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MT7681环境搭建指南

分类：设计开发下载：0 浏览：706 时间：2017-08-29

MT7681 编译环境搭建指南文档说明，此文档旨在协助客户搭建好MT7681 的软体编译环境，不涉及到软件的烧录以及测试的相关信息是在MTK_AndesToolChains_Usage_v0.02_20140415.pdf 的基础上进行整理的。

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MT7681 IoT FAQ 1 Source Code Compile...................................................................................................................................................5 1.1 How to Setup AndeSight SDK............................................................................................................................5 1.2 How to create new project in AndeSight / How to import MTK7681 SDK to AndeSight..................................5 1.3 How to compile source code for Recovery FW , Sta FW, AP FW......................................................................6 1.4 SDK编译后生成ap，sta，recovery，all等文件，哪个文件才是我最终要烧录的，..................................6 1.5 Compile Source Code fail ‐‐ .BSS is not within region SRAM............................................................................6 2 FW Upgrade..................................................................................................................................................................6 2.1 FW upgrade method........................................................................................................................................6 2.2 How to change AP mode and Station Mode.....................................................................................................6 2.3 Why there is a Recovery Mode.........................................................................................................................7 2.4 How to set recovery mode duration.................................................................................................................7 3 APK Install and usage...................................................................................................................................................8 3.1 手机安装IoTManager_v0.94_1_android4.0.apk，显示是“解析包时出现问题”...........................................8 4 System Coding..............................................................................................................................................................8 4.1 Printf_High() /DBGPRINTF_HIGH() 输出LOG的开关........................................................................................8 4.2 flash分区里reserved的区域有没有其他特殊用途？可不可以拿来保存一些数据.....................................8 4.3 打开 CFG_SUPPORT_TCPIP 宏使用AT命令的TCP功能。编译时出现错误...................................................9 4.4 为什么使用IoT_gpio_output() 设定某个GPIO为1后，一会后莫名其妙又被拉低...................................9 5 Connection Development.............................................................................................................................................9 5.1 MT7681 Support mode 和Bandwidth.............................................................................................................9 5.2 一般 C程式有entry point,即main(), 請問一個IoT application 的entry point在哪裡?..................................9 5.3 How to get mt7681 MAC address.....................................................................................................................9 5.4 在sta模式下连接ap，但是我要怎么来判断连接成功与否？？？............................................................10 5.5 如何自动获取IP，是通过uip中的dhcpc相关函数吗？？？.......................................................................10 5.6 如何進行SW reset. 將IP/SSID 等參數 reset成出廠設定值.......................................................................10 5.7 现在的1.10版本好像没有mem_alloc及mem_free函数.............................................................................11 5.8 结构体_WIFI_STATE的说明性文档，每个状态代表什么意义....................................................................11 5.9 Smart Connection的station config数据结构.................................................................................................11 5.10 Smart Connection的(station config)数据存取及清除...................................................................................12 5.11 使用宏 CFG_SUPPORT_MTK_SMNT=1 来控制是否使用 MTK的smart connection.................................12 5.12 How to get PMK.............................................................................................................................................13 6 Application Development...........................................................................................................................................14 6.1 How to send TCP/UDP packet.........................................................................................................................14 6.2 IoT application內要scan AP, 連到AP, 建TCP + SSL ...等,要參考哪些 APIs document?..............................14 6.3 数据从服务器转发到7681，数据包格式是怎样的，经过解包之后是怎样的数据类型？....................14 6.4 SDK中有TCP和UDP两种方式， UDP/TCP是什么情况下使用的呢？.........................................................14 6.5 MT7681透过AP Router与Internet Server，请问这个Internet Server做"转发"作用外，还有哪些作用呢？ 15 6.6 是否有获取网络时间的协议Support SNTP, NTP..........................................................................................15 6.7 Set up the TCP connection on MT7681..........................................................................................................15 6.8 Cannot use AT Cmd “Netmode ,Channel, SoftAPConf and TCP_Connect ”…..............................................16

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MT7681频率校准讲解

分类：设计开发下载：7 浏览：705 时间：2017-08-29

MT7681 IoT Wi‐Fi Calibration SOP 1 了解Calibration参数的存放位置........................................................................................................................................4 1.1 依照文件：MT7681_IoT_WIFI_Firmware_Programming_Guide.pdf......................................................................4 1.2 调整前default.bin 的准备......................................................................................................................................4 1.3 调整方式‐Uart.........................................................................................................................................................5 2 TX Mode 调整过程.............................................................................................................................................................5 2.1 进入Calibration Mode.............................................................................................................................................5 2.2 用default.bin 校准频偏（XTAL trim）.................................................................................................................5 2.3 测试Channelx 的 TXpower....................................................................................................................................6 2.4 存储调整参数 (以Tx Power为例)...........................................................................................................................6 2.4.1 将TXpower 调整值写入Chip Efuse 从0x52~0x5A 的位置......................................................................6 2.4.2 将TXpower调整值写入Flash EEPROM Block 从0x52~0x5A 的位置........................................................7 3 Rx Mode 调整过程..............................................................................................................................................................7 3.1 Rx调整前准备.........................................................................................................................................................7 3.2 RX Test 测试方法...................................................................................................................................................7

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迅捷 fwr310v4原厂编程器固件

分类：原厂编程器固件下载：35 浏览：2444 时间：2017-08-28

fwr310v4编程器固件，1M

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MT7620A TFBGA PCB Layout Guide-V0.2

分类：设计开发下载：5 浏览：735 时间：2017-08-28

文件原名：MT7620A_Layout_Guide_V0.3-20120920.pdf MT7620A Layout design comment Placement PCB Layer Stack System Block Diagram Power Topology RF matching network DDR2 PCI-e Ethernet RGMII Others

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烽禾影城无线覆盖解决方案

分类：工程方案下载：0 浏览：692 时间：2017-08-28

目录 1.1. 项目背景................................................................................................................................................................ 3 1.2. 需求分析................................................................................................................................................................ 3 二、建设原则和技术需求.................................................................................................................................................. 4 2.1. 国际标准................................................................................................................................................................ 4 2.2. 技术成熟................................................................................................................................................................ 4 2.3. 接入安全................................................................................................................................................................ 4 2.4. 高扩展性................................................................................................................................................................ 4 2.5. 便捷管理................................................................................................................................................................ 4 2.6. CUBE网络系统的管理..................................................................................................................................... 5 2.7. CUBE网络系统的安全..................................................................................................................................... 7 三、无线覆盖系统技术方案.............................................................................................................................................. 8 3.2. 无线覆盖建设原则............................................................................................................................................. 8 四、无线用户接入认证建设原则........................................................................................................................... 9 4.1. 系统的可靠性............................................................................................................................................. 9 4.2. 系统的安全性.......................................................................................................................................... 10 4.3. 系统的易用性.......................................................................................................................................... 10 4.4. 系统的可扩展性...................................................................................................................................... 11 五、方案设计.............................................................................................................................................................. 11 5.1. 方案描述.................................................................................................................................................... 11 5.2. 无线AP部署设计方案及网络拓扑................................................................................................. 12 5.3. 无线用户认证系统功能................................................................................................................................. 13 5.4. 用户页面展现系统................................................................................................................................. 13 5.5. 后台管理系统功能................................................................................................................................. 14 5.6. 用户上网客户端功能............................................................................................................................ 14 5.7. 报表功能.................................................................................................................................................... 15 5.8. 上网监控功能.......................................................................................................................................... 15 六、Portal认证平台服务...................................................................................................................................... 16 6.1. Portal认证平台服务标准版............................................................................................................... 16 6.2. Portal认证平台服务专享版............................................................................................................... 16 6.3. 系统拓扑图........................................................................................................................................................ 17 七、成功案例展示.............................................................................................................................................................. 18 八、Portal认证计费承建项目情况一览表............................................................................................................... 20 九、产品清单....................................................................................................................................................................... 22 十、报价表............................................................................................................................................................................ 23 十一、产品介绍................................................................................................................................................................ 24

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Passcape Wireless Password Recovery Pro WIFIPR跑包软件含视频教程

分类：字典工具下载：410 浏览：9085 时间：2017-08-27

Wireless Password Recovery Pro WIFIPR6.2.8绿色汉化特别版 Passcape Wireless Password Recovery Pro(WIFIPR)采用了Passcape研制的最先进的密码恢复方法，可用来PJ无线网络密码，让你找到并识别您的无线网络的薄弱环节，开展安全审计，恢复被遗忘的WPA-PSK（预共享密钥）和WPA2-PSK密码。软件特点： 1、CPU 和 GPU 协同高效恢复密码. 2、支持多种字典格式：以 ASCII, UNICODE, UTF8,编码的text文件, PCD,dic,udic, 内含以上内容的RAR 和 ZIP压缩包. 3、可在线下载由官方提供的将近2GB的字典. 4、经实测，某些显卡运行起来比俄罗斯的ewsa速度要快，占用电脑资源更少，支持进程优先级调节,攻击结束或发现密码后立即发音提示. 5、支持自动排队作业，任务再多也不用发愁了。 6、其它攻击特性和ewsa一样。 v3.3.5.328汉化绿色版内含视频教程

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