分类：工程安装测试    下载：0    浏览：7    时间：2026-07-29

Table of contents 1 OVERVIEW 24 1.1 Scope and purpose  24 1.2 Definition of devices under test  24 1.3 References 30 1.4 Acronyms and definitions 31 1.4.1 Acronyms and abbreviations. 31 1.4.2 Definitions 36 2 TEST TOOLS, METHODOLOGY AND APPROACH 37 2.1 Sniffer 37 2.2 Test automation 37 2.2.1 Wi-Fi Test Suite software  37 2.2.2 QuickTrack Test Tool software 37 2.3 Basic system test configuration 38 2.4 Test Bed capability requirements. 39 2.4.1 Test bed AP requirements  39 2.4.2 Test bed STA requirements  47 3 REQUIREMENTS FOR WI-FI ALLIANCE CERTIFICATION  56 3.1 General requirements. 56 3.1.1 Prerequisite certification requirements 56 3.1.2 Testing requirements  56 3.2 Applicability of tests 57 3.2.1 Wi-Fi CERTIFIED 6 Release 1 APUT test applicability  58 3.2.2 Wi-Fi CERTIFIED 6 Release 2 APUT test applicability  64 3.2.3 Wi-Fi CERTIFIED 6 Release 1 STAUT test applicability  64 3.2.4 Wi-Fi CERTIFIED 6 Release 2 STAUT test applicability  70 3.2.5 Wi-Fi CERTIFIED 6 Release 1 Mobile APUT test applicability. 70 3.2.6 Wi-Fi CERTIFIED 6 Release 2 Mobile APUT test applicability. 77 3.2.7 Wi-Fi CERTIFIED 6 Release 1 20 MHz-only STAUT test applicability 78 3.2.8 Wi-Fi CERTIFIED 6 Release 2 20 MHz-only STAUT test applicability 82 3.3 DUT requirements  83 3.3.1 General requirements 83 3.3.2 APUT requirements. 83 3.3.2.1 Out of Box requirements  85 3.3.3 STAUT requirements  85 3.4 Testing rules. 86 3.4.1 APUT testing rules  87 3.4.2 STAUT testing rules  87 4 APUT TESTS. 88 4.1 APUT Out of Box tests 88 4.1.1 APUT Out of Box test  88 4.2 APUT security tests 90 4.2.1 APUT security configurability test 90 4.2.2 APUT WEP not used with HE associations negative test. 91 4.2.3 APUT Disallows HE TKIP test. 93 4.2.4 APUT security configurability in 6 GHz test  94 4.3 APUT initial 5 GHz operation tests. 96 4.3.1 APUT initial 5 GHz operation tests 96 4.4 APUT initial ping interoperability tests 98 4.4.1 APUT initial ping interoperability with WPA2-Enterprise security test  98 4.4.2 APUT initial ping interoperability with WPA3-Personal security test. 102 4.5 APUT association and throughput tests. 106 4.5.1 (Deleted) 106 4.5.2 APUT association and throughput without security test 106 4.5.3 APUT association and throughput using WPA2-Personal security test 108 4.6 802.11d and 802.11h tests. 112 4.6.1 (Deleted) 112 4.7 APUT dual band tests  112 4.7.1 Concurrent dual band APUT test  112 4.8 (Deleted). 116 4.9 (Deleted). 116 4.10 (Deleted). 116 4.11 (Deleted). 116 4.12 APUT A-MPDU aggregation tests  116 4.12.1 APUT receives A-MPDU aggregation with and without WPA2-Personal test 116 4.13 APUT A-MSDU reception tests  119 4.13.1 APUT A-MSDU reception when AP is the receiver test 119 4.14 APUT overlapping BSS tests 121 4.14.1 APUT overlapping BSS at 2.4 GHz test. 121 4.14.2 APUT overlapping BSS at 5 GHz test 123 4.15 (Deleted). 125 4.16 A-MPDU aggregation when the AP is the transmitter tests 125 4.16.1 A-MPDU aggregation when the AP is the transmitter test 125 4.17 Ability to receive A-MPDU with A-MSDU tests  127 4.17.1 Ability to receive A-MPDU with A-MSDU test  127 4.18 HE SU preamble format and channel width where AP is the transmitter tests  129 4.18.1 HE SU preamble format and channel width where AP is the transmitter test 129 4.19 HE SU preamble format and channel width where AP is the receiver tests  134 4.19.1 HE SU preamble format and channel width where AP is the receiver test  134 4.20 APUT uses LDPC when transmitting HE A-MPDU with MCS 0-7 tests  137 4.20.1 APUT uses LDPC when transmitting HE A-MPDU with MCS 0-7 test  137 4.21 APUT LDPC when receiving HE A-MPDU with MCS 0-7 tests 140 4.21.1 APUT LDPC when receiving HE A-MPDU with MCS 0-7 test 140 4.22 APUT uses BCC when transmitting HE A-MPDU with MCS 0-7 tests  143 4.22.1 APUT uses BCC when transmitting HE A-MPDU with MCS 0-7 test  143 4.23 APUT BCC receives HE A-MPDU with MCS 0-7 tests  146 4.23.1 APUT BCC receives HE A-MPDU with MCS 0-7 test  146 4.24 APUT SU MIMO with one and two spatial streams tests. 148 4.24.1 APUT SU MIMO with one and two spatial streams test. 148 4.25 APUT receives single TID compressed BA with 64 MSDUs, no fragmentation and channel widths tests 151 4.25.1 APUT receives single TID compressed BA with 64 MSDUs no fragmentation and channel widths test  151 4.26 APUT transmits single TID compressed BA with 64 MSDUs, no fragmentation and channel widths tests  154 4.26.1 APUT transmits single TID compressed BA with 64 MSDUs no fragmentation and channel widths test 154 4.27 APUT receives HE Long Training field, and guard interval and packet extension tests 157 4.27.1 APUT receives HE-LTF, and GI and packet extension test. 157 4.27.2 APUT receives HE-LTF, and GI and packet extension test in the 6 GHz band  161 4.28 APUT transmits HE Long Training field and guard interval tests. 165 4.28.1 APUT transmits HE-LTF and GI test  165 4.28.2 APUT transmits HE-LTF and GI in 6 GHz band test 169 4.29 APUT DL OFDMA tests 173 4.29.1 APUT DL OFDMA test 173 4.30 APUT DL OFDMA PHY tests 178 4.30.1 APUT DL OFDMA PHY test 178 4.30.2 APUT DL OFDMA PHY in 6 GHz band test. 187 4.31 APUT transmits MCS 8-9 tests  193 4.31.1 APUT transmits MCS 8-9 test  193 4.32 APUT receives MCS 8-9 tests 197 4.32.1 APUT receives MCS 8-9 test 197 4.33 APUT transmits MCS 10-11 tests  200 4.33.1 APUT transmits MCS 10-11 test  200 4.34 APUT receives MCS 10-11 tests 204 4.34.1 APUT receives MCS 10-11 test 204 4.35 APUT transmits single user beamforming as the beamformer tests 207 4.35.1 APUT transmits SU beamforming as the beamformer with Sounding Dimension ≤ 4 test  207 4.35.2 APUT transmits SU beamforming as the beamformer with sounding dimension of 8 test  211 4.35.3 APUT transmits SU beamforming as the beamformer at 160 MHz test  214 4.36 APUT transmits MCS 8-9 in MU PPDU tests. 217 4.36.1 APUT transmits MCS 8-9 in MU PPDU test  217 4.37 APUT transmits MCS 10-11 in MU PPDU tests. 223 4.37.1 APUT transmits MCS 10-11 in MU PPDU test  223 4.38 APUT transmits 160 MHz PPDU tests 227 4.38.1 APUT transmits 160 MHz PPDU test. 227 4.39 APUT receives 160 MHz PPDU tests  230 4.39.1 APUT receives 160 MHz PPDU test  230 4.40 AP UL OFDMA PHY tests  233 4.40.1 APUT UL OFDMA at 2.4 GHz using one spatial streams BCC coding test. 235 4.40.2 APUT UL OFDMA at 2.4 GHz using two spatial streams BCC coding test 238 4.40.3 APUT UL OFDMA at 2.4 GHz using two spatial streams LDPC coding test 242 4.40.4 APUT ULOFDMA at 5 GHz using one spatial stream LDPC coding test  244 4.40.5 APUT UL OFDMA at 5 GHz using two spatial streams LDPC coding test  247 4.40.6 APUT UL OFDMA at 6 GHz using two spatial streams LDPC coding test  250 4.41 APUT basic high efficiency UL MU frame exchange sequence tests  257 4.41.1 Basic HE UL MU frame exchange sequence for 2.4 GHz, 20 MHz test  259 4.41.2 Basic HE UL MU frame exchange sequence for 5 GHz, 80 MHz test 262 4.42 (Deleted). 265 4.43 APUT Trigger frame MAC padding tests 266 4.43.1 APUT Trigger frame MAC padding test 266 4.44 APUT DL OFDMA 160 MHz PHY tests 273 4.44.1 APUT DL OFDMA 160 MHz PHY test 273 4.45 APUT DL MU MU-BAR for C-BA tests. 278 4.45.1 APUT DL MU MU-BAR for C-BA test. 278 4.46 APUT M-BA with Ack Type subfield set to 1 and TID 0 to 7 for Ack context solicited by S-MPDU tests  283 4.46.1 APUT M-BA with Ack Type subfield set to 1 and TID 0 to 7 and 15 for Ack context solicited by S-MPDU test 283 4.47 APUT receives SU MIMO with two spatial streams and 160 MHz PPDU tests 287 4.47.1 APUT receives SU MIMO with two spatial streams and 160 MHz PPDU test. 287 4.48 APUT transmits SU MIMO with two spatial streams and 160 MHz PPDU tests 290 4.48.1 APUT transmits SU MIMO with two spatial streams and 160 MHz PPDU test 290 4.49 APUT HE BSR in UL OFDMA tests 293 4.49.1 APUT HE BSR in UL OFDMA test 293 4.50 APUT receives Single TID Compressed BA with up to 256 MSDUs, no fragmentation and channel widths tests 298 4.50.1 APUT receives Single TID Compressed BA with up to 256 MSDUs, no fragmentation and channel widths test 298 4.51 APUT transmits Single TID Compressed BA with up to 256 MSDUs, no fragmentation and channel widths tests  301 4.51.1 APUT transmits Single TID Compressed BA with up to 256 MSDUs, no fragmentation and channel widths test  301 4.52 APUT receives A-Control OM for ROM tests 304 4.52.1 APUT receives A-Control OM for ROM test. 304 4.53 APUT MU BFRP tests  308 4.53.1 APUT MU BFRP test 308 4.53.2 APUT MU BFRP for eight spatial stream sounding test  312 4.53.3 (Deleted). 315 4.53.4 APUT MU BFRP in 6 GHz test. 315 4.54 APUT DL-MU-MIMO tests 319 4.54.1 APUT DL-MU-MIMO test 319 4.54.2 APUT DL-MU-MIMO in 6 GHz test  321 4.55 (Deleted). 324 4.56 APUT individual TWT tests  324 4.56.1 APUT individual TWT test  324 4.56.2 Mobile APUT individual TWT test  332 4.56.3 APUT individual TWT in 6 GHz test 342 4.56.4 Mobile APUT individual TWT test in 6 GHz 348 4.57 (Deleted). 353 4.58 APUT transmits and receives its operating mode tests 353 4.58.1 APUT transmits and receives its operating mode test 353 4.58.2 Mobile APUT Transmit operating mode (Receive) test 363 4.59 (Deleted). 368 4.60 APUT HE TB PPDU channel access rules tests 368 4.60.1 APUT HE TB PPDU channel access rules test 368 4.61 (Deleted). 371 4.62 APUT generates DL MU PPDU with Trigger frame soliciting an HE TB PPDU response which contains Ack/C-BA tests  371 4.62.1 APUT generates DL MU PPDU with Trigger frame soliciting an HE TB PPDU response which contains Ack/C-BA test  371 4.63 APUT receives MCS 8-9 in HE TB PPDU test. 375 4.63.1 APUT receives MCS 8-9 in HE TB PPDU using one spatial stream test  375 4.64 APUT receives MCS 10-11 in HE TB PPDU test. 380 4.64.1 APUT receives MCS 10-11 in HE TB PPDU at 5 GHz using one spatial stream test 381 4.65 APUT MU EDCA Parameter Set tests 384 4.65.1 APUT MU EDCA parameter test  384 4.66 APUT announces TXOP Duration RTS Threshold value test  386 4.66.1 APUT announces TXOP Duration RTS Threshold value test 386 4.67 APUT supports M-BSSID tests  388 4.67.1 APUT supports M-BSSID test  388 4.68 APUT HE MU-RTS/CTS tests 394 4.68.1 APUT transmits HE MU-RTS/CTS Trigger frames test 394 4.69 APUT transmits wideband OFDMA packets to 20 MHz only STA tests  396 4.69.1 APUT transmits wideband OFDMA packets to 20 MHz only STA test  396 4.70 APUT In-band Discovery and Association test  399 4.70.1 APUT In-band Discovery and Association test  399 4.71 APUT 20 TU Unsolicited Probe Response test 407 4.71.1 APUT 20 TU Unsolicited Probe Response test 407 4.72 APUT Out-of-Band Discovery with RNR and Discovery of a 6 GHz Multiple BSSID AP test 410 4.72.1 APUT Out-of-Band Discovery with RNR and Discovery of a 6 GHz Multiple BSSID AP test 410 4.73 APUT Transmits Beacon frame in HE SU PPDU format test  419 4.73.1 APUT Transmits Beacon frame in HE SU PPDU format test  419 4.74 (Deleted). 421 4.75 (Deleted). 421 4.76 (Deleted). 421 4.77 APUT UL MU Data Disable A-Control field 421 4.77.1 APUT UL MU Data Disable A-Control field test 421 4.78 APUT TWT Information frame 426 4.78.1 APUT TWT Information frame with announced TWT test 427 4.78.2 APUT TWT Information frame with unannounced TWT test 431 4.79 APUT UL MU MIMO with HE Single Stream Pilot HE-LTF Mode 434 4.79.1 APUT UL MU MIMO with HE Single Stream Pilot HE-LTF Mode test 434 4.80 APUT Broadcast TWT 438 4.80.1 APUT Broadcast TWT test 438 4.81 APUT dynamic MU SMPS 445 4.81.1 APUT dynamic MU SMPS with DL OFDMA test 445 4.82 APUT UL HE ER SU PPDU with 242 Tone RU 451 4.82.1 APUT UL HE ER SU PPDU with 242 Tone RU test 4.83 APUT Preamble Punctured MU PPDU  454 4.83.1 APUT Preamble Punctured MU PPDU test 454 4.84 APUT M-BSSID Control Frame 462 4.84.1 APUT M-BSSID Control Frame test 462 4.85 APUT BSS Max Idle Period 468 4.85.1 APUT BSS Max Idle Period test. 468 5 STAUT TESTS. 472 5.1 (Deleted). 472 5.2 STAUT security tests 472 5.2.1 (Deleted) 472 5.2.2 STAUT WEP not used with HE associations negative test. 472 5.2.3 STAUT disallows HE TKIP negative test  474 5.2.4 STAUT security configurability in 6 GHz test  475 5.3 STAUT basic association in the Wi-Fi CERTIFIED 6 environment tests 480 5.3.1 STAUT basic association in the Wi-Fi CERTIFIED 6 environment test  480 5.4 STAUT WPA2 initial ping tests. 483 5.4.1 STAUT WPA2 initial ping using WPA2-Enterprise security test 483 5.4.2 STAUT initial ping interoperability with WPA3-Personal security test  485 5.5 STAUT association and throughput using WPA2-Personal tests  489 5.5.1 STAUT association and throughput using WPA2-Personal test 489 5.5.2 STAUT association and throughput without security test 492 5.6 STAUT association and throughput using WPA2-Enterprise tests  494 5.6.1 STAUT association and throughput using WPA2-Enterprise test. 494 5.7 (Deleted). 496 5.8 (Deleted). 496 5.9 Roaming STAUTs with WPA2-Personal tests 496 5.9.1 Roaming single and dual band STAUTs with WPA2-Personal test  496 5.10 (Deleted). 500 5.11 (Deleted). 500 5.12 (Deleted). 500 5.13 (Deleted). 500 5.14 (Deleted). 500 5.15 STAUT receives A-MPDU aggregation with and without WPA2-Personal tests 500 5.15.1 STAUT receives A-MPDU aggregation with and without WPA2-Personal test 500 5.16 STAUT receives A-MSDU tests 504 5.16.1 STAUT receives A-MSDU test 504 5.17 STAUT overlapping BSS at 2.4 GHz tests. 506 5.17.1 STAUT overlapping BSS at 2.4 GHz test  506 5.18 STAUT overlapping BSS at 5 GHz tests 508 5.18.1 STAUT overlapping BSS at 5 GHz test 508 5.19 STAUT transmits A-MPDU aggregation tests  510 5.19.1 STAUT transmits A-MPDU aggregation test 510 5.20 (Deleted). 512 5.21 STAUT receives A-MPDU with A-MSDU tests 5.21.1 STAUT receives A-MPDU with A-MSDU test  512 5.22 STAUT receives HE SU preamble format and channel width tests 514 5.22.1 STAUT receives HE SU preamble format and channel width test. 514 5.23 STAUT transmits HE SUpreamble format and channel width tests. 517 5.23.1 STAUT transmits HE SU preamble format and channel width test 517 5.24 STAUT receives LDPC HE A-MPDU with MCS 0-7 tests 521 5.24.1 STAUT receives LDPC HE A-MPDU with MCS 0-7 test 521 5.25 STAUT transmits LDPC HE A-MPDU with MCS 0-7 tests. 523 5.25.1 STAUT transmits LDPC HE A-MPDU with MCS 0-7 test  523 5.26 STAUT receives BCC HE A-MPDU with MCS 0-7 tests 526 5.26.1 STAUT receives BCC HE A-MPDU with MCS 0-7 test 526 5.27 STAUT transmits BCC HE A-MPDU with MCS 0-7 tests. 528 5.27.1 STAUT transmits BCC HE A-MPDU with MCS 0-7 test  528 5.28 STAUT single user MIMO with one and two spatial streams tests  531 5.28.1 STAUT single user MIMO with one and two spatial streams test  531 5.29 STAUT single TID A-MPDU tests  534 5.29.1 STAUT transmits single TID compressed BA test 534 5.30 STAUT receives single TID A-MPDU tests  537 5.30.1 STAUT receives single TID Compressed BA test 537 5.31 STAUT receives HE Long Training field and guard interval modes tests  540 5.31.1 STAUT receives HE-LTF, and GI and packet extension test  540 5.31.2 STAUT receives HE-LTF, and GI and packet extension in 6 GHz band test  543 5.32 STAUT transmits HE Long Training field and guard interval tests  546 5.32.1 STAUT transmits HE-LTF and GI test 546 5.32.2 STAUT transmits HE-LTF and GI in 6 GHz band test 550 5.33 STAUT DL OFDMA tests 554 5.33.1 STAUT DL OFDMA test 554 5.34 STAUT DL OFDMA PHY test. 558 5.34.1 STAUT DL OFDMA PHY test at 20 MHz test  559 5.34.2 STAUT DL OFDMA PHY test at 40 MHz (5 GHz) test. 562 5.34.3 STAUT DL OFDMA PHY test at 80 MHz (5 GHz) test. 564 5.34.4 STAUT (20 MHz-Only) downlink OFDMA PHY test for RU 242  565 5.34.5 STAUT DL OFDMA PHY at 80 MHz (6 GHz) test 566 5.34.6 20 MHz-only STAUT DL OFDMA PHY in 6 GHz test  569 5.35 STAUT receives MCS 8-9 tests 573 5.35.1 STAUT receives MCS 8-9 test 573 5.36 STAUT transmits MCS 8-9 tests  576 5.36.1 STAUT transmits MCS 8-9 test  576 5.37 STAUT receives MCS 10-11 tests 579 5.37.1 STAUT receives MCS 10-11 test 579 5.38 STAUT transmits MCS 10-11 tests  582 5.38.1 STAUT transmits MCS 10-11 test  582 5.39 STAUT SU transmit beamforming where AP is the beamformer tests  585 5.39.1 STAUT SU transmit beamforming where AP is the beamformer, Sounding dimension ≤ 4 test 5.39.2 STAUT SU transmit beamforming where AP is the beamformer, Sounding dimension 8 589 5.39.3 STAUT SU transmit beamforming where AP is the beamformer, 160 MHz test 593 5.40 STAUT receives MCS 8-9 in MU PPDU tests 599 5.40.1 STAUT receives MCS 8-9 in MU PPDU test 599 5.41 STAUT receives MCS 10-11 in MU PPDU tests 605 5.41.1 STAUT receives MCS 10-11 in MU PPDU test 605 5.42 STAUT receives 160 MHz PPDU tests  608 5.42.1 STAUT receives 160 MHz PPDU test  608 5.43 STAUT transmits 160 MHz PPDU tests. 611 5.43.1 STAUT transmits 160 MHz PPDU test. 611 5.44 STAUT UL OFDMA PHY transmit tests 614 5.44.1 STAUT UL OFDMA PHY transmits at 2.4 GHz 1SS, 20 MHz test  616 5.44.2 STAUT UL OFDMA PHY transmits at 2.4 GHz 2SS, 20 MHz test  618 5.44.3 STAUT UL OFDMA PHY transmits at 2.4 GHz Mixed SS, 20 MHz test 621 5.44.4 STAUT UL OFDMA PHY transmits at 5 GHz 1SS, 80 MHz test 625 5.44.5 STAUT UL OFDMA PHY transmits at 5 GHz 2SS, 80 MHz test 627 5.44.6 STAUT UL OFDMA PHY transmits at 5 GHz Mixed SS, 80 MHz test. 630 5.44.7 STAUT UL OFDMA PHY transmits at 5 GHz 1SS, 40 MHz test 633 5.44.8 STAUT UL OFDMA PHY transmits at 5 GHz 2SS, 40 MHz test 635 5.44.9 STAUT UL OFDMA PHY transmits at 5 GHz Mixed SS, 40 MHz test. 639 5.44.10 STAUT UL OFDMA PHY transmits at 5 GHz 1SS for 20 MHz-only STA 642 5.44.11 STAUT UL OFDMA PHY transmits at 5 GHz 2SS for 20 MHz-only STA 644 5.44.12 STAUT UL OFDMA PHY transmits at 6 GHz 2SS, 80 MHz test 646 5.44.13 20 MHz-only STAUT UL OFDMA PHY transmit at 6 GHz 1SS. 650 5.45 STAUT basic HE UL MU frame exchange sequence tests 654 5.45.1 STAUT basic HE UL MU frame exchange sequence at 2.4 GHz, 20 MHz test  655 5.45.2 STAUT basic HE UL MU frame exchange sequence at 5 GHz, 80 MHz test 657 5.46 (Deleted). 659 5.47 STAUT Trigger frame MAC padding tests 659 5.47.1 STAUT Trigger frame MAC padding test 659 5.48 STAUT DL OFDMA with S-MPDU tests. 662 5.48.1 STAUT DL OFDMA with S-MPDU test  662 5.49 STAUT DL OFDMA PHY at 160 MHz PHY tests 665 5.49.1 STAUT DL OFDMA PHY at 160 MHz (5 GHz) test 665 5.50 STAUT DL OFDMA mixed spatial stream PHY tests. 668 5.50.1 STAUT DL OFDMA mixed spatial stream PHY test  668 5.51 STAUT DL MU MU-BAR frame for C-BA tests  671 5.51.1 STAUT DL MU MU-BAR frame for C-BA test  671 5.52 STAUT M-BA with Ack Type subfield = 1 with TID 0 to 7 for Ack context solicited by S-MPDU tests  674 5.52.1 STAUT M-BA with Ack Type subfield = 1 with TID 0 to 7 for Ack context solicited by S-MPDU test  674 5.53 STAUT HE BSR in UL OFDMA tests 677 5.53.1 STAUT HE BSR in UL OFDMA test 677 5.54 STAUT transmits single TID compressed BA with up to 256 MSDUs, no fragmentation and channel widths tests 681 5.54.1 STAUT transmits single TID compressed BA with up to 256 MSDUs, no fragmentation and channel widths test 5.55 STAUT receives single TID compressed BA with up to 256 MSDUs, no fragmentation and channel widths tests  684 5.55.1 STAUT receives single TID compressed BA with up to 256 MSDUs, no fragmentation and channel widths test  684 5.56 STAUT receives A-Control OM for ROM test  687 5.56.1 STAUT receives A-Control OM for ROM test  687 5.57 STAUT MU BFRP tests 691 5.57.1 STAUT MU BFRP for ≤4SS sounding dimension test 691 5.57.2 STAUT MU BFRP test for 8SS sounding dimension test  696 5.57.3 (Deleted). 700 5.57.4 STAUT MU BFRP for ≤ 4SS sounding dimension in 6 GHz test 700 5.58 STAUT DL MU-MIMO tests 704 5.58.1 STAUT DL MU-MIMO test 704 5.58.2 STAUT DL MU-MIMO in 6 GHz test  706 5.59 STAUT UL MU pre-correction test 709 5.59.1 STAUT UL MU pre-correction time and frequency test 709 5.59.2 STAUT UL MU Pre-correction power test  713 5.60 STAUT individual TWT tests  719 5.60.1 STAUT individual TWT test  719 5.60.2 STAUT individual TWT in 6 GHz test 729 5.61 STAUT HE A-MPDU construction of a HE TB PPDU tests 735 5.61.1 STAUT HE A-MPDU construction of HE TB PPDU test  735 5.62 STAUT UL MU sensing rules tests  742 5.62.1 STAUT UL MU sensing test 742 5.62.2 STAUT UL MU sensing in 6 GHz test  744 5.63 STAUT channel access trigger-based PPDU transmission tests  747 5.63.1 STAUT trigger-based PPDU transmission test  747 5.64 STAUT channel access rules tests  750 5.64.1 STAUT MU EDCA Parameter Set test. 750 5.65 STAUT spatial reuse operation tests 758 5.65.1 STAUT OBSS_PD-based test 758 5.66 STAUT transmits UPH A-Control tests  761 5.66.1 STAUT transmits UPH A-Control test  761 5.67 (Deleted). 764 5.68 STAUT acknowledgement to DL MU PPDU which solicits in HE TB PPDU response containing Ack/C-BA tests. 764 5.68.1 STAUT acknowledgement to DL MU PPDU which solicits in HE TB PPDU response containing Ack/C-BA test  764 5.69 STAUT transmits MCS 8-9 in HE TB PPDU tests 767 5.69.1 STAUT transmits MCS 8-9 in HE TB PPDU test 767 5.70 STAUT transmits MCS 10-11 in HE TB PPDU test 771 5.70.1 STAUT transmits MCS 10-11 in HE TB PPDU at 5 GHz using one spatial stream test 772 5.71 STAUT RTS exchange based on TXOP Duration RTS Threshold value tests 774 5.71.1 STAUT RTS exchange based on TXOP Duration RTS Threshold value test 774 5.72 STAUT M-BSSID tests 777 5.72.1 STAUT M-BSSID test. 777 5.73 STAUT HE MU-RTS /CTS tests 783 5.73.1 STAUT HE MU-RTS/CTS test 5.74 STAUT transmits operating mode tests 785 5.74.1 STAUT transmits operating mode test 785 5.75 STAUT In-Band Discovery & Association test 792 5.75.1 STAUT In-Band Discovery & Association test 792 5.76 STAUT 20 TU unsolicited Probe Responses test  807 5.76.1 STAUT 20 TU unsolicited Probe Responses test  807 5.77 STAUT Receives Beacon frame in HE SU PPDU test  810 5.77.1 STAUT Receives Beacon frame in HE SU PPDU test  810 5.78 STAUT Out-of-Band Discovery with RNR test 813 5.78.1 STAUT Out-of-Band Discovery with RNR test 813 5.79 (Deleted). 817 5.80 (Deleted). 817 5.81 STAUT UL MU Data Disable A-Control field 817 5.81.1 STAUT UL MU Data Disable A-Control field test 817 5.82 STAUT TWT Information frame 821 5.82.1 STAUT TWT Information frame test. 821 5.83 STAUT UL MU MIMO with HE Single Stream Pilot HE-LTF Mode 829 5.83.1 STAUT UL MU MIMO with HE Single Stream Pilot HE-LTF Mode test. 829 5.84 STAUT Broadcast TWT 837 5.84.1 STAUT Broadcast TWT test. 837 5.85 STAUT dynamic MU SMPS 842 5.85.1 STAUT dynamic MU SMPS with DL MU-MIMO test 842 5.85.2 STAUT dynamic MU SMPS with DL OFDMA test 846 5.86 STAUT UL HE ER SU PPDU with 242 Tone RU. 851 5.86.1 STAUT UL HE ER SU PPDU with 242 Tone RU test  851 5.87 STAUT TXOP Limit  854 5.87.1 STAUT TXOP Limit test 854 5.88 STAUT Preamble Punctured MU PPDU 860 5.88.1 STAUT Preamble Punctured MU PPDU test 860 5.89 STAUT M-BSSID Control Frame 870 5.89.1 STAUT M-BSSID Control Frame test. 870 5.90 STAUT BSS Max Idle Period 875 5.90.1 STAUT BSS Max Idle Period test  875 APPENDIX A (NORMATIVE) TEST BED PRODUCTS 878 A.1 Approved test bed vendors  878 A.2 Approved test bed equipment  878 APPENDIX B SCRIPT FILES 881 APPENDIX C THRESHOLD VALUES 889 APPENDIX D DEFAULT WMM PARAMETERS. 915 APPENDIX E TRAFFIC STREAMS 916 APPENDIX F (INFORMATIVE) DOCUMENT REVISION HISTORY

分类：工程安装测试    下载：0    浏览：5    时间：2026-07-29

Table of contents 1 OVERVIEW 21 1.1 Scope and purpose  21 1.2 Definition of devices under test  21 1.3 References . 24 1.4 Acronyms and definitions . 24 1.4.1 Acronyms and abbreviations. 24 2 TEST TOOLS, METHODOLOGY AND APPROACH 31 2.1 Sniffer . 31 2.2 Test Automation . 31 2.2.1 Wi-Fi Test Suite software  31 2.3 Basic system test configuration 31 2.4 Test bed requirements . 32 2.4.1 Test bed AP requirements  33 2.4.2 Test bed STA requirements  41 3 REQUIREMENTS FOR WI-FI ALLIANCE CERTIFICATION  51 3.1 General requirements. 51 3.1.1 Prerequisite certification requirements 51 3.2 Applicability of tests 51 3.2.1 Wi-Fi CERTIFIED 7 APUT test applicability 52 3.2.2 Wi-Fi CERTIFIED 7 STAUT test applicability . 57 3.3 DUT requirements  62 3.3.1 General requirements . 63 3.3.2 APUT requirements. 63 3.3.3 STAUT requirements  65 3.3.4 Default security for Wi-Fi 7 devices. 66 3.4 Testing rules. 67 3.4.1 APUT testing rules  67 3.4.2 STAUT testing rules  67 4 APUT TESTS. 68 4.1 APUT Ability to receive A-MPDU with A-MSDU test 68 4.1.1 APUT Ability to receive A-MPDU with A-MSDU test. 68 4.2 APUT overlapping BSS test . 70 4.2.1 APUT overlapping BSS test  70 4.3 Removed  74 4.4 APUT EHT preamble format, BW, MCS 0-9, LTF+GI, PE, Coding test. 74 4.4.1 APUT EHT preamble format, BW, MCS 0-9, LTF+GI, PE, BCC (2.4/5/6 GHz) and LDPC (5/6 GHz) test for 20 MHz . 74 4.4.2 APUT EHT preamble format, BW, MCS 0-9, LTF+GI, PE, LDPC (2.4 GHz) test for 20 MHz 83 4.4.3 APUT EHT preamble format, BW, MCS 0-9, LTF+GI, PE, LDPC (5/6 GHz) test for 40 MHz 85 4.4.4 APUT EHT preamble format, BW, MCS 0-9, LTF+GI, PE, LDPC (5/6 GHz) test for 80 MHz 88 4.4.5 APUT EHT preamble format, BW, MCS 0-9, LTF+GI, PE, LDPC (6 GHz) test for 160 MHz. 4.5 APUT SU MIMO with two spatial streams with all combinations of LTF/GI . 93 4.5.1 APUT SU MIMO with two spatial streams with all combinations of LTF/GI in 20 MHz bandwidth in 2.4/5 and 6 GHz 93 4.5.2 APUT SU MIMO with two spatial streams with all combinations of LTF/GI in 20 MHz using LDPC in 2.4 GHz  99 4.5.3 APUT SU MIMO with two spatial streams with all combinations of LTF/GI in 40 MHz bandwidth in 5 and 6 GHz 101 4.5.4 APUT SU MIMO with two spatial streams with all combinations of LTF/GI in 80 MHz bandwidth in 5 and 6 GHz 105 4.5.5 APUT SU MIMO with two spatial streams with all combinations of LTF/GI in 160 MHz bandwidth in 6 GHz 109 4.6 APUT Basic MLO operation of an AP MLD operating with a STA MLD test . 113 4.6.1 APUT Basic MLO operation of an AP MLD operating with a STA MLD test  113 4.7 APUT transmits and receives MCS 10-11 test  121 4.7.1 APUT transmits and receives MCS 10-11 test . 121 4.8 APUT C-BA variant in BA Frame (A-)MSDUs ACKed=256 no fragmentation test  130 4.8.1 APUT C-BA variant in BA Frame (A-)MSDUs ACKed=256 no fragmentation receiver test . 130 4.8.2 APUT C-BA variant in BA Frame (A-)MSDUs ACKed=256 no fragmentation transmitter test . 133 4.9 APUT 160 MHz TX RX EHT SU Transmissions in 5 GHz band test . 137 4.9.1 APUT 160 MHz TX RX EHT SU Transmissions test  137 4.10 APUT DL OFDMA tests 144 4.10.1 APUT DL OFDMA with 1SS test  145 4.10.2 APUT DL OFDMA with mixed SS test . 151 4.11 APUT UL OFDMA tests 156 4.11.1 APUT UL OFDMA test using 20 MHz, MCS 0-9, BCC, 1SS (2.4 GHz). 157 4.11.2 APUT UL OFDMA test using 20 MHz, MCS 0-9, BCC, 2SS (2.4 GHz). 160 4.11.3 APUT UL OFDMA test using 20 MHz, MCS 0-9, BCC, mixed SS (2.4 GHz)  161 4.11.4 APUT UL OFDMA test using 80 MHz, MCS 0-9, LDPC, 1SS (5/6 GHz). 162 4.11.5 APUT UL OFDMA test using 80 MHz, MCS 0-9, LDPC, mixed SS, EHT TB PPDU (5/6 GHz)  165 4.11.6 APUT UL OFDMA test using 80 MHz, MCS 0-9, LDPC, mixed SS, HE TB PPDU (5/6 GHz)  167 4.11.7 APUT UL OFDMA test using 80 MHz, MCS 0-9, LDPC, 2SS (5/6 GHz). 170 4.11.8 APUT UL OFDMA test using 20 MHz, MCS 0-9, LDPC, 2SS (2.4 GHz). 172 4.12 APUT SU Tx Beamforming transmit tests 173 4.12.1 APUT SU TX beamforming transmit test with sounding dimensions ≤ 4 . 173 4.12.2 APUT SU TX beamforming transmit test with sounding dimensions ≤ 4 for 160 MHz in 5 GHz . 178 4.12.3 APUT SU TX beamforming transmit test with sounding dimensions ≤ 4 for 320 MHz  180 4.13 APUT multi-link BA between an AP MLD and a STA MLD tests . 182 4.13.1 APUT multi-link BA between an AP MLD and a STA MLD test . 182 4.14 APUT 160 MHz EHT TB PPDU RX tests. 188 4.14.1 APUT 160 MHz EHT TB PPDU RX with 1 SS test  188 4.14.2 APUT 160 MHz EHT TB PPDU RX with mixed SS test. 193 4.15 APUT 160 MHz DL OFDMA tests  199 4.15.1 APUT 160 MHz DL OFDMA for 5 GHz with 1 SS test . 200 4.15.2 APUT 160 MHz DL OFDMA for 5 GHz with mixed SS test . 201 4.16 APUT SU MCS 13 tests . 203 4.16.1 APUT SU MCS 13 test . 203 4.17 APUT transmits MCS 10-11 in EHT MU PPDU (OFDMA) tests  209 4.17.1 APUT transmits MCS 10-11 in EHT MU PPDU (OFDMA) test 209 4.18 APUT receives MCS 10-11 in EHT TB PPDU (OFDMA) tests . 4.19 APUT DL OFDMA with beamforming tests  225 4.19.1 APUT DL OFDMA with beamforming test 225 4.20 APUT 320 MHz EHT SU transmission tests  235 4.20.1 APUT 320 MHz EHT SU transmission with 1SS test. 236 4.20.2 APUT 320 MHz EHT SU transmission with 2SS test. 244 4.21 APUT 320 MHz EHT TB PPDU Rx tests . 247 4.21.1 APUT 320 MHz EHT TB PPDU Rx test . 247 4.22 APUT channel switch tests  251 4.22.1 APUT channel switch test  251 4.23 APUT DL MU-MIMO tests  255 4.23.1 APUT DL MU-MIMO test 255 4.23.2 APUT DL MU-MIMO using 160 MHz in 5 GHz test . 264 4.24 APUT UL MU-MIMO tests  268 4.24.1 APUT UL MU-MIMO test 268 4.24.2 APUT UL MU-MIMO using 160 MHz in 5 GHz test . 273 4.25 APUT 320 MHz DL OFDMA tests  276 4.25.1 APUT 320 MHz DL OFDMA Part 1 test . 276 4.25.2 APUT 320 MHz DL OFDMA Part 2 test . 280 4.26 APUT EHT OMI tests . 283 4.26.1 APUT EHT OMI test . 283 4.27 APUT STR operation of an AP MLD operating with a STA MLD tests  288 4.27.1 APUT STR operation of an AP MLD operating with a STA MLD test  288 4.28 APUT AP MLD operating with a STA MLD supporting EMLSR: AP initiated Tx tests. 293 4.28.1 APUT AP MLD operating with a STA MLD supporting EMLSR: AP initiated Tx test  293 4.29 APUT BSS Critical Update tests  300 4.29.1 APUT BSS Critical Update test  300 4.30 APUT MLO Power Save tests  304 4.30.1 APUT MLO Power Save test 304 4.31 APUT static puncturing in 6 GHz non-OFDMA SU tests . 307 4.31.1 APUT static puncturing in 6 GHz non-OFDMA SU test (80 MHz) . 307 4.31.2 APUT static puncturing in 6 GHz non-OFDMA SU test (160 MHz) . 312 4.31.3 APUT static puncturing in 6 GHz non-OFDMA SU test (320-1 MHz)  318 4.31.4 APUT static puncturing in 6 GHz non-OFDMA SU test (320-2 MHz)  322 4.32 APUT static puncturing in 6 GHz UL OFDMA tests . 329 4.32.1 APUT static puncturing in 6 GHz UL OFDMA test (80 MHz) . 329 4.32.2 APUT static puncturing in 6 GHz UL OFDMA test (160 MHz) . 332 4.33 APUT static puncturing in 6 GHz DL OFDMA tests . 335 4.33.1 APUT static puncturing in 6 GHz DL OFDMA test (80 MHz) . 335 4.33.2 APUT static puncturing in 6 GHz DL OFDMA test (160 MHz) . 338 4.34 APUT static puncturing in 6 GHz DL MU-MIMO tests . 341 4.34.1 APUT static puncturing in 6 GHz DL MU-MIMO test (80 MHz) . 341 4.34.2 APUT static puncturing in 6 GHz DL MU-MIMO test (160 MHz) . 348 4.35 APUT static puncturing in 6 GHz UL MU-MIMO tests 4.35.1 APUT static puncturing in 6 GHz UL MU-MIMO test (80 MHz) . 352 4.35.2 APUT static puncturing in 6 GHz UL MU-MIMO test (160 MHz) . 356 4.36 APUT dynamic MU SMPS tests . 360 4.36.1 APUT dynamic MU SMPS with DL OFDMA test . 360 4.37 Removed  368 4.38 APUT group addressed frame tests . 368 4.38.1 APUT ability to deliver group addressed data frame over multiple links test . 368 4.39 APUT large MRU with DL OFDMA tests 372 4.39.1 APUT large MRU with DL OFDMA test for 80 MHz (5 GHz) . 372 4.39.2 APUT large MRU with DL OFDMA test for 160 MHz (6 GHz) . 375 4.40 APUT large MRU with UL OFDMA tests 378 4.40.1 APUT large MRU with UL OFDMA test for 80 MHz (5 GHz) . 378 4.40.2 APUT large MRU with UL OFDMA test for 160 MHz (6 GHz) . 380 4.41 APUT small MRU with DL OFDMA tests . 383 4.41.1 APUT small MRU with DL OFDMA test for 20 MHz (2.4/5 GHz). 383 4.41.2 APUT small MRU with DL OFDMA test for 40 MHz (5 GHz). 386 4.41.3 APUT small MRU with DL OFDMA test for 80 MHz (5/6 GHz) 389 4.42 APUT UL OFDMA test using Small MRUs  392 4.42.1 APUT small MRU with UL OFDMA test for 20 MHz (2.4/5 GHz). 392 4.42.2 APUT small MRU with UL OFDMA test for 40 MHz (5 GHz). 396 4.42.3 APUT small MRU with UL OFDMA test for 80 MHz (5/6 GHz) 399 4.43 APUT EMLSR power save tests  402 4.43.1 APUT EMLSR power save test  402 4.44 APUT static puncturing in 6 GHz non-OFDMA SU with CSA tests . 406 4.44.1 APUT static puncturing in 6 GHz non-OFDMA SU with CSA test (80 MHz) . 406 4.44.2 APUT static puncturing in 6 GHz non-OFDMA SU with CSA test (320 MHz) . 412 4.45 APUT AP MLD operating with a STA MLD supporting EMLSR: AP initiated TB UL operation tests  417 4.45.1 APUT AP MLD operating with a STA MLD supporting EMLSR: AP initiated TB UL operation test  417 4.46 APUT MLO+MBSSID tests  423 4.46.1 APUT MLO+MBSSID discovery and functional verification with TxBSSID test. 423 4.46.2 APUT MLO+BSSID functional verification with nonTxBSSID test . 429 4.47 APUT Triggered Uplink access optimization tests . 434 4.47.1 APUT Triggered Uplink access optimization test . 434 4.48 APUT affiliated AP removal and re-addition tests 439 4.48.1 APUT affiliated AP removal and re-addition test 439 4.49 APUT link disablement and enablement using advertised TID-to-link mapping tests . 444 4.49.1 APUT link disablement and enablement using advertised TID-to-link mapping test . 444 4.50 APUT basic load balancing tests . 451 4.50.1 APUT basic load balancing that supports 2 or more links test  451 4.51 Removed  461 4.52 Removed  461 4.53 APUT EPCS tests  461 4.53.1 APUT transmits and receives requests to enable EPCS with teardown test . 461 4.54 APUT C-BA variant in BA Frame (A-)MSDUs ACKed=512 no fragmentation tests 4.54.1 APUT C-BA variant in BA Frame (A-)MSDUs ACKed=512 no fragmentation receiver test  467 4.54.2 APUT C-BA variant in BA Frame (A-)MSDUs ACKed=512 no fragmentation transmitter test  469 5 STAUT TESTS. 473 5.1 STAUT receives A-MPDU with A-MSDU test  473 5.1.1 STAUT receives A-MPDU with A-MSDU test . 473 5.2 STAUT overlapping BSS test . 475 5.2.1 STAUT overlapping BSS test  475 5.3 Removed  478 5.4 Removed  478 5.5 Removed  478 5.6 STAUT EHT preamble format, BW, MCS 0-9, LTF+GI, PE, Coding test  478 5.6.1 STAUT EHT preamble format, BW, MCS 0-9, LTF+GI, PE, BCC (2.4/5/6 GHz) and LDPC (5/6 GHz) test for 20 MHz . 478 5.6.2 STAUT EHT preamble format, BW, MCS 0-9, LTF+GI, PE, LDPC (2.4 GHz) test for 20 MHz 486 5.6.3 STAUT EHT preamble format, BW, MCS 0-9, LTF+GI, PE, LDPC (5/6 GHz) test for 40 MHz 488 5.6.4 STAUT EHT preamble format, BW, MCS 0-9, LTF+GI, PE, LDPC (5/6 GHz) test for 80 MHz 492 5.7 STAUT SU MIMO with two spatial streams with all combinations of LTF/GI. 496 5.7.1 STAUT SU MIMO with two spatial streams with all combinations of LTF/GI in 20 MHz in 2.4/5 and 6 GHz . 496 5.7.2 STAUT SU MIMO with two spatial streams with all combinations of LTF/GI in 20 MHz using LDPC in 2.4 GHz 502 5.7.3 STAUT SU MIMO with two spatial streams with all combinations of LTF/GI in 40 MHz in 5 and 6 GHz . 504 5.7.4 STAUT SU MIMO with two spatial streams with all combinations of LTF/GI in 80 MHz in 5 and 6 GHz . 508 5.8 STAUT Basic MLO operation of an AP MLD operating with a STA MLD test . 513 5.8.1 STAUT Basic MLO operation of an AP MLD operating with a STA MLD test  513 5.9 STAUT transmits and receives MCS 10-11 test  523 5.9.1 STAUT transmits and receives MCS 10-11 test . 523 5.10 STAUT C-BA variant in BA Frame (A-)MSDUs ACKed=256 no fragmentation test  532 5.10.1 STAUT C-BA variant in BA Frame (A-)MSDUs ACKed=256 no fragmentation receiver test  532 5.10.2 STAUT C-BA variant in BA Frame (A-)MSDUs ACKed=256 no fragmentation transmitter test 534 5.11 STAUT 160 MHz TX RX EHT SU Transmissions test . 537 5.11.1 STAUT 160 MHz TX RX EHT SU Transmissions test . 537 5.12 STAUT DL OFDMA tests . 545 5.12.1 STAUT DL OFDMA test at 20 MHz with 1 SS and RU26/52 (2.4/5 GHz) . 547 5.12.2 STAUT DL OFDMA test at 20 MHz with mixed or 2 SS and RU106 (2.4 GHz)  548 5.12.3 STAUT DL OFDMA test at 40 MHz with 1SS and RU52 (5 GHz) . 550 5.12.4 STAUT DL OFDMA test at 80 MHz with 1SS and RU106/242 (5 GHz)  551 5.12.5 STAUT DL OFDMA test at 80 MHz with mixed or 2SS and RU484 (5 GHz)  553 5.12.6 STAUT DL OFDMA test at 80 MHz with 1SS and RU106/242 (6 GHz)  554 5.12.7 STAUT DL OFDMA test at 80 MHz with mixed or 2SS and RU484 (6 GHz)  556 5.13 STAUT UL OFDMA tests . 557 5.13.1 STAUT UL OFDMA test using 20 MHz, MCS 0-9, BCC, 1SS, RU26 (2.4 GHz) . 560 5.13.2 STAUT UL OFDMA test using 20 MHz, MCS 0-9, BCC, mixed or 2SS, RU52 (2.4 GHz)  561 5.13.3 STAUT UL OFDMA test using 20 MHz, MCS 0-9, BCC, mixed or 2SS, RU106 (2.4 GHz)  563 5.13.4 STAUT UL OFDMA test using 40 MHz, MCS 0-9, LDPC, 1SS, RU52 (5/6 GHz) . 565 5.13.5 STAUT UL OFDMA test using 40 MHz, MCS 0-9, LDPC, mixed or 2SS, RU106/26/52 (5/6 GHz)  566 5.13.6 STAUT UL OFDMA test using 80 MHz, MCS 0-9, LDPC, 1SS, RU242 (5/6 GHz) . 5.13.7 STAUT UL OFDMA test using 80 MHz, MCS 0-9, LDPC, mixed or 2SS, RU106/242/484 (5/6 GHz)  570 5.13.8 STAUT UL OFDMA test using 20 MHz, MCS 0-9, LDPC, 1SS, RU26 (2.4 GHz) . 574 5.13.9 STAUT UL OFDMA test using 20 MHz, MCS 0-9, LDPC, mixed or 2SS, RU52 (2.4 GHz)  574 5.13.10 STAUT UL OFDMA test using 20 MHz, MCS 0-9, LDPC, mixed or 2SS, RU106 (2.4 GHz)  575 5.14 STAUT SU TX beamforming receive tests. 575 5.14.1 STAUT SU TX beamforming receive test with sounding dimensions ≤ 4  575 5.14.2 STAUT SU TX beamforming receive test with sounding dimensions ≤ 4 for 160 MHz . 582 5.14.3 STAUT SU TX beamforming receive test with sounding dimensions ≤ 4 for 320 MHz . 585 5.15 STAUT multi-link BA between an AP MLD and a STA MLD tests . 588 5.15.1 STAUT multi-link BA between an AP MLD and a STA MLD test. 588 5.16 STAUT 160 MHz EHT TB PPDU TX tests . 593 5.16.1 STAUT 160 MHz EHT TB PPDU Tx test using 484-tones RU  593 5.16.2 STAUT 160 MHz EHT TB PPDU Tx test using 996-tones RU  596 5.17 STAUT 160 MHz DL OFDMA tests 599 5.17.1 STAUT 160 MHz DL OFDMA with 1 SS in 5 GHz band test . 601 5.17.2 STAUT 160 MHz DL OFDMA with mixed SS in 5 GHz band test . 602 5.17.3 STAUT 160 MHz DL OFDMA with 1 SS in 6 GHz band test . 603 5.17.4 STAUT 160 MHz DL OFDMA with mixed SS in 6 GHz band test . 604 5.18 STAUT SU MCS 13 tests . 606 5.18.1 STAUT SU MCS 13 test. 606 5.19 STAUT receives MCS 10-11 in EHT MU PPDU (OFDMA) tests . 612 5.19.1 STAUT receives MCS 10-11 in EHT MU PPDU (OFDMA) test. 612 5.20 STAUT transmits MCS 10-11 in EHT TB PPDU (OFDMA) tests. 619 5.20.1 STAUT transmits MCS 10-11 in EHT TB PPDU (OFDMA) test  619 5.21 STAUT DL OFDMA with beamforming tests 624 5.21.1 STAUT DL OFDMA with beamforming at 20 MHz in 2.4 GHz band test . 624 5.21.2 STAUT DL OFDMA with beamforming at 80 MHz in 5 GHz band test  629 5.21.3 STAUT DL OFDMA with beamforming at 80 MHz in 6 GHz band test  634 5.22 STAUT 320 MHz EHT SU transmission tests  640 5.22.1 STAUT 320 MHz EHT SU transmission test 640 5.23 STAUT 320 MHz EHT TB PPDU Tx tests 649 5.23.1 STAUT 320 MHz EHT TB PPDU Tx using 996-tones RU test  649 5.23.2 STAUT 320 MHz EHT TB PPDU Tx using 2x996-tones RU test  652 5.24 STAUT channel switch tests  656 5.24.1 STAUT channel switch test  656 5.25 STAUT WMM tests. 659 5.25.1 STAUT WMM AC AIFSN and Cwmin Parameters test  659 5.25.2 STAUT MLD TXOP limit test  664 5.25.3 STAUT MLO operation with different WMM parameters on different links test . 668 5.26 STAUT STA MLD operating with single link AP MLD tests . 671 5.26.1 STAUT STA MLD operating with single link AP MLD test . 671 5.27 STAUT DL MU-MIMO tests 675 5.27.1 STAUT DL MU-MIMO test . 675 5.27.2 STAUT DL MU-MIMO using 160 MHz in 6 GHz test 5.27.3 STAUT DL MU-MIMO using 160 MHz in 5 GHz test . 690 5.28 STAUT UL MU-MIMO tests 693 5.28.1 STAUT UL MU-MIMO test . 693 5.28.2 STAUT UL MU-MIMO using 160 MHz in 6 GHz test . 699 5.28.3 STAUT UL MU-MIMO using 160 MHz in 5 GHz test . 703 5.29 STAUT 320 MHz DL OFDMA tests 706 5.29.1 STAUT 320 MHz DL OFDMA Part 1 test . 706 5.29.2 STAUT 320 MHz DL OFDMA Part 2 test . 711 5.30 STAUT EHT OMI tests . 714 5.30.1 STAUT EHT OMI Tx test 714 5.30.2 STAUT EHT OMI Rx test . 718 5.31 STAUT STR operation of an AP MLD operating with a STA MLD tests  721 5.31.1 STAUT STR operation of an AP MLD operating with a STA MLD test 721 5.32 STAUT AP MLD operating with a STA MLD supporting EMLSR: STA SU Rx test . 725 5.32.1 STAUT AP MLD operating with a STA MLD supporting EMLSR: STA SU Tx test . 725 5.33 STAUT BSS Critical Update tests  731 5.33.1 STAUT BSS Critical Update test  731 5.34 STAUT static puncturing in 6 GHz non-OFDMA SU test . 735 5.34.1 STAUT static puncturing in 6 GHz non-OFDMA SU test (80 MHz) . 735 5.34.2 STAUT static puncturing in 6 GHz non-OFDMA SU test (160 MHz) . 740 5.34.3 STAUT static puncturing in 6 GHz non-OFDMA SU test (320-1 MHz)  748 5.34.4 STAUT static puncturing in 6 GHz non-OFDMA SU test (320-2 MHz)  753 5.35 STAUT static puncturing in 6 GHz DL OFDMA tests . 761 5.35.1 STAUT static puncturing in 6 GHz DL OFDMA test (80 MHz). 761 5.35.2 STAUT static puncturing in 6 GHz DL OFDMA test (160 MHz). 764 5.36 STAUT static puncturing in 6 GHz DL MU-MIMO tests . 767 5.36.1 STAUT static puncturing in 6 GHz DL MU-MIMO test (80 MHz) . 767 5.36.2 STAUT static puncturing in 6 GHz DL MU-MIMO test (160 MHz) . 775 5.37 STAUT static puncturing in 6 GHz UL MU-MIMO tests . 781 5.37.1 STAUT static puncturing in 6 GHz UL MU-MIMO test (80 MHz) . 781 5.37.2 STAUT static puncturing in 6 GHz UL MU-MIMO test (160 MHz) . 786 5.38 STAUT dynamic MU SMPS tests. 790 5.38.1 STAUT dynamic MU SMPS with DL MU-MIMO test 790 5.38.2 STAUT dynamic MU SMPS with DL OFDMA test . 796 5.39 STAUT large MRU with DL OFDMA tests 801 5.39.1 STAUT large MRU with DL OFDMA test for 80 MHz (5 GHz) . 801 5.39.2 STAUT large MRU with DL OFDMA test for 160 MHz (6 GHz) . 804 5.40 STAUT large MRU with UL OFDMA tests 808 5.40.1 STAUT large MRU with UL OFDMA test for 80 MHz (5 GHz) . 808 5.40.2 STAUT large MRU with UL OFDMA test for 160 MHz (6 GHz) . 812 5.41 STAUT small MRU with DL OFDMA tests . 815 5.41.1 STAUT small MRU with DL OFDMA test for 20 MHz (2.4/5 GHz)  815 5.41.2 STAUT small MRU with DL OFDMA test for 40 MHz (5 GHz)  818 5.41.3 STAUT small MRU with DL OFDMA test for 80 MHz (5/6 GHz) 5.42 STAUT small MRU with UL OFDMA tests . 822 5.42.1 STAUT small MRU with UL OFDMA test for 20 MHz (2.4/5 GHz)  822 5.42.2 STAUT small MRU with UL OFDMA test for 40 MHz (5 GHz)  827 5.42.3 STAUT small MRU with UL OFDMA test for 80 MHz (5/6 GHz) . 830 5.43 STAUT AP MLD operating with a STA MLD supporting EMLSR: STA SU Tx test 833 5.43.1 STAUT AP MLD operating with a STA MLD supporting EMLSR: STA SU Tx test . 833 5.44 STAUT static puncturing in 6 GHz non-OFDMA SU with CSA tests . 838 5.44.1 STAUT static puncturing in 6 GHz non-OFDMA SU with CSA test (80 MHz) . 838 5.44.2 STAUT static puncturing in 6 GHz non-OFDMA SU with CSA test (320 MHz) . 844 5.45 STAUT AP MLD operating with a STA MLD supporting EMLSR: AP-initiated TB UL operation tests  850 5.45.1 STAUT AP MLD operating with a STA MLD supporting EMLSR: AP-initiated TB UL operation test 850 5.46 STAUT MLO+MBSSID tests  854 5.46.1 STAUT MLO+MBSSID test  854 5.46.2 STAUT MLO+MBSSID functional verification with nonTxBSSID test  858 5.47 STAUT Triggered UL access optimization tests  861 5.47.1 STAUT Triggered UL access optimization test  861 5.48 STAUT affiliated AP removal and re-addition tests 864 5.48.1 STAUT affiliated AP removal and re-addition test . 864 5.49 STAUT link disablement and enablement using advertised TID-to-link mapping tests . 868 5.49.1 STAUT link disablement and enablement using advertised TID-to-link mapping test . 868 5.50 STAUT basic load balancing tests . 877 5.50.1 STAUT basic load balancing with a two-link AP test . 877 5.51 Removed  885 5.52 Removed  885 5.53 STAUT EPCS tests  885 5.53.1 STAUT EPCS-authorized STA transmits and receives requests to enable EPCS with teardown test . 885 5.54 STAUT C-BA variant in BA Frame (A-)MSDUs ACKed=512 no fragmentation tests  889 5.54.1 STAUT C-BA variant in BA Frame (A-)MSDUs ACKed=512 no fragmentation receiver test  889 5.54.2 STAUT C-BA variant in BA Frame (A-)MSDUs ACKed=512 no fragmentation transmitter test 892 APPENDIX A (NORMATIVE) TEST BED PRODUCTS 895 A.1 Approved test bed vendors  895 A.2 Approved test bed equipment  895 APPENDIX B (INFORMATIVE) SUPPLEMENTAL MATERIAL . 897 APPENDIX C THRESHOLD VALUES 900 APPENDIX D DEFAULT WMM PARAMETERS. 915 APPENDIX E (INFORMATIVE) DOCUMENT REVISION HISTORY

分类：WiFi相关    下载：0    浏览：7    时间：2026-07-29

通过本书，您将了解到什么是Wi-Fi最新标准Wi-Fi 7，以及Wi-Fi 7相较于以往标准在性能上的提升，和由此引入的几项关键新技术。同时本书还会让您了解Wi-Fi 7的典型应用，以及华为推出新一代Wi-Fi 7 AP产品。 主编 :周霞 主要参与人员 :刘佳雨、王义博 发布日期 :2026 -2-28 发布版本 :05 第1章 什么是Wi-Fi 7？ 1.1 Wi-Fi 7的诞生 1.2 Wi-Fi 7 vs. Wi-Fi 6，不仅仅是更快 第2章 4096 -QAM 2.14096 -QAM 对速率的提升 2.2QAM 的阶数越高好吗？ 第3章 MRU 3.1 OFDMA 和 RU 3.2MRU 资源分配 第4章 Multi -Link 4.1什么是Multi-Link？ 4.2Multi-Link的收益 第5章 其他关键技术 5.1 Wi-Fi 7 的 PPDU 结构 5.2 R-TWT 节能 5.3 802.11ba 深度节能 5.4 802.11az 高精度定位 第6章 华为 Wi-Fi 7 技术 6.1 Wi-Fi 密盾 6.2 VIP 用户体验保障 6.3空口融合调度 6.4 iCSSR 6.5 CSI 感知 第7章 Wi-Fi 7 的应用场景 7.1高品质万兆办公网 7.2高品质万兆生产网 第8章 华为 Wi-Fi 7 AP A 术语

分类：WiFi相关    下载：0    浏览：8    时间：2026-07-29

Contents at a Glance 1 Wi-Fi Fundamentals 2 Reaching the Limits of Traditional Wi-Fi 3 Building on the Wi-Fi 6 Revolution 4 The Main Ideas in 802.11be and Wi-Fi 7 5 EHT Physical Layer Enhancements 6 EHT MAC Enhancements for Multi-Link Operation 7 EHT MAC Operation and Key Features 8 Wi-Fi 7 Network Planning 9 Future Directions

分类：WiFi相关    下载：0    浏览：7    时间：2026-07-29

Susinder R. Gulasekaran Sundar G. Sankaran Contents Acknowledgments xiii Chapter 1 Introduction 1 1.1 IEEE Standardization Process 2 1.2 Wi-Fi Alliance 3 1.3 Spectrum 5 1.4 Outline of Chapters 5 Chapter 2 Wi-Fi 1 to 5 Overview 7 2.1 MAC Layer Overview 8 2.1.1 Network Architecture 8 2.1.2 MAC Frame Format and Types 10 2.1.3 Medium Access Rules 12 2.1.4 AP Discovery Process 18 2.1.5 Connection Establishment and Termination 19 2.1.6 Off-Channel Scanning 20 2.1.7 Quality of Service 21 2.1.8 Fragmentation and Aggregation 23 2.1.9 STA Power Save Methods 26 2.1.10 Multicast Traffic 32 2.1.11 STA Roaming 32 2.1.12 AP Channel Switching 34 2.2 PHY Layer Overview 34 2.2.1 Wi-Fi Generation 1 (802.11b) 35 2.2.2 Wi-Fi Generation 2 (802.11a) 37 2.2.3 Wi-Fi Generation 3 (802.11g) 39 2.2.4 Wi-Fi Generation 4 (802.11n) 39 2.2.5 Wi-Fi Generation 5 (802.11ac) 44 2.3 References 49 Chapter 3 Wi-Fi 6 51 3.1 HE PPDU Formats 52 3.1.1 Long OFDM Symbol 53 3.1.2 GI and HE LTF 54 3.2 Single User Operation 54 3.3 Multiuser Operation 60 3.4 Target Wake Time 75 3.5 BSS Coloring 79 3.6 Spatial Reuse 8 3.7 Enhanced Multi-BSSID Advertisement 86 3.8 Preamble puncturing 88 3.9 Operating Mode Indication 89 3.10 HE Capability Advertisement 90 3.11 When to do SU, MU-MIMO and MU-OFDMA 90 3.11.1 Examples 93 3.12 References 101 Chapter 4 Wi-Fi Security 103 4.1 Wired Equivalent Privacy 104 4.1.1 WEP Authentication 104 4.1.2 WEP Encryption 104 4.1.3 WEP Vulnerabilities 105 4.2 Wi-Fi Protected Access 106 4.2.1 WPA Personal 106 4.2.2 WPA Enterprise 108 4.2.3 WPA Encryption 109 4.2.4 Message Integrity Check 109 4.3 WPA2 110 4.3.1 WPA2 Authentication 110 4.3.2 WPA2 Encryption 110 4.3.3 Message Integrity Check 111 4.3.4 PMK Caching 111 4.3.5 Opportunistic Key Caching 112 4.3.6 Fast BSS Transition 112 4.3.7 Protected Management Frames 112 4.3.8 Wi-Fi Protected Setup 113 4.4 Key Reinstallation Attack 114 4.5 WPA3 114 4.6 Multichannel Man-in-the-Middle 119 4.7 Fragmentation and Aggregation Attacks 121 4.8 Rogue AP Detection 122 4.9 Summary 123 4.10 References 124 Chapter 5 Wi-Fi Implementation 127 5.1 Hardware 127 5.2 Software 138 5.3 Regulatory Requirements 146 5.4 Wi-Fi Certifications 152 5.5 References 155 Chapter 6 Wi-Fi 6E 157 6.1 6-GHz Channelization 158 6.2 AP Discovery 158 6.3 EMA support in 6 GHz 161 6.4 Security Modes in 6 GHz 162 6.5 Beacon Advertisement and PHY Rates in 6 GHz 162 6.6 On Channel Tunneling 163 6.7 Fast Initial Link Setup 164 6.7.1 FILS and Fast BSS Transition 166 6.8 6-GHz Regulatory Requirements 167 6.8.1 FCC 167 6.8.2 ETSI 170 6.9 Wi-Fi 6E Certification 170 6.10 Wi-Fi 6E Implementation Challenges 170 6.11 160-MHz Multiple AP Deployment in 6 GHz 171 6.12 References 173 Chapter 7 Wi-Fi Deployment 175 7.1 Residential Wi-Fi Deployment 175 7.1.1 Mesh 176 7.1.2 AP Placement 177 7.1.3 Channel Bandwidth Selection 177 7.2 Enterprise Indoor Wi-Fi Deployment 178 7.3 Outdoor Wi-Fi Deployment 191 7.4 Post Deployment Site Survey 192 7.5 References 193 Chapter 8 5G Overview and Wi-Fi Comparison 195 8.1 Evolution of Cellular Technologies (1G-4G) 197 8.2 Fifth Generation Cellular Technology 199 8.3 Comparison with Wi-Fi 203 8.4 Summary 206 8.5 References 207 Chapter 9 Conclusion 209

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在本书中，将以无线网络 在本书中，将以无线网络所面临的业务挑战为切入点，为您介绍Wi-Fi标准的演进和最新标准Wi-Fi 6引入的新技术。同时本书还会让您了解在网络升级到Wi-Fi 6时的一些常见问题，Wi-Fi 6的典型应用，以及华为推出新一代Wi-Fi 6 AP产品。最后，本书还将为您介绍Wi-Fi 6的增强版本 的增强版本Wi-Fi 6E。 主编 :周霞 主要参与人员:杨华、姚成霞、虞玲玲、李学昭、王义博 发布日期:2021-9-16 发布版本:02版 第1章 什么是Wi-Fi 6？ 1.1 802.11标准一代更比一代强 1.2 802.11ax 获封Wi-Fi 6 第2章 Wi-Fi 6 有多“ 6”？ 2.1Wi-Fi 面临的 挑战 2.2Wi-Fi 6 的解决之道 第3章 OFDMA 3.1OFDMA 基本原理 3.2传输的最小单元 -RU 第4章 MU-MIMO 4.1 MU-MIMO 基本原理 4.2 OFDMA 和 MU-MIMO 的区别和联系 第5章 BSS Coloring 和空间复用 5.1 OBSS 5.2 BSS Coloring 第6章 节能 6.1 TWT 6.2 OMI 第7章 其他 Wi-Fi 6 的关键技术 7.1 1024-QAM 7.2 覆盖范围提升 7.3 4类 PPDU 7.4 前导码打孔 7.5 20MHz20MHz-Only 模式 第8章 Wi-Fi 6 的安全性 第9章 准备好迎接 Wi-Fi 6 了吗？ 9.1兼容性 9.2 MultiGE 9.3 PoE 供电 第10章 Wi-Fi 6 的典型应用 10.1 Wi-Fi 6 改变办公 10.2 Wi-Fi 6 改变制造与生产 10.3 Wi-Fi 6 改变服务 第11章 华为Wi-Fi 6 AP 第12章 Wi-Fi 6的增强Wi-Fi 6E

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This book is a complete "experience" for Wi-Fi users, offering how-to instructions and software discounts, full versions on the CD, and recommendations for Wi-Fi projects. The author takes the reader beyond just wireless networking to explore Wi-Fi capabilities in real-world applications such as Wi-Fi with PDAs, VOIP, and building your own Wi-Fi phone 出版社: Que, Indianapolis, Ind., ©2002

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Wi-Fi 已成为连接互联网的首选方式——无论是在家中、办公室、酒店还是机场。Wi-Fi 也日益为偏远社区提供互联网接入，志愿者们通过社区网络部署 Wi-Fi，运营商在“热点”区域提供服务，市政当局则在“热点区”部署 Wi-Fi。本书追溯了 Wi-Fi 的全球成功历程，从 1985 年美国联邦通信委员会 (FCC) 对无线电频谱政策的里程碑式改革，到 NCR 公司启动无线局域网 (WLAN) 开发，再到 1997 年发布的开放标准 IEEE 802.11 的推动。本书还着重介绍了史蒂夫·乔布斯在苹果公司将 WLAN 集成到 iBook 中的举措，这一举措使 iBook 从早期用户群体走向了大众市场，并阐述了其重要意义。本书通过行业从业者的第一手资料解释了这些发展，并在最后提出了对政府政策和企业战略的思考和启示。 Edited by Wolter Lemstra, Vic Hayes and John Groenewegen ISBN：9781107645561 出版社：剑桥大学出版社，2013年

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1 NVRAM Map 2 Detailed Table Content Description 2.1 Regulatory Domain 2.2 TX Power Table of CCK and OFDM0~3

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1 NVRAM Map Detailed Table Content Description 1.1 Regulatory Domain 1.2 TX Power Table of CCK, DSSS and OFDM0~3

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ITU-R SM.2015-3报告 确定部分国家频谱使用“国家长期战略”的方法 （ITU-R第205-2/1号课题） （1998-2019-2022-2025年） 无线电通信部门的职责是确保卫星业务等所有无线电通信业务合理、平等、有效、经济地使用无线电频谱，不受频率范围限制地开展研究并在此基础上通过建议书。 无线电通信部门的规则和政策职能由世界或区域无线电通信大会以及无线电通信全会在研究组的支持下履行。

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Is Your Wi-Fi Free Wi-Fi? A Simple Guide to Stopping Hackers & Neighbors From Stealing Your Internet Jason Miller Contents PEOPLE LOVE FREE WI-FI HOW THE HACKERS OPERATE SHOULD YOU USE A ROUTER SUPPLIED BY AN ISP? Access Your Wireless Router Don’t Tell SSID Enable Your Encryption Disable WPS Turn Off UPnP Filter MAC Addresses Stifle The Range Keep Updated FIND A MANUAL FOR YOUR ROUTER