路由型家庭网关在IPv6规模商用工程中的方案设计

doi:10.11959/j.issn.1000-0801.2015043

Abstract

Abstract:

By analyzing the technology evolution of IPv6 in the deployment of IPng, indicate the difficulties to CP in large-scale deployment of IPv6 terminals. Combined with HG's key role in IPv6 network construction, the technical principle of HG was analyzed, the technical advantages of routing HG in large-scale deployment of IPv6 terminals were explained, and an implementable scheme was proposed to help CP, and the whole industry, to speed up the scale deployment of IPv6.

Key words: IPv6, scale deployment, home gateway, routing

Peiliang Sun,Xiang Zhou,Zhonghua Chen. Design of Routing Home Gateway in Large-Scale Commercial Engineering Deployment of IPv6[J]. Telecommunications Science, 2015, 31(1): 159-163.

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References 8

1	Durand A , Droms R , Woodyatt J , et al. Dual-Stack Lite Broadband Deployments Following IPv4 Exhaustion. RFC6333, 2011
2	Deering S , Hinden R . Internet Protocol, Version 6（IPv6） Specification. RFC2460, 1998
3	Crawford M . Transmission of IPv6 Packets over Ethernet Networks. RFC2464, 1998
4	Varada S . IP Version 6 over PPP. RFC5072, 2007
5	Loughney J . IPv6 Node Requirements. RFC4294, 2006
6	Byrne C . IPv4 Service Continuity Prefix. RFC7335, 2014
7	戴源，杨建，袁源等. 下一代互联网IPv6过渡技术与部署实例. 北京: 人民邮电出版社， 2004 Dai Y , Yang J , Yuan Y , et al. Next Generation Internet IPv6 Transition Technology and Deployment with Instances. Beijing: Posts and Telecom Press, 2014
8	谢胜利，余荣，吴宗泽等. 家庭网络第3部分内部网关规范. GB/T30246.3-2013, 2014 Xie S L , Yu R , Wu Z Z , et al. Home Network—Part 3: Internal Gateway Specification. GB/T30246.3-2013, 2014

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方案对比	技术分析	用户体验	对业务发展的影响
路由模式	· 不增加PPPoE会话数，不增加局端设备压力；	无感知	· 电信运营商需对家庭网关和系统软件升级；
	· 家庭网关自动发起IPv6拨号		· 可快速发展和普及IPv6用户；
			· 可带动IPv6产业发展
桥接模式	· PPPoE会话数翻倍，增加局端设备压力；· AAA服务器需要调整相关策略；· 需要用户终端发起IPv6拨号；	· 有改变，用户需启动PPPoE 拨号设备的IPv6协议栈；	· 用户终端设备需软件升级；· 目前大部分终端（如手机、Pad 等）硬件还不支持IPv6；
	· 目前用户自购路由器不支持IPv6功能	· 用户需对终端进行IPv6 PPPoE拨号	· IPv6用户发展缓慢；· IPv6产业缺乏驱动力

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Design of Routing Home Gateway in Large-Scale Commercial Engineering Deployment of IPv6

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