学校无线网络改造项目方案

用户至上用心服务苏州XXXX学校有线及无线改造集成项目投标方案中国电信股份有限公司苏州分公司二○一五年八月苏州XXXX学校有线及无线改造集成项目1目录1.项目概述·········································································11.1.项目背景····································································11.2.设计原则····································································11.3.总体组网方案······························································21.4.建设目标····································································22.网络建设原则···································································33.需求分析·········································································53.1.总体建设目标······························································53.2.具体实施目标······························································54.H3C无线校园网建设方案······················································74.1.整网逻辑拓扑图····························································74.2.整网安全解决方案·························································74.3.无线网络管理解决方案···················································84.4.无线AP供电解决方案····················································94.5.覆盖区域详细说明·······················································104.6.覆盖效果理论计算·······················································105.H3C方案特点与优势·························································125.1.H3C一体化无线校园解决方案——更稳定：·························125.2.H3C一体化无线校园解决方案——高安全：·························155.3.H3C一体化无线校园解决方案——易管理：·························165.4.H3C一体化无线校园解决方案——可扩展：·························185.5.H3C一体化无线校园解决方案——全业务：·························196.方案设计产品介绍····························································216.1.核心交换机LS-7606······················································216.2.接入交换机LS-S2110-PWR、LS-S2126-PWR···························316.3.无线控制器EWP-WX5004-H3···········································386.4.无线AP1EWP-WA2612-FIT、EWP-WA2620E-FIT······················45苏州XXXX学校有线及无线改造集成项目6.5.无线AP2EWP-WA2610X-FIT·························错误!未定义书签。6.6.智能管理平台iMC·······················································486.7.无线业务管理组件WSM················································636.8.终端智能接入组件EIA···················································747.投标产品详细参数····························································827.1.防火墙·····································································827.2.核心交换机·······························································857.3.千兆接入交换机······································错误!未定义书签。7.4.万兆POE交换机·····································错误!未定义书签。7.5.无线AC控制器·······································错误!未定义书签。7.6.千兆室内无线AP·····································错误!未定义书签。7.7.网络管理系统········································错误!未定义书签。7.8.身份认证系统········································错误!未定义书签。8.原厂质保函··································································1159.售中售后及培训计划·······················································11610.公司实力·····································································11711.成功案例·····································································11812.投标设备技术参数偏离表·················································11913.报价清单·····································································14713.1.无线wifi建设清单·····················································14714.致谢··········································································148苏州XXXX学校有线及无线改造集成项目第1页1.项目概述1.1.项目背景近年来随着计算机技术及互联网的迅猛发展，将信息技术应用于教育领域，已成为世界各国的一种潮流。苏州市政府于2011年12月颁布了“智慧苏州”整体规划，规划提出“智慧教育”是“智慧苏州”建设的重要目标和九大工程之一。苏州XXXX学校在建设智慧教育的过程中，有需求建立教学区的无线网络覆盖。基于对XXXX学校无线网的细致深入理解，结合自身产品和技术特点，我司推出了完善的XXXX学校无线网解决方案，为XXXX学校无线校区提供“高扩展、多业务、高安全”的精品网络。数字化校园是以数字化信息和网络为基础，在计算机和网络技术上建立起来的对教学、科研、管理、生活服务等校园信息的收集、处理、整合、存储、传输和应用，在传统校园基础上构建一个数字空间，以拓展现实校园的时间和空间维度，提升传统校园的运行效率，扩展传统校园的业务功能，最终实现教育过程的全面信息化，从而达到提高管理水平和效率的目的。1.2.设计原则XXXX学校无线城建设遵循以下基本原则：根据以上对苏州XXXX学校智慧校园基本要求分析，在设计整个智慧校园之前，结合中国电信的行业信息化经验，对于系统的设计原则，我们可以归纳总结为科学性要求，实用性要求，合理性要求，完整性要求，先进性要求，可靠性要求，进度保证性要求，安全保护性要求等八大类型要求，并以此作为本系统设计原则。苏州XXXX学校有线及无线改造集成项目第2页1.3.总体组网方案XXXX学校无线网解决方案总体设计以高性能、高可靠性、高安全性、良好的可扩展性、可管理性和统一的网管系统及可靠组播为原则，以及考虑到技术的先进性、成熟性，并采用模块化的设计方法。1、组网方式采用二层网络结构。分为核心层和接入层。核心层可以采用单核心方式。接入层交换机部署百兆POE接入交换机。2、无线控制器插卡。核心部署无线控制器插卡，无线控制器插卡可以实现大量无线AP的接入，同时相比传统的盒式无线控制器，降低了组网的负载度，提升了网络健康性和抗故障能力。4、无线网络。在园区覆盖无线网络系统，全部采用802.11n无线接入点，保证无线网络信号质量和网络服务质量最优。1.4.建设目标一、教学区域无线覆盖，向学生、教师提供良好的网络接入服务；二、定制登陆界面，页面展示引导信息，可自定义更换和跳转指定网址；自定苏州XXXX学校有线及无线改造集成项目第3页义定时推送小窗口信息。三、短信认证，密码发送至手机，支持短信内容自定义；登录界面自动匹配各类不同终端屏幕；四、一次认证和漫游，无需重复认证即可漫游于整个品牌体系；可以设置再次登陆认证间隔时间；漫游支持跨城市跨运营商。五、支持对终端用户黑白名单管理，通过MAC地址绑定，有效限制特定用户上网；可自定义WLAN的开放时间，防止非营业时段被蹭网；六、过滤不良网站，可以方便地选择需要屏蔽的网站，避免敏感事件的发生；七、防钓鱼网站，系统内置URL过滤，能够对钓鱼网站精准识别和屏蔽，防止网络钓鱼诈骗；八、强大的流量管理，可执行各类流控策略，实现高效精确的流量控制和上网应用控制，避免有人大量下载导致带宽被占用；九、认证信息汇总，收集终端用户号码信息，提取精确营销数据；十、终端设备定位，数据引流；支持动线管理，提供用户聚集度的统计数据和图形报告；十一、支持网关模式、网桥模式，适合多种网络环境和应用环境；十二、配置数据和存档数据可根据要求自动备份在本机或远程服务器上，备份数据可直接下载。智能清理废弃资源和整理磁盘空间，自动检测和修复文件和数据系统等等，保障系统可靠稳定地运行。2.网络建设原则结合WLAN的实际应用和发展要求，无线局域网(PWLAN)网络系统设计，主要遵循以下系统总体原则：安全性原则：WLAN运营网络，即是一个开放网络，同时作为运营网络对用户的安全以及网络的安全要求较高。可靠性原则：系统设计能有效的避免单点失败，在设备的选择和关键设备的互联时，应提