recon floor参数连网说明

捷顺门禁系统操作说明服务器IP：192.168.100.9服务器名称：JSMJSVR管理员账号(WIN2008):administrator管理员密码(win2008):jsmjsvr捷顺门禁控制器默认IP:192.168.0.1捷顺门禁服务器数据库登陆信息服务器JSMJSVR\js或192.168.100.9\js数据库：JSOCTNet用户：sa密码：123456客户端安装环境：32位操作系统(XP\WIN7)数据库：SQL2008（客户端需安装SQL2008连接SDK）捷顺一卡通客户端软件捷顺读卡器设置工具（安装包中tool文件夹）捷顺客户端安装操作系统第一次安装时会先行安装安装dotNetFx40运行环境安装完毕后才可安装捷顺一卡通客户端默认方式安装安装加密狗驱动客户端安装完毕后需运行设置软件狗文件将安装文件中jssn文件复制到C盘根目录下，软件狗路径指向此文件打开—保存设置。

设置数据库连接连接参数见下图，测试连接通过后保存连接。

捷顺门禁客户端安装调试完毕捷顺门禁控制器调试部分说明由于捷顺出厂门禁控制器默认IP地址192.168.0.1，与实际使用地址不符，需先行更改默认IP访问http://192.168.0.1打开门禁控制器管理页面将其中的IP地址修改为实际使用地址（以192.168.100.100为例）修改完毕点击”Enter”，捷顺门禁控制器IP地址设置完毕捷顺一卡通系统登陆点击帐号：9999密码：（空）进入系统后选择管理中心----设备资料---设备资料维护选择所需要管理门禁控制器的组织（位置，以在行政楼添加IP地址为192.168.100.100为例）选择------鼠标右键---选择“搜索设备”勾选找到的IP地址192.168.100.100门禁控制器，鼠标右键选择新增设备。

新增加的门禁控制器会出现（根据IP地址顺序）出现在行政楼门禁组织树下方，显示方式为MAC（物理地址）模式鼠标右键---修改修改名称后保存设备资料维护操作完毕捷顺门禁控制器调试管理中心—设置----本地设置方案---“门禁控制器方案”---编辑注意：工作站IP需设置为正在操作客户端电脑的IP地址添加本地管理设备选择“行政楼测试门禁”—确定新增加设备后请保存本地设置方案调试完毕门禁控制器初始化设置完毕捷顺门禁控制器通道设置门禁管理-设备管理—JSE设备管理—“行政楼测试门禁”鼠标右键—新增通道通道设置完毕—确定选择“行政楼测试门禁”—“门100-1”参考以下图中参数设置—确定退出。

爱立信常用无线参数介绍一．小区描叙参数 (1)1.1 CELL (1)1.2 CGI (1)1.3 BSIC (2)1.4 BCCHNO (2)1.5 BCCHTYPE (2)1.6 AGBLK (3)1.7 MFRMS (3)二．邻小区参数 (3)2.1 CELLR (3)2.2 CTYPE (4)2.3 RELATION (4)2.4 CS (4)三．IDLE MODE参数 (5)3.1 ACCMIN (5)3.2 CCHPWR (5)3.3 CRH (6)3.4 NCCPERM (6)3.5 CB (6)3.6 CBQ (7)3.7 MAXRET (7)3.8 ATT (7)3.9 T3212 (7)3.10 CRO (8)3.11 TO (8)3.12 PT (8)四．LOCATING下的参数 (9)4.1 BSPWR (9)4.2 MSRXMIN (9)4.3 BSRXMIN (9)4.4 MSRXSUFF (10)4.5 BSRXSUFF (10)4.6 BSTXPWR (10)4.7 KHYST (11)4.8 TRHYST (11)4.9 KOFFSET (11)4.10 TROFFSET (12)4.11 BQOFFSET (12)4.12 TALIM (12)4.13 QLIMDL (12)4.14 QLIMUL (13)五．功率控制 (13)5.1 DMPSTA TE (13)5.2 SSDES (14)5.3 INIDES...................................................................................... 错误！未定义书签。

5.4 SSLEN (14)5.5 INILEN ..................................................................................... 错误！未定义书签。

Wireless MeshWhy Wireless mesh?The access point of a WiFi network is usually connected to the WiFi Controller through Ethernet wiring.A wireless mesh eliminates the need for Ethernet wiring by connecting WiFi access points to the controller by radio. This is useful where installation of Ethernet wiring is impractical.Below shows a wireless mesh topology.•The FortiAP-221B is connected to the network by Ethernet is called the Mesh Root node.•The root node can be a FortiAP unit or built-in AP of a FortiWiFi unit.•AP that serve only regular WiFi clients are called Leaf nodes, in this its FortiAP-220B•Leaf AP's carry mesh SSID to other Leaf AP in the topology using a dedicated radio for eg, the 5GHz radio could carry only the mesh SSID (backhaul SSID) while the 2.4GHz radio carries one or more SSIDs that serve users.Network:∙Network between FortiGate/FortiWiFi is 10.10.2.0/24 with dhcp enabled.∙Network for intenet users is 10.0.0.0/24 with dhcp enabled configured on WiFi controller. Firmware requirements:All FortiAP units that will be part of the wireless mesh network must be runnig FAP firmware version 5.0 build 003. FortiWiFi or FortiGate unit used as the WiFi controller must be running FortiOS 5.0.Configuration of meshed WiFi network:Setting up Full Mesh Wireless on FortiGate Unit using two FortiAP Units.∙Configure the mesh SSID, go to WiFi Controller > WiFi Network > SSID.∙Edit the default mesh SSID fmesh.root and change the SSID from the default to something unique. Note that the traffic mode is set to mesh downlink. Enter a new pre-shared key.∙Create another SSID for clients access and use tunnel∙Go to WiFi Controller > WiFi Network > Custom AP Profile and create a new AP profile, or edit the profile created earlier, and enter the follow settings: Select the correct platform, in thisexample we are using the FAP 221B.∙Select Radio 1 and set mode Access Point and use default Band and Channel settings. Enable your SSID and the mesh SSID from the list of available SSIDs.∙Select Radio 2 and set mode Access Point and use default Band and Channel settings.∙Enable your SSID and the mesh SSID from the list of available SSIDs. Click OK.∙If this is a new profile you will need to apply this to your custom AP profile in your managed AP.Go to WiFi Controller > Managed Access Points > Managed FortiAP and select your device and select edit. In the wireless settings change the AP profile from automatic to your new profile and select apply and ok to save your changes.∙This change will cause the access point daemons on the AP to restart.The FortiAP units that will serve as branch/leaf nodes must be preconfigured as follows.∙Connect to the FortiAP unit web-based manager on its default Ethernet interface IP address 192.168.1.2∙In the connectivity section enter the IP address of your AP network as follows∙Start your second AP. Y ou may need to work in pairs for this lab, in that case you have to de-authorizes one AP and then you have to authorizes the second AP The second AP will use theautomatic profile which is fine for this lab.∙Configure the second AP to use the wireless mesh as an uplink. From the FortiAP GUI, go to Connectivity and select mesh and enter the mesh SSID and pre-shared key. This change willcause the access point daemons on the AP to restart.∙Y ou should observe that the second AP connects as a leaf device.Note: It might take some time for the state icon to become green however if you feel it is taking to long ca n you can reboot the AP to expedite the process.∙Y ou have now created the full mesh. If you would like to test that clients on the leaf AP can reach the wireless controller modify the AP profile associated with your root AP and removeyour wireless client SSID so that it is only being announced on the leaf AP.Debug commands:Using the wireless controller debug of the FortiGate, try the following commands. Use the following command to see the status of the FortiAPs:diagnose wireless-controller wlac -c wtpFWF60C3G12006306 # diagnose wireless-controller wlac -c wtp-------------------------------WTP 1----------------------------WTP vd : rootvfid : 0id : FAP22B3U12009906mgmt_vlanid : 0region code : Cregcode status : invalidrefcnt : 3 own(1) wtpprof(1) ws(1)plain_ctl : disableddeleted : noadmin : enablewtp-mode : normalwtp-profile : resv-dflt-FAP22B3U12009906name :location :ip-frag-prevent : TCP_MSStun-mtu : 0,0active sw ver : FAP22B-v5.0-build032local IPv4 addr : 10.10.2.6board mac : 00:09:0f:a1:94:3ejoin_time : Tue Nov 25 11:01:38 2014mesh-uplink : meshmesh hop count : 1parent wtp id : FP221B3X12008432connection state : Connectedimage download progress: 0last failure : 0 -- N/Alast failure param:last failure time: N/Astation info : 0/0geo : World (0)Radio 1 : APcountry name : CNcountry code : 156radio_type : 11N_5Gchannel list : 36 40 44 48 149 153 157 161 165darrp : disabledtxpower : 100% (23 dBm)beacon_intv : 100rts_threshold : 2346frag_threshold : 2346ap scan : disableap scan passive : disabledsta scan : disabledWIDS profile : ---wlan 0 : Mesh_WiFiwlan 1 : leaf_SSIDmax vaps : 8base bssid : 00:09:0f:a1:94:40oper chan : 149station info : 0/0Radio 2 : APcountry name : CNcountry code : 156radio_type : 11Nchannel list : 1 6 11darrp : disabledtxpower : 100% (27 dBm)beacon_intv : 100rts_threshold : 2346frag_threshold : 2346ap scan : disableap scan passive : disabledsta scan : disabledWIDS profile : ---wlan 0 : Mesh_WiFiwlan 1 : leaf_SSIDmax vaps : 8base bssid : 00:09:0f:a1:94:47oper chan : 1station info : 0/0Radio 3 : Not Exist-------------------------------WTP 2---------------------------- WTP vd : rootvfid : 0id : FP221B3X12008432mgmt_vlanid : 0region code : Aregcode status : validrefcnt : 3 own(1) wtpprof(1) ws(1)plain_ctl : disableddeleted : noadmin : enablewtp-mode : normalwtp-profile : myapname :location : N/Aip-frag-prevent : TCP_MSStun-mtu : 0,0active sw ver : FP221B-v5.0-build032local IPv4 addr : 10.10.2.4board mac : 00:09:0f:7c:6c:30join_time : Tue Nov 25 11:00:15 2014mesh-uplink : ethernetmesh hop count : 0parent wtp id :connection state : Connectedimage download progress: 0last failure : 10 -- JOIN REQ from unmanaged WTP is denied last failure param: N/Alast failure time: Tue Nov 25 10:30:07 2014station info : 1/0geo : World (0)Radio 1 : APcountry name : UScountry code : 841radio_type : 11N_5Gchannel list : 36 40 44 48 149 153 157 161 165darrp : disabledtxpower : 100% (23 dBm)beacon_intv : 100rts_threshold : 2346frag_threshold : 2346ap scan : disableap scan passive : disabledsta scan : disabledWIDS profile : ---wlan 0 : Mesh_Linkwlan 1 : leaf_SSIDmax vaps : 8base bssid : 00:09:0f:7c:6c:31oper chan : 36station info : 0/0Radio 2 : APcountry name : UScountry code : 841radio_type : 11Nchannel list : 1 6 11darrp : disabledtxpower : 100% (27 dBm)beacon_intv : 100rts_threshold : 2346frag_threshold : 2346ap scan : disableap scan passive : disabledsta scan : disabledWIDS profile : ---wlan 0 : Mesh_Linkwlan 1 : leaf_SSIDmax vaps : 8base bssid : 00:09:0f:7c:6c:38oper chan : 1station info : 1/0Radio 3 : Not Exist-------------------------------WTP 3----------------------------WTP vd : rootvfid : 0id : FWF60C-WIFI0mgmt_vlanid : 0region code : ALLregcode status : validrefcnt : 3 own(1) wtpprof(1) ws(1)plain_ctl : disableddeleted : noadmin : enablewtp-mode : normalwtp-profile : resv-dflt-FWF60C-WIFI0name :location :ip-frag-prevent : TCP_MSStun-mtu : 0,0active sw ver : FWF60C-v5.0-build292local IPv4 addr : 127.0.0.1board mac : 00:09:0f:00:00:01join_time : Mon Nov 24 12:37:52 2014mesh-uplink : ethernetmesh hop count : 0parent wtp id :connection state : Connectedimage download progress: 0last failure : 0 -- N/Alast failure param:last failure time: N/Astation info : 0/0geo : World (0)Radio 1 : APcountry name : UScountry code : N/Aradio_type : 11Nchannel list : 1 6 11darrp : disabledtxpower : 100% (27 dBm)beacon_intv : 100rts_threshold : 2346frag_threshold : 2346ap scan : disableap scan passive : disabledsta scan : disabledWIDS profile : ---max vaps : 8base bssid : 00:0e:8e:41:2e:69oper chan : 1station info : 0/0Radio 2 : Not ExistRadio 3 : Not Exist-------------------------------Total 3 WTPs----------------------------Use the following command to list the configured wireless LANs: diagnose wireless-controller wlac -c wlanFWF60C3G12006306 # diagnose wireless-controller wlac -c wlan WLAN (001/003) vdom,name: root, Mesh_Linkvlanid : 0 (auto vlan intf disabled)sw name :ip, mac : 0.0.0.0, 00:ff:b1:aa:12:39status : uprefcnt, deleted : 3 own(1) wtpprof(2)mesh backhaul : enabledlocal bridging : disabledlocal switching : disableddynamic vlan : disabledauth type : 0mac type : 0xfffffffftunnel type : 0xfffffffffast roaming : 0x1bc suppression : dhcp arpsuppress ssid : 0ssid : fmesh.rootsecurity : 7radius mac auth : disabledradius mac auth svr:auth : 0key :keyindex : 1password : fmeshrootradius_server :usergroup : 0intra privacy : disabledstation info : 1/0kern sock : 23mf acl cfg : disabled, allow, 0 entriessta list 0000 72:09:0f:a1:94:47 ws (0-10.10.2.4:5246) 1 0WTP 0001 : 0, FP221B3X12008432---- 0-10.10.2.4:5246 (12 - CWAS_RUN)WLAN (002/003) vdom,name: root, Mesh_WiFivlanid : 0 (auto vlan intf disabled)sw name :ip, mac : 10.0.0.1, 00:ff:d7:12:eb:8fstatus : downrefcnt, deleted : 3 own(1) wtpprof(2)mesh backhaul : disabledlocal bridging : disabledlocal switching : enableddynamic vlan : disabledauth type : 0mac type : 0xfffffffftunnel type : 0xfffffffffast roaming : 0x1bc suppression : dhcp arpsuppress ssid : 0ssid : fortinet.mesh.rootsecurity : 7radius mac auth : disabledradius mac auth svr:auth : 0key :keyindex : 1password : fortinetradius_server :usergroup : 0intra privacy : disabledstation info : 0/0kern sock : 8mf acl cfg : disabled, allow, 0 entries WTP 0002 : 0, FAP22B3U12009906 ---- 0-10.10.2.6:5246 (12 - CWAS_RUN) WLAN (003/003) vdom,name: root, leaf_SSID vlanid : 0 (auto vlan intf disabled) sw name :ip, mac : 10.0.0.1, 00:ff:50:2f:de:4e status : uprefcnt, deleted : 5 own(1) wtpprof(4)mesh backhaul : disabledlocal bridging : disabledlocal switching : enableddynamic vlan : disabledauth type : 0mac type : 0xfffffffftunnel type : 0xfffffffffast roaming : 0x1bc suppression : dhcp arpsuppress ssid : 0ssid : Client_SSIDsecurity : 7radius mac auth : disabledradius mac auth svr:auth : 0key :keyindex : 1password : fmeshrootradius_server :usergroup : 0intra privacy : disabledstation info : 0/0kern sock : 24mf acl cfg : disabled, allow, 0 entries WTP 0003 : 0, FAP22B3U12009906 ---- 0-10.10.2.6:5246 (12 - CWAS_RUN) WTP 0004 : 0, FP221B3X12008432---- 0-10.10.2.4:5246 (12 - CWAS_RUN)Use the following command to list the connected wireless stations:diagnose wireless-controller wlac -d staFWF60C3G12006306 # diagnose wireless-controller wlac -d sta* vf=0 wtp=15 rId=1 wlan=leaf_SSID ip=0.0.0.0 mac=12:09:0f:7c:6c:31 vci= host= user= group= signal=0 noise=0 idle=23145 bw=0 use=3 chan=36 radio_type=11N_5G security=wpa_wpa2_personal encrypt=aes online=yes* vf=0 wtp=15 rId=2 wlan=leaf_SSID ip=0.0.0.0 mac=12:09:0f:7c:6c:38 vci= host= user= group= signal=0 noise=0 idle=23145 bw=0 use=3 chan=1 radio_type=11N security=wpa_wpa2_personal encrypt=aes online=yesvf=0 wtp=15 rId=2 wlan=leaf_SSID ip=10.0.0.3 mac=00:26:c7:99:33:86 vci=MSFT 5.0 host=Y ogesh-PC user= group= signal=-43 noise=-95 idle=1 bw=0 use=3 chan=1 radio_type=11Nsecurity=wpa2_only_personal encrypt=aes online=yes* vf=0 wtp=16 rId=2 wlan=leaf_SSID ip=0.0.0.0 mac=12:09:0f:a1:94:47 vci= host= user= group= signal=0 noise=0 idle=23061 bw=0 use=3 chan=1 radio_type=11N security=wpa_wpa2_personal encrypt=aes online=yes* vf=0 wtp=16 rId=1 wlan=leaf_SSID ip=0.0.0.0 mac=12:09:0f:a1:94:40 vci= host= user= group= signal=0 noise=0 idle=23062 bw=0 use=3 chan=149 radio_type=11N_5Gsecurity=wpa_wpa2_personal encrypt=aes online=yesvf=0 wtp=15 rId=2 wlan=leaf_SSID ip=10.0.0.2 mac=90:21:55:eb:bf:25 vci= host= user= group= signal=-44 noise=-95 idle=27 bw=0 use=3 chan=1 radio_type=11N security=wpa2_only_personal encrypt=aes online=yes* vf=0 wtp=15 rId=1 wlan=Mesh_Link ip=0.0.0.0 mac=00:09:0f:7c:6c:31 vci= host= user= group= signal=0 noise=0 idle=22187 bw=0 use=3 chan=36 radio_type=11N_5G security=wpa_wpa2_personal encrypt=aes online=yes* vf=0 wtp=15 rId=2 wlan=Mesh_Link ip=0.0.0.0 mac=00:09:0f:7c:6c:38 vci= host= user= group= signal=0 noise=0 idle=22187 bw=0 use=3 chan=1 radio_type=11N security=wpa_wpa2_personal encrypt=aes online=yesm vf=0 wtp=15 rId=2 wlan=Mesh_Link ip=10.10.2.6 mac=72:09:0f:a1:94:47 vci= host= user= group= signal=-28 noise=-95 idle=3 bw=0 use=3 chan=1 radio_type=11N security=wpa2_only_personal encrypt=aes online=yes* vf=0 wtp=16 rId=2 wlan=Mesh_WiFi ip=0.0.0.0 mac=00:09:0f:a1:94:47 vci= host= user= group= signal=0 noise=0 idle=23062 bw=0 use=3 chan=1 radio_type=11N security=wpa_wpa2_personal encrypt=aes online=yes* vf=0 wtp=16 rId=1 wlan=Mesh_WiFi ip=0.0.0.0 mac=00:09:0f:a1:94:40 vci= host= user= group= signal=0 noise=0 idle=23062 bw=0 use=3 chan=149 radio_type=11N_5Gsecurity=wpa_wpa2_personal encrypt=aes online=yesUsing the debug of the FortiAP, try the following commands.View the status of the Wireless clients:Go to WiFi Controller > Monitors > Wireless Health to view the list of all connected internet users.In the FortiAP CLI, you can check the main ip field in the output from the commandscw_diag -c meshFAP22B3U12009906 # cw_diag -c meshSys Cfg AP addr mode: staticstp mode : 0dflt ip : 10.10.2.6dflt mask: 255.255.255.0dflt gw : 10.10.2.10Mesh Cfg Uplink : Mesh UplinkAP SSID : fmesh.rootAP BSSID : 00:00:00:00:00:00AP PASSWD : fmeshrootlocal eth bridge : 2Mesh Oper AP Type : Mesh Uplinkwbh status : runningwbh rId : 1wbh mac : 72:09:0f:a1:94:47wbh bssid : 00:09:0f:7c:6c:38wbh Chan : 1vap mhc : 1eth type : 0x2233main dhcp ip : 0.0.0.0main dhcp mask : 0.0.0.0main dhcp gw : 0.0.0.0bh dhcp ip : 0.0.0.0bh dhcp mask : 0.0.0.0bh dhcp gw : 0.0.0.0main ip : 10.10.2.6main mask : 255.255.255.0main gw : 10.10.2.10bh ip : 0.0.0.0bh mask : 0.0.0.0bh gw : 0.0.0.0bh mac : 00:00:00:00:00:00eth bridge : 2Troubleshooting Guide of Wireless Mesh:Use the following command to list the Authentication process and client connection: diagnose debug application wpad 4diagnose debug enableUse the following command to list specific client process by filtering it with mac-address: diagnose wireless-controller wlac sta_filter <client-mac> 1diagnose debug enableT o turn it off use following commands:diagnose wireless-controller wlac sta_filter <client-mac> 0diagnose debug reset。

锐捷路由器配置手册目录：路由器基础：控制台远程登录其它配置方法命令模式命令模式的切换CLI命令的编辑技巧常见CLI错误提示使用 no 和 default 选项查看配置文件保存配置文件删除配置文件备份配置文件文件系统概述文件操作目录操作搭建环境用TFTP传输文件用Xmodem传输文件ROM监控模式路由器的基本配置：配置控制台口令配置远程登录口令配置特权口令以太网接口的一般配置配置多个IP地址配置MAC地址接口信息的查看同步串行口的一般配置配置反转时钟配置链路封装协议配置线路编解码方式忽略DCD信号接口信息的查看回环接口的配置接口信息的查看配置路由：配置静态路由配置默认路由配置缺省网络配置可被动态路由覆盖的静态路由RIP协议的一般配置RIP协议参数的配置OSPF协议的一般配置广域网协议配置：配置接口的HDLC封装配置keepalive时间配置接口的PPP封装配置PPP协商超时时间配置CHAP服务端配置CHAP客户端配置双向CHAP验证配置PAP服务端配置PAP客户端配置双向PAP验证点到点的帧中继配置NAT的配置：静态NAT的配置静态NAPT的配置动态NAT的配置动态NAPT的配置接口动态NAPT的配置外部源地址的静态NAT配置外部源地址的动态NAT配置DHCP的配置：启用DHCP服务器配置DHCP地址池配置选项访问控制列表的配置：标准ACLs的语句规则配置标号的标准ACLs配置命名的标准ACLs扩展ACLs的语句规则配置标号的扩展ACLs配置命名的扩展ACLsMAC扩展ACLs的语句规则配置标号的MAC扩展ACLs配置命名的MAC扩展ACLsExpert扩展ACLs的语句规则配置标号的Expert扩展ACLs配置命名的Expert扩展ACLs带序号的ACLs带时间区的ACLs第一部分路由器基础：路由器的几种配置方法控制台用一台计算机作为控制台和网络设备相连，通过计算机对网络设备进行配置。

1、硬件连接：把Console线一端连接在计算机的串行口上，另一端连接在网络设备的Console口上。

Ethernet Switches | Cellular M2M Routers & RTUs | Wi-Fi Radios | Communication ConvertersLearn more at 13Learn more at 3Table of ContentsEthernet SolutionsManaged Ethernet SwitchesAdvanced Managed Ethernet Switches Monitored Ethernet Switches Unmanaged Ethernet Switches Power over Ethernet (PoE) Solutions IP67 Switches Wi-Fi Radios Wired RoutersCellular M2M SolutionsCellular RTUs Cellular RoutersCommunication ConvertersSerial Converters Fiber ConvertersAccessoriesEthernet Accessories Cellular Accessories4202118161878232610142224Managed Ethernet SwitchesRed Lion’s rugged, reliable managed industrial Ethernet switches support industry‑standard applications. These hardened switches are ideally suited for harsh industrial environments where real‑time performance under extreme operating conditions is required. Built‑in redundancy and network management ensure communications stay up and running while providing tools for monitoring and tracking.>Layer 2 managed industrial Ethernet switches > R ugged enclosure supports deployment in extreme environments >Powerful network management >Gigabit copper, fiber and SFP optionsNetwork Healing TechnologiesN-Ring ® is a proprietary high‑speed ring technology that providesconsistent healing times of ~20 milliseconds (ms) for up to 250 switches. N-Link ® provides the ability to link two N‑Rings for network redundancy.Real-Time Ring is a highly‑reliable, proprietary ring technology from Sixnet offering 30 ms healing time plus 5 ms per hop.Rapid Spanning Tree Protocol (RSTP) IEEE 802.1w is an industry standard protocol providing ~2‑3 second recovery time and offers asolution for multi‑vendor Ethernet networks.Managed Ethernet Switch ComparisonPartner LinkMasterN-Link SlaveN-Ring 2Red Lion ManagedIndustrial Ethernet Switches45Learn more at NT24k ® Modular Managed Gigabit Ethernet Switches>Hot swappable modules with Fast Ethernet and Gigabit configurations >Robust remote monitoring with N‑View™ monitoring technology >Smart plug‑and‑play operation >DIN‑rail and rackmount options >Extreme environment specificationsSFP ports support 100Base or 1000Base SFP transceivers, which are sold separately. Low-voltage power supplies feature redundant power inputs.Compact NT24k Managed Switches >Fast Ethernet, Gigabit, fiber and SFP models>Robust remote monitoring with N‑View monitoring technology >Smart plug‑and‑play operation >Extreme environment specificationsSFP ports support 100Base or 1000Base SFP transceivers, which are sold separately.Multimode and singlemode options available. FX models available with SC or ST connectors; GX models available with SC style connectors.6Learn more at 700 & 7000 Managed Ethernet Switches>Plug‑and‑play deployment with IGMP auto‑configuration >N‑View monitoring provides real‑time switch diagnostics >Ideally suited to use as N‑Ring or N‑Link managerFAST ETHERNETGIGABIT ETHERNET *KEMA approved IEC 61850-3 and IEEE 1613 HV models available.Fiber models available in multimode and singlemode configurations with SC or ST fiber connectors. SFP ports support 1000Base SFP transceivers, which are sold separately.SLX Managed Ethernet Switches>Versatile networking solutions with copper and fiber models >Real‑time Modbus over Ethernet monitoring >Fast Ethernet and Gigabit port options >DIN‑rail or panel mounting optionsFiber models available in multimode and singlemode configurations with SC or ST fiber connectors. SFP ports support 100Base or 1000Base SFP transceivers, which are sold separately.7Learn more at Advanced Managed Ethernet SwitchesRed Lion’s advanced managed industrial Ethernet switches offer powerful enterprise‑class networking with security options that prevent unauthorized access and enable policy enforcement. These powerful switches provide QoS traffic classification and sophisticated multicast controls, reducing traffic and ensuring real‑time message delivery. The flexible industrial design is built to support the harshest environments.*Rackmount - MetalSFP ports support 100Base or 1000Base SFP transceivers, which are sold separately.EL Advanced Management Ethernet Switches>Layer 3 functionality with enterprise class networking features >Hardened enclosure for harsh industrial applications >Up to 10G ports for high‑bandwidth backhaul >Advanced security control8Monitored Ethernet SwitchesRed Lion’s monitored industrial Ethernet switches providenetwork performance monitoring with Modbus or N‑Viewmonitoring technology. These rugged, compact switches arebuilt for mission‑critical applications and provide cost‑effectivenetwork monitoring options that can be integrated directly intoany industrial control system.>Layer 2 unmanaged industrial switches>Network performance monitoring via Modbus or N‑View technology>Versatile networking solutions>Copper and fiber port configurations>Hardened for the toughest applicationsMonitored Ethernet Switch Comparison500-A Monitored Process Control Switches>Advanced management features include IGMP snooping, VLAN,QoS and Port Mirroring>N‑View monitoring provides real‑time switch diagnostics>Rugged industrial DIN‑rail and rackmount optionsFiber models available in multimode and singlemode configurations with SC or ST fiber connectors.9Learn more at SL & SLX Fast Ethernet Ring Switches>Fast, fault‑tolerant Real‑Time Ring network redundancy >Pre‑configured for plug‑and‑play ring functionality >Redundant power inputs>Real‑time Modbus over Ethernet monitoringFiber models available in multimode and singlemode configurations with SC or ST fiber connectors.300 & 500 Monitored Fast Ethernet Switches >High reliability in industrial applications >Plug‑and‑play operation>N‑View monitoring provides real‑time switch diagnosticsFAST ETHERNETFiber models available in multimode and singlemode configurations with SC or ST fiber connectors.10Unmanaged Ethernet SwitchesRed Lion’s industrial unmanaged Ethernet switches offer powerful network performance with plug‑and‑play functionality. With an endless range of port options, these unmanaged switches are set to tackle the demands of industrial data acquisition, control and Ethernet I/O applications.>Compact IEEE 802.3 Layer 2 industrial switches >Automatic speed, duplex and cable sensing >Designed for use in mission‑critical applications >Plug‑and‑play functionalityUnmanaged Ethernet Switch Comparison*2015 data is forecastedIndustrial Ethernet & the IIoTBuilding on the foundation of the Internet of Things, the Industrial Internet of Things (IIoT) promises significant returns for businesses looking to better connect and share data between disparate devices. With potential returns achieved through greater efficiency, process improvements and preventative maintenance, Red Lion offers an array of rugged, reliable industrial Ethernet switches to meet varying IIoT requirements. And the number of Ethernet ports shipped continues to grow year over year as more and more organizations turn to Red Lion.11Learn more at 100, 300 & 500 Unmanaged Fast Ethernet Switches >Compact, rugged, all‑metal enclosure>Wide operating temperature range >Redundant power inputsFiber models available in multimode and singlemode configurations with SC or ST fiber connectors.12Learn more at SL & SLX Unmanaged Fast Ethernet Switches >Mixed copper and fiber port options>Compact lightweight Lexan or all‑metal housing >Redundant power inputsFiber models available in multimode and singlemode configurations with SC or ST fiber connectors.1000 & SLX Unmanaged Gigabit Ethernet Switches >Plug‑and‑play unmanaged operation >Gigabit‑speed port options>Compact, rugged, all‑metal enclosuresSFP transceivers sold separately.Power over Ethernet (PoE) is a method to transmit power and data, up to 100 meters, over a single Ethernet (CAT5e/CAT6/PSESwitch Midspan Injector PoEPSEPDPDNon-PoE010111100111000010111113Learn more at 14Learn more atIndustrial PoE SolutionsRed Lion’s industrial PoE solutions are designed to transmit power and data over an Ethernet network. PoE networks eliminate the need for running separate wires for power and are ideal in installations with devices such as IP surveillance cameras, wireless access points, IP phones and other PoE‑enabled devices. These industrial PoE devices offer a compact, rugged design for harsh, remote locations.>Compact, rugged design >Switches, injectors and splitters> T ransmit power and data over Ethernet networksCompact NT24k-POE Managed PoE Switches >IEEE 802.3af/at PoE+ on all copper ports> R edundant 22 to 49 VDC power inputs with power boostcircuit to provide 240 watts of PoE+ output > A ll copper ports support 10/100/1000Base speeds and IEEE 802.3af/at PoE+ output > A vailable with FX or GX fiber ports, or SFP ports for optional SFP transceivers >Extreme environment specificationsSFP ports support 100Base or 1000Base SFP transceivers, sold separately.Multimode and singlemode options available. FX models available with SC or ST connectors; GX models available with SC style connectors.15Learn more at PoE Switch Comparison* M odel specificGIGABIT ETHERNETSFP ports support 100Base or 1000Base SFP transceivers, sold separately. Fiber models available with SC or ST fiber connectors.* R edundant 10 to 30 VDC power inputs with power boost circuit to provide IEEE 802.3at output.SLX & EB PoE Switches, Injectors & Splitters >IEEE 802.3af PoE support>Easily integrates PoE equipment into existing networks >Seamless plug‑and‑play operation100 & 1000 PoE Switches, Injectors & Splitters >IEEE 802.3af PoE support >Rugged, all‑metal enclosures >Easy plug‑and‑play operation16Learn more at Red Lion’s ultra‑rugged IP67 switches are built to military standards, bringing advanced networking capabilities to the field. Thousands of today’s deployed tanks, armored personnel carriers, unattended vehicles (UAVs), weapons control systems, naval vessels, helicopters, airplanes, drones and other assets depend on Red Lion IP67 switches.>Ultra‑rugged construction> S uperior performance in critical applications >MIL standard compliantUltra-Rugged IP67 SwitchesUltra-Rugged IP67 Switches>IP67/NEMA 6 ingress protection for harsh environments >Commercial Off‑The‑Shelf (COTS) military‑grade solutions >MIL‑DTL‑38999 series III connectors >Up to 10Gig backhaul connectivityMIL31X switches available with Layer 2 or Layer 3 management functionality. *Multimode and Singlemode fiber options available.17Learn more at FAST ETHERNET*Ethernet ports have M12 connectorsIP67 Industrial Switches >Rugged IP67/NEMA 6 enclosures>Versatile unmanaged and managed solutions > H ardened for the toughest applicationsOEM Board-Level Switches >Wide operating temperature range >Ready for copper, fiber or SFP connectors > L ow power consumptionGIGABIT ETHERNET18SecurityRed Lion can help secure industrial networks to ensuresensitive data is protected. Common features of Red Lion security products include:Virtual Private Networks (VPNs) securely extend private networks to remote locations using certificates to ensure security between two network points. Stateful Packet Inspection (SPI) is a firewall process that scans individual packets of data and approves or denies each packet based on known services that are currently running.Access Control List (ACL) is a list of approved or denied user credentials that allow or deny users from accessing equipment. Coupling an ACL with user‑level authentication adds security by only allowing certainservices to be accessed by specified users.*Ethernet port has M12 connectorWi-Fi RadiosRed Lion’s family of IEEE 802.11a,b,g,n hardened products provide a powerful wireless solution for industrial applications. Data bandwidths up to 300 Mb/s can be attained using the 802.11n MIMO wireless technology. These wireless radios offer standard powerful transceivers to extend network ranges well beyond that of most commercial wireless products.>IEEE 802.11a,b,g,n compliant>Support data bandwidths up to 300Mb/s > C onfigurable as Wireless Station, Station WDS, Access Point, Access Point WDS >Operate in bridge or router mode >IEEE 802.3af Powered DeviceWired RouterRed Lion’s RAM ® 6021 industrial wired routers offer secure and reliable communication to remotely deployed assets. Rugged RAM 6021 routers are ideal for connecting to Modbus or DNP3 devices such as SCADA servers, PLCs and other automation equipment located in harsh environments.>Intrusion protection and secure data access> I Psec and SSL VPN tunnels >N AT translationsEtherTRAK I/O ModuleGraphite HMIPLCRAM-602119Learn more at is a device that transmits a native protocol across a cellular network to another cellular is a device that converts a native protocol to TCP/IP for transmission across a cellular network. Cellular gateways are designed to simply gateway functionality along with additional security and packet‑level routing capabilities. Cellular routers often include firewalls, Access Control Lists and VPN RAM 6000RAM 6000RAM 6000RAM 6000RAM 900020SixView Manager ®This remote device management software isdesigned to increase productivity and reduce cost for organizations using Sixnet series cellular RTUs and routers. A web‑based console and customized dashboard provide users the ability to remotely access, configure and manage critical device information for several, even thousands of RAM cellular RTUs and IndustrialPro ® cellular routers from a central location.Cellular M2M SolutionsRed Lion offers a broad range of cellular M2M RTUs and routers that feature standards‑based, enterprise‑class functionality to enable secure, reliable cellular data access – anywhere, anytime. These rugged industrial solutions provide the ability to remotely monitor sites across a range of applications.AM (Generic) model includes Bell Mobility, TELUS and Rogers carriers or other North American carriers. EU (Europe) model is not supported in North America. JP (Japan) model only supported in Japan.RAM ® 9000 Industrial Cellular RTUs> H igh‑density I/O reduces need for external equipment >Supports 4G LTE multi‑carrier operation with fallback to 3G > B uilt‑in active GPS mobile for semi‑mobile applications > S ecure, reliable Modbus concentrator for remote site monitoring> E vent Engine that can send SMS messages or control I/O based upon operational data >Wide ‑40° to 75°C operating temperature range21MULTI DEFAULT AM (Generic) model includes Bell Mobility, TELUS and Rogers carriers or other North American carriers. EU (Europe) model is not supported in North America. JP (Japan) model only supported in Japan.RAM 6000 Industrial Cellular RTUs >Supports 4G LTE with fallback to 3G >LTE multi‑carrier operation in single device > S plit WAN/LAN on multi‑Ethernet port models> F ully configurable router with firewall and built‑in Modbus gateway >Event Engine can trigger I/O or send SMS messages >Optional PoE Powered Device (PD) support >Wide ‑40° to 75°C operating temperature range >Redundant 8 to 30 VDC power inputsIndustrialPro ® SN 6000 Cellular Routers>Supports 4G LTE multi‑carrier operation with fallback to 3G > R ugged, compact industrial design> S ecure Out‑of‑Band Management (OOBM) solution for remote assets > F ully configurable router with firewall>Wide ‑40° to 75°C operating temperature rangeAM (Generic) model includes Bell Mobility, TELUS and Rogers carriers or other North American carriers. JP (Japan) model only supported in Japan.22Learn more at Media ConvertersRed Lion’s suite of media and protocol converters are designed to bridge connectivity between diverse media types as well as legacy and Ethernet networks. Providing fast performance and ruggedoperating specifications, the series includes remote access servers, serial‑to‑fiber converters, isolators, repeaters, serial‑to‑Ethernet converters, along with Ethernet media converters.>Fast Ethernet and Gigabit connectivity solutions >Secure remote serial access servers >Designed for harsh industrial applicationsSER & ESERV Serial Media Converters >Extended environmental specifications>Data rates up to 115.2Kbps (SER), 230.4Kbps (ESERV) >Hardened DIN‑rail enclosure10/10023Learn more at ET Serial-to-Ethernet Converters>Wide environmental specifications >Easy to configure and deploy >Reliable data transfer ratesSL & SLX Fiber Media Converters>Plug‑and‑play installation saves time and money >Slim robust design for industrial applications >Wide selection of fiber connectivity options100, 300 & 1000 Fiber Media Converters >Compact, hardened metal DIN‑rail housing >Convert copper to Fast Ethernet or Gigabit Fiber >Available in SC and ST fiber connectors24Learn more at Power SuppliesConfiguration & Recovery DevicesAccessoriesRed Lion’s rugged, reliable industrial Ethernet and wireless products demand the same level of performance as theapplications that they are a part of. That’s why the following power supplies, configuration and recovery devices, mounting kits and SFP transceivers are designed to provide years of trouble‑free service in industrial applications.>Industrial‑grade accessories>Designed to provide reliable performance in harshenvironments25Learn more at Wi-Fi AccessoriesSFP TransceiversMounting Kits26Learn more at 3G Antennas>Support for 3G and 2G cellular frequencies>Mounting options include magnetic or bolt‑through options >Available with GPS and/or Wi‑Fi built‑in>Two antennas recommended for optimal performance4G Antennas>Support for 4G LTE, 3G and 2G cellular frequencies>Mounting options include direct, magnetic or bolt‑through options >Available with built‑in GPS and/or Wi‑Fi>MIMO configuration requires two antennas for optimal performance27Cellular Wi-Fi Antennas >2.4 GHz band Wi‑Fi>RPSMA male antenna connector >Small size for tight spaces>High‑gain models for longer distance connectivityCellular Cables & Mounts >Industrial‑grade accessories >Power adapters, cables and mounts28Learn more at Americas *****************Asia-Pacific ****************Europe, Africa Middle East******************+1 (717) 767-6511Industrial solutions, reliable performance and unwavering support.As the global experts in communication, monitoring and control for industrial automation and networking, Red Lion has been delivering innovative solutions for over forty years. Our automation, Ethernet and cellular M2M technology enables companies worldwide to gain real‑time data visibility that drives productivity. Product brands include Red Lion, N‑Tron and Sixnet. With headquarters in York, Pennsylvania, the company has offices across the Americas, Asia‑Pacific and Europe. Red Lion is part of Spectris plc, the productivity‑enhancing instrumentation and controls company. For more information, please visit .Connect. Monitor. Control.ADLD0342 031816© 2016 Red Lion Controls, Inc. All rights reserved. Red Lion, the Red Lion logo, N‑Tron and Sixnet are registered trademarks of Red Lion Controls, Inc. All other company and product names are trademarks of their respective owners.。

路由安装操作说明一．概念说明POS交换机：门店收银台POS网线汇聚到机房所连接的交换机门店上联路由器：对于非节点门店来说，是和上联节点门店连专线的路由器。

LAN口：内网接口，对于商银路由，该接口接接POS交换机W AN口：外网接口，对于商银路由，该接口接上联路由器二．路由器型号1.H3C MSR900路由器的指示灯说明(1) 后面板图(1) 接地端子(2) 天线(3) 固定交换口2~5 (4) 固定以太网口0~1(5) 配置口（Console）(6) 电源接口2. 面板指示灯及按钮说明MSR 900 路由器的指示灯含及按钮义如下：表1-2MSR 900 路由器前面板指示灯及按钮说明指示灯及按钮正常运行时含义PWR 电源指示灯：灯亮表示电源接通灯灭表示电源没有接通SYS 系统运行状态指示灯：灯绿色快速闪烁表示系统正在启动灯绿色慢速闪烁表示系统正常运行灯黄色快速闪烁表示系统出现故障灯常灭表示系统工作不正常0～5 灯灭表示链路没有连通灯亮表示链路已经连通灯闪烁表示有数据收发USB 接口连接USB 设备RESET 按钮按下RESET 按钮并保持3 秒以上，使设备恢复到出厂缺省设置表1-3MSR 900 路由器后面板指示灯说明WAN LAN指示灯及按钮正常运行时含义接地端子用于连接地线配置口PC 通过串口线与此口连接，对设备进行配置固定以太网口(ETH 0~1) 上行三层以太网接口，用于连接广域网固定交换口(ETH 2~5) 下行二层以太网接口，用于连接计算机或者交换机等设备天线用于传输WLAN 射频信号电源接口直流电源输入，用于连接随设备提供的电源适配器2.CISCO861-K9（上海地区使用）路由器指示灯（根据指示灯判断故障）CISCO861-K9指示灯OK灯亮：代表设备加电成功。

W AN灯亮：代表W AN口插的网线有电，如果不亮则需要检查到上联路由的网线是否插好OK灯WAN灯LAN灯WAN口LAN口LAN口灯亮一个：代表LAN口插的网线有电，一个都不亮则需要检查到POS交换机的网线。

路由器/防火墙命令行手册REV1.0.11910040990声明Copyright © 2021 普联技术有限公司版权所有，保留所有权利未经普联技术有限公司明确书面许可，任何单位或个人不得擅自仿制、复制、誊抄或转译本手册部分或全部内容，且不得以营利为目的进行任何方式（电子、影印、录制等）的传播。

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目录第1章命令行使用指导 (1)1.1使用命令行 (1)通过Console口进行本地登录 (1)1.2命令行格式约定 (1)基本格式约定 (1)特殊字符 (2)参数格式 (2)第2章用户界面 (3)2.1enable (3)2.2enable password (3)2.3enable secret (4)2.4configure (5)2.5exit (5)2.6show history (6)2.7clear history (6)第3章HTTP和HTTPS配置命令 (7)3.1show ip http configuration (7)3.2show ip http secure-server (7)第4章系统配置命令 (8)4.1reset (8)4.2reboot (8)4.3copy running-config startup-config (9)4.4ping (9)4.5tracert (10)4.6show system-info (10)第5章特征库管理配置命令 (12)5.1update restore sdb-default (12)5.2show version (12)第6章License管理配置命令 (14)6.1license revoke (14)6.2show license (14)6.3show license revoke-ticket (14)第7章业务感知引擎配置命令 (16)7.1sa acceleration (16)7.2no sa acceleration (16)7.3show sa acceleration (17)第1章命令行使用指导1.1 使用命令行用户可以通过Console口进行本地登录路由器或防火墙来使用命令行，本手册命令行以TL-FW6600为例进行说明。

A9-Pro4G多卡聚合路由器（4个4G并发全网通VPN专网5.8G支持自建服务器）产品说明书一、产品基础信息供电电压：DC12V/3A电池容量：9000mah聚合路由器默认IP：192.168.11.1默认密码：admin说明：设备出厂已配置好我司的服务器，用户收到货，插SIM卡、开机后可直接使用，若有大型直播等用网环境，请事先充满电，提前测试好聚合路由器。

二、产品简介多卡聚合路由器是一款支持多路聚合上网的4G路由器，标配适配器DC12V/3A 供电，内置电池容量9000mah，可以使得聚合路由器续航更久，1路WAN口外网输入用于聚合，2路LAN口（LAN1和LAN2）输出到电脑或用网设备，另外还可提供2.4G和5.8G频段的无线网络，可以给更多的设备供网，以满足于用户的更多需求；多卡聚合路由器内置4个4G通信模块，支持同时混插不同运营商的SIM卡，通过云服务器聚合4条上网链路的带宽，不通过云服务器的情况下也可以单卡使用，不过只能跑单卡的流量，提升了移动环境中的上下行网络带宽，减少移动网络信号盲区，提高网络的可用性。

01三、产品接口说明1)天线1：聚合路由器的2.4G和5.8G WiFi共用这两根天线2)天线2：表示SIM卡1的4G天线3)天线3：表示SIM卡2的4G天线4)天线4：表示SIM卡3的4G天线5)天线5：表示SIM卡4的4G天线6)天线6：聚合路由器的2.4G和5.8G WiFi共用这两根天线7)显示屏7：能显示聚合路由器的工作状态等重要信息8)SIM1卡槽：插入该卡槽的4G卡，对应在显示屏上的是卡1位置，正常拨号上网，SIM1卡槽旁边的小孔处会有指示灯常闪9)SIM卡槽2：同SIM1卡槽10)SIM卡槽3：同SIM1卡槽11)SIM卡槽4：同SIM1卡槽12)ON/OFF：聚合路由器的开、关机键13)S:充电指示灯，插上DC12V/3A的适配器，电量没有充满的情况下，该指示灯长亮，充满的情况下，该指示灯灭14)电源：最新款的支持DC12V/3A供电，使用时尽量用原厂配送的适配器，若客户需另更换成自己的电源，供电电压具体咨询销售或原厂技术为准15)REST：聚合路由器重置键，用配送SIM卡的插针插进去，按住约45秒后松开，聚合路由器可恢复至出厂状态16)WAN：外网插入此口聚合路由器可以上网WAN口的网络也可以和4G网络一起聚合17)LAN1：此网口接电脑，可供电脑上网，浏览器输入IP：192.168.11.1，密码：admin，可控制路由器后台，若密码失败:建议更换浏览器继续登录或按住REST键重置路由器18)LAN2：此网口接电脑，可供电脑上网，浏览器输入IP：192.168.11.1，密码：admin，可控制路由器后台，若密码失败:建议更换浏览器继续登录或按住REST键重置路由器四、聚合路由器实操教程1、聚合路由器插入1-4张4G卡，4G卡有芯片一端朝下插入4G卡槽，如下图2、插入4根4G天线和2根天线；（备注：注意区分4G天线和WiFi天线，天线是否带针，4G天线是带针的，WiFi天线不带针）备注：WiFi天线插错会造成4G卡不识别3、按一下聚合路由器的开机键ON/OFF，该指示灯长亮，表示设备已开机，然后等待设备系统启动，完全开机全程约2-3分钟；备注：设备开机会先白屏约10秒钟，然后黑屏约43秒钟，转而出现显示屏的信息，显示屏亮了之后再等约1分钟，显示屏信息完全显示，开机全过程约2-3分钟。

A&E*ABC - WVNY*AMCAmerican Heroes Channel Animal PlanetBBC AmericaBBC World NewsBET GospelBET JamsBET SoulBET*BoomerangBravo*Cartoon Network*CBFT - 6 SRCCBMT -6 CBCCBS - WCAXCBS College Sports CCTVCCTV4 (Mandarin) CentricCFCF - 12 CTVChillerCMT MusicCMT*CNBC*CNN InternationalCNN*Comcast SportsNet+ Comedy Central* Cooking ChannelCrime & Investigation CSN PlusC-SPANC-SPAN 2C-SPAN 3Destination America DiscoveryDiscovery Family Discovery LifeDisney Junior*Disney XD*Disney*DIYE!*ESPN 2*+ESPN Classic*+ESPN News*+ESPN U*+ESPN*+Esquire*EVINE LIVEEWTNFamily NetFood NetworkFox - WFFFFox Business News*Fox College Sports Atlantic+ Fox College Sports Central+ Fox College Sports Pacific+ Fox Movie ChannelFox News*Fox Sports 1Fox Sports 2Free Speech TV Freeform*FuseFusionFXFXXFYI*GACGame Show NetworkGolf Channel*HallmarkHallmark Movies & Mysteries Headline NewsHGTVHistory en Español History*Home Shopping Network IFCInspiration Network Investigation Discovery 9646619478924313313613988155977011133421740113212115138323811311127837285327181920908189191715453935829303126285623104116749471421431446546413912249861196135941307544521811127319376226710891SBSS+SSS+S+S+S+SS+SSBBBS+BBS+BS+S+SSSSSSS+S+SBBBS+SSS+S+SSS+SSSS+S+SS+BSSSBS+S+S+S+SSSSBSS+S+SSS+SSS+SSSSS+SBSSS296204266278292243288297270203242317232238211227283272218219220290281289271254253293258229228274209247265246241239249319261235294330275244252262212273276267291Lifetime*Lifetime Movie*Lifetime Real WomenLOGOMeTVMilitary History ChannelMLB+MoviePlexMovies! 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LTE网络重选及切换参数详解小区选择小区选择发生在PLMN选择之后，它的目的是使UE在开机后可以尽快选择一个信道质量满足条件的小区进行驻留。

●读取系统信息（例如，驻留、接入和重选相关信息，位置区域信息等）；●读取寻呼信息；●发起连接建立过程。

一般来说，UE开机后会首先进行PLMN选择，然后进行小区选择/重选、位置登记等。

由于PLMN选择和位置登记主要是NAS的功能，下面将介绍小区选择过程。

▊PLMN IDPublic Land Mobile Network ID，公共陆地移动网络ID, 由政府或它所批准的经营者，为公众提供陆地移动通信业务目的而建立和经营的网络标识。

PLMN = MCC + MNC，例如中国移动的PLMN为46000，中国联通的PLMN为46001。

▊MCCMobile Country Code 移动设备国家代码三个数字，如中国为460。

▊MNC移动设备网络代码（Mobile Network Code，MNC）是与移动设备国家代码（Mobile Country Code，MCC）（也称为“MCC / MNC”）相结合，以用来表示唯一一个的移动设备的网络运营商。

由所在国家分配，通常2~3数字组成。

小区选择类型：不同场景：初始小区选择、存储信息的小区选择。

不同时机：UE开机、从RRC_CONNECTED返回到RRC_IDLE模式、重新进入服务区(1) 初始小区选择这种情况下，UE没有储存任何先验信息可以帮助其辨识具体的TD-LTE系统频率，因此，UE需要根据其自身能力扫描所有的TD-LTE频带，以便找到一个合适的小区进行驻留。

在每一个频率上，UE只需用搜索信道质量最好的小区，一旦一个合适的小区出现，UE会选择它并进行驻留。

空闲状态下的UE需要完成的过程包括公共陆地移动网络（PLMN）选择、小区选择/重选、位置登记等。

一旦完成驻留，UE可以读取系统信息（如驻留、接入和重选相关信息、位置区域信息等），读取寻呼信息，发起连接建立过程。