分类：WiFi相关    下载：0    浏览：88    时间：2026-08-11

Wi-Fi Telephony Challenges and Solutions for Voice over WLANs By Praphul Chandra and Lide Wi-Fi telephony is the latest, most cost effective, and clearest way of carrying voice data wirelessly. The great news is that it can be integrated seamlessly into the same infrastructures as currently used for computer and telephone data.The digital quality is far above current cellular technologies. This book will be among the first to discuss Session Initiation Protocol (SIP), Quality of Service (QoS), and interoperability in connection with Wi-Fi telephony. Security challenges are also presented and solved along these malleable wireless boundaries. In short, this book provides all the information necessary for effective, reliable, crystal clear Wi-Fi telephony service and implementation. ISBN:978-0-7506-7971-8 Published:01 October 2006

分类：WiFi相关    下载：0    浏览：107    时间：2026-08-03

《无线城市:电信级Wi-Fi网络建设与运营(第2版)》以Wi—Fi技术原理为基础，从电信运营商的视角全面分析了构建“电信级”Wi—Fi网络的几大必要环节——Wi—Fi网络设计规划建设、Wi—Fi网络维护优化、Wi—Fi业务运营以及市场推广策略。全书主要内容包括Wi—Fi系列标准、Wi—Fi技术基础、Wi—Fi无线网络规划流程、Wi—Fi网络覆盖规划、Wi—Fi网络容量规划、Wi—Fi网络频点规划、Wi—Fi核心网络规划流程、Wi—Fi计费认证鉴权规划、Wi—Fi网络维护及测试优化、Wi—Fi业务发展与市场推广等。 出版社: 人民邮电出版社 出版年: 2012-11 ISBN: 9787115292117 页数: 312 定价: 58.00元 目录 第1章Wi-Fi技术概述 1.1IEEE 802.11系列标准概述 1.1.1已经发布的标准、修正案和操作规程建议 1.1.2制订过程中的修正案和操作规程建议 1.1.3几种常见的IEEE 802.11标准 1.1.4Wi-Fi的发展趋势 1.2Wi-Fi的组成原理 1.2.1Wi-Fi的组成结构 1.2.2Wi-Fi的拓扑结构 1.3Wi-Fi物理层技术 1.3.1传输技术概述 1.3.2Wi-Fi物理层体系结构 1.3.3Wi-Fi射频技术 1.3.4调制解调技术 1.4Wi-Fi的关键技术 1.4.1Wi-Fi的物理层关键技术 1.4.2Wi-Fi的MAC层关键技术 第2章Wi-Fi基本原理 2.1IEEE 802.11 MAC帧的一般格式 2.1.1“帧控制”字段 2.1.2“时长/ID”字段 2.1.3“地址”字段 2.1.4“序列控制”字段 2.2IEEE 802.11 MAC帧 2.2.1数据帧 2.2.2控制帧 2.2.3管理帧 2.3IEEE 802.11无线局域网的关联过程 2.3.1关联过程概述 2.3.2扫描 2.3.3链路认证 2.3.4关联操作 第3章Wi-Fi无线网络初步勘察及干扰分析 3.1Wi-Fi无线网络规划概述 3.1.1Wi-Fi技术及设备的演进 3.1.2Wi-Fi网络规划的意义与目标 3.1.3Wi-Fi无线网络规划总体流程 3.2Wi-Fi无线网络勘察 3.2.1用户的需求 3.2.2环境因素的考虑 3.2.3Wi-Fi无线网络勘察准备 3.2.4Wi-Fi无线网络现场勘察 3.2.5勘察结果整理 3.2.6Wi-Fi模拟测试 3.3Wi-Fi无线网络干扰分析 3.3.1无线通信中的干扰类型 3.3.22.4GHz ISM频段干扰 3.3.3蓝牙对Wi-Fi的干扰分析 第4章Wi-Fi无线网络覆盖规划 4.1Wi-Fi的信道特性 4.1.1无线信道特性 4.1.2Wi-Fi室外信道及其特征 4.1.3Wi-Fi室内信道及其特征 4.2Wi-Fi网络覆盖方式 4.2.1室内单独建设方式 4.2.2Wi-Fi综合分布系统建设方式 4.2.3室内混合覆盖方式 4.2.4不同室内覆盖方式对比 4.2.5室外型AP覆盖方式 4.2.6Mesh型网络覆盖方式 4.3通信距离与覆盖范围 4.3.1影响Wi-Fi通信距离的因素 4.3.2计算Wi-Fi通信距离的步骤 4.3.3Wi-Fi通信距离 4.4覆盖区域内AP数目确定 第5章Wi-Fi无线网络容量规划 5.1DCF协议性能分析方法 5.2DCF协议性能分析 5.2.1改进Markov模型 5.2.2DCF协议效率 5.2.3IEEE 802.11介质访问延迟 5.3饱和条件下系统归一化吞吐率 5.3.1IEEE 802.11a饱和吞吐量性能分析 5.3.2IEEE 802.11b饱和吞吐率性能分析 5.4IEEE 802.11饱和状态MAC层接入时延 5.4.1IEEE 802.11a饱和状态MAC层接入时延 5.4.2IEEE 802.11b饱和状态MAC层接入时延 5.5活动站点数目n估算 5.5.1IEEE 802.11竞争站点数估算方法 5.5.2扩展卡尔曼滤波器 5.5.3仿真分析 5.6单AP可接入的用户数 第6章Wi-Fi无线网络频率规划 6.12.4GHz频段频点规划 6.1.1工作频率范围 6.1.2信道划分 6.1.3不交叠信道 6.1.4Wi-Fi频率干扰分析 6.1.52.4GHz频段频率规划 6.25.8GHz频段频率规划 6.2.1工作频率范围 6.2.25.8GHz频段频率规划 6.3混合式信道规划(2.4GHz和5.8GHz) 第7章Wi-Fi无线网络性能分析及协议改进 7.1非饱和条件下IEEE 802.11性能分析 7.1.1非饱和条件下DCF协议模型 7.1.2IEEE 802.11a非饱和性能分析 7.1.3IEEE 802.11b非饱和性能分析 7.2IEEE 802.11上下行带宽公平分配机制研究 7.2.1引入概率发送机制 7.2.2上下行数据流吞吐量公平性分析 7.2.3仿真验证 7.3IEEE 802.11多速率条件下信道访问公平性研究 7.3.1引入概率发送机制 7.3.2多速率数据流的时间公平性分析 7.3.3仿真验证 7.4基于改进Markov模型的VoWLAN容量分析 7.4.1VoWLAN系统归一化吞吐率 7.4.2容量分析 7.4.3仿真验证 7.4.4VoWLAN容量提升 第8章Wi-Fi核心网建设方案 8.1Wi-Fi核心网络规划总论 8.1.1Wi-Fi核心网建设原则 8.1.2Wi-Fi核心网规划流程 8.2Wi-Fi核心网组网架构规划 8.2.1Wi-Fi网络总体组网架构 8.2.2AC与AP间的网络互联方式 8.2.3AC与BRAS的关系 8.2.4Wi-Fi核心网路由器组网架构规划 8.3网元的建设需求规划 8.3.1热点规模估算 8.3.2热点接入交换机建设需求规划 8.3.3汇聚交换机的建设需求规划 8.3.4AC建设需求规划 8.3.5核心层路由器的建设需求规划 8.4Wi-Fi核心网路由协议选择 8.4.1IGP路由协议 8.4.2EGP 8.4.3采用的路由策略 8.5Wi-Fi网络IP地址分配 8.5.1IP地址基础 8.5.2NAT概述 8.5.3IP地址分配原则 8.5.4IP地址分配方法 8.5.5Wi-Fi网络用户终端IP地址方案 8.5.6Wi-Fi网络AP的IP地址方案 8.5.7Wi-Fi网络AC与其他设备的IP地址方案 8.5.8Wi-Fi网络IP地址分配实例 8.6Wi-Fi核心网VLAN规划 8.6.1VLAN划分的优点 8.6.2VLAN划分原则 8.6.3VLAN划分方案讨论 8.6.4VLAN建设方案 8.7Wi-Fi核心网高可用性规划 8.7.1可靠性与可用性 8.7.2影响系统可用性的因素 8.7.3Wi-Fi核心网高可用性节点机房分布原则 8.7.4网络高可用性规划主要技术 8.7.5Wi-Fi网络中AC的高可用性规划 8.7.6Wi-Fi网络中核心网三层交换机的高可用性规划 第9章Wi-Fi认证、业务计费系统及安全性规划 9.1Wi-Fi认证规划 9.1.1Wi-Fi认证方案 9.1.2认证方式的选择 9.2Wi-Fi业务计费系统规划 9.2.1Wi-Fi业务计费系统结构 9.2.2Wi-Fi业务计费模式 9.2.3Wi-Fi业务计费方式 9.2.4Wi-Fi业务结算管理 9.3Wi-Fi网络安全性规划 9.3.1Wi-Fi网络安全性概述 9.3.2Wi-Fi安全系统组成 9.3.3Wi-Fi安全系统部署方案 第10章IEEE 802.11n组网规划 10.1IEEE 802.11n关键技术 10.1.1IEEE 802.11n物理层关键技术 10.1.2IEEE 802.11n MAC层关键技术 10.2IEEE 802.11n组网规划 10.2.1IEEE 802.11n设备覆盖能力 10.2.2IEEE 802.11n设备容量 10.2.3IEEE 802.11n设备性能 10.2.4IEEE 802.11n设备双流工作 10.2.5IEEE 802.11n带宽选择与频率规划 10.3IEEE 802.11n组网建议 第11章Wi-Fi网络维护与优化 11.1Wi-Fi无线网络维护与优化概述 11.1.1设备资源管理 11.1.2例行维护 11.1.3故障处理 11.1.4Wi-Fi质量运行分析 11.1.5投诉处理 11.1.6网络优化 11.2Wi-Fi网络测试软件及仪表介绍 11.2.1Wi-Fi设计与部署软件——Air Magnet Survey 11.2.2Wi-Fi室内规划与部署软件——Air Magnet Planner 11.2.3Wi-Fi干扰测量和分析软件——Air Magnet Spectrum Analyzer 11.2.4Wi-Fi监控和问题诊断软件——Air Magnet Wi-Fi Analyzer 11.2.5企业级Wi-Fi安全和性能监控软件——Air Magnet Enterprise 11.2.6无线语音(VoWLAN)问题诊断软件——Air Magnet VoFi Analyzer 11.2.7Wi-Fi管理和诊断工具——Air Magnet Handheld Analyzer 11.2.8Wi-Fi路测及网优工具——黄马夹B/G/A 11.2.9Wi-Fi手持测试巡检工具——PW24 11.2.10Wi-Fi功率分析仪——毛毛虫 11.2.11Wi-Fi功率计——蝴蝶TM 11.2.12Wi-Fi手持频谱仪——黄蜂 11.2.13Wi-Fi规划测试软件——HiveTM 11.2.14Wi-Fi网络性能分析平台——Omni5 11.3Wi-Fi网络测试内容 11.4Wi-Fi网络优化方法 11.4.1Wi-Fi网络优化方法总结 11.4.2Wi-Fi网络用户感知度提升方法总结 11.5某商务大厦Wi-Fi网络测试及优化实例 11.5.1站点概况 11.5.2大厦会议室Wi-Fi网络优化 11.5.3办公室测试 11.5.4压力测试 11.5.5大厦Wi-Fi核心网络侧优化 11.5.6未来调整优化建议 11.6某高校Wi-Fi网络测试及优化实例 11.6.1无线环境概况 11.6.2覆盖现状分析 11.6.3干扰现状分析 11.6.4容量现状分析 11.6.5安全现状分析 11.6.6网络优化措施及实施结果 第12章Wi-Fi业务应用及商业运营模式分析 12.1Wi-Fi业务发展分析 12.1.1Wi-Fi业务发展现状 12.1.2Wi-Fi业务发展趋势 12.1.3Wi-Fi业务发展策略建议 12.2Wi-Fi目标用户群体分析 12.2.1Wi-Fi业务用户的应用特点 12.2.2Wi-Fi目标用户群体分类 12.2.3Wi-Fi目标用户群体的业务应用特点分析 12.3Wi-Fi典型业务分析 12.3.1政府办公类 12.3.2“无线校园” 12.3.3货场管理 12.3.4“无线数字家庭” 12.3.5“数字社区”服务 12.3.6“无线农村” 12.3.7“无线旅游” 12.3.8“无线医疗” 12.4Wi-Fi业务运营模式分析 12.4.1公共区域热点覆盖模式 12.4.2企业合作模式 12.4.3半封闭区域覆盖模式 12.4.4家庭网关模式 12.4.5“无线城市”模式 12.5Wi-Fi市场推广存在的问题及解决思路 12.5.1市场推广问题分析 12.5.2市场推广问题解决思路 第13章典型场景无线宽带解决方案 13.1目标场景分类 13.2“无线城市”解决方案 13.2.1网络建设需求与目标用户 13.2.2“无线城市”建设方案 13.2.3“无线城市”的商业模式 13.3“无线农村”解决方案 13.3.1网络建设需求与目标用户 13.3.2“无线农村”建设方案 13.3.3业务应用推广方案 13.4写字楼解决方案 13.4.1网络建设需求与目标用户 13.4.2网络建设方案 13.4.3商业运营模式建议 13.4.4业务应用推广方案 13.5酒店宾馆解决方案 13.5.1网络建设需求与目标用户 13.5.2网络建设方案 13.5.3商业运营模式建议 13.5.4业务应用推广方案 13.6连锁店解决方案 13.6.1网络建设需求与目标用户 13.6.2网络建设方案 13.6.3商业运营模式建议 13.6.4业务应用推广方案 13.7“无线校园”解决方案 13.7.1网络建设需求与目标用户 13.7.2网络建设方案 13.7.3商业运营模式建议 13.7.4业务应用推广方案 13.8展会热点解决方案 13.8.1网络建设需求与目标用户 13.8.2网络建设方案 13.8.3商业运营模式建议与业务应用推广方案 13.9小结 缩略语 参考文献

分类：WiFi相关    下载：7    浏览：146    时间：2026-08-03

以往无线局域网的缺点主要是传输速率低、成本高、产品系列有限且很多产品不能相互兼容。IEEE802.11b从根本上上改变了无线局域网的设计和应用现状，802.11b无线局域网由于其便利性和可伸缩性，特别适用于小型办公场所和家庭网络。     本书**介绍Wi-Fi技术的工作原理以及实现无线所需的设备，然后深入分析在运行不同的操作系统的计算机上安装和使用无线网络的方法，并介绍*些其他类型的网络，*后讨论相关的安全问题和虚拟专用网（VPN）。     本书适合于需要安装和使用无线网络并且希望更深入研究无线网络的用户，也适合于对无线网络技术感兴趣的读者。 Wi-Fi——安装、配置和使用802.11b无线网络 Wi-Fi:Install,Configure,and Use 802.11b Wireless Networking 出版社：清华大学出版社 原出版社：No Starch 译作者：（美）John Ross著/王海涛/汤平杨译 出版日期：2004年3月 定价：￥35.00 ISBN：9787302079910 字数：307千字 印张：14.75 印数：1-3000 页数：221 目录 第1章 Wi-Fi的工作原理 1.1 无线电信号 1.1.1 FHSS 1.1.2 DSSS 1.1.3 频率分配 1.2 传输数据 1.2.1 比特和字节 1.2.2 错误校验 1.2.3 信息交换 1.2.4 查找目的地 1.3 802.11b无线网络控制 1.3.1 物理层 1.3.2 MAC层 1.3.3 其他控制层 1.4 网络设备 1.4.1 网络适配器 1.4.2 接入点 1.4.3 工作模式 1.5 小结 第2章 实现无线所需的设备 2.1 大部分部件是*致的 2.2 网络适配器 2.2.1 外形因素 2.2.2 内置与外置天线的比较 2.2.3 互操作性 2.2.4 操作系统兼容性 2.2.5 易用性 2.2.6 安全性 2.2.7 文档和技术支持 2.2.8 *声 2.3 用于特别网络的适配器 2.4 双重功能的适配器 2.5 接入点 2.5.1 纯粹的无线LAN 2.5.2 无线接入到有线LAN 2.5.3 组合接入点和有线集线器 2.5.4 宽带网关 2.5.5 多个接入点 2.6 外置天线 2.6.1 天线特性 2.6.2 怎样选择天线 2.6.3 根据个人喜好来选择天线 2.6.4 定向天线的用处 2.7 天线世界 2.8 小结 第3章 安装和配置接入点 3.1 接入点的使用量 3.2 执行站点测量 3.2.1 计划站点 3.2.2 测试，再测试 3.2.3 总结：站点测量步骤 3.3 干扰问题 3.4 安装接入点 3.4.1 物理安装 3.4.2 通过浏览器来配置接入点 3.4.3 DHCP和其他问题 3.4.4 通过串行端口配置接入点 3.4.5 配置命令和设置 3.4.6 多个接入点 3.4.7 与集线器和网关路由器组合的接入点 第4章 安装和配置网络接口 4.1 安装PC Card适配器 4.2 安装USB适配器 4.3 安装内置适配器 4.4 加载驱动程序软件 4.5 使用配置实用程序 4.5.1 Microsoft无线网络连接实用程序 4.5.2 读取状态信息 4.5.3 无线配置工具 4.5.4 从*个网络移到另*个网络 4.6 超越Windows 4.7 信号强度和信号质量 第5章 Windows下的Wi-Fi 5.1 常规的Windows网络配置 5.1.1 IP地址 5.1.2 子网掩码 5.1.3 网关 5.1.4 DNS服务器 5.1.5 文件和打印机共享 5.1.6 网络接口适配器选项 5.1.7 计算机命* 5.2 配置Windows 98和Windows ME 5.2.1 IP地址和子网掩码 5.2.2 网关 5.2.3 DNS服务器 5.2.4 文件和打印机共享 5.2.5 网络接口适配器选项 5.2.6 网络标识 5.3 配置Windows 2000 5.3.1 IP地址和子网掩码 5.3.2 文件和打印机共享 5.3.3 网络接口适配器选项 5.3.4 网络标识 5.4 配置Windows XP 5.4.1 您是否有*新的固件 5.4.2 使用Windows无线工具 5.4.3 无线网络连接状态 5.4.4 网络配置设置 5.4.5 文件和打印机共享 5.4.6 网络接口适配器选项 5.4.7 网络标识 5.4.8 在Windows XP中配置无线网络 5.5 小结：建立连接 第6章 Macintosh下的Wi-Fi 6.1 AirPort组件 6.2 AirPort网络 6.2.1 安装硬件 6.2.2 运行AirPort Setup Assistant 6.2.3 AirPort应用程序 6.2.4 AirPort Control Strip模块 6.2.5 AirPort管理实用程序 6.2.6 使用AirPort网络 6.3 将Macintosh客户机连接到其他网络上 6.4 将其他Wi-Fi客户机连接到AirPort网络上 6.4.1 网络属性 6.4.2 无线网络配置 6.5 从非AirPort客户机配置AirPort Base Station 6.5.1 Windows的AirPort Admin Utility 6.5.2 AirPort Base Station Configurator 6.5.3 FreeBase 6.5.4 KarlNet Configurator 6.6 AirPort是正确选择 第7章 Linux下的Wi-Fi 7.1 驱动程序及相关内容 7.2 Linux驱动程序 7.3 其他Linux无线程序 7.3.1 无线工具 7.3.2 LOrinoco 7.3.3 gWireless 7.3.4 NetCfg 7.3.5 Wavemon 7.3.6 状态显示程序 7.3.7 远程监视 7.4 配置接入点 第8章 Unix下的Wi-Fi 8.1 Unix驱动程序 8.2 配置工具 8.3 Unix下的实用程序 8.3.1 Xwipower 8.3.2 WEP 8.3.3 bsd-airtools 第9章 用于PDA和其他手持设备的Wi-Fi 9.1 在Wi-Fi网络中使用持持设备 9.2 Windows CE操作系统 9.3 Palm OS 9.3.1 Palm m500和m125 9.3.2 Handspring Visor 9.4 其他手持设备 9.5 大不等于好 9.6 远景目标 第10章 扩展网络 10.1 法律问题 10.2 室外天线和接入点 10.2.1 天线特性 10.2.2 功率 10.2.3 天线高度 10.2.4 电缆衰减 10.3 校园网 10.3.1 建立校园网 10.3.2 使用校园网 10.4 组建邻域网 10.4.1 让您的ISP高兴 10.4.2 网络安全：每个人都是您的邻居 第11章 点到点链接和中继器 11.1 扩展局域网 11.2 点到点和点到多点 11.3 安装点到点链接 11.3.1 选择信号路径 11.3.2 到达偏僻地区：长距离链接 11.3.3 调整天线 11.3.4 障碍物和中继 11.4 802.11b的替代品 11.5 网络适配器的天线 11.6 制作您自己的天线 第12章 公共网络和社区网络 12.1 公共网络 12.2 建立到公共网络的连接 12.2.1 查找网络 12.2.2 通过公共网络发送邮件 12.2.3 机场的公共网络 12.3 私有网络的公共接入 12.4 加入社区网络 12.5 公共网络的安全 第13章 游击式联网 13.1 公共网络的安全 13.2 嗅探工具 13.3 搜索信号 13.4 不用嗅探工具搜索——Warchalking 第14章 无线网络安全 14.1 保护网络和数据 14.2 802.11b安全工具 14.2.1 网络*（SSID） 14.2.2 WEP加密 14.2.3 使用WEP是否足够安全 14.2.4 访问控制 14.2.5 身份验证：802.11x标准 14.3 防火墙 14.3.1 阻止无线入侵者 14.3.2 将您的网络与Internet相隔离 14.3.3 带有防火墙的接入点 14.3.4 防火墙软件 14.4 虚拟专用网 14.5 物理安全 14.6 与外部世界共享网络 第15章 虚拟专用网 15.1 VPN方法 15.2 VPN服务器 15.2.1 为无线VPN配置Windows服务器 15.2.2 Unix的VPN服务器 15.2.3 带有内置VPN支持的网络硬件 15.3 VPN客户程序软件 15.3.1 为VPN配置Windows 15.3.2 Microsoft L2TP/IPSec VPN客户程序 15.3.3 在Windows中建立连接 15.3.4 Windows XP选项 15.3.5 用于Unix的VPN客户程序 15.4 使用无线VPN 15.4.1 建立连接 15.4.2 不使用VPN 15.4.3 通过公共网络使用VPN 第16章 提示和故障排除 16.1 计算机没有检测到网络适配器 16.2 无线配置程序没有运行 16.3 即使不使用适配器，无线控制程序仍尝试运行 16.4 计算机不能连接局域网 16.5 计算机连接到了*个错误网络 16.6 可以看到局域网，但是无法连上Internet 16.7 可以看到Internet，但是看不到局域网上的其他机器 16.8 信号强度微弱或者信号质量低下 16.9 找不到公共网络 16.10 不知道自己是否在网络范围之内 16.11 网络速度慢 16.12 可否用外置天线改善性能 16.13 是否有改善性能的其他方法 16.14 在移动到另*个接入点时，适配器失去了连接 16.15 何处可以找到*份802.11b标准的副本 16.16 如何确定网络适配器的制造商 16.17 网络适配器或接入点所带的软件是否*新 16.18 如何才能减少计算机电池的消耗 16.19 可否将接入点作为网桥使用 16.20 无线以太网发出的信号是否有危险

分类：其它    下载：0    浏览：118    时间：2026-07-30

中国家庭Wi-Fi行业概况 中国全屋Wi-Fi发展概况 中国全屋Wi-Fi应用场景分析 中国全屋Wi-Fi能力要求和标准建议 中国全屋Wi-Fi产品案例研究

分类：标准规范    下载：0    浏览：179    时间：2026-07-30

Wi-Fi EasyMesh Specification Version 4.0 Table of Contents 1 OVERVIEW.13 1.1 Scope 13 1.2 Purpose.13 2 REFERENCES .14 3 DEFINITIONS AND ACRONYMS 16 3.1.1 Shall/should/may/might word usage 16 3.1.2 Conventions .16 3.1.3 Definitions 16 3.1.4 Abbreviations and acronyms19 4 ARCHITECTURE21 4.1 Multi-AP architecture.21 4.1.1 Multi-AP example deployment .21 5 MULTI-AP ONBOARDING .25 5.1 1905 Push Button Configuration method25 5.2 PBC Backhaul STA Onboarding procedure25 5.2.1 BSS Configuration26 5.2.2 Backhaul STA Configuration27 5.3 DPP Backhaul STA and Multi-AP Agent secure onboarding28 5.3.1 Overview of DPP onboarding procedure (Informative) 28 5.3.2 Data structures used in DPP onboarding 31 5.3.3 Requirements for devices using DPP onboarding procedures 35 5.3.4 Onboarding method via Wi-Fi with out-of-band DPP bootstrapping36 5.3.5 Onboarding Method via a Multi-AP Logical Ethernet Interface with out-of-band DPP bootstrapping 41 5.3.6 Onboarding method via Wi-Fi with inband DPP bootstrapping using Push Button .43 5.3.7 Establishing secure 1905-layer connectivity 45 5.3.8 Fronthaul BSS and Backhaul BSS configuration.47 5.3.9 DPP onboarding after PBC Backhaul STA Onboarding 49 5.3.10 Reconfiguration .49 5.3.11 Onboarding DPP-capable client devices (STAs) 52 6 MULTI-AP DISCOVERY.54 6.1 Multi-AP controller discovery 54 6.2 Multi-AP service discovery 55 6.3 Client association and disassociation notification.56 7 MULTI-AP CONFIGURATION57 7.1 AP configuration57 7.2 AP operational BSS reporting .59 7.3 Policy configuration .59 8 CHANNEL SELECTION .61 8.1 Channel Preference Query and Report 61 8.2 Channel Selection Request and Report62 8.2.1 Coordinated DFS CAC.63 8.2.2 DFS CAC Scan Requirements on a Multi-AP Controller .63 8.2.3 DFS CAC Scan Requirements on a Multi-AP Agent .63 8.2.4 Spatial Reuse.64 9 CAPABILITY INFORMATION REPORTING 66 9.1 AP capability .66 9.2 Client capability .67 9.3 Backhaul STA capability 10 LINK METRIC COLLECTION.68 10.1 Backhaul link metrics 68 10.2 Per-AP metrics and bulk STA metrics.68 10.2.1 Link metric measurements from the AP68 10.2.2 Channel Scan69 10.2.3 Anticipated Channel Usage 71 10.3 Per-STA measurements72 10.3.1 Associated STA link measurements from the AP .72 10.3.2 Unassociated STA RCPI measurements from the AP73 10.3.3 802.11 beacon measurements from the client73 10.4 Combined infrastructure metrics .74 11 CLIENT STEERING75 11.1 Multi-AP Controller initiated steering mandate .75 11.2 Multi-AP Controller initiated steering opportunity75 11.3 Multi-AP Agent initiated RCPI-based steering 76 11.3.1 RCPI-based steering rules76 11.4 Multi-AP Agent determination of target BSS.76 11.5 Steering mechanisms76 11.6 Client association control mechanism.77 11.7 Wi-Fi Agile Multiband and Tunneled Message support 78 12 BACKHAUL OPTIMIZATION80 12.1 Backhaul optimization by backhaul station association control 80 13 MULTI-AP MESSAGING SECURITY.82 13.1 1905-Layer Security Capability .82 13.2 Message integrity code .82 13.2.1 Theory of Operation (Informative).82 13.2.2 MIC transmission requirements 83 13.2.3 MIC reception requirements84 13.3 1905-layer encryption84 13.3.1 Theory of Operation (informative) .84 13.3.2 Encryption requirements .85 13.3.3 Decryption requirements .86 14 FOUR-ADDRESS MAC HEADER FORMAT87 14.1 Wi-Fi backhaul frame and address handling.87 14.1.1 Receiver requirements 87 14.1.2 Transmitter requirements 87 14.1.3 Wired backhaul frame and address handling .88 15 SUPPLEMENTAL PROTOCOL RULES/PROCEDURES 89 15.1 CMDU reliable multicast transmission 89 15.1.1 CMDU reliable multicast transmission procedures .89 15.1.2 CMDU reliable multicast reception procedures 89 15.2 1905 CMDU adjustments 89 15.3 Order of Processing 90 15.3.1 Transmission Order.90 15.3.2 Reception Order90 16 HIGHER LAYER DATA PAYLOAD OVER 1905 91 17 MULTI-AP CONTROL MESSAGING .92 17.1 Multi-AP message format92 17.1.1 1905 AP-Autoconfiguration Search message format (extended) .95 17.1.2 1905 AP-Autoconfiguration Response message format (extended) 95 17.1.3 1905 AP-Autoconfiguration WSC message format (extended) 95 17.1.4 1905 Topology Response message format (extended)96 17.1.5 1905 Topology Notification message format (extended) 96 17.1.6 AP Capability Query message format .96 17.1.7 AP Capability Report message format96 17.1.8 Multi-AP Policy Config Request message format .96 17.1.9 Channel Preference Query message format 97 17.1.10 Channel Preference Report message format .97 17.1.11 Channel Selection Request message format .97 17.1.12 Channel Selection Response message format.97 17.1.13 Operating Channel Report message format .97 17.1.14 Client Capability Query message format 97 17.1.15 Client Capability Report message format .97 17.1.16 AP Metrics Query Message format .97 17.1.17 AP Metrics Response Message format 98 17.1.18 Associated STA Link Metrics Query message format 98 17.1.19 Associated STA Link Metrics Response message format 98 17.1.20 Unassociated STA Link Metrics Query message format 98 17.1.21 Unassociated STA Link Metrics Response message format98 17.1.22 Beacon Metrics Query message format .98 17.1.23 Beacon Metrics Response message format .98 17.1.24 Combined Infrastructure Metrics message format98 17.1.25 Client Steering Request message format .99 17.1.26 Client Steering BTM Report message format .99 17.1.27 Client Association Control Request message format .99 17.1.28 Steering Completed message format .99 17.1.29 Backhaul Steering Request message format .99 17.1.30 Backhaul Steering Response message format.99 17.1.31 Higher Layer Data message format 99 17.1.32 1905 Ack message format 99 17.1.33 Channel Scan Request message format 99 17.1.34 Channel Scan Report message format.100 17.1.35 CAC Request message format .100 17.1.36 CAC Termination message format100 17.1.37 Error Response message format 100 17.1.38 Topology Query message format100 17.1.39 Association Status Notification message format.100 17.1.40 Tunneled message format 100 17.1.41 Client Disassociation Stats message format 100 17.1.42 Backhaul STA Capability Query message format.100 17.1.43 Backhaul STA Capability Report message format101 17.1.44 Failed Connection message .101 17.1.45 1905 Rekey Request message format .101 17.1.46 1905 Decryption Failure message format .101 17.1.47 Service Prioritization Request message format 101 17.1.48 Proxied Encap DPP message format .101 17.1.49 1905 Encap EAPOL message format .101 17.1.50 DPP Bootstrapping URI Notification message format 101 17.1.51 DPP CCE Indication message format.101 17.1.52 Chirp Notification message format102 17.1.53 BSS Configuration Request message 102 17.1.54 BSS Configuration Response message .102 17.1.55 BSS Configuration Result message102 17.1.56 Direct Encap DPP message .102 17.1.57 Reconfiguration Trigger message.102 17.1.58 Agent List message 102 17.1.59 Anticipated Channel Preference message .102 17.1.60 Anticipated Channel Usage Report message.103 17.1.61 QoS Management Notification message format .103 17.2 Multi-AP TLVs format 104 17.2.1 SupportedService TLV format.106 17.2.2 SearchedService TLV format 107 17.2.3 AP Radio Identifier TLV format .107 17.2.4 AP Operational BSS TLV format.107 17.2.5 Associated Clients TLV format108 17.2.6 AP Capability TLV format108 17.2.7 AP Radio Basic Capabilities TLV format.108 17.2.8 AP HT Capabilities TLV format .109 17.2.9 AP VHT Capabilities TLV format.110 17.2.10 AP HE Capabilities TLV format.111 17.2.11 Steering Policy TLV format .112 17.2.12 Metric Reporting Policy TLV format 112 17.2.13 Channel Preference TLV format .114 17.2.14 Radio Operation Restriction TLV format .115 17.2.15 Transmit Power Limit TLV format .116 17.2.16 Channel Selection Response TLV format.116 17.2.17 Operating Channel Report TLV format .116 17.2.18 Client Info TLV format .117 17.2.19 Client Capability Report TLV format .117 17.2.20 Client Association Event TLV format 117 17.2.21 AP Metric Query TLV format .118 17.2.22 AP Metrics TLV format118 17.2.23 STA MAC Address Type TLV format 119 17.2.24 Associated STA Link Metrics TLV format .119 17.2.25 Unassociated STA Link Metrics Query TLV format 120 17.2.26 Unassociated STA Link Metrics Response TLV format 120 17.2.27 Beacon Metrics Query TLV format121 17.2.28 Beacon Metrics Response TLV format .121 17.2.29 Steering Request TLV format .122 17.2.30 Steering BTM Report TLV format .123 17.2.31 Client Association Control Request TLV format .124 17.2.32 Backhaul Steering Request TLV format .124 17.2.33 Backhaul Steering Response TLV format.124 17.2.34 Higher Layer Data TLV format 125 17.2.35 Associated STA Traffic Stats TLV format .125 17.2.36 Error Code TLV format126 17.2.37 Channel Scan Reporting Policy TLV format .127 17.2.38 Channel Scan Capabilities TLV format.127 17.2.39 Channel Scan Request TLV format 128 17.2.40 Channel Scan Result TLV format .129 17.2.41 Timestamp TLV format .130 17.2.42 CAC Request TLV format .131 17.2.43 CAC Termination TLV format131 17.2.44 CAC Completion Report TLV format.132 17.2.45 CAC Status Report TLV format.133 17.2.46 CAC Capabilities TLV format 134 17.2.47 Multi-AP Profile TLV format 135 17.2.48 Profile-2 AP Capability TLV format .135 17.2.49 Default 802.1Q Settings TLV format .135 17.2.50 Traffic Separation Policy TLV format 136 17.2.51 Profile-2 Error Code TLV format .136 17.2.52 AP Radio Advanced Capabilities TLV format .137 17.2.53 Association Status Notification TLV format.138 17.2.54 Source Info TLV format .138 17.2.55 Tunneled message type TLV format.138 17.2.56 Tunneled TLV format 139 17.2.57 Profile-2 Steering Request TLV format.139 17.2.58 Unsuccessful Association Policy TLV format140 17.2.59 Metric Collection Interval TLV format141 17.2.60 Radio Metrics TLV format .141 17.2.61 AP Extended Metrics TLV format141 17.2.62 Associated STA Extended Link Metrics TLV format .142 17.2.63 Status Code TLV format .143 17.2.64 Reason Code TLV format .143 17.2.65 Backhaul STA Radio Capabilities TLV format 143 17.2.66 Backhaul BSS Configuration TLV .143 17.2.67 1905 Layer Security Capability TLV format 144 17.2.68 MIC TLV format.144 17.2.69 Encrypted Payload TLV format .145 17.2.70 Service Prioritization Rule TLV format 145 17.2.71 DSCP Mapping Table TLV format 145 17.2.72 AP Wi-Fi 6 Capabilities TLV format 146 17.2.73 Associated Wi-Fi 6 STA Status Report TLV format 147 17.2.74 BSSID TLV format.148 17.2.75 BSS Configuration Report TLV format148 17.2.76 Device Inventory TLV format 149 17.2.77 Agent List TLV format .149 17.2.78 AKM Suite Capabilities TLV format.150 17.2.79 1905 Encap DPP TLV format150 17.2.80 1905 Encap EAPOL TLV format .151 17.2.81 DPP Bootstrapping URI Notification TLV151 17.2.82 DPP CCE Indication TLV 152 17.2.83 DPP Chirp Value TLV .152 17.2.84 BSS Configuration Request TLV 152 17.2.85 BSS Configuration Response TLV153 17.2.86 DPP Message TLV .153 17.2.87 Anticipated Channel Preference TLV format 153 17.2.88 Anticipated Channel Usage TLV format .154 17.2.89 Spatial Reuse Request TLV155 17.2.90 Spatial Reuse Report TLV 156 17.2.91 Spatial Reuse Config Response TLV format 158 17.2.92 QoS Management Policy TLV.158 17.2.93 QoS Management Descriptor TLV158 17.2.94 Controller Capability TLV 159 18 MULTI-AP PROFILES 160 19 TRAFFIC SEPARATION 162 19.1 Traffic Separation in Multi-AP Network .162 19.1.1 Traffic Separation Overview (Informative) 162 19.1.2 Multi-AP Controller Requirements 164 19.1.3 Multi-AP Agent Requirements.164 19.2 VLAN Tagging in Multi-AP 166 20 SERVICE PRIORITIZATION168 20.1 Service Prioritization in Multi-AP Network (Informative) .168 20.2 Service Prioritization Operation 168 20.2.1 Multi-AP Controller Requirements 168 20.2.2 Multi-AP Agent Common Requirements .169 20.2.3 Multi-AP Agent 802.1Q C-TAG Requirements .169 20.2.4 Multi-AP Agent Configuration and Operation of MSCS, SCS and DSCP Policy 170 20.2.5 Setting UP Values .172 20.2.6 DSCP-to-UP Mapping.173 APPENDIX A (INFORMATIVE) MISCELLANEOUS .174 A.1 Higher layer protocol field definition (see section 16) .174 A.2 Indication of associated 802.11 clients .174 A.3 Implementation Notes (Informative)174 A.3.1 Traffic Separation.174 A.3.2 Controller implementation for Policy Set Up A.3.3 Fragmentation of IEEE 1905 A.3.4 Multi-AP Logical Ethernet Interfaces A.3.5 Primary Channel for Operating Classes Greater than 40 MHz

分类：标准规范    下载：1    浏览：153    时间：2026-07-30

Wi-Fi EasyMesh Specification Version 3.0 Table of contents 1 OVERVIEW.11 1.1 Scope 11 1.2 Purpose.11 2 REFERENCES .12 3 DEFINITIONS AND ACRONYMS 14 3.1.1 Shall/should/may/might word usage 14 3.1.2 Conventions .14 3.1.3 Definitions 14 3.1.4 Abbreviations and acronyms17 4 ARCHITECTURE19 4.1 Multi-AP architecture.19 4.1.1 Multi-AP example deployment .19 5 MULTI-AP ONBOARDING .23 5.1 1905 Push Button Configuration method23 5.2 PBC Backhaul STA onboarding procedure.23 5.3 DPP Backhaul STA and Multi-AP Agent secure onboarding26 5.3.1 Overview of DPP onboarding procedure (Informative) 26 5.3.2 Data structures used in DPP onboarding 29 5.3.3 Requirements for devices using DPP onboarding procedures33 5.3.4 Onboarding method via Wi-Fi with out-of-band DPP bootstrapping34 5.3.5 Onboarding Method via a Multi-AP Logical Ethernet Interface with out-of-band DPP bootstrapping .39 5.3.6 Onboarding method via Wi-Fi with inband DPP bootstrapping using Push Button .42 5.3.7 Establishing secure 1905-layer connectivity 43 5.3.8 Fronthaul BSS and Backhaul BSS configuration.45 5.3.9 DPP onboarding after Profile-1 or Profile-2 onboarding 46 5.3.10 DPP reconfiguration47 5.3.11 Onboarding DPP capable client devices (STAs) 49 6 MULTI-AP DISCOVERY.51 6.1 Multi-AP controller discovery 51 6.2 Multi-AP service discovery52 6.3 Client association and disassociation notification.52 7 MULTI-AP CONFIGURATION54 7.1 AP configuration54 7.2 AP operational BSS reporting .56 7.3 Policy configuration .56 8 CHANNEL SELECTION .58 8.1 Channel Preference Query and Report 58 8.2 Channel Selection Request and Report59 8.2.1 Coordinated DFS CAC.60 8.2.2 DFS CAC Scan Requirements on a Multi-AP Controller .60 8.2.3 DFS CAC Scan Requirements on a Multi-AP Agent .60 9 CAPABILITY INFORMATION REPORTING 62 9.1 AP capability .62 9.2 Client capability .62 9.3 Backhaul STA capability .63 10 LINK METRIC COLLECTION.64 10.1 Backhaul link metrics 64 10.2 Per-AP metrics and bulk STA metrics.64 10.2.1 Link metric measurements from the AP64 10.2.2 Channel Scan65 10.3 Per-STA measurements67 10.3.1 Associated STA link measurements from the AP.67 10.3.2 Unassociated STA RCPI measurements from the AP68 10.3.3 802.11 beacon measurements from the client69 10.4 Combined infrastructure metrics .70 11 CLIENT STEERING71 11.1 Multi-AP Controller initiated steering mandate .71 11.2 Multi-AP Controller initiated steering opportunity71 11.3 Multi-AP Agent initiated RCPI-based steering 72 11.3.1 RCPI-based steering rules72 11.4 Multi-AP Agent determination of target BSS.72 11.5 Steering mechanisms72 11.6 Client association control mechanism.73 11.7 Wi-Fi Agile Multiband and Tunneled Message support 74 12 BACKHAUL OPTIMIZATION76 12.1 Backhaul optimization by backhaul station association control 76 13 MULTI-AP MESSAGING SECURITY.78 13.1 1905-Layer Security Capability .78 13.2 Message integrity code .78 13.2.1 Theory of Operation (Informative).78 13.2.2 MIC transmission requirements 79 13.2.3 MIC reception requirements80 13.3 1905-layer encryption80 13.3.1 Theory of Operation (informative) .80 13.3.2 Encryption requirements .81 13.3.3 Decryption requirements.82 14 FOUR-ADDRESS MAC HEADER FORMAT83 14.1 Wi-Fi backhaul frame and address handling.83 14.1.1 Receiver requirements83 14.1.2 Transmitter requirements83 14.1.3 Wired backhaul frame and address handling .84 15 SUPPLEMENTAL PROTOCOL RULES/PROCEDURES85 15.1 CMDU reliable multicast transmission 85 15.1.1 CMDU reliable multicast transmission procedures .85 15.1.2 CMDU reliable multicast reception procedures 85 15.2 1905 CMDU adjustments85 15.3 Order of Processing 86 15.3.1 Transmission Order.86 15.3.2 Reception Order86 16 HIGHER LAYER DATA PAYLOAD OVER 190587 17 MULTI-AP CONTROL MESSAGING .88 17.1 Multi-AP message format88 17.2 Multi-AP TLVs format102 18 MULTI-AP PROFILES 152 19 TRAFFIC SEPARATION 154 19.1 Traffic Separation in Multi-AP Network.154 19.1.1 Traffic Separation Overview (Informative) 154 19.1.2 Multi-AP Controller Requirements 156 19.1.3 Multi-AP Agent Requirements.156 19.2 VLAN Tagging in Multi-AP 158 20 SERVICE PRIORITIZATION160 20.1 Service Prioritization in Multi-AP Network (Informative) .160 20.2 Service Prioritization Operation 160 20.2.1 Multi-AP Controller Requirements 160 20.2.2 Multi-AP Agent Requirements.160 APPENDIX A (INFORMATIVE) MISCELLANEOUS .162 A.1 Higher layer protocol field definition (see section 16) .162 A.2 Indication of associated 802.11 clients .162 A.3 Implementation Notes (Informative)162

分类：工程安装测试    下载：1    浏览：123    时间：2026-07-29

Table of contents 1 OVERVIEW 12 1.1 Scope and purpose  12 1.2 Definition of devices under test  12 1.3 References 16 1.4 Acronyms and definitions 17 1.4.1 Acronyms and abbreviations. 17 1.4.2 Definitions 19 2 TEST TOOLS, METHODOLOGY AND APPROACH 21 2.1 Sniffer 21 2.2 Wi-Fi Test Suite software 21 2.3 QuickTrack Test Tool software  21 2.4 Basic system test configuration 21 2.5 Test bed capability requirements 23 2.5.1 CTT/Test bed AP requirements  23 2.5.2 CTT/Test bed STA requirements  25 2.6 AAA server 27 3 REQUIREMENTS FOR WI-FI ALLIANCE CERTIFICATION  28 3.1 General requirements. 28 3.1.1 Prerequisite certification requirements 28 3.1.2 Wi-Fi CERTIFIED WPA3 testing requirements. 28 3.1.2.1 WPA3-Personal testing requirements  28 3.1.2.2 WPA3-Enterprise testing requirements 29 3.2 Applicability of tests 29 3.2.1 APUT test applicability  30 3.2.2 STAUT test applicability  37 3.3 Configuration requirements  49 3.3.1 APUT configuration requirements 50 3.3.2 STAUT configuration requirements. 51 3.4 Testing rules. 52 4 WPA3-PERSONAL APUT TESTS. 53 4.1 APUT configuration requirements validation test 53 4.2 APUT SAE tests 54 4.2.1 APUT initial connectivity test 54 4.2.2 APUT connectivity and PMK caching test. 57 4.2.3 APUT Anti-clogging test  59 4.2.4 APUT WPA3-Personal transition test 62 4.2.5 APUT support for additional finite cyclic groups test. 64 4.2.6 APUT negative test 66 4.2.7 APUT WPA3-Personal transition negative test 69 4.2.8 APUT correct handling of PMKID during initial SAE association test 4.3 APUT rejecting unsuitable Diffie-Hellman groups for SAE tests 73 4.4 APUT H2E tests 75 4.4.1 APUT support H2E only mode test 75 4.4.2 APUT accepts SAE Commit message with Rejected Groups element test 77 4.4.3 APUT rejects SAE Commit message with Rejected Groups element test 80 4.4.4 APUT aborts 4-way handshake with RSNXE mismatch test  82 4.5 Reserved for future use 84 4.6 APUT SAE Transition Disable tests 84 4.6.1 APUT SAE Transition Disable test  84 4.7 APUT SAE-PK tests 86 4.7.1 APUT SAE-PK connectivity and PMK caching test  86 5 WPA3-PERSONAL STAUT TESTS  91 5.1 STAUT configuration requirements validation test. 91 5.2 STAUT SAE tests. 92 5.2.1 STAUT SAE connectivity and PMK caching test  92 5.2.2 STAUT Anti-clogging test  95 5.2.3 STAUT reflection attack test 97 5.2.4 STAUT WPA2-Personal compatibility test  99 5.2.5 STAUT support for additional finite cyclic groups test  101 5.2.6 STAUT negative test 103 5.2.7 STAUT SAE confirmation exchange variation test 106 5.3 STAUT does not request unsuitable Diffie-Hellman groups for SAE test  109 5.4 STAUT H2E tests 110 5.4.1 STAUT Rejected Groups element test 110 5.4.2 STAUT aborts 4-way handshake with RSNXE mismatch test  112 5.5 Reserved for future Use 115 5.6 STAUT SAE Transition Disable tests. 115 5.6.1 STAUT SAE Transition Disable test 115 5.7 STAUT SAE-PK tests. 117 5.7.1 STAUT SAE-PK connectivity and PMK caching test  117 5.7.2 STAUT SAE-PK validation failure test  121 5.7.3 STAUT SAE-PK downgrade mitigation test  124 5.7.4 STAUT SAE-PK password not in correct form or incorrect Sec encoding test 127 6 RESERVED FOR FUTURE USE  131 7 RESERVED FOR FUTURE USE  132 8 WPA3 FAST BSS TRANSITION APUT TESTS  133 8.1 CTT STA Roam from APUT to AP1 and back 133 8.2 CTT STA Roam from AP1 to APUT and back 141 8.3 APUT Interop with CTT STA that has H2E disabled 148 9 WPA3 FAST BSS TRANSITION STAUT TESTS 157 9.1 STAUT Roam from CTT AP1 to AP2 and back 157 9.2 STAUT Interop with CTT AP that has H2E disabled. 9.3 STAUT with CTT AP that sends mismatched RSNXE contents  170 10 RESERVED FOR FUTURE USE  176 11 WPA3-ENTERPRISE SERVER CERTIFICATE VALIDATION STAUT TEST CASES. 177 11.1 STAUT server certificate validation test 177 11.2 STAUT server certificate configuration requirements test 185 12 WPA3-PERSONAL BEACON PROTECTION APUT TESTS 188 12.1 APUT Capability Advertisement test  188 12.2 APUT BIGTK Distribution in 4-way test 189 12.3 APUT MMIC IE in Beacon frames with BIP-CMAC-128 test 191 12.4 APUT BIGTK rotation test  193 13 WPA3-PERSONAL BEACON PROTECTION STAUT TESTS 196 13.1 STAUT MMIC IE in Beacon Validation test  196 13.2 STAUT BIPN replay checking test 198 13.3 STAUT key rotation test 201 14 WPA3-PERSONAL OPERATING CHANNEL VALIDATION APUT TESTS 204 14.1 APUT OCVC advertisement in RSNE in Beacon frames and interop with non-OCVC STAs test. 204 14.2 APUT OCI KDE in 4-way handshake test  206 14.3 APUT OCI KDE validation in group key handshake test 208 14.4 APUT inclusion of OCI in SA Query request and validation of SA Query Response test 211 14.5 APUT OCI STA validation on channel switch test 214 14.6 APUT FTE OCI subelement validation in association request and inclusion in association response test and compatibility with non-OCVC STA 217 15 WPA3-PERSONAL OPERATING CHANNEL VALIDATION STAUT TESTS 221 15.1 STAUT OCI KDE in 4-way handshake, inclusion in M2 and Validation of M3 test 221 15.2 STAUT OCI KDE validation in M1 of the group key handshake test 224 15.3 STAUT inclusion of OCI in SA Query request and validation of SA Query response test 226 15.4 STAUT OCI STA SA Query on channel switch test 229 15.5 STAUT OCVC in RSNE, FTE OCI subelement in association request and validation in association response test and compatibility with non-OCVC AP test 231 16 RESERVED FOR FUTURE USE  236 17 WPA3-PERSONAL PRIVACY EXTENSIONS STAUT TESTS 237 17.1 STAUT construction of a uniquely randomized source MAC address per SSID test  237 17.2 STAUT construction of a randomized source MAC address per Active Scan test  239 17.3 STAUT construction of a randomized source MAC address for each ANQP exchange test  240 18 WPA3-ENTERPRISE 192-BIT SECURITY APUT TESTS 243 18.1 APUT 192-bit configuration requirements validation tests 243 18.1.1 APUT configuration requirements validation for 192-bit security on a BSSID with IPv4 test  243 18.1.2 APUT configuration requirements validation for 192-bit security on a BSSID with IPv6 test  244 18.2 APUT 192-bit security initial configuration tests. 245 18.2.1 APUT correct IE advertisement for 192-bit security test 18.3 APUT 192-bit security ECC p384 tests  246 18.3.1 APUT IPv4 connectivity using 192-bit security ECC p384 test  246 18.3.2 APUT IPv6 connectivity using 192-bit security ECC p384 test  248 18.4 APUT 192-bit security RSA 3K and TLS_DHE_RSA_WITH_AES_256_GCM_SHA384 cipher tests  250 18.4.1 APUT IPv4 connectivity using 192-bit security RSA 3K and TLS_DHE_RSA_WITH_AES_256_GCM_SHA384 cipher test  250 18.4.2 APUT IPv6 connectivity using 192-bit security RSA 3K and TLS_DHE_RSA_WITH_AES_256_GCM_SHA384 cipher test  252 18.5 APUT 192-bit security RSA 3K and TLS_ECDHE_RSA_AES_256_GCM_SHA384 tests 254 18.5.1 APUT IPv4 connectivity using 192-bit security RSA 3K and TLS_ECDHE_RSA_AES_256_GCM_SHA384 cipher test. 254 18.5.2 APUT IPv6 connectivity using 192-bit security RSA 3K and TLS_ECDHE_RSA_AES_256_GCM_SHA384 cipher test. 256 18.6 APUT 192-bit security conformance tests 259 18.6.1 APUT response to an incorrect RSNE received from the STA test 259 18.6.2 APUT response to STA incorrect TLS authentication parameters test 261 18.7 APUT 192-bit security PMK caching  264 18.7.1 APUT 192-bit security PMK caching test 264 19 WPA3-ENTERPRISE 192-BIT SECURITY STAUT TESTS 267 19.1 STAUT 192-bit security configuration requirements validation test 267 19.1.1 STAUT configuration requirements validation for 192-bit security on a BSSID test  267 19.2 STAUT 192-bit security ECC p384 tests 268 19.2.1 STAUT IPv4 connectivity using 192-bit security ECC p384 test 268 19.2.2 STAUT IPv6 connectivity using 192-bit security ECC p384 test 270 19.3 STAUT 192-bit security RSA 3K and TLS_ECDHE_RSA_AES_256_GCM_SHA384 cipher test  272 19.3.1 STAUT IPv4 connectivity test using 192-bit security RSA 3K and TLS_ECDHE_RSA_AES_256_GCM_SHA384 cipher test 272 19.3.2 STAUT IPv6 connectivity using 192-bit security RSA 3K and TLS_ECDHE_RSA_AES_256_GCM_SHA384 cipher test  274 19.4 STAUT 192-bit security RSA 3K and TLS_DHE_RSA_AES_256_GCM_SHA384 cipher tests 277 19.4.1 STAUT IPv4 connectivity using 192-bit security RSA 3K and TLS_DHE_RSA_AES_256_GCM_SHA384 cipher test 277 19.4.2 STAUT IPv6 connectivity using 192-bit security RSA 3K and TLS_DHE_RSA_AES_256_GCM_SHA384 cipher test 279 19.5 STAUT 192-bit security conformance tests 281 19.5.1 STAUT response to incorrect RSNE received from AP test  281 19.5.2 STAUT response to AAA server TLS authentication parameters test 284 19.6 STAUT 192-bit security PMK caching tests 288 19.6.1 STAUT 192-bit security PMK caching test 288 APPENDIX A TEST BED PRODUCTS. 292 A.1 Approved test bed vendors  292 A.2 Approved test bed equipment  292 APPENDIX B CTT STA VALIDATION 297 B.1 CTT STA Validation for BIP MIC /Replay Error counter test 297 APPENDIX C (INFORMATIVE) DOCUMENT REVISION HISTORY

分类：工程安装测试    下载：3    浏览：124    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：2    浏览：132    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：97    时间：2026-07-29

Authors:Gang Cheng , Zhihong Qian , Yiming Jiang , Zhijie Yang , Thirumurthy Rajamanickam Offers a comprehensive introduction of the principles, technology, and relevant specifications for Wi-Fi 7 Equip readers with Wi-Fi 7 product development and testing expertise Illustrates various applications and practical deployment of Wi-Fi 7 Author: Springer ISBN: 9789819790258 Format: Hardcover Publication Date: 2024-12-07 Page Count: 464

分类：WiFi相关    下载：1    浏览：158    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：2    浏览：106    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