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Certified Wireless Analysis Professional (CWAP) Online Training

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This intermediate CWAP training prepares network admins to analyze and troubleshoot wireless networks with a focus on advanced techniques and knowledge like protocol and spectrum analysis.

The Certified Wireless Analysis Professional certification (CWAP) from CWNP is a professional-level certification. Does your shop have that one person who's been around for a few years longer than everyone else and who gets called in to fix the really tough wireless issues? That's the sort of person this CWAP course turns you into.


1 Describe the 802.11 Communication Process
  • 1 Intro
  • 2 CSMA-CA
  • 3 Spread Spectrum Techniques
  • 4 OFDM and DSSS
  • 5 Wireless Transmissions
  • 6 Review and Quiz

  • 2 Describe 802.11 Communication Techniques
  • 7 Intro
  • 8 Wi-Fi Versions
  • 9 802.11 Specifications
  • 10 802.11 PHY and MAC
  • 11 ACKs and Ethernet CRC
  • 12 Review and Quiz

  • 3 Describe OFDM and OFDMA
  • 13 Intro
  • 14 Orthogonal Frequency Division Multiplexing (OFDM)
  • 15 OFDM Subcarriers
  • 16 Orthogonal Frequency Division Multiple Access (OFDMA)
  • 17 OFDMA Resource Units
  • 18 Review and Quiz

  • 4 Describe 802.11 Modulation and Data Encoding
  • 19 Intro
  • 20 Modulation and Encoding
  • 21 Phase, Amplitude, and Frequency Shift Keying
  • 22 Data Encoding with Symbols
  • 23 Interpreting Modulation
  • 24 Review and Quiz

  • 5 Describe 802.11 Modulation Techniques
  • 25 Intro
  • 26 BPSK and QPSK
  • 27 QAM and Constellation Diagrams
  • 28 QAM Schemes
  • 29 Convolutional Coding
  • 30 Review and Quiz

  • 6 Explain Fourier Transforms in 802.11 Communications
  • 31 Intro
  • 32 Fourier Transforms
  • 33 Inverse Fourier Transforms
  • 34 Fast Fourier Transforms
  • 35 OFDM Transmissions and FFTs
  • 36 Symbol Duration
  • 37 Review and Quiz

  • 7 Describe 802.11 Medium Access Principles
  • 38 Intro
  • 39 Distributed Coordination Function (DCF)
  • 40 Interframe Spacing (IFS)
  • 41 Backoff Timers and Slot Times
  • 42 Contention Windows
  • 43 Review and Quiz

  • 8 Describe the Functions of the 802.11 PHY Layer
  • 44 Intro
  • 45 PHY Layer Responsibilities
  • 46 802.3 Wired Preamble
  • 47 802.11 PHY Preambles
  • 48 Preambles and Bonded Channels
  • 49 SIG Header and PHY Layer Enhancements
  • 50 Review and Quiz

  • 9 Describe the 802.11 PHY Layer Headers and Fields
  • 51 Intro
  • 52 802.11 PHY Header
  • 53 The 802.11n HT Preamble
  • 54 The 802.11ac VHT Preamble
  • 55 VHT Signal Fields
  • 56 Review and Quiz

  • 10 Explain 802.11 MIMO Technologies
  • 57 Intro
  • 58 MIMO Technologies
  • 59 Transmit Beamforming and Spatial Multiplexing
  • 60 Downlink and Uplink MU-MIMO
  • 61 MIMO Designations
  • 62 Review and Quiz

  • 11 Identify 802.11ax PHY Layer Enhancements
  • 63 Intro
  • 64 6GHz Channels
  • 65 6GHz Power Levels
  • 66 BSS Coloring and Spatial Reuse
  • 67 Guard Intervals
  • 68 Review and Quiz

  • 12 Describe the 802.11ax HE Single-User Preamble Format
  • 69 Intro
  • 70 802.11ax High Efficiency
  • 71 HE Single-User (SU) Preamble Format
  • 72 HE-SIG-A Details
  • 73 HE ER-SU Preamble Format
  • 74 Review and Quiz

  • 13 Describe the 802.11ax HE Multi-User Preamble Format
  • 75 Intro
  • 76 HE Multi-User Preamble Formats
  • 77 The HE-SIG-B Content Channel
  • 78 HE Trigger-Based Preamble Format
  • 79 Review and Quiz

  • 14 Explain 802.11ax HE PHY Operation
  • 80 Intro
  • 81 OFDMA Tones and Operation
  • 82 OFDMA RU Layouts
  • 83 OFDMA RU Configurations
  • 84 OFDMA and MU-MIMO
  • 85 Review and Quiz

  • 15 Apply 802.11 PHY Transmission Methods
  • 86 Intro
  • 87 Wireless Transmissions
  • 88 Frame Aggregation
  • 89 Transmit Opportunity (TXOP)
  • 90 Review and Quiz

  • 16 Calculate 802.11 PHY Data Rates and Throughput
  • 91 Intro
  • 92 MCS Index Charts
  • 93 Data Rate Calculations
  • 94 Data Rate Calculations - 802.11ax
  • 95 Data Rate and Throughput
  • 96 Review and Quiz

  • 17 Identify 802.11 PHY Information from Pseudo-Headers
  • 97 Intro
  • 98 Pseudo-Headers
  • 99 Radiotap
  • 100 Radiotap Example
  • 101 Per-Packet Information (PPI)
  • 102 Review and Quiz

  • 18 Explain 802.11 PHY and MAC Frame Construction
  • 103 Intro
  • 104 PHY and MAC Integration
  • 105 MAC Sublayers, MSDU, and MPDU
  • 106 PHY Sublayers, PSDU and PPDU
  • 107 Ethernet Conversions and VLANs
  • 108 Review and Quiz

  • 19 Explain 802.11 MAC Header Structure
  • 109 Intro
  • 110 802.11 MAC Header and Fields
  • 111 Frame Control Flags
  • 112 Duration and Sequence Control Fields
  • 113 Review and Quiz

  • 20 Explain 802.11 Header MAC Addresses
  • 114 Intro
  • 115 MAC Addressing
  • 116 MAC Address OUI and Formatting
  • 117 802.11 MAC Header Addresses
  • 118 To DS and From DS Bits
  • 119 Other Address Configurations
  • 120 Review and Quiz

  • 21 Explain 802.11 MAC Frame Aggregation
  • 121 Intro
  • 122 Frame Aggregation Methods
  • 123 A-MSDU Aggregation
  • 124 A-MPDU Aggregation
  • 125 Aggregation Considerations
  • 126 Review and Quiz

  • 22 Explain 802.11 MAC Operations
  • 127 Intro
  • 128 L2 Wired Forwarding
  • 129 L2 Wireless Forwarding
  • 130 MAC MTU
  • 131 802.11 Fragmentation
  • 132 Review and Quiz

  • 23 Identify 802.11 Management Frames
  • 133 Intro
  • 134 Management Frames
  • 135 Authentication and Association
  • 136 Other Management Frame Types
  • 137 Action Frames
  • 138 Review and Quiz

  • 24 Explain 802.11 Beacons and Probes
  • 139 Intro
  • 140 802.11 Beacons
  • 141 Beacons and SSIDs
  • 142 802.11 Probes
  • 143 Probes and SSIDs
  • 144 Review and Quiz

  • 25 Explain 802.11 Control Frames and Acknowledgements
  • 145 Intro
  • 146 Control Frames
  • 147 ACK Frames
  • 148 Block ACK Frames
  • 149 ACK and Block ACK Structures
  • 150 Review and Quiz

  • 26 Identify 802.11 Control Frame Subtypes
  • 151 Intro
  • 152 RTS, CTS, and Hidden Nodes
  • 153 Exposed Nodes and CTS-to-Self
  • 154 RTS and CTS Structure and Flow
  • 155 Other Control Frame Subtypes
  • 156 Review and Quiz

  • 27 Identify Data and Extension Frames
  • 157 Intro
  • 158 Data Frames
  • 159 Data Frame Structure
  • 160 Data Frame Protection
  • 161 Extension Frames
  • 162 Review and Quiz

  • 28 Identify 802.11 Frame Types in Packet Captures
  • 163 Intro
  • 164 Packet Captures
  • 165 Beacons and Probes
  • 166 Authentication and Association
  • 167 Control Frames
  • 168 Data Frames

  • 29 Validate 802.11 BSS Configurations
  • 169 Intro
  • 170 Channel Bonding
  • 171 Channel Bonding and CCA
  • 172 Protection Mechanisms
  • 173 Review and Quiz

  • 30 Describe 802.11 Information Fields and Elements
  • 174 Intro
  • 175 Information Fields and Elements
  • 176 Capability Information Field
  • 177 Robust Security Network (RSN) Information Element
  • 178 Review and Quiz

  • 31 Identify 802.11 Data Rate and WMM Information Elements
  • 179 Intro
  • 180 Basic and Optional (Legacy) Data Rates
  • 181 Minimum (and Maximum) Basic Rates
  • 182 Data Rate Information Elements
  • 183 WMM Information Element
  • 184 Review and quiz

  • 32 Describe 802.11 PHY Information Elements
  • 185 Intro
  • 186 Capabilities and Operation Elements
  • 187 HT Capabilities Element
  • 188 HT Operation Element, Subsets 1-2
  • 189 HT Operation Element, Subset 3
  • 190 Review and Quiz

  • 33 Describe 802.11 VHT and Other Information Elements
  • 191 Intro
  • 192 VHT Capabilities Element
  • 193 VHT Operation Element
  • 194 SSID and Country Code Elements
  • 195 Traffic Indication Map (TIM) Element
  • 196 Review and Quiz

  • 34 Describe 802.11 HE Information Elements
  • 197 Intro
  • 198 HE Capabilities Element
  • 199 HE Operation Element - Mandatory Fields
  • 200 HE Operation Element - Optional Fields
  • 201 Review and Quiz

  • 35 Describe 802.11 Contention Mechanisms
  • 202 Intro
  • 203 CSMA-CA, CCA, and DCF
  • 204 Physical Carrier Sense
  • 205 Virtual Carrier Sense
  • 206 Airtime Fairness
  • 207 Review and Quiz

  • 36 Describe 802.11 QoS Mechanisms
  • 208 Intro
  • 209 Hybrid Coordination Function (HCF)
  • 210 Access Categories and User Priorities
  • 211 Arbitration IFS (AIFS)
  • 212 Priority Contention Windows
  • 213 TXOP and TSpec
  • 214 Review and Quiz

  • 37 Explain Transmit Beamforming Steering and Feedback
  • 215 Intro
  • 216 TxBF Operation
  • 217 Implicit TxBF Feedback
  • 218 Explicit TxBF Feedback
  • 219 Multi-User TxBF
  • 220 Review and Quiz

  • 38 Explain 802.11 Power Savings Methods
  • 221 Intro
  • 222 Legacy PS-Poll
  • 223 WMM-Power Save
  • 224 MIMO Power Management
  • 225 TXOP-PS and TWT
  • 226 Review and Quiz

  • 39 Analyze 802.11 Frame Exchanges
  • 227 Intro
  • 228 BSS Discovery
  • 229 Authentication and Association
  • 230 RTS and CTS
  • 231 Other Frame Exchanges
  • 232 Review and Quiz

  • 40 Analyze 802.11 Security Protocols and Frameworks
  • 233 Intro
  • 234 Authentication, Encryption, and Keys
  • 235 Wi-Fi Protected Access (WPA)
  • 236 WPA Personal and Enterprise
  • 237 802.1X, EAP, and RADIUS
  • 238 OWE and Hotspot 2.0
  • 239 Review and Quiz

  • 41 Analyze WPA and OWE Key Exchanges
  • 240 Intro
  • 241 WPA 4-Way Handshake
  • 242 WPA Key Types
  • 243 4-Way Handshake Breakdown
  • 244 WPA3 and OWE Frame Exchanges
  • 245 Review and Quiz

  • 42 Analyze Roaming Frame Exchanges and Behavior
  • 246 Intro
  • 247 Analyzing Roaming Behavior
  • 248 Fast Secure Roaming
  • 249 802.11r Process
  • 250 802.11r Frame Exchanges
  • 251 802.11k Frame Exchange
  • 252 Review and Quiz

  • 43 Capture 802.11 Frames for Analysis
  • 253 Intro
  • 254 Analyzer Tools
  • 255 Setting up a Packet Capture
  • 256 Wireshark Setup Demo
  • 257 Analyzing the Packet Capture

  • 44 Apply 802.11 Frame Capture Parameters
  • 258 Intro
  • 259 Protocol Analyzer Considerations
  • 260 Coloring and Filtering
  • 261 Packet Slicing

  • 45 Analyze 802.11 Frame Captures
  • 262 Intro
  • 263 Decrypting Captured Frames
  • 264 Decryption Demo
  • 265 Data Masking
  • 266 Disk and Buffer Management
  • 267 Review and Quiz

  • 46 Utilize 802.11 Analysis Tools
  • 268 Intro
  • 269 Protocol Analyzer Features
  • 270 Protocol Analyzer Options
  • 271 WLAN Analyzers and Site Survey Software
  • 272 Onsite Considerations
  • 273 Review and Quiz

  • 47 Use Wireless Analysis for Troubleshooting
  • 274 Intro
  • 275 Troubleshooting Methodologies
  • 276 Divide and Conquer
  • 277 Top-Down and Bottom-Up
  • 278 Common Wireless Problems
  • 279 Review and Quiz

  • 48 Capture RF Spectrum Data
  • 280 Intro
  • 281 Spectrum Analyzers
  • 282 FFTs and Scanning Granularity
  • 283 Bin Size and Resolution Bandwidth (RBW)
  • 284 Review and Quiz

  • 49 Analyze RF Spectrum Data
  • 285 Intro
  • 286 Airtime and Spectrum Utilization
  • 287 Duty Cycle
  • 288 Types of Views
  • 289 Spectrum Analyzer Use Cases
  • 290 Review and Quiz

  • 50 Review CWAP Domain 3
  • 291 Intro
  • 292 Review Part 1
  • 293 Review Part 2
  • 294 Review Part 3
  • 295 Review Part 4

  • 51 Review CWAP Domain 4
  • 296 Intro
  • 297 Review Part 1
  • 298 Review Part 2
  • 299 Review Part 3
  • 300 Review Part 4
  • 301 Bonus Review

  • 52 Review CWAP Domains 1-2 and 5-6
  • 302 Intro
  • 303 Review Part 1
  • 304 Review Part 2
  • 305 Review Part 3
  • 306 Review Part 4
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