EMCvplexIsilonDD存储备份双活系统实施方案

1、XXX公司存储系统实施方案2016年3月目录 TOC o 1-4 u 1.项目实施内容 PAGEREF _Toc445902657 h 51.1 存储系统架构示意图 PAGEREF _Toc445902658 h 61.3 本项目设备硬件配置 PAGEREF _Toc445902659 h 62.存储系统实施基础配置 PAGEREF _Toc445902660 h 72.1双活数据中心存储实现模式 PAGEREF _Toc445902663 h 72.2光纤通道交换机端口连接表 PAGEREF _Toc445902664 h 82.3VPLEX端口作用描述 PAGEREF _Toc445902

2、665 h 92.4VPLEX端口的使用 PAGEREF _Toc445902666 h 92.5存储设备线路连接描述 PAGEREF _Toc445902667 h 92.6存储设备端口命名规则 PAGEREF _Toc445902668 h 103.SAN存储规划 PAGEREF _Toc445902669 h 103.1存储设备连接线缆数量及种类 PAGEREF _Toc445902673 h 103.2存储设备IP 地址配置 PAGEREF _Toc445902674 h 113.3VPLEX的端口连接配置 PAGEREF _Toc445902675 h 114.VPLEX Metro

3、实施步骤 PAGEREF _Toc445902676 h 124.1VPLEX 前期准备 PAGEREF _Toc445902681 h 12system volumes PAGEREF _Toc445902682 h 124.2Switch zoning PAGEREF _Toc445902683 h 134.3Backend storage provisionq PAGEREF _Toc445902684 h 134.4VPLEX initial setup PAGEREF _Toc445902685 h 13Configip address and hostname of VPLEX P

4、AGEREF _Toc445902686 h 13Connect to management server PAGEREF _Toc445902687 h 13entering the VPLEXCLI PAGEREF _Toc445902688 h 14set the management server ipaddress PAGEREF _Toc445902689 h 14change the hostname of VPLEX PAGEREF _Toc445902690 h 14check software version PAGEREF _Toc445902691 h 14use EZ

5、-setup to initialize the VPLEX1 PAGEREF _Toc445902692 h 15Start EZ-setup PAGEREF _Toc445902693 h 15Configure the first cluster PAGEREF _Toc445902694 h 15Chose the local authentication PAGEREF _Toc445902695 h 15Configure event notification PAGEREF _Toc445902696 h 15Configure send system report to EMC

6、 PAGEREF _Toc445902697 h 16Configure performance statistics collector PAGEREF _Toc445902698 h 16Generate the certificate PAGEREF _Toc445902699 h 16Backend storage discovery PAGEREF _Toc445902700 h 17create meta-data volume PAGEREF _Toc445902701 h 17verify if meta-data volume is successfully created

7、PAGEREF _Toc445902702 h 18create meta-data volume backups PAGEREF _Toc445902703 h 18enable FE port PAGEREF _Toc445902704 h 18use EZ-setup to initialize the VPLEX2 PAGEREF _Toc445902705 h 18Connect to VPLEX2 PAGEREF _Toc445902706 h 18Sychronize the time on the clusters PAGEREF _Toc445902707 h 18Start

8、 EZ-setup on cluster2 PAGEREF _Toc445902708 h 19Configure the Meta-data volume and backup of VPLEX2 PAGEREF _Toc445902709 h 19Complete configuration of cluster1 PAGEREF _Toc445902710 h 19Complete configuration of cluster2 PAGEREF _Toc445902711 h 19Join the clusters PAGEREF _Toc445902712 h 19Create l

9、ogging volumes PAGEREF _Toc445902713 h 204.5Check the cluster health PAGEREF _Toc445902714 h 214.6VPLEX backend storage connectivity verify PAGEREF _Toc445902715 h 214.7Claim the data volume PAGEREF _Toc445902716 h 215.Isilon的实施步骤 PAGEREF _Toc445902717 h 235.1集群初始化 PAGEREF _Toc445902719 h 235.2节点加入

10、PAGEREF _Toc445902720 h 375.3系统健康检查 PAGEREF _Toc445902721 h 385.4OneFS升级 PAGEREF _Toc445902722 h 385.5安装补丁包 PAGEREF _Toc445902723 h 385.6系统微码升级 PAGEREF _Toc445902724 h 385.7硬盘微码升级 PAGEREF _Toc445902725 h 385.8管理界面登录 PAGEREF _Toc445902726 h 395.9保护级别设置 PAGEREF _Toc445902727 h 395.10网络设置 PAGEREF _Toc4

11、45902728 h 40内网设置 PAGEREF _Toc445902729 h 41外网设置 PAGEREF _Toc445902730 h 415.11目录认证服务 PAGEREF _Toc445902731 h 415.12SMB共享规划 PAGEREF _Toc445902732 h 415.13NFS共享规划 PAGEREF _Toc445902733 h 436DataDomain配置步骤 PAGEREF _Toc445902734 h 456.1DataDomain配置之前实施内容 PAGEREF _Toc445902735 h 456.2DataDomain VTL配置 PA

12、GEREF _Toc445902736 h 467存储设备的使用示范 PAGEREF _Toc445902737 h 557.1操作流程 PAGEREF _Toc445902738 h 557.2操作示例 PAGEREF _Toc445902739 h 56光纤交换机操作部分 PAGEREF _Toc445902740 h 56EMC VNX7600操作部分 PAGEREF _Toc445902741 h 59VPLEX 操作部分 PAGEREF _Toc445902742 h 62项目实施内容XX公司双活数据中心灾备项目采用EMC VPLEX METRO解决方案，实现院区主机房和灾备机房容灾

13、。具体规划如下：主机房与灾备机房分别配置1套EMC VPLEX虚拟化网关设备，用于部署EMC VPLEX Metro集群，VPLEX 集群间采用裸光纤连接。主机房和容灾机房分别配置1套EMC VNX7600统一存储系统，VPLEX将底层的存储设备虚拟给前端的主机，所有重要数据由VPLEX在两机房间同步镜像，组建双活数据中心；主机房配置1套EMC Isilon横向扩展NAS存储，专用于图书馆数据平台：为学院图书馆下属的多个系统提供更高性能、灵活可靠的数据存储服务。全面提升图书馆数据服务的性能与稳定性，满足未来图书馆数据快速增长的需要。主机房配置1套EMC Networker备份管理软件：搭建数据

14、备份平台，实现备份资源的统一管理和分配；主机房配置1套EMC Data Domain 2500 备份专用设备，具备在线重复数据消除功能，并配置VTL软件许可。系统数据通过8Gb FC-SAN网络进行高速备份，在线消重后存入DataDomain，从而实现高效备份与备份数据经济存放。配置2台EMC DS6510B光纤交换机分别部署在主机房与灾备机房，36端口激活，从而满足SAN网络连接的需要；项目实施时，考虑到灾备机房还没有建设完成，所有设备均部署在主机房内；当灾备机房投入使用后，可以将计划部署在灾备机房的设备，逐步迁移到灾备机房中；因此在本次项目实施时，充分考虑了今后迁移的可行性和便捷性。可实现

15、灾备机房设备迁移时，不影响主机房内系统的正常运行。1.1 存储系统架构示意图1.3 本项目设备硬件配置1、本次配置的EMC VPLEX两套配置简要描述如下：2个SAN控制器，72GB高速数据缓存，20个8Gbps FC端口，全冗余模块化设计，用于实现虚拟化存储双活数据保护；每个SAN控制器采用4核处理器，2个SAN控制器共配置8核处理器。2、本次配置的EMC DS-6510B SAN交换机配置简要描述如下：48口SAN光纤交换机，36端口激活并配置36个8Gbps SFP多模模块。3、本次配置VNX 7600磁盘阵列设备描述如下2个SAN控制器，128GB高速数据缓存，8个8Gb FC主机接口

16、，8个1Gb iSCSI主机接口；每个SAN控制器采用8核处理器，2个SAN控制器共配置16核处理器；配置5块200GB SLC SSD企业级固态硬盘，20块900GB 10K SAS企业级磁盘，60块 4TB 7.2K NL-SAS企业级磁盘。4、本次配置的Data Domain描述如下：磁盘裸容量为36TB,，最大可用容量可扩展到133TB；配置4个8GB光纤网络接口，4个千兆网络接口；提供VTL软件许可，最大备份性能13.4 TB/hr。5、本次配置Isilon NAS设备描述如下：横向扩展集群NAS存储系统，并行集群模式，支持100个以上NAS节点的扩展能力；本次配置3个X210存储节

17、点数量，单节点磁盘裸容量为48TB，3个节点合计裸容量为144TB；每个存储节点均配置独立的处理器，单节点配置缓存24GB，3个节点配置总缓存72GB；单节点配置2个万兆和2个千兆前端接口，3 个节点供配置6个万兆和6个千兆前端接口，支持多用户并发连接，并配置负载均衡功能；单节点配置2个40Gb Infiniband 后端互联端口，3个节点共配置6个40Gb Infiniband 后端互联端口；配置2台的InfiniBand 8口交换机，专用于集群内部通信，交换机端口速率为40Gb/s。存储系统实施基础配置双活数据中心存储实现模式本次项目中，利用两台EMC VNX7600 存储，通过使用两条V

18、PLEX虚拟网关设备，实现了EMC VPLEX METRO双活的解决方案。EMC VPLEX METRO架构拓扑示意图如下光纤通道交换机端口连接表DS_6510 A(主机房）0123C1_A0FC00C1_B0FC00C1_A1FC00C1_B1FC004567C2_A0FC00C2_B0FC00C2_A1FC00C2_B1FC00891011C1_A2FC00C1_B2FC00VNX7600(主)SPA00VNX7600(主)SPB0012131415C2_A2FC00C2_B2FC00VNX7600(备)SPA00VNX7600(备)SPB00303132DD-A-1DD-B-1备份服务器

19、DS_6510B（主机房）0123C1_A0FC01C1_B0FC01C1_A1FC01C1_B1FC014567C2_A0FC01C2_B0FC01C2_A1FC01C2_B1FC01891011C1_A2FC01C1_B2FC01VNX7600(主)SPA01VNX7600(主)SPB0112131415C2_A2FC01C2_B2FC01VNX7600(备)SPA01VNX7600(备)SPB013031DD-A-2DD-B-2VPLEX端口作用描述VPLEX 端口分类如上图：VPLEX 每个引擎分为两个Director，即控制器。FE代表前端端口，用来连接前端服务器。模块插槽为每个Di

20、rector的IOM 0号槽位，即为A0和B0。BE代表后端端口，用来连接后端存储。模块插槽为每个Director的IOM 1号槽位，即为A1和B1每个Director的IOM 2号槽位为WAN-COM端口，用来连接两个数据中心VPLEX内部数据同步。IOM 3号槽位为引擎内部的两个Director内部数据交换。便于理解，站在服务器的角度来看VPLEX，可以将它看做一台存储。从存储角度来看VPLEX,可以将其看做为一台服务器。VPLEX端口的使用本项目中vplex版本为vs2，每台vplex有1个引擎每个引擎有两个控制器。每台主机配置了2张HBA卡用于连接VPLEX，VPLEX的后端口用于连接

21、EMC VNX 5600。存储设备线路连接描述 每个Director的IOM 0、IOM 1、IOM2号槽位的0号和1号端口分别连接两台光纤交换机。因交换机配置为别名ZONE，所以连接光纤交换机的端口号可以忽略。VNX 7600分为两个控制器SPA和SPB，站在存储背面左手边为SPB,右手边为SPA，每个SP的0、1号端口分别连接两台光纤交换机，同为别名ZONE。DataDomain的两个光纤通道接口，分别连接到两台光纤通道交换机中；作为备份服务的物理主机，通过自身配置的HBA卡，连接到其中一台光纤通道交换机中，以此实现LAN-FREE的备份方式。使用FC SAN架构提供存储空间的每台主机配置

22、两块HBA卡，两块HBA卡分别连接两个光纤交换机。存储设备端口命名规则VPLEX的端口命名规则：C1A0FC00代表Cluster1的（数据中心，C2为容灾中心）引擎1的director A的A0模块的第0号端口。EMC VNX 7600的端口命名规则：VNX7600_A_F0代表控制器A的FC第0口Zone的命名规则：VPLEXA_C1A1FC00_VNX7600_A_F0代表VPLEXA的引擎1的director A的A1模块的0口到VNX 7600控制器A的0号端口。SAN存储规划本项目本次实施中，只配置了主机房的两台SAN交换机，vplex到一台交换机需要至少2个FE，2个BE，2个W

23、an com，每台存储至少需要4个端口。存储设备连接线缆数量及种类光纤数量FromTo光纤数量类型VPLEX_A生产中心SAN交换机12条多模EMC VNX 7600生产中心SAN交换机2条多模VPLEX_B灾备中心SAN交换机12条多模EMC VNX 7600灾备中心SAN交换机2条多模Isilon服务器汇聚交换机3条多模Data Domain生产中心SAN交换机2条多模网线数量设备名网线数量IP地址 备注VPLEX_A11个生产机房VPLEX管理地址VPLEX_B11个容灾机房VPLEX管理地址VNX 760022管理IPDS-6510B SAN222个管理IP 存储设备IP 地址配置设备

24、名IP地址用户名密码备注VPLEX_C1(主）serviceMiDim7T浏览器需安装JREVPLEX_C2（备）serviceMiDim7TDS-6510B_A （主机房）adminpasswordDS-6510B_B （主机房）adminpasswordVNX 7600 SPA(主）adminpasswordVNX 7600 SPB(备）4adminpasswordVNX 7600 SPA(主）5adminpasswordVNX 7600 SPB(备）6adminpasswordIsilon节点一rootrootIsilon节点二rootrootIsilon节点三rootrootData

25、Domain备份服务器VPLEX的端口连接配置数据中心VPLEX与第一路SAN交换机端口的连接PortVPLEX port备注VPLEX_C1A0FC00VPLEX的前端端口，连接主机的HBAVPLEX_C1B0FC00VPLEX的前端端口，连接主机的HBAVPLEX_C1A1FC00VPLEX的后端端口，连接后端存储系统的前端端口VPLEX_C1B1FC00VPLEX的后端端口，连接后端存储系统的前端端口VPLEX_C1A2FC00_WANCOMVPLEX的WAN端口VPLEX_C1B2FC00_WANCOMVPLEX的WAN端口生产中心VPLEX与第二路SAN交换机端口的连接PortVPL

26、EX port备注VPLEX_C1A0FC01VPLEX的前端端口，连接主机的HBAVPLEX_C1B0FC01VPLEX的前端端口，连接主机的HBAVPLEX_C1A1FC01VPLEX的后端端口，连接后端存储系统的前端端口VPLEX_C1B1FC01VPLEX的后端端口，连接后端存储系统的前端端口VPLEX_C1A2FC01_WANCOMVPLEX的WAN端口VPLEX_C1B2FC01_WANCOMVPLEX的WAN端口容灾中心VPLEX与第一路SAN交换机端口的连接PortVPLEX port备注VPLEX_C2A0FC00VPLEX的前端端口，连接主机的HBAVPLEX_C2B0FC

27、00VPLEX的前端端口，连接主机的HBAVPLEX_C2A1FC00VPLEX的后端端口，连接后端存储系统的前端端口VPLEX_C2B1FC00VPLEX的后端端口，连接后端存储系统的前端端口VPLEX_C2A2FC00_WANCOMVPLEX的WAN端口VPLEX_C2B2FC00_WANCOMVPLEX的WAN端口容灾中心VPLEX与第二路SAN交换机端口的连接PortVPLEX port备注VPLEX_C2A0FC01VPLEX的前端端口，连接主机的HBAVPLEX_C2B0FC01VPLEX的前端端口，连接主机的HBAVPLEX_C2A1FC01VPLEX的后端端口，连接后端存储系统

28、的前端端口VPLEX_C2B1FC01VPLEX的后端端口，连接后端存储系统的前端端口VPLEX_C2A2FC01_WANCOMVPLEX的WAN端口VPLEX_C2B2FC01_WANCOMVPLEX的WAN端口VPLEX Metro实施步骤VPLEX 前期准备system volumesVPLEX的system volumes分为两种：metadata volumes 和 logging volumes。meta data volumes：包含VPLEX cluster的系统配置信息，主要为：virtual-to-physical mapping informationdata about

29、 the devices and virtual volumessystem configuration settingsMeta data volume建议为Raid1或者Raid5保护的卷，其对I/O性能的要求不高。每个VPLEX Metro cluster安装需要4个80GB的volume，分别用于meta-volume, mirrored copy of meta-volume, backups of meta-volume and mirrored-meta-volume.ClusterMeta VolumeStorageRAID GroupLUN IDRAIDSize备注VPLEX

30、_Cluster1Mirror 1Master_storage00RAID580GBBackup 1Master_storage01RAID580GBMirror 2Master_storage02RAID580GBBackup 2Master_storage03RAID580GBLog_volume01Master_storage04RAID520GBLog_volume02Master_storage05RAID520GBVPLEX_Cluster2Mirror 1Slave_storage00RAID580GBBackup 1Slave_storage01RAID580GBMirror

31、2Slave_storage02RAID580GBBackup 2Slave_storage03RAID580GBLog_volume01Slave_storage04RAID520GBLog_volume02Slave_storage05RAID520GBLoggging volume用于在inter-link断开时，记录Site之间的数据差异索引。建议logging volumes为20GB的volume，20GB的logging volume通常可以支持约320TB的分布式卷。ClusterLog VolumeStorageRAID GroupLUN IDRAIDSize备注VPLEX_

32、Cluster1Log_volume01Master_storage04RAID520GBLog_volume02Master_storage05RAID520GBVPLEX_Cluster2Log_volume01Slave_storage04RAID520GBLog_volume02Slave_storage05RAID520GBSwitch zoning按照规划完成VPLEX backend zoningBackend storage provisionqRegister VPLEX BE port on VNX 5600Assign volume to VPLEXVPLEX initi

33、al setupConfigip address and hostname of VPLEXConnect to management serverconnectEthernet cable to the service port of mgmt server. Config your NIC use DHCP, ip address will be assigned in the range 128.221.252.Default user/password :service/MiDim7TService port IP: SSH client: SecureCRT or PUTTYente

34、ring the VPLEXCLIset the management server ipaddresschange the hostname of VPLEXcheck software versionuse EZ-setup to initialize the VPLEX1Start EZ-setupConfigure the first clusterChose the local authenticationConfigure event notificationConfigure send system report to EMCConfigure performance stati

35、stics collectorGenerate the certificateBackend storage discoverydisplay eligible meta data volumescreate meta-data volumeverify if meta-data volume is successfully createdcreate meta-data volume backupsenable FE portuse EZ-setup to initialize the VPLEX2Connect to VPLEX2Use SSH to connect to manageme

36、nt IP of cluster 2, Sychronize the time on the clustersStart EZ-setup on cluster2Configure the Meta-data volume and backup of VPLEX2Use the same method to configure the VPLEX2 meta-data volumes and backupsComplete configuration of cluster1Complete configuration of cluster2Join the clustersFrom Vplex

37、cli on cluster2 console, run the following command,Create logging volumesCheck the cluster healthVPLEX backend storage connectivity verifyClaim the data volumecheck if VPLEX can see the backend arraysVPlexcli:/ls -al /clusters/cluster-1/storage-elements/storage-arrays/clusters/cluster-1/storage-elem

38、ents/storage-arrays:Name Connectivity Auto Ports Logical Status Switch Unit Count EMC-CLARiiON-FNM00094200051 ok true 0 x50060160446019f5, 252 0 x50060166446019f5, 0 x50060168446419f5, 0 x5006016f446019f5check backend volumesVPlexcli:/ls al /clusters/cluster-1/storage-elements/storage-volumes/cluste

39、rs/cluster-1/storage-elements/storage-volumes/:Name VPD83 ID Capacity Use Vendor IO Status Type Thin Rebuild 5G unclaimed DGC alive traditional falseif can not see the volumes, use command to re-discoverVPlexcli:/cd /clusters/cluster-1/storage-elements/storage-arrays/EMC-CLARiiON-FNM00094200051VPlex

40、cli:/clusters/cluster-1/storage-elements/storage-arrays/EMC-CLARiiON-FNM00094200051/array re-discoverWARNING: This command cannot detect LUN-swapping conditions on the array(s) being re-discovered. LUN swapping is the swapping of LUNs on the back-end. This command cannot detect LUN swapping conditio

41、ns when the number of LUNs remains the same, but the underlying actual logical units change. I/O will not be disrupted on the LUNS that do not change. Continue? (Yes/No) yclaim the data volumesClaim by use parameter “-appc” to ensure application consistency, because we have data on one leg of the mi

42、rror.VPlexcli:/appcThis can be confirmed by checking the Type of the storage-volume which should display as data-protected.VPlexcli:/ls al /clusters/cluster-1/storage-elements/storage-volumes/Name VPD83 ID Capacity Use Vendor IO Status Type Thin Rebuild Isilon的实施步骤集群初始化使用串口登录第一个节点，登录端口设置信息如下：Setting

43、 ValueTransfer rate 115,200 bpsData bits 8Parity NoneStop bits 1Flow control Hardware打开连接，根据客户提供的基本信息（集群名称，root密码，admin密码，SmartConnect IP，SmartConnect zone name，网络配置信息，DNS，NTP Server）按照向导完成集群的创建和初始化。Select an option: 1 Create a new cluster 2 Join an existing cluster 3 Exit wizard and configure manua

44、llyWizard Please select an option.Select an option: 1 Create a new cluster 2 Join an existing cluster 3 Exit wizard and configure manuallyWizard 1 tsg-isilon Encoding set to utf-8Configure interface int-a: 1Enter a new netmaskConfigure int-a netmaskConfigure interface int-a: 1 Configure netmask 2 Co

45、nfigure int-a IP ranges Enter Keep the current configuration: Netmask IP ranges: (not set)Configure interface int-a 2Configure int-a IP ranges 1 Add an IP range 2 Delete an IP range Enter Keep the current IP ranges: IP ranges: (not set)Configure int-a IP ranges 1Enter the low IP address of the range

46、 to add:Enter the high IP address of the range:Configure int-a IP ranges 1 Add an IP range 2 Delete an IP range Enter Keep the current IP ranges:Configure int-a IP ranges Configure interface int-a: 1 Configure netmask 2 Configure int-a IP ranges Enter Keep the current configuration: NetmaskConfigure

47、 interface int-a Select the internal interfaces to configure 1 int-a - primary internal interface 2 int-b - secondary internal interface (failover) Enter Exit configuring internal interfacesConfigure internal interfaces 2Configure interface int-b (failover): 1 Configure netmask 2 Configure int-b IP

48、ranges 3 Configure failover IP ranges Enter Keep the current configuration: Netmask: (not set) IP ranges: (not set) Failover IP ranges: (not set) Failover: disabledConfigure interface int-b (failover) 1Type a new netmaskConfigure int-b netmaskConfigure interface int-b (failover): 1 Configure netmask

49、 2 Configure int-b IP ranges 3 Configure failover IP ranges Enter Keep the current configuration: Netmask IP ranges: (not set) Failover IP ranges: (not set) Failover: disabledConfigure interface int-b (failover) 2Configure int-b IP ranges 1 Add an IP range 2 Delete an IP range Enter Keep the current

50、 IP ranges: IP ranges: (not set)Configure int-b IP ranges 1Enter the low IP address of the range to add:Enter the high IP address of the range:Configure int-b IP ranges 1 Add an IP range 2 Delete an IP range Enter Keep the current IP ranges:Configure int-b IP ranges Configure interface int-b (failov

51、er): 1 Configure netmask 2 Configure int-b IP ranges 3 Configure failover IP ranges Enter Keep the current configuration: Netmask Failover IP ranges: (not set) Failover: disabledConfigure interface int-b (failover) 3Configure failover IP ranges 1 Add an IP range 2 Delete an IP range Enter Keep the c

52、urrent IP ranges: Failover IP ranges: (not set)Configure failover IP ranges 1Enter the low IP address of the range to add:Enter the high IP address of the range:Configure failover IP ranges 1 Add an IP range 2 Delete an IP range Enter Keep the current IP ranges:Configure failover IP ranges Configure

53、 interface int-b (failover): 1 Configure netmask 2 Configure int-b IP ranges 3 Configure failover IP ranges 4 Disable failover Enter Keep the current configuration: Netmask Failover: enabledConfigure interface int-b (failover) Select the internal interfaces to configure 1 int-a - primary internal in

54、terface 2 int-b - secondary internal interface (failover) Enter Exit configuring internal interfacesConfigure internal interfaces Configure external subnet 1 ext-1 - External interface Enter Exit configuring external network.Configure external subnet 1Configure interface ext-1: 1 Configure netmask 2

55、 Configure MTU 3 Configure ext-1 IP ranges Enter Keep the current configuration: Netmask: (not set) MTU: 1500 IP ranges: (not set)Configure interface ext-1 1Enter a new netmaskConfigure ext-1 netmaskConfigure interface ext-1: 1 Configure netmask 2 Configure MTU 3 Configure ext-1 IP ranges Enter Keep

56、 the current configuration: Netmask MTU: 1500 IP ranges: (not set)Configure interface ext-1 Enter default gateway:Configure default gateway Configure SmartConnect settings 1 SmartConnect zone name 2 SmartConnect service IP Enter Keep the current SmartConnect settings: SmartConnect zone name: (not se

57、t) SmartConnect service IP: (not set)Configure SmartConnect settings Configure DNS settings 1 DNS servers 2 Search domains Enter Keep current DNS settings: DNS servers: (not set) Search domains: (not set)Configure DNS settings Configure external subnet 1 ext-1 - External interface Enter Exit configu

58、ring external network.Configure external subnet 1Configure interface ext-1: 1 Configure netmask 2 Configure MTU 3 Configure ext-1 IP ranges Enter Keep the current configuration: Netmask40.0 MTU: 1500 IP ranges: (not set)Configure interface ext-1 3Configure external IP ranges 1 Add an IP range 2 Dele

59、te an IP range Enter Keep the current IP ranges: IP ranges: (not set)Configure ext-1 IP ranges 1Enter the low IP address of the range to add:Low IP address (add) 192.168.163.7Enter the high IP address of the range:High IP address (add) 192.168.163.10Configure external IP ranges 1 Add an IP range 2 D

60、elete an IP range Enter Keep the current IP ranges: IP ranges: 192.168.163.7-192.168.163.10Configure ext-1 IP ranges Configure interface ext-1: 1 Configure netmask 2 Configure MTU 3 Configure ext-1 IP ranges Enter Keep the current configuration: Netmask40.0 MTU: 1500 IP ranges: 192.168.163.7-192.168