Certified Wireless Analysis Professional (CWAP) Online Training

Focused View

Jeff Kish

43:31:06

321 View

1 Describe the 802.11 Communication Process

1 Intro.mp4

05:02

2 CSMA-CA.mp4

11:30

3 Spread Spectrum Techniques.mp4

11:56

4 OFDM and DSSS.mp4

09:59

5 Wireless Transmissions.mp4

06:36

6 Review and Quiz.mp4

04:42

2 Describe 802.11 Communication Techniques

7 Intro.mp4

02:55

8 Wi-Fi Versions.mp4

11:42

9 802.11 Specifications.mp4

15:22

10 802.11 PHY and MAC.mp4

11:06

11 ACKs and Ethernet CRC.mp4

09:22

12 Review and Quiz.mp4

03:41

3 Describe OFDM and OFDMA

13 Intro.mp4

03:54

14 Orthogonal Frequency Division Multiplexing (OFDM).mp4

09:41

15 OFDM Subcarriers.mp4

08:32

16 Orthogonal Frequency Division Multiple Access (OFDMA).mp4

09:33

17 OFDMA Resource Units.mp4

11:09

18 Review and Quiz.mp4

05:13

4 Describe 802.11 Modulation and Data Encoding

19 Intro.mp4

02:37

20 Modulation and Encoding.mp4

12:08

21 Phase, Amplitude, and Frequency Shift Keying.mp4

08:52

22 Data Encoding with Symbols.mp4

08:50

23 Interpreting Modulation.mp4

12:39

24 Review and Quiz.mp4

02:57

5 Describe 802.11 Modulation Techniques

25 Intro.mp4

02:32

26 BPSK and QPSK.mp4

08:46

27 QAM and Constellation Diagrams.mp4

08:54

28 QAM Schemes.mp4

10:55

29 Convolutional Coding.mp4

11:04

30 Review and Quiz.mp4

03:09

6 Explain Fourier Transforms in 802.11 Communications

31 Intro.mp4

03:25

32 Fourier Transforms.mp4

06:18

33 Inverse Fourier Transforms.mp4

07:30

34 Fast Fourier Transforms.mp4

09:15

35 OFDM Transmissions and FFTs.mp4

07:57

36 Symbol Duration.mp4

11:03

37 Review and Quiz.mp4

03:24

7 Describe 802.11 Medium Access Principles

38 Intro.mp4

03:40

39 Distributed Coordination Function (DCF).mp4

09:10

40 Interframe Spacing (IFS).mp4

09:47

41 Backoff Timers and Slot Times.mp4

09:03

42 Contention Windows.mp4

11:03

43 Review and Quiz.mp4

03:31

8 Describe the Functions of the 802.11 PHY Layer

44 Intro.mp4

04:06

45 PHY Layer Responsibilities.mp4

09:43

46 802.3 Wired Preamble.mp4

08:03

47 802.11 PHY Preambles.mp4

09:31

48 Preambles and Bonded Channels.mp4

06:46

49 SIG Header and PHY Layer Enhancements.mp4

08:42

50 Review and Quiz.mp4

04:43

9 Describe the 802.11 PHY Layer Headers and Fields

51 Intro.mp4

02:46

52 802.11 PHY Header.mp4

13:10

53 The 802.11n HT Preamble.mp4

13:56

54 The 802.11ac VHT Preamble.mp4

10:43

55 VHT Signal Fields.mp4

08:35

56 Review and Quiz.mp4

04:49

10 Explain 802.11 MIMO Technologies

57 Intro.mp4

03:04

58 MIMO Technologies.mp4

10:44

59 Transmit Beamforming and Spatial Multiplexing.mp4

12:30

60 Downlink and Uplink MU-MIMO.mp4

09:29

61 MIMO Designations.mp4

07:25

62 Review and Quiz.mp4

04:12

11 Identify 802.11ax PHY Layer Enhancements

63 Intro.mp4

03:28

64 6GHz Channels.mp4

11:37

65 6GHz Power Levels.mp4

09:39

66 BSS Coloring and Spatial Reuse.mp4

13:15

67 Guard Intervals.mp4

11:58

68 Review and Quiz.mp4

03:25

12 Describe the 802.11ax HE Single-User Preamble Format

69 Intro.mp4

03:51

70 802.11ax High Efficiency.mp4

11:43

71 HE Single-User (SU) Preamble Format.mp4

08:45

72 HE-SIG-A Details.mp4

08:58

73 HE ER-SU Preamble Format.mp4

11:09

74 Review and Quiz.mp4

05:09

13 Describe the 802.11ax HE Multi-User Preamble Format

75 Intro.mp4

03:03

76 HE Multi-User Preamble Formats.mp4

11:40

77 The HE-SIG-B Content Channel.mp4

13:31

78 HE Trigger-Based Preamble Format.mp4

12:48

79 Review and Quiz.mp4

05:59

14 Explain 802.11ax HE PHY Operation

80 Intro.mp4

02:21

81 OFDMA Tones and Operation.mp4

08:39

82 OFDMA RU Layouts.mp4

12:35

83 OFDMA RU Configurations.mp4

12:24

84 OFDMA and MU-MIMO.mp4

11:17

85 Review and Quiz.mp4

04:22

15 Apply 802.11 PHY Transmission Methods

86 Intro.mp4

03:13

87 Wireless Transmissions.mp4

16:55

88 Frame Aggregation.mp4

17:00

89 Transmit Opportunity (TXOP).mp4

11:23

90 Review and Quiz.mp4

06:30

16 Calculate 802.11 PHY Data Rates and Throughput

91 Intro.mp4

03:59

92 MCS Index Charts.mp4

19:01

93 Data Rate Calculations.mp4

12:44

94 Data Rate Calculations - 802.11ax.mp4

04:26

95 Data Rate and Throughput.mp4

12:58

96 Review and Quiz.mp4

05:25

17 Identify 802.11 PHY Information from Pseudo-Headers

97 Intro.mp4

04:09

98 Pseudo-Headers.mp4

11:01

99 Radiotap.mp4

12:38

100 Radiotap Example.mp4

06:48

101 Per-Packet Information (PPI).mp4

12:10

102 Review and Quiz.mp4

03:39

18 Explain 802.11 PHY and MAC Frame Construction

103 Intro.mp4

04:16

104 PHY and MAC Integration.mp4

11:04

105 MAC Sublayers, MSDU, and MPDU.mp4

09:31

106 PHY Sublayers, PSDU and PPDU.mp4

08:10

107 Ethernet Conversions and VLANs.mp4

12:32

108 Review and Quiz.mp4

04:23

19 Explain 802.11 MAC Header Structure

109 Intro.mp4

02:51

110 802.11 MAC Header and Fields.mp4

12:58

111 Frame Control Flags.mp4

10:38

112 Duration and Sequence Control Fields.mp4

14:32

113 Review and Quiz.mp4

03:58

20 Explain 802.11 Header MAC Addresses

114 Intro.mp4

02:54

115 MAC Addressing.mp4

10:17

116 MAC Address OUI and Formatting.mp4

07:36

117 802.11 MAC Header Addresses.mp4

11:06

118 To DS and From DS Bits.mp4

08:47

119 Other Address Configurations.mp4

07:43

120 Review and Quiz.mp4

04:33

21 Explain 802.11 MAC Frame Aggregation

121 Intro.mp4

03:40

122 Frame Aggregation Methods.mp4

14:02

123 A-MSDU Aggregation.mp4

11:04

124 A-MPDU Aggregation.mp4

12:49

125 Aggregation Considerations.mp4

09:35

126 Review and Quiz.mp4

05:02

22 Explain 802.11 MAC Operations

127 Intro.mp4

03:29

128 L2 Wired Forwarding.mp4

13:12

129 L2 Wireless Forwarding.mp4

16:04

130 MAC MTU.mp4

10:34

131 802.11 Fragmentation.mp4

08:05

132 Review and Quiz.mp4

03:30

23 Identify 802.11 Management Frames

133 Intro.mp4

03:24

134 Management Frames.mp4

08:51

135 Authentication and Association.mp4

12:01

136 Other Management Frame Types.mp4

12:10

137 Action Frames.mp4

10:32

138 Review and Quiz.mp4

03:34

24 Explain 802.11 Beacons and Probes

139 Intro.mp4

03:24

140 802.11 Beacons.mp4

11:32

141 Beacons and SSIDs.mp4

12:47

142 802.11 Probes.mp4

08:46

143 Probes and SSIDs.mp4

11:09

144 Review and Quiz.mp4

05:44

25 Explain 802.11 Control Frames and Acknowledgements

145 Intro.mp4

03:50

146 Control Frames.mp4

08:46

147 ACK Frames.mp4

11:58

148 Block ACK Frames.mp4

10:20

149 ACK and Block ACK Structures.mp4

11:24

150 Review and Quiz.mp4

03:21

26 Identify 802.11 Control Frame Subtypes

151 Intro.mp4

02:47

152 RTS, CTS, and Hidden Nodes.mp4

11:39

153 Exposed Nodes and CTS-to-Self.mp4

11:43

154 RTS and CTS Structure and Flow.mp4

09:21

155 Other Control Frame Subtypes.mp4

10:38

156 Review and Quiz.mp4

03:24

27 Identify Data and Extension Frames

157 Intro.mp4

02:16

158 Data Frames.mp4

09:55

159 Data Frame Structure.mp4

13:51

160 Data Frame Protection.mp4

11:07

161 Extension Frames.mp4

08:52

162 Review and Quiz.mp4

03:38

28 Identify 802.11 Frame Types in Packet Captures

163 Intro.mp4

03:05

164 Packet Captures.mp4

14:32

165 Beacons and Probes.mp4

16:09

166 Authentication and Association.mp4

09:39

167 Control Frames.mp4

08:03

168 Data Frames.mp4

06:02

29 Validate 802.11 BSS Configurations

169 Intro.mp4

03:28

170 Channel Bonding.mp4

11:36

171 Channel Bonding and CCA.mp4

12:12

172 Protection Mechanisms.mp4

12:02

173 Review and Quiz.mp4

05:56

30 Describe 802.11 Information Fields and Elements

174 Intro.mp4

03:38

175 Information Fields and Elements.mp4

10:11

176 Capability Information Field.mp4

12:21

177 Robust Security Network (RSN) Information Element.mp4

15:31

178 Review and Quiz.mp4

03:17

31 Identify 802.11 Data Rate and WMM Information Elements

179 Intro.mp4

03:31

180 Basic and Optional (Legacy) Data Rates.mp4

10:34

181 Minimum (and Maximum) Basic Rates.mp4

11:31

182 Data Rate Information Elements.mp4

09:13

183 WMM Information Element.mp4

10:07

184 Review and quiz.mp4

05:10

32 Describe 802.11 PHY Information Elements

185 Intro.mp4

02:33

186 Capabilities and Operation Elements.mp4

10:43

187 HT Capabilities Element.mp4

12:16

188 HT Operation Element, Subsets 1-2.mp4

12:03

189 HT Operation Element, Subset 3.mp4

09:17

190 Review and Quiz.mp4

03:44

33 Describe 802.11 VHT and Other Information Elements

191 Intro.mp4

02:06

192 VHT Capabilities Element.mp4

18:11

193 VHT Operation Element.mp4

07:19

194 SSID and Country Code Elements.mp4

08:51

195 Traffic Indication Map (TIM) Element.mp4

11:46

196 Review and Quiz.mp4

03:24

34 Describe 802.11 HE Information Elements

197 Intro.mp4

02:41

198 HE Capabilities Element.mp4

15:50

199 HE Operation Element - Mandatory Fields.mp4

13:40

200 HE Operation Element - Optional Fields.mp4

07:50

201 Review and Quiz.mp4

06:27

35 Describe 802.11 Contention Mechanisms

202 Intro.mp4

04:41

203 CSMA-CA, CCA, and DCF.mp4

09:45

204 Physical Carrier Sense.mp4

11:00

205 Virtual Carrier Sense.mp4

09:59

206 Airtime Fairness.mp4

09:54

207 Review and Quiz.mp4

04:08

36 Describe 802.11 QoS Mechanisms

208 Intro.mp4

03:53

209 Hybrid Coordination Function (HCF).mp4

07:58

210 Access Categories and User Priorities.mp4

09:29

211 Arbitration IFS (AIFS).mp4

08:39

212 Priority Contention Windows.mp4

07:32

213 TXOP and TSpec.mp4

07:09

214 Review and Quiz.mp4

03:53

37 Explain Transmit Beamforming Steering and Feedback

215 Intro.mp4

03:41

216 TxBF Operation.mp4

11:11

217 Implicit TxBF Feedback.mp4

09:34

218 Explicit TxBF Feedback.mp4

08:57

219 Multi-User TxBF.mp4

08:23

220 Review and Quiz.mp4

04:11

38 Explain 802.11 Power Savings Methods

221 Intro.mp4

02:51

222 Legacy PS-Poll.mp4

12:40

223 WMM-Power Save.mp4

09:34

224 MIMO Power Management.mp4

08:05

225 TXOP-PS and TWT.mp4

09:46

226 Review and Quiz.mp4

03:57

39 Analyze 802.11 Frame Exchanges

227 Intro.mp4

02:39

228 BSS Discovery.mp4

11:27

229 Authentication and Association.mp4

09:50

230 RTS and CTS.mp4

08:44

231 Other Frame Exchanges.mp4

13:33

232 Review and Quiz.mp4

02:43

40 Analyze 802.11 Security Protocols and Frameworks

233 Intro.mp4

03:49

234 Authentication, Encryption, and Keys.mp4

11:13

235 Wi-Fi Protected Access (WPA).mp4

11:30

236 WPA Personal and Enterprise.mp4

10:27

237 802.1X, EAP, and RADIUS.mp4

07:42

238 OWE and Hotspot 2.0.mp4

11:00

239 Review and Quiz.mp4

03:28

41 Analyze WPA and OWE Key Exchanges

240 Intro.mp4

02:44

241 WPA 4-Way Handshake.mp4

10:10

242 WPA Key Types.mp4

11:22

243 4-Way Handshake Breakdown.mp4

09:36

244 WPA3 and OWE Frame Exchanges.mp4

09:44

245 Review and Quiz.mp4

04:15

42 Analyze Roaming Frame Exchanges and Behavior

246 Intro.mp4

03:17

247 Analyzing Roaming Behavior.mp4

07:01

248 Fast Secure Roaming.mp4

06:32

249 802.11r Process.mp4

08:17

250 802.11r Frame Exchanges.mp4

08:51

251 802.11k Frame Exchange.mp4

06:02

252 Review and Quiz.mp4

05:07

43 Capture 802.11 Frames for Analysis

253 Intro.mp4

02:44

254 Analyzer Tools.mp4

12:34

255 Setting up a Packet Capture.mp4

11:00

256 Wireshark Setup Demo.mp4

08:04

257 Analyzing the Packet Capture.mp4

14:42

44 Apply 802.11 Frame Capture Parameters

258 Intro.mp4

03:40

259 Protocol Analyzer Considerations.mp4

12:38

260 Coloring and Filtering.mp4

15:14

261 Packet Slicing.mp4

15:23

45 Analyze 802.11 Frame Captures

262 Intro.mp4

03:25

263 Decrypting Captured Frames.mp4

11:25

264 Decryption Demo.mp4

08:14

265 Data Masking.mp4

10:12

266 Disk and Buffer Management.mp4

12:51

267 Review and Quiz.mp4

03:04

46 Utilize 802.11 Analysis Tools

268 Intro.mp4

03:12

269 Protocol Analyzer Features.mp4

12:25

270 Protocol Analyzer Options.mp4

12:31

271 WLAN Analyzers and Site Survey Software.mp4

09:39

272 Onsite Considerations.mp4

11:53

273 Review and Quiz.mp4

03:17

47 Use Wireless Analysis for Troubleshooting

274 Intro.mp4

03:14

275 Troubleshooting Methodologies.mp4

10:52

276 Divide and Conquer.mp4

10:47

277 Top-Down and Bottom-Up.mp4

11:10

278 Common Wireless Problems.mp4

11:31

279 Review and Quiz.mp4

03:56

48 Capture RF Spectrum Data

280 Intro.mp4

03:41

281 Spectrum Analyzers.mp4

14:41

282 FFTs and Scanning Granularity.mp4

18:20

283 Bin Size and Resolution Bandwidth (RBW).mp4

12:22

284 Review and Quiz.mp4

04:06

49 Analyze RF Spectrum Data

285 Intro.mp4

04:30

286 Airtime and Spectrum Utilization.mp4

13:13

287 Duty Cycle.mp4

11:46

288 Types of Views.mp4

10:00

289 Spectrum Analyzer Use Cases.mp4

08:46

290 Review and Quiz.mp4

03:59

50 Review CWAP Domain 3

291 Intro.mp4

01:23

292 Review Part 1.mp4

10:30

293 Review Part 2.mp4

13:45

294 Review Part 3.mp4

07:42

295 Review Part 4.mp4

12:33

51 Review CWAP Domain 4

296 Intro.mp4

01:08

297 Review Part 1.mp4

12:01

298 Review Part 2.mp4

10:31

299 Review Part 3.mp4

08:21

300 Review Part 4.mp4

08:57

301 Bonus Review.mp4

06:59

52 Review CWAP Domains 1-2 and 5-6

302 Intro.mp4

01:22

303 Review Part 1.mp4

15:38

304 Review Part 2.mp4

11:37

305 Review Part 3.mp4

13:10

306 Review Part 4.mp4

11:31

Description

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.

More details

Someone with their CWAP analyzes existing wireless network setups and configurations and makes sure they're installed and running properly. Earning the CWAP is a great way to establish yourself as the local expert in wireless operations.

Once you're done with this Certified Wireless Analysis Professional (CWAP) training, you'll know how to analyze and troubleshoot wireless networks with a focus on advanced techniques and knowledge like protocol and spectrum analysis.

For IT managers, this Networking training can be used to onboard new network admins, curated into individual or team training plans, or as a Networking reference resource.

CWAP: What You Need to Know

This Certified Wireless Analysis Professional training has videos that cover topics such as:

802.11 devices, protocols, and technologies
Layer frame formats for wireless protocols
MAC layer frame formats and technologies
Spectrum and protocol analysis techniques and troubleshooting

Who Should Take CWAP Training?

This CWAP training is considered associate-level Networking training, which means it was designed for network admins. This WLAN skills course is designed for network admins with three to five years of experience with wireless networking.

New or aspiring network admins. This course covers advanced physical layer formats, MAC layer frame formats, wireless operations, as well as spectrum and protocol analysis and troubleshooting â€” that's advanced stuff for someone who's brand new to network administration or wireless administration. However, if you have to accelerate your wireless knowledge in a hurry, this is a good course to catapult yourself with.

Experienced network admins. If you've had a hand in wireless network administration and management for a few years but you're not sure how to move your career forward, this CWAP training might be what you're looking for. Learn advanced techniques in troubleshooting wireless networks while you learn everything there is to know about advanced wireless technologies and devices.

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Computer Network

Network Engineering

Wireless Networking

Jeff Kish

Instructor's Courses

My passion comes alive when a dry-erase marker is in my hand! I want learners to understand more than a list of bullet points — and gain a deeper comprehension of topics.

Jeff Kish has over 15 years of IT experience, focusing mainly on core infrastructure and data center technologies. He holds a number of Cisco certifications, including CCIEs in Routing and Switching and Data Center. He also focuses on network programmability and software-defined networking. Jeff has a degree in electrical engineering. When he’s not creating training, Jeff enjoys spending time with his family, writing fantasy novels, coding video games, and participating in the occasional Super Smash Bros tournament.

Certifications: Cisco CCIE Routing and Switching, Cisco CCIE Data Center, Cisco CCNP Data Center, Cisco CCNP Routing and Switching, Cisco CCDP, Cisco CCIP, Cisco CCNA Data Center, CCNA Routing and Switching, Cisco CCDA, Cisco DCUCD Specialist, Cisco DCUFD Specialist

Areas of expertise: Cisco, core infrastructure technology, data center technologies

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