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Quidway® ME60系列概述ME60是具有大容量、高性能、强业务融合和业务智能处理与控制能力的多业务控制网关（MSCG：Multi-Service Control Gateway），定位于NGN/3G承载网的核心层边缘，是IP网络从承载单一的Internet 业务向承载数据、语音、视频、3G、NGN等业务的关键设备。
ME60部署在多业务城域网的边缘，接入各种接入网（Access Networks），提供各种业务的统一接入和传输。
ME60提供强大的业务隔离手段、安全控制功能、QoS保障能力、高可靠性保证，为多业务承载提供保证，同时大幅度的降低网络的建设成本（CAPEX：Capital Expenditure）和运维成本（OPEX：Operation Expenditure）。
ME60能够基于用户提供增值业务，统一的向企业用户和个人用户提供Triple-play业务、安全业务、SLA保障，从而提升网络的每用户平均收入（ARPU：Average Revenue Per User）。
ME60系列产品包括ME60-8和ME60-16两款，可以适应不同规模网络的组网需求。
ME60-8 ME60-16产品特点大容量，高性能ME60基于华为公司的Terabit级平台，提供640Gbps超大交换容量，400M/200Mpps转发性能，10Gbps 高性能业务处理单板和业务接口，能够充分满足多业务统一承载和Triple-play业务发放对带宽提出的高要求。
ME60设备单板支持12K并发用户，整机可以支持最大96K并发用户，能够满足网络扁平化后的大型POP点以及Triple-play应用环境下单用户并发多个终端的要求。
高可靠性为了充分满足统一传输对设备可靠性提出的高要求，ME60特别加强了系统可靠性设计，实现业务零损失的保护和倒换，保证运营收入的无损失、用户业务体验的无损失。
硬件设计ME60的关键部件，包括：主控系统，交换网，时钟系统，电源模块，风扇模块都采用了冗余设计并支持热插拔，业务处理板，包括BSU、ESU、SSU、TSU、SBC单板，都支持热插拔特性。
硬件描述目录目录A 指示灯速查表...........................................................................................................................A-1A.1 单板指示灯................................................................................................................................................A-1A.1.1 MPU板指示灯..................................................................................................................................A-1A.1.2 SFU板指示灯...................................................................................................................................A-2A.1.3 LPU板指示灯...................................................................................................................................A-2A.2 风扇模块指示灯........................................................................................................................................A-2A.3 电源模块指示灯........................................................................................................................................A-3A.3.1 ME60-8电源模块指示灯.................................................................................................................A-3A.3.2 M60-16电源模块指示灯..................................................................................................................A-3表格目录表A-1 MPU板指示灯......................................................................................................................................A-1表A-2 SFU板指示灯.......................................................................................................................................A-2表A-3 LPU板指示灯.......................................................................................................................................A-2表A-4 风扇模块指示灯...................................................................................................................................A-2表A-5 ME60-8直流电源模块指示灯.............................................................................................................A-3表A-6 ME60-8交流电源模块指示灯说明......................................................................................................A-3表A-7 M60-16直流电源模块指示灯..............................................................................................................A-3表A-8 M60-16交流电源模块指示灯说明......................................................................................................A-4硬件描述 A 指示灯速查表A 指示灯速查表本附录集中给出ME60指示灯的状态及含义，便于快速查询相关信息。
Quidway® ME60系列产品规格描述ME60-8 ME60-16交换容量640Gbps 640Gbps 转发能力200Mpps 400Mpps槽位12个槽位8个业务板槽位22个槽位16个业务板槽位外形尺寸(mm) 宽X深X高442mm*600mm*889mm高22U442mm*600mm*1600mm高36U结构标准机箱LCD状态显示主控板1:1热备份网板3+1冗余备份电源1+1热备份风扇1+1热备份线卡类型BSU：宽带业务单元MSU：多业务单元VSU：通用业务单元路由表IPv4单播：2MIPv4组播：8K用户接入能力用户数：整机144K IP session，或者128K HIS；VLAN：无限制PVC：128K/单板，整机512KDomain：1K地址池：4K地址池，整机256K地址L2VPN VLL： 8KVPLS：4K VSIL3VPN 1K VRFLAC：每BSU 16k隧道、16k会话L2TPLNS：每VSU 16k隧道、32k会话；整机16k隧道单播路由协议IPv4 静态路由、RIP 1/2、OSPF V2、BGP4、IS-IS组播路由协议PIM-SM、PIM-DM、MBGP组播扩展、MSDP、IGMP V1/V2/V3 可靠性可用度：>99.999%MTBF：>19.51年MTTR：<0.5小时停机时间：<1.54分钟/年QoS队列256K/线卡，5级层次化调度防火墙吞吐量： 9M会话建立速度150K/s会话数：单向2M描述ME60-8 ME60-16 SBC 注册用户数：100,000，并发用户数：40,000BHCA：>800K。
Quidway ME60故障处理-BRAS业务目录目录1 三层用户故障处理......................................................................................................................1-11.1 简介.................................................................................................................................................................1-21.2 故障处理过程.................................................................................................................................................1-21.2.1 典型组网环境........................................................................................................................................1-21.2.2 配置注意事项........................................................................................................................................1-21.2.3 故障诊断流程........................................................................................................................................1-41.2.4 故障处理步骤........................................................................................................................................1-41.3 故障处理案例.................................................................................................................................................1-61.3.1 三层用普通户上线不久就掉线...........................................................................................................1-61.3.2 用户接入失败........................................................................................................................................1-61.4 FAQ...................................................................................................................................................................1-71.5 故障诊断工具.................................................................................................................................................1-81.5.1 display命令............................................................................................................................................1-81.5.2 日志......................................................................................................................................................1-11插图目录Quidway ME60故障处理-BRAS业务插图目录图1-1 三层用户典型组网图................................................................................................................................1-2图1-2 三层用户故障诊断流程图.......................................................................................................................1-4图1-3 三层接入业务组网图................................................................................................................................1-6故障处理-BRAS业务表格目录表格目录表1-1 display interface gigabitethernet命令输出信息描述...............................................................................1-9表1-2 display domain命令输出信息描述.........................................................................................................1-10表1-3 display layer3-subscriber命令输出信息描述.........................................................................................1-10三层用户故障处理故障处理-BRAS业务 11 三层用户故障处理关于本章本章描述内容如下表所示。
配置指南-接口与链路目录目录1 接口配置概述................................................................................................................................1-11.1 简介...............................................................................................................................................................1-21.1.1 物理接口.............................................................................................................................................1-21.1.2 逻辑接口.............................................................................................................................................1-21.2 配置接口基本参数.......................................................................................................................................1-21.2.1 建立配置任务......................................................................................................................................1-21.2.2 进入接口视图......................................................................................................................................1-31.2.3 查看接口下所有命令..........................................................................................................................1-31.2.4 配置接口描述......................................................................................................................................1-41.2.5 配置接口载波切换时间......................................................................................................................1-41.2.6 配置快速感知接口..............................................................................................................................1-41.2.7 启动和关闭接口..................................................................................................................................1-51.2.8 退出接口视图......................................................................................................................................1-51.2.9 进一步配置接口..................................................................................................................................1-51.2.10 检查配置结果....................................................................................................................................1-61.3 维护...............................................................................................................................................................1-61.3.1 清除接口信息......................................................................................................................................1-61.3.2 调试接口.............................................................................................................................................1-7表格目录表1-1 接口的编号规则.....................................................................................................................................1-3配置指南-接口与链路 1接口配置概述1 接口配置概述关于本章本章描述内容如下表所示。
目录第4章 AUX接口配置.............................................................................................................4-14.1 AUX接口简介....................................................................................................................4-14.2 配置AUX接口...................................................................................................................4-14.2.1 建立配置任务...........................................................................................................4-14.2.2 配置链路协议类型....................................................................................................4-24.2.3 配置AUX接口MTU................................................................................................4-24.2.4 配置AUX接口的备份接口.......................................................................................4-24.2.5 检查配置结果...........................................................................................................4-34.3 配置举例.............................................................................................................................4-34.3.1 AUX接口配置示例...................................................................................................4-3第4章 AUX接口配置AUX接口也称为辅助接口（auxiliary）或备份接口，只支持异步通讯方式。
