02:34
    3. 802.11ac Part2 00:51
    4. 802.11ac Part3 01:08
    5. 802.11ac Part4 01:20
    6. 802.11ac Part5 00:45
    7. 802.11ac Part6 01:29
    8. 802.11ac Part7 01:07
    9. 802.11ac Part8 01:11
    10. 802.11ac Part9 01:41
    11. 802.11ac Part10 00:53
    12. 802.11ac Part11 02:01
    13. 802.11ac Part12 01:11
    14. Module 19 Review 00:39

  • BYOD

    Video Name Time
    1. BYOD 00:32
    2. Mobile Device Management Part1 01:52
    3. Mobile Device Management Part2 01:44
    4. Company-Issued Devices vs. Personal Devices Part1 03:38
    5. Company-Issued Devices vs. Personal Devices Part2 03:11
    6. Company-Issued Devices vs. Personal Devices Part3 05:19
    7. MDM Profiles 00:29
    8. MDM Agent Software 02:07
    9. Over the Air Management Part1 01:54
    10. Over the Air Management Part2 00:37
    11. Guest WLAN Part1 00:57
    12. Guest WLAN Part2 00:54
    13. Guest WLAN Part3 01:01
    14. Guest WLAN Part4 00:34
    15. Guest Isolation 01:14
    16. Guest Registration 00:54
    17. Module 20 Review 00:20
    18. Course Closure 01:23

CWNA-108: Certified Wireless Network Administrator Certification Training Video Course Intro

Certbolt provides top-notch exam prep CWNA-108: Certified Wireless Network Administrator certification training video course to prepare for the exam. Additionally, we have CWNP CWNA-108 exam dumps & practice test questions and answers to prepare and study. pass your next exam confidently with our CWNA-108: Certified Wireless Network Administrator certification video training course which has been written by CWNP experts.

CWNA-108 Certified Wireless Network Administrator Training: Master Wi-Fi Networks, Security, and Troubleshooting

Wireless networks are the foundation of modern enterprise connectivity, supporting everything from mobile devices to IoT applications. For IT professionals, expertise in wireless networking is essential for career growth and organizational efficiency. The CWNA-108: Certified Wireless Network Administrator certification offers a structured path to gain comprehensive knowledge in Wi-Fi technologies, radio frequency (RF) principles, WLAN design, security protocols, and troubleshooting techniques.

This training equips participants with both theoretical understanding and hands-on experience, preparing them to design, implement, and manage enterprise-grade wireless networks. From conducting site surveys and optimizing network performance to implementing secure wireless solutions, CWNA-108 certification validates your skills and ensures readiness for real-world networking challenges.

Whether you are a network administrator, IT engineer, or aspiring wireless professional, CWNA-108 training enhances your technical expertise, increases career opportunities, and positions you as a certified expert in the rapidly evolving field of wireless networking. With practical labs, interactive lessons, and exam-focused preparation, this program empowers professionals to confidently manage and optimize Wi-Fi networks across diverse enterprise environments.

Course Overview

The CWNA-108: Certified Wireless Network Administrator Certification is designed for IT professionals seeking comprehensive expertise in wireless networking. This course provides an in-depth understanding of Wi-Fi technologies, including radio frequency (RF) principles, network architecture, security protocols, and troubleshooting techniques. As wireless networks become increasingly essential in business environments, professionals with CWNA certification demonstrate the skills required to design, implement, and maintain robust WLAN infrastructures. This training program equips learners with the knowledge and confidence to manage enterprise-grade wireless networks, preparing them for real-world networking challenges and the official CWNA-108 examination.

Participants will explore foundational concepts as well as advanced topics such as RF spectrum analysis, wireless site surveys, WLAN deployment strategies, and performance optimization. By combining theoretical knowledge with practical application, this course ensures learners are prepared for both the CWNA exam and professional roles in wireless network administration. Whether you are a network administrator, engineer, or IT support professional, this certification enhances your skillset and career prospects in the rapidly evolving field of wireless networking.

What you will learn from this course

  • Understanding the fundamentals of wireless network technologies and Wi-Fi standards

  • Mastering RF principles, including propagation, interference, and spectrum management

  • Planning and designing enterprise-level wireless networks

  • Implementing secure WLAN architectures with proper authentication and encryption

  • Conducting comprehensive wireless site surveys for optimal coverage and performance

  • Monitoring, troubleshooting, and optimizing wireless networks for efficiency

  • Understanding regulatory compliance and industry best practices

  • Preparing for the CWNA-108 exam with exam-focused strategies and practice questions

Learning Objectives

Upon completing this course, learners will be able to:

  • Explain the core concepts of wireless networking, including RF theory, antennas, and Wi-Fi standards

  • Analyze wireless network requirements and design scalable, reliable WLAN architectures

  • Configure and manage wireless networks using industry-standard tools and techniques

  • Identify and mitigate common wireless network issues such as interference, security threats, and performance bottlenecks

  • Conduct site surveys, interpret survey results, and recommend solutions for optimal coverage and capacity

  • Implement appropriate security measures, including WPA3, 802.1X authentication, and role-based access controls

  • Evaluate and select wireless network devices and solutions based on enterprise needs

  • Demonstrate readiness for the CWNA-108 certification exam by applying best practices and problem-solving strategies

Requirements

To fully benefit from this course, participants should have:

  • Basic understanding of networking concepts, including TCP/IP, routing, and switching

  • Familiarity with LAN technologies and network protocols

  • Experience with IT support, network administration, or related IT roles

  • Interest in wireless technologies and network troubleshooting

  • Commitment to completing hands-on exercises and assessments to reinforce learning

While prior wireless networking experience is not mandatory, foundational networking knowledge will make the learning experience smoother and enhance comprehension of advanced concepts.

Course Description

The CWNA-108 training course provides a detailed and structured learning path for IT professionals aspiring to master wireless network administration. Spanning both theoretical foundations and practical skills, the course addresses key aspects of Wi-Fi network design, implementation, management, and troubleshooting. Participants gain insights into radio frequency behavior, antenna types, channel planning, and signal propagation, enabling them to make informed decisions when designing and deploying wireless networks.

In addition to technical knowledge, the course emphasizes hands-on exercises and real-world scenarios to develop problem-solving skills. Learners practice configuring wireless devices, analyzing network performance, securing WLANs, and resolving common issues. The course also covers emerging trends in wireless technologies, preparing participants for the dynamic evolution of Wi-Fi standards and enterprise networking requirements. By the end of the course, learners are well-prepared to sit for the CWNA-108 exam and to handle complex wireless network challenges in professional environments.

Target Audience

This course is ideal for:

  • Network administrators seeking to specialize in wireless networking

  • IT professionals looking to enhance their credentials with a CWNA certification

  • Network engineers responsible for designing, deploying, or maintaining WLANs

  • IT support staff interested in expanding their skills in wireless technologies

  • Technical consultants providing wireless solutions to enterprises

  • Professionals preparing for advanced wireless certifications such as CWSP, CWDP, or CWNE

The course benefits both beginners in wireless technologies with foundational networking knowledge and experienced IT professionals aiming to formalize their expertise through certification.

Prerequisites

Before enrolling in this course, participants should have:

  • Knowledge of basic networking concepts, including IP addressing, subnetting, and routing

  • Understanding of wired network infrastructure, including switches and access points

  • Familiarity with operating systems such as Windows or Linux for network configuration

  • Prior experience in IT support, network troubleshooting, or systems administration

While the course is designed to be comprehensive, meeting these prerequisites ensures participants can fully engage with advanced concepts and hands-on exercises.

Course Modules/Sections

The CWNA-108 training is structured into modules that progressively build skills and knowledge. Each module covers essential topics necessary for a strong understanding of wireless networking.

  • Introduction to Wireless Networking: Covers Wi-Fi fundamentals, IEEE 802.11 standards, WLAN topologies, and key terminologies.

  • Radio Frequency Fundamentals: Explains RF propagation, signal attenuation, interference, and spectrum analysis.

  • Antenna Concepts and Configurations: Discusses types of antennas, gain, radiation patterns, and placement strategies.

  • Wireless LAN Architecture: Focuses on network design, infrastructure components, access point placement, and controller-based networks.

  • Wireless Security: Explores encryption, authentication methods, rogue AP detection, and threat mitigation strategies.

  • Site Surveys and WLAN Planning: Teaches survey methodologies, predictive modeling, and coverage optimization.

  • Troubleshooting and Optimization: Covers monitoring tools, performance tuning, interference resolution, and diagnostics.

  • Regulatory Compliance and Standards: Reviews legal considerations, spectrum regulations, and industry best practices.

  • Exam Preparation and Review: Provides test-taking strategies, practice questions, and review exercises aligned with CWNA-108 objectives.

Key Topics Covered

The course includes extensive coverage of core wireless networking topics to ensure exam readiness and practical expertise:

  • IEEE 802.11 standards and amendments, including 802.11a/b/g/n/ac/ax

  • RF spectrum characteristics, frequency bands, channel width, and interference

  • Modulation techniques such as OFDM and DSSS

  • Antenna selection, placement, and alignment for optimal coverage

  • WLAN design principles, including capacity planning and high-density deployment

  • Wireless security protocols, including WPA2/WPA3, 802.1X authentication, and VPN integration

  • Wireless network monitoring, logging, and diagnostic tools

  • Troubleshooting common issues, including dead spots, co-channel interference, and client connectivity problems

  • Wireless site survey tools, techniques, and reporting

  • Emerging wireless technologies, IoT integration, and enterprise Wi-Fi trends

This in-depth coverage ensures learners develop both theoretical understanding and hands-on skills required to manage modern wireless networks.

Teaching Methodology

The CWNA-108 course employs a balanced teaching methodology combining lectures, hands-on labs, and interactive exercises. The curriculum is structured to provide learners with conceptual understanding while reinforcing skills through practical application. Lessons are designed to simulate real-world scenarios, helping participants apply theory to network design, configuration, and troubleshooting.

Hands-on labs allow learners to configure wireless devices, perform site surveys, and analyze RF environments. Interactive exercises promote critical thinking, problem-solving, and decision-making in complex network situations. In addition, visual aids such as diagrams, animations, and simulations help explain challenging RF concepts and WLAN architectures. Regular review sessions, group discussions, and Q&A forums support collaborative learning, enabling participants to clarify doubts and share best practices. This blended methodology ensures participants are well-prepared for both certification exams and professional deployment of enterprise wireless networks.

Assessment & Evaluation

Assessment and evaluation in the CWNA-108 training course are designed to measure knowledge acquisition, practical skills, and readiness for the certification exam. Participants complete module quizzes, hands-on lab exercises, and scenario-based assessments to reinforce learning and evaluate competency. Each assessment is aligned with CWNA objectives, ensuring learners are tested on critical concepts and real-world application.

Lab exercises simulate enterprise network challenges, requiring participants to troubleshoot performance issues, implement security measures, and optimize WLAN performance. Knowledge checks provide immediate feedback and explanations to help learners understand mistakes and reinforce understanding. Practice exams mirror the format and difficulty level of the CWNA-108 exam, helping participants build confidence and familiarity with test conditions. Comprehensive evaluation throughout the course ensures learners gain not only theoretical knowledge but also practical expertise needed for professional success in wireless network administration.

Benefits of the course

The CWNA-108: Certified Wireless Network Administrator Certification course offers a wide range of benefits that make it a valuable investment for IT professionals, network administrators, and engineers. First and foremost, this course provides comprehensive knowledge of wireless networking technologies, preparing learners to design, implement, and manage robust WLAN infrastructures effectively. By understanding radio frequency principles, network architectures, security protocols, and troubleshooting methodologies, participants gain the ability to handle real-world challenges in enterprise environments.

Another significant benefit is the professional recognition that comes with CWNA certification. The CWNA-108 credential is globally acknowledged as a benchmark of wireless networking proficiency. Holding this certification demonstrates expertise in Wi-Fi technologies, making candidates more competitive in the job market and opening doors to advanced roles in network administration, wireless security, and IT management. Organizations often prefer hiring certified professionals because they can ensure the reliability, security, and performance of their wireless networks.

Additionally, the course enhances practical skills through hands-on labs, site surveys, and troubleshooting exercises. Learners gain experience in configuring access points, analyzing network performance, and mitigating interference, which builds confidence in their ability to manage real-world WLANs. This practical experience not only prepares candidates for the CWNA-108 exam but also ensures they can immediately apply their skills in professional environments.

Furthermore, CWNA training keeps participants updated on the latest Wi-Fi standards, emerging technologies, and best practices. With the rapid evolution of wireless networking, professionals who stay current gain a competitive edge. They can implement the most efficient, secure, and high-performing wireless solutions for enterprises, ensuring long-term career growth and technical relevance.

The course also provides a structured learning path with a focus on exam readiness. Through quizzes, assessments, and practice exams, learners develop test-taking strategies and gain confidence in their ability to succeed on the CWNA-108 exam. By combining theoretical knowledge, hands-on application, and assessment preparation, this training offers a holistic approach to mastering wireless network administration.

Course Duration

The CWNA-108 training course is designed to provide comprehensive coverage of all essential topics while allowing sufficient time for hands-on practice and assessment preparation. Typically, the course is offered in multiple formats to accommodate different learning preferences. Instructor-led classroom training may span five to seven days, with each session lasting between six to eight hours. This immersive approach ensures participants can engage deeply with the material, ask questions, and perform lab exercises under expert guidance.

For professionals with scheduling constraints, online self-paced learning options are also available. In this format, participants can progress through modules at their own pace, dedicating time to lectures, demonstrations, and hands-on labs. Self-paced learners can revisit challenging concepts, review lab exercises multiple times, and complete quizzes and practice exams at their convenience. The flexibility of online learning ensures that candidates can balance professional responsibilities while achieving CWNA certification.

Some training programs also provide a blended approach, combining online instruction with on-site or virtual labs. This hybrid model offers the advantages of self-paced learning while still providing opportunities for instructor feedback and interactive problem-solving. Regardless of the chosen format, the course duration is sufficient to cover fundamental and advanced topics, including RF principles, WLAN architecture, security, site surveys, troubleshooting, and exam preparation.

Participants are encouraged to dedicate additional time outside of structured training for review, practice exams, and hands-on exercises. Spending time in simulated network environments, analyzing RF behavior, and troubleshooting connectivity issues can significantly enhance understanding and exam readiness. On average, candidates typically require four to six weeks of combined training and self-study to fully prepare for the CWNA-108 certification exam.

Tools & Resources Required

Effective CWNA training requires access to specific tools and resources that facilitate hands-on learning and practical application of wireless networking concepts. One of the primary tools is wireless access points and controllers, which allow participants to configure and manage enterprise WLAN environments. Access to multiple APs enables students to simulate real-world network topologies, test coverage, and evaluate performance under different conditions.

Spectrum analyzers and RF survey tools are also essential. These tools help learners understand radio frequency behavior, identify sources of interference, and plan network coverage efficiently. Software-based simulators can complement physical hardware, providing virtual environments to practice network design, site surveys, and troubleshooting exercises. These simulations allow learners to experiment with different configurations without impacting a live network.

In addition to hardware and software tools, participants need reference materials such as CWNA-108 study guides, IEEE 802.11 standard documents, technical manuals, and practice exams. These resources reinforce theoretical knowledge and provide insights into exam-style questions. Some training programs also provide access to online forums, discussion boards, and knowledge-sharing platforms where learners can collaborate, ask questions, and learn from instructors and peers.

A computer or laptop with sufficient processing power, network interfaces, and Wi-Fi adapters is necessary for running simulation software, analyzing data, and performing configuration exercises. Participants should also have access to network monitoring tools, packet analyzers, and troubleshooting utilities to gain experience in diagnosing performance issues and implementing solutions.

Finally, consistent access to reliable internet is crucial for online modules, virtual labs, and research. With these tools and resources, learners can fully engage with the CWNA training program, develop hands-on expertise, and ensure preparedness for both practical applications and the certification exam.

Career Opportunities

Completing the CWNA-108 certification course opens up numerous career opportunities for IT professionals in the wireless networking field. One of the most immediate benefits is eligibility for roles such as wireless network administrator, WLAN engineer, or network support specialist. In these positions, professionals are responsible for designing, implementing, and maintaining enterprise WLANs, ensuring optimal performance and security.

Organizations across industries, including healthcare, education, finance, manufacturing, and government, rely heavily on robust wireless networks to support operations, mobility, and IoT integration. Certified CWNA professionals are highly valued for their ability to manage complex WLAN environments, perform site surveys, and troubleshoot connectivity issues. Their expertise ensures reliable network coverage, high-speed performance, and secure communications.

Advanced career paths include wireless network consultant, WLAN architect, and network security specialist. These roles often involve planning large-scale deployments, evaluating emerging wireless technologies, and integrating Wi-Fi networks with broader IT infrastructure. CWNA-certified professionals may also progress to senior IT management positions, where they oversee network operations, implement security policies, and guide technology strategy.

In addition to technical roles, CWNA certification can enhance prospects in the IT education and training sector. Experienced professionals can leverage their certification to provide training, mentoring, or consulting services to organizations implementing wireless solutions. With the increasing adoption of Wi-Fi 6, Wi-Fi 6E, and next-generation wireless standards, demand for certified professionals is expected to grow steadily, offering long-term career stability and advancement opportunities.

Another advantage of CWNA certification is the ability to pursue higher-level wireless credentials, such as CWSP (Certified Wireless Security Professional), CWDP (Certified Wireless Design Professional), and CWNE (Certified Wireless Network Expert). These advanced certifications further enhance technical expertise and career potential, positioning professionals as leaders in the field of enterprise wireless networking.

Salary prospects for CWNA-certified professionals are competitive, with compensation often higher than that of non-certified peers. Organizations recognize the value of certified skills in maintaining secure, high-performance networks and are willing to offer incentives for professionals with proven wireless expertise.

Enroll Today

Enrolling in the CWNA-108: Certified Wireless Network Administrator Certification course is a strategic step toward advancing your IT career and mastering wireless networking. The process is simple and can be completed through authorized training providers or online learning platforms. By enrolling, participants gain access to comprehensive modules, hands-on labs, study guides, and practice exams designed to ensure exam readiness and practical proficiency.

The course is suitable for professionals at various experience levels, whether you are beginning your journey in wireless networking or seeking to formalize and expand your existing knowledge. With expert instructors, interactive sessions, and structured learning paths, participants can progress confidently through complex topics such as RF fundamentals, WLAN design, security, troubleshooting, and site surveys.

By joining the program, learners also benefit from community support, discussion forums, and access to the latest industry resources. These features provide an engaging and collaborative learning environment, enabling participants to clarify doubts, share insights, and gain practical knowledge from peers and instructors.

CWNA certification is recognized globally and provides professional validation of your wireless networking expertise. It not only prepares you for current job roles but also opens pathways to advanced certifications and career growth in IT and networking domains. Enrolling today allows you to begin your journey toward becoming a proficient and certified wireless network administrator, equipped with the skills to manage enterprise-grade WLANs efficiently.

The course structure, expert guidance, and hands-on practice ensure that learners can apply concepts immediately in professional environments, bridging the gap between theory and real-world application. With the demand for skilled wireless network administrators rising, now is the perfect time to invest in your knowledge, enhance your career opportunities, and gain recognition as a certified professional in wireless network administration.


Certbolt's total training solution includes CWNA-108: Certified Wireless Network Administrator certification video training course, CWNP CWNA-108 practice test questions and answers & exam dumps which provide the complete exam prep resource and provide you with practice skills to pass the exam. CWNA-108: Certified Wireless Network Administrator certification video training course provides a structured approach easy to understand, structured approach which is divided into sections in order to study in shortest time possible.

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