分类：WiFi相关    下载：2    浏览：119    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：工程安装测试    下载：2    浏览：167    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：2    浏览：191    时间：2026-08-03

本书主要阐述无线局域网（WLAN）的理论、技术与应用，并以IEEE 802.11x WLAN为重点。全书分为十二章。它们分别讲述：无线局域网的基本概念；无线局域网的信道及其特性；WLAN物理层的原理与技术（射频技术、调制解调技术、信道差错控制技术、分集技术和天线技术）；WLAN物理层协议与性能；无丝网路MAC技术；WLAN的服务质量QoS技术；WLAN的安全技术；WLAN的网络管理；WLAN的设备（无线中继器、MODEM、网卡、AP、网桥、路由器、网关和POE设备）；无线局域网的应用技术（无线园区网、在家庭网络中的应用、WISP、WLAN与移动通信网的集成和WLAN的定位服务）。 本书可作为通信与计算机网络领域的研究开发人员、工程技术人员及大专院校有关专业的本生和研究生的参考书。 作者: 刘乃安 / 张联峰 / 何广法 / 李晓辉 / 王多华 出版社: 西安电子科技大学出版社 出版年: 2004-4 ISBN: 9787560613628 页数: 580 装帧: 平装(无盘) 定价: 55.00元 目录 第1章 概论 第2章 无线局域网信道特性 第3章 WLAN物理层原理与技术 第4章 WLAN物理层协议与性能 第5章 无线网络MAC协议原理 第6章 WLAN的逻辑链路控制与链路性能 第7章 无线TCP技术 第8章 WLAN的服务质量 第9章 无线局域网的安全 第10章 WLAN网络管理 第11章 WLAN设备原理与实现 第12章 无线局域网的应用 参考文献

分类：标准规范    下载：1    浏览：940    时间：2017-07-06

802.11a A Very-High-Speed Highly Scalable Wireless LAN Standard

分类：天线资料    下载：1    浏览：1170    时间：2017-07-07

简要介绍了阿基米德螺旋天线的特点、原理与设计方法，仿真了背腔式阿基米德螺旋天线，并与实际测试结果比较，方向图吻合；介绍了一种新型的光子带隙平面螺旋天线，经过仿真发现光子带隙平面螺旋天线的增益提高约有2dB，改善了天线的性能，并得到了实验的验证。

分类：天线资料    下载：1    浏览：1045    时间：2017-07-07

天线仿真设计HFSS V13 win破解版下载 摘要：本文用Ansoft HFSS分析小型、高带外抑制的PBG结构的微带滤波器的结构形式和特有的频率响应特性。 关键词： PBG 光子带隙结构 Ansoft HFSS 微带 带通滤波器

分类：天线资料    下载：1    浏览：940    时间：2017-07-07

天线仿真设计HFSS V13 win破解版下载 摘要：本文用HFSS设计了一种新型的螺旋天线结构，将角锥螺旋与四臂螺旋的结构巧妙的结合起来，并采用了自相移结构及渐进式的平衡馈电，经HFSS对其辐射特性进行分析以及实测结果，都说明该种天线在实现宽波束圆极化的同时，展宽了频带，且结构简单。 关键词：圆极化 HFSS 螺旋天线

分类：天线资料    下载：1    浏览：1005    时间：2017-07-07

摘要：本文介绍了Ansoft HFSS8.0在单螺旋天线仿真计算中的应用。通过测量已有螺旋天线的尺寸，并计算相关参数，最后通过软件进行建模仿真。通过给出的仿真结果与实验结果可以看出，Ansoft HFSS是一种行之有效的螺旋天线的仿真工具。它在工程预言，理论验证等研究方面都有很好的实用价值。 关键词：Ansoft HFSS 仿真 螺旋天线

分类：天线资料    下载：1    浏览：990    时间：2017-07-07

摘 要：波导缝隙天线的严格解计算复杂，对于缝隙的诸多参数很难确定。本文用Ansoft HFSS 9.2电磁仿真软件对所设计的波导缝隙全向天线进行建模、计算分析，并进行参数扫描，得到了优化的尺寸参数。根据该尺寸进行样品加工和测试，测试结果和仿真值相当吻合。 关键词：波导缝隙全向天线、 Ansoft HFSS、电磁仿真

分类：工程方案    下载：1    浏览：1456    时间：2017-07-11

目录 一 前言...........................................................................................................................................3 二 方案原则要点............................................................................................................................5 2.1 方案原则..............................................................................................................................5 2.2 方案要点..............................................................................................................................5 三 方案分析...................................................................................................................................7 3.1 网络构架分析.....................................................................................................................7 3.2 认证方式分析......................................................................................................................9 3.3 计费管理...........................................................................................................................15 四方案具体描述..........................................................................................................................17 4.1 方案概述..............................................................................................................................17 4.2 各网元功能介绍..................................................................................................................17 4.3 HOTSPOT.............................................................................................................................18 4.4 HOTZONE.............................................................................................................................21 4.5 HOTBUILDING......................................................................................................................26 五网络管理.................................................................................................................................31 5.1粤海电信网管方案...............................................................................................................31 5.2中国电信网管方案...............................................................................................................33 六方案总结.................................................................................................................................36

分类：工程方案    下载：1    浏览：1447    时间：2017-07-11

目录 一、概述……………………………………………………………………………………………..3 无线局域网的优点………………………………………………………………………………3 中国联通网络现状………………………………………………………………………………5 二、粤海电信中国联通WLAN解决方案……………………………………………………….6 HotSpot…………………………………………………………………………………………..7 HotZone………………………………………………………………………………………….9 HotBuiding……………………………………………………………………………………...13 用户接入安全认证方式………………………………………………………………………..18 PPPoE方式………………………………………………………………………………..…18 Web方式……………………………………………………………………………………..19 802.1X协议………………………………………………………………………………….20 三、运营级WLAN所遇到的问题……………………………………………………………….23 1．运营商与场所主利益分成……………………………………………………………………23 2．现有移动网络CDMA 于WLAN间用户漫游问题………………………………………….24 粤海电信的解决方案-MOBILE IP……………………………………………………………24 WLAN与CDMA 网络的融合………………………………………………………………..25 3．运营级WLAN管理…………………………………………………………………………..28 S-6000网络管理系统概述…………………………………………………………………….28 粤海电信跨平台网络管理系统S-8000………………………………………………………..34

分类：原厂编程器固件    下载：1    浏览：3521    时间：2017-07-12

tl-wr700nv3编程器固件。硬件要求：主控AR9331+8M内存+2M闪存 特别提醒：此固件是有RSA签名验证的。刷此固件以后，在WEB页面下是无法刷入“web直刷breed”的。 来源：https://www.anywlan.com/thread-409404-4-5.html 理论上说，只要是普联、水星、迅捷的路由器，使用AR9331(wr710nv1)、AR9341(wr800nv1)的主控，2M闪存，16M内存，基本上就可以刷此固件。这个固件的最大用处就是带有Client模式，也就是可以把路由器作为无线网卡使用。可以使老路由继续发挥余热。 我试了一下Client模式，感觉接收效果还不错。有此路由器主控的玩家可以折腾折腾。     此固件的MAC为：00-01-02-03-04-05 MAC的修改地址为：0x1E0000 。默认是不打开DHCP的，首次登陆前需要手动设置电脑的本地连接IP为：192.168.1.x ，x为2-252任意数。登陆IP地址为：192.168.1.253，登陆密码为：admin     如果想不拆机刷可以参照楼主的另一个帖子http://forum.anywlan.com/thread-408376-1-1.html，也可以采用此帖的方法刷回原机固件。