中兴设备常用无线参数介绍(看完)

目录第1章小区参数.......................................................................................................................................... 1-31.1 基本参数1 ....................................................................................................................................... 1-31.2 基本参数2 ....................................................................................................................................... 1-61.3 基本参数3 ....................................................................................................................................... 1-91.4 可选特征参数 ............................................................................................................................... 1-171.5 小区选择参数 ............................................................................................................................... 1-211.6 业务进程附加参数 ....................................................................................................................... 1-281.7 系统参数 ....................................................................................................................................... 1-321.8 小区可选参数 ............................................................................................................................... 1-351.9 其它参数 ....................................................................................................................................... 1-38 第2章小区对象参数................................................................................................................................ 2-422.1 收发信机参数 ............................................................................................................................... 2-422.2 干扰小区参数 ............................................................................................................................... 2-432.3 载频频率参数 ............................................................................................................................... 2-442.4 功率控制参数 ............................................................................................................................... 2-462.4.1 功率测量参数 ..................................................................................................................... 2-462.4.2 功率调整门限参数 ............................................................................................................. 2-502.4.3 功率控制参数 ..................................................................................................................... 2-552.4.4 其他参数 ............................................................................................................................. 2-562.5 切换控制参数 ............................................................................................................................... 2-602.5.1 切换预处理参数 ................................................................................................................. 2-602.5.2 切换门限参数 ..................................................................................................................... 2-642.5.3 切换条件参数 ..................................................................................................................... 2-722.5.4 切换控制参数 ..................................................................................................................... 2-752.5.5 其他参数 ............................................................................................................................. 2-762.5.6 切换算法参数 ..................................................................................................................... 2-792.5.7 子小区参数 ......................................................................................................................... 2-822.6 邻接小区切换并重选参数 ........................................................................................................... 2-841-12.7 邻接小区切换参数....................................................................................................................... 2-91 2.8 邻接小区重选参数....................................................................................................................... 2-91 2.9 跳频系统参数............................................................................................................................... 2-92第1章小区参数摘要本章主要介绍了小区参数。

中兴路由器配置用黄色显示的是配置过的命令，其他的都为系统默认。

ZXR10#sh runBuilding configuration...! ZXR10>en!passward:zxr10ZXR10#conf terip dhcp enable ＃开启dhcp功能＃ip dhcp server dns 211.138.151.161 202.101.107.98 ＃设置分配给客户的dns地址＃ip dhcp server leasetime 18000ip dhcp server update arp!ip dhcp-client disable!urpf log off!ip local pool conflict-ip 10ip local pool dhcp 192.168.1.2 192.168.1.254 255.255.255.0 ＃配置地址池，地址池名字为dhcp，等下在接口下引用这个名字＃!!interface null1!interface fei_0/1 ＃连接公网的接口＃ip address 211.138.142.170 255.255.255.252 ＃配置公网口ip地址＃negotiation autoip nat outside ＃做为nat的outside口＃ipv6 nat enable!interface fei_0/2 ＃连接内网的接口＃ip address 192.168.1.1 255.255.255.0 ＃配置内网接口ip地址＃peer default ip pool dhcp ＃确定内网pc机使用哪个地址池，地址名字为dhcp＃negotiation autoexitip dhcp mode server ＃在接口下使能dhcp功能＃ip dhcp server gateway 192.168.1.1 ＃配置分配的默认网关地址＃ip nat inside ＃座位nat的insdie接口＃!interface fei_0/3negotiation auto!!reference clock local!ip nat max-entry-number 64ip nat start ＃启用nat功能＃ip nat inside source list 1 interface fei_0/1 ＃配置允许内网地址进行nat转换，并且转换后的地址为外网口接口fei_0/1地址＃ip nat translation timeout class a 20ip nat translation timeout class b 60ip nat translation timeout class c 150ip nat translation timeout class d 300ip nat translation timeout class e 1200ip nat translation timeout protocol icmp aip nat translation timeout protocol ip dip nat translation timeout protocol tcp port 80 aip nat translation timeout protocol tcp dip nat translation timeout protocol udp port 4000 dip nat translation timeout protocol udp port 4001 dip nat translation timeout protocol udp port 4002 dip nat translation timeout protocol udp port 4003 dip nat translation timeout protocol udp port 8000 dip nat translation timeout protocol udp port 8001 dip nat translation timeout protocol udp cip nat translation maximal default 65535!ip route 0.0.0.0 0.0.0.0 211.138.142.169 ＃添加一条默认出口路由(公网网关)＃!voice class service 20100510!!ipv6 nat enableipv6 nat translation tcp-time-out 300ipv6 nat translation udp-time-out 300ipv6 nat translation icmp-time-out 60ipv6 nat translation max-dynamic-entries 32773!!!acl standard number 1 ＃配置访问列表，用于允许哪些地址进行nat转换，在上面被引用＃rule 1 permit 192.168.1.0 0.0.0.255acl standard number 2rule 1 permit any!!!ip tcp intercept mode interceptip tcp intercept drop-mode oldestip tcp intercept watch-timeout 30ip tcp intercept finrst-timeout 5ip tcp intercept connection-timeout 86400ip tcp intercept max-incomplete high 1100ip tcp intercept max-incomplete low 900ip tcp intercept one-minute high 1100ip tcp intercept one-minute low 900!nas!version V4.8.01.B.01!nvram mng-ip-address 10.40.88.173 255.255.0.0!nvram boot-username target!nvram boot-password target!nvram boot-server 10.40.88.172!nvram imgfile-location local!hostname ZXR10!forward re-fragment time 6!enable secret level 15 5 bDo8dPdlz3ZwZrNNt7F+kA==!username zxr10 password zsrusername quanyou password quanyou privilege 15 ＃配置一个远程管理用户＃!user-authentication-type localuser-authorization-type local!line console 0no login authenticationbanner incoming @*****************************************************Welcome to ZXR10 ZSR Serial Router of ZTE Corporation***************************************************** @!!lfap disablelfap max-send-fun-size 100lfap update-interval 60lfap server-retry-interval 60lfap message-response-interval 60lfap ka-interval 60lfap flow-expired-time 600!!!snmp-server location No.68 Zijinghua Rd. Y uhuatai District, Nanjing, China snmp-server contact +86-25-52870000snmp-server packetsize 1400snmp-server engine-id 830900020300010289d64401snmp-server view AllView internet includedsnmp-server view DefaultView system included!!logging onlogging buffer 200logging mode fullcyclelogging console notificationslogging level notificationslogging cmdlog-interval 2880logging timestamps datetime localtimealarm cpuload-onalarm cpuload-interval 30alarm cpuload-threshold high-grade 95 middle-grade 85 low-grade 75syslog-server facility local0!line console idle-timeout 120line console absolute-timeout 1440line telnet idle-timeout 120line telnet absolute-timeout 1440line telnet access-class 2!ssh server authentication ispgroup 1 201005111141 ssh server authentication mode localssh server authentication type chapno ssh server onlyssh server version 2!!radius auto-change off!!tacacs disabletacacs-server timeout 5tacacs-server packet 1024!!amat disable!endZXR10#。

中兴设备常用无线参数介绍中兴设备是一种常用的无线通信设备，被广泛应用于无线通信网络中。

在使用中兴设备进行无线通信时，有一系列常用的无线参数需要设置和了解，本文将对这些常用无线参数进行介绍。

1. SSID（Service Set Identifier）服务集标识：SSID是无线网络的名称，用户可以选择一个独特的名称来标识自己的网络。

SSID参数的设置通常在无线路由器或无线接入点中进行，用户可以根据需要创建不同的无线网络，例如家庭网络、办公室网络等，通过SSID的区分，用户可以连接到不同的无线网络。

2.无线频段：无线通信设备可以在不同的频段上进行通信，常见的无线频段有2.4GHz和5GHz两种。

2.4GHz频段具有较好的穿透力，适用于信号覆盖范围较大的场景，如室内环境；5GHz频段则具有更高的传输速率和较少的干扰，适用于高密度的用户场景，如办公室或商业区域。

用户可以根据自己的需求选择适合的无线频段进行通信。

3.信道：无线通信需要在特定的信道上进行，信道的选择直接关系到无线通信的质量和速率。

无线设备通常提供一系列可用的信道，用户可以根据实际情况选择合适的信道，避免与其他无线设备发生干扰。

在选择信道时，需要考虑到周围环境中的其他无线设备情况，并选择一个较为空闲的信道，以获得更好的通信性能。

4.安全性设置：无线网络的安全性非常重要，特别是对于个人或商业用户。

中兴设备提供了多种安全性设置选项，如WEP、WPA、WPA2等。

用户可以选择适合自己需求的加密方式，并设置相应的密码来保护无线网络的安全。

同时，设备还支持MAC地址过滤功能，可以限制只允许指定的设备连接到无线网络，增加网络的安全性。

5.无线传输速率：无线网络的传输速率影响用户的数据传输效率，中兴设备提供了多种传输速率的设置选项。

用户可以选择自动传输速率或手动设置传输速率，自动传输速率可以根据信号强度和传输距离等因素自动调整，手动设置传输速率可以根据实际需求进行调整，例如在传输大量数据时选择较高的速率，而在范围较远的地方选择较低的速率以保证稳定连接。

目录第1章小区参数.......................................................................................................................................... 1-31.1 基本参数1 ....................................................................................................................................... 1-31.2 基本参数2 ....................................................................................................................................... 1-61.3 基本参数3 ....................................................................................................................................... 1-91.4 可选特征参数 ............................................................................................................................... 1-171.5 小区选择参数 ............................................................................................................................... 1-211.6 业务进程附加参数 ....................................................................................................................... 1-281.7 系统参数 ....................................................................................................................................... 1-321.8 小区可选参数 ............................................................................................................................... 1-351.9 其它参数 ....................................................................................................................................... 1-38 第2章小区对象参数................................................................................................................................ 2-422.1 收发信机参数 ............................................................................................................................... 2-422.2 干扰小区参数 ............................................................................................................................... 2-432.3 载频频率参数 ............................................................................................................................... 2-442.4 功率控制参数 ............................................................................................................................... 2-462.4.1 功率测量参数 ..................................................................................................................... 2-462.4.2 功率调整门限参数 ............................................................................................................. 2-502.4.3 功率控制参数 ..................................................................................................................... 2-552.4.4 其他参数 ............................................................................................................................. 2-562.5 切换控制参数 ............................................................................................................................... 2-602.5.1 切换预处理参数 ................................................................................................................. 2-602.5.2 切换门限参数 ..................................................................................................................... 2-642.5.3 切换条件参数 ..................................................................................................................... 2-722.5.4 切换控制参数 ..................................................................................................................... 2-752.5.5 其他参数 ............................................................................................................................. 2-762.5.6 切换算法参数 ..................................................................................................................... 2-792.5.7 子小区参数 ......................................................................................................................... 2-822.6 邻接小区切换并重选参数 ........................................................................................................... 2-841-12.7 邻接小区切换参数....................................................................................................................... 2-91 2.8 邻接小区重选参数....................................................................................................................... 2-91 2.9 跳频系统参数............................................................................................................................... 2-92第1章小区参数摘要本章主要介绍了小区参数。

CDMA 1X 常用无线参数规划拟制 审核 审核 批准日期 日期 日期 日期<本文中的所有信息归中兴通讯股份有限公司所有，未经允许，不得外传>目1录常用无线参数介绍...................................................................................................................1 1.1 BSC 节点无线参数 .....................................................................................................1 1.1.1 CDMA_FREQ..................................................................................................1 1.1.2 PACKET_ZONE_ID........................................................................................1 1.1.3 SOFTLEGSUPPORTED ...............................................................................2 1.2 BTS 节点无线参数规划 ..............................................................................................2 1.2.1 NOMINAL_PWR1/2/3_VOICE......................................................................2 1.2.2 NOMINAL_PWR1/2/3_DATA ........................................................................3 1.2.3 DELTA_PWR1/2/3_VOICE ...........................................................................4 1.2.4 DELTA_PWR1/2/3_DATA..............................................................................4 1.3 CELL 节点无线参数规划............................................................................................5 1.3.1 CI.......................................................................................................................5 1.3.2 SID ....................................................................................................................6 1.3.3 NID....................................................................................................................7 1.3.4 LAC...................................................................................................................8 1.3.5 PILOT_PN .......................................................................................................8 1.3.6 PILOT_INC ......................................................................................................9 1.3.7 SRCH_WIN_A.................................................................................................9 1.3.8 SRCH_WIN_N ................................................................................................9 1.3.9 SRCH_WIN_R ..............................................................................................10 1.3.10 RADIUS..........................................................................................................10 1.3.11 REG_ZONE...................................................................................................11 1.3.12 TOTAL_ZONES ............................................................................................11 1.3.13 ZONE_TIMER ...............................................................................................12 1.3.14 REG_PRD .....................................................................................................12 1.3.15 MAX_SLOT_CYCLE_INDEX......................................................................13 1.3.16 AUTH..............................................................................................................14 1.3.17 RAND .............................................................................................................14 1.3.18 T_ADD_VOICE/DATA..................................................................................15 1.3.19 T_DROP_VOICE/DATA...............................................................................15 1.3.20 T_COMP_HARD_VOICE ............................................................................16 1.3.21 T_COMP_FOREIGN_VOICE .....................................................................16 1.3.22 SOFT_SLOPE_VOICE/DATA.....................................................................16 1.3.23 ADD_INTERCEPT_VOICE DATA..............................................................17 1.3.24 DROP_INTERCEPT_VOICE DATA...........................................................18 1.4 Carrier 节点无线参数................................................................................................18 1.4.1 INCRITICALCELL.........................................................................................18 1.4.2 T_DROP_SSHO_VOICE ............................................................................19 1.4.3 RTD_THRESHOLD_VOICE .......................................................................20 1.4.4 T_DROP_SSHO_DATA...............................................................................20 1.4.5 RTD_THRESHOLD_DATA..........................................................................21<本文中的所有信息归中兴通讯股份有限公司所有，未经允许，不得外传>I234 51.4.6 ISBEACON ....................................................................................................21 1.4.7 FPC_FCH_FER_VOICE..............................................................................21 1.4.8 FPC_SCH_FER............................................................................................22 1.4.9 CELL_PWR ...................................................................................................23 1.4.10 PILOTOVERLOAD .......................................................................................23 1.4.11 INIT_PWR......................................................................................................24 1.4.12 PWR_STEP...................................................................................................24 1.4.13 NUM_STEP ...................................................................................................25 1.4.14 MAX_CAP_SZ ..............................................................................................25 1.4.15 PAM_SZ .........................................................................................................26 1.4.16 ACC_TMO .....................................................................................................26 1.4.17 MAX_REQ_SEQ...........................................................................................27 1.4.18 MAX_RSP_SEQ ...........................................................................................28 1.5 Channel 节点无线参数.............................................................................................28 1.5.1 PILOTCH_GAIN ...........................................................................................28 1.5.2 SYNCCH_GAIN............................................................................................29 1.5.3 PAGECH_GAIN ............................................................................................29 PN 规划 ..................................................................................................................................30 2.1 PN 规划流程 ..............................................................................................................31 2.2 PN 规划规范 ..............................................................................................................32 初始邻区规划.........................................................................................................................34 3.1 邻区设置流程.............................................................................................................34 3.2 单载频邻区设置规范.................................................................................................35 3.3 双载频邻区设置规范.................................................................................................36 3.3.1 基于数据库方式换频切换的邻区设置 .........................................................36 3.3.2 伪导频方式换频切换的邻区设置 .................................................................37 3.3.3 跨 BSC/MSC 切换的邻区设置.....................................................................39 导频集搜索窗规划.................................................................................................................39 接入参数规划.........................................................................................................................41 5.1 Radius 规划 ...............................................................................................................41 5.2 反向接入信道参数规划.............................................................................................41<本文中的所有信息归中兴通讯股份有限公司所有，未经允许，不得外传>II1 常用无线参数介绍 1.1 BSC 节点无线参数1.1.1CDMA_FREQ无线参数名称 CDMA_FREQ 重要性 节点 表 中文名 单位 取值范围 缺省值 说明 规划方法 相关参数 ★★★ BSC 节点 R_3G_S_CDMAFREQ 频点 N/A 0~2047 N/A 本组参数作用范围是本 BSC 邻接小区，用于 BSC 之 间的切换。

LTE中兴设备无线参数汇总1. 频段配置：LTE中兴设备支持多种频段，包括FDD（Frequency Division Duplexing）和TDD（Time Division Duplexing）频段。

常见的FDD频段有800MHz、1800MHz、2100MHz和2600MHz等，而常见的TDD频段有2300MHz和2600MHz等。

通过合理的频段配置，可以在不同的地理环境中提供稳定的信号覆盖。

2.射频参数：LTE中兴设备的射频参数包括发射功率、接收灵敏度、天线增益和基站天线数量等。

发射功率决定了设备发射信号的强度，接收灵敏度决定了设备对外部信号的接收能力，而天线增益决定了设备在特定方向上的覆盖范围。

基站天线数量的多少决定了设备的天线分集能力，从而影响了信号的可靠性和性能。

3. 小区参数：LTE中兴设备的小区参数包括小区标识（Cell ID）、小区频点、小区带宽和小区类型等。

小区标识用于区分不同的小区，小区频点是指小区所使用的频率，小区带宽决定了小区可以提供的最大数据传输速率，而小区类型则决定了小区的功能，如室内分布小区、室外宏小区等。

4.可选参数：LTE中兴设备还提供一些可选的无线参数，如调度算法、切换参数、功控参数和干扰管理参数等。

调度算法决定了设备对多用户间资源的分配方式，切换参数决定了设备在不同小区间切换的条件和时机，功控参数用于调整设备的发送功率以适应不同的信号条件，而干扰管理参数用于控制设备间的互相干扰。

总之，LTE中兴设备的无线参数配置是非常重要的，它直接决定了LTE网络的性能和覆盖范围。

通过合理地配置频段、射频参数、小区参数和可选参数，可以优化网络性能并提供更好的用户体验。

目录目录目录 (i)1 概述.........................................................................................................................................- 1 -1.1主要内容.........................................................................................................................- 1 -1.2 参数编写格式................................................................................................................- 1 -2 小区基本配置.........................................................................................................................- 2 -2.1 eNodeB标识...................................................................................................................- 2 -2.2 小区标识........................................................................................................................- 2 -2.3 物理小区标识................................................................................................................- 3 -2.4 小区系统频域带宽........................................................................................................- 3 -2.5 频段指示........................................................................................................................- 4 -2.6 中心载频........................................................................................................................- 4 -2.7 跟踪区码........................................................................................................................- 5 -2.8 上下行子帧分配配置....................................................................................................- 6 -2.9 特殊子帧配置................................................................................................................- 7 -3 接入类参数.............................................................................................................................- 9 -3.1 小区选择........................................................................................................................- 9 -3.1.1 算法介绍.............................................................................................................- 9 -3.1.2 小区选择所需的最小RSRP接收水平 .............................................................- 9 -3.1.3小区选择所需的最小RSRP接收电平偏移 ................................................... - 10 -3.1.4 UE发射功率最大值 ........................................................................................ - 10 -3.2 随机接入控制............................................................................................................. - 11 -3.2.1 算法介绍.......................................................................................................... - 11 -3.2.2产生64个前缀序列的逻辑根序列的起始索引号 ......................................... - 11 -3.2.3基于逻辑根序列的循环移位参数................................................................... - 12 -3.2.4 PRACH初始前缀接收功率 ............................................................................ - 13 -3.2.5 PRACH的功率攀升步长 ................................................................................ - 13 -3.2.6 PRACH前缀最大发送次数 ............................................................................ - 14 -3.2.7 UE对随机接入前缀响应接收的搜索窗口..................................................... - 15 -3.2.8 Message 3最大发送次数................................................................................. - 15 -3.2.9 UE等待RRC连接响应的定时器................................................................... - 15 -3.2.10 UE等待RRC连接重试请求的定时器......................................................... - 16 -4 寻呼类参数............................................................................................................................ - 18 -4.1 寻呼............................................................................................................................. - 18 -4.1.1 算法介绍.......................................................................................................... - 18 -4.1.2 寻呼时机因子.................................................................................................. - 18 -4.1.3 UE监听寻呼场合的DRX循环周期 .............................................................. - 19 -4.1.4 寻呼重复次数.................................................................................................. - 19 -5 保持类参数.......................................................................................................................... - 21 -5.1 无线链路监测............................................................................................................. - 21 -5.1.1 算法介绍.......................................................................................................... - 21 -5.1.2 UE监测无线链路失败的定时器..................................................................... - 22 -5.1.3 UE接收下行失步指示的最大个数................................................................. - 22 -5.1.4 UE接收下行同步指示的最大个数................................................................. - 23 -5.1.5 UE等待RRC重建响应的定时器................................................................... - 23 -5.1.6 UE监测无线链路失败转入空闲状态的定时器............................................. - 24 -5.2 DRX ............................................................................................................................. - 25 -5.2.1 算法介绍.......................................................................................................... - 25 -5.2.2 GBR业务DRX使能开关 ............................................................................... - 25 -5.2.3 非GBR业务DRX使能开关 ......................................................................... - 26 -5.2.4 长不连续接收循环周期长度.......................................................................... - 26 -5.2.5 短不连续接收循环周期长度.......................................................................... - 28 -5.2.6 DRX短不连续循环周期定期器长度 ............................................................. - 29 -5.2.7短不连续接收循环周期配置指示................................................................... - 29 -5.2.8在DRX循环周期中UE苏醒的时间长度 ..................................................... - 30 -5.2.9 DRX非激活定时器 ......................................................................................... - 30 -5.2.10 DRX的HARQ重传定时器 .......................................................................... - 31 -5.3 User-Inactivity.............................................................................................................. - 31 -5.3.1 User-Inactivity使能.......................................................................................... - 31 -5.3.2控制面user-inactivity定时器.......................................................................... - 32 -6 功控类参数.......................................................................................................................... - 33 -6.1 上行功控..................................................................................................................... - 33 -6.1.1 算法介绍.......................................................................................................... - 33 -6.1.2 PUSCH半静态调度授权方式发送数据所需小区名义功率 ......................... - 33 -6.1.3 PUSCH发射功率时路损弥补因子 ................................................................. - 34 -6.1.4用于弥补调制和码率对上行物理信道功率偏差值的影响 ........................... - 34 -6.1.5 PUCCH物理信道使用的小区相关名义功率................................................. - 35 -6.1.6 PUCCH Format 1物理信道功率弥补量 ......................................................... - 35 -6.1.7 PUCCH Format 1b物理信道功率弥补量 ....................................................... - 36 -6.1.8 PUCCH Format 2物理信道功率弥补量 ......................................................... - 36 -6.1.9 PUCCH Format 2a物理信道功率弥补量 ....................................................... - 37 -6.1.10 PUCCH Format 2b物理信道功率弥补量 ..................................................... - 37 -6.1.11 PUSCH闭环功控开关 ................................................................................... - 38 -6.1.12 PUCCH闭环功控开关 .................................................................................. - 38 -6.2 下行功控..................................................................................................................... - 39 -6.2.1 算法介绍.......................................................................................................... - 39 -6.2.2小区参考信号功率........................................................................................... - 40 -6.2.3 PDSCH与小区RS的功率偏差 ...................................................................... - 41 -6.2.4 天线端口信号功率比...................................................................................... - 41 -6.2.5 小区最大传输功率.......................................................................................... - 42 -6.2.6 小区实际发射功率.......................................................................................... - 42 -7 调度类参数 ......................................................................................................................... - 44 -7.1 调度............................................................................................................................. - 44 -7.1.2 调度算法.......................................................................................................... - 44 -8 移动类参数.......................................................................................................................... - 45 -8.1 同频切换..................................................................................................................... - 45 -8.1.1 算法介绍.......................................................................................................... - 45 -8.1.2小区个体偏移................................................................................................... - 45 -8.1.3 频间频率偏移值.............................................................................................. - 46 -8.1.4 A3事件偏移 ..................................................................................................... - 46 -8.1.5 UE等待切换成功的定时器 ............................................................................ - 47 -8.1.6 基于覆盖的同频测量A3事件迟滞 ............................................................... - 48 -8.1.7 基于覆盖的同频测量A3事件持续时间 ....................................................... - 48 -8.2 异频切换..................................................................................................................... - 49 -8.2.1 算法介绍.......................................................................................................... - 49 -8.2.2 异频A2 RSRP 触发门限 .............................................................................. - 50 -8.2.3 异频A1 RSRP 触发门限 .............................................................................. - 50 -8.2.4 连接态频率偏置.............................................................................................. - 51 -8.2.5 小区个体偏移.................................................................................................. - 52 -8.2.6 基于覆盖的异频测量A1 A2事件迟滞......................................................... - 52 -8.2.7 基于覆盖的异频测量A1 A2事件持续时间................................................. - 53 -8.2.9基于覆盖的异频测量A3事件迟滞................................................................ - 54 -8.2.10基于覆盖的异频测量A3事件持续时间...................................................... - 54 -8.2.11 A4 RSRP 触发门限 ....................................................................................... - 55 -8.2.12 A4事件迟滞................................................................................................... - 56 -8.2.13 A5 RSRP 触发门限.................................................................................... - 57 -8.2.14 A4事件持续时间 ........................................................................................... - 57 -8.2.15 A5事件迟滞................................................................................................ - 58 -8.2.16 A5事件持续时间........................................................................................ - 58 -8.3 同优先级重选............................................................................................................. - 59 -8.3.1 算法介绍.......................................................................................................... - 59 -8.3.2频内小区重选优先级....................................................................................... - 59 -8.3.3 小区重选过程中是否执行同频测量的RSRP判决门限 .............................. - 60 -8.3.4 服务小区重选迟滞.......................................................................................... - 60 -8.3.5 频内小区重选判决定时器时长...................................................................... - 61 -8.3.6 频内小区重选最小接收水平.......................................................................... - 62 -8.4 不同优先级重选......................................................................................................... - 62 -8.4.1 算法介绍.......................................................................................................... - 62 -8.4.2异频/异系统测量启动门限....................................................................... - 62 -8.4.3异频载频重选配置.频间小区重选优先级 ...................................................... - 63 -8.4.4异频载频重选配置.重选到异载频低优先级的RSRP低门限 ...................... - 64 -8.4.5异频载频重选配置.重选到异载频高优先级的RSRP高门限 ...................... - 64 -8.4.6异频载频重选配置.频间小区重选判决定时器长度 ...................................... - 65 -8.4.7 服务小区低优先级重选门限.......................................................................... - 65 -9 互操作类参数...................................................................................................................... - 67 -9.1 重选............................................................................................................................. - 67 -9.1.2 公共参数.......................................................................................................... - 67 -9.1.2.1异频/异系统测量启动门限........................................................................... - 67 -9.1.3 LTE 到UTRAN...................................................................................................... - 70 -9.1.4 LTE 到GREAN .............................................................................................. - 72 -9.2 重定向......................................................................................................................... - 74 -9.2.1 算法介绍.......................................................................................................... - 74 -9.2.2 公共参数.......................................................................................................... - 75 -9.2.3 LTE 到UTRAN .............................................................................................. - 77 -9.2.4 LTE 到GREAN .............................................................................................. - 80 -9.2.5 CSFB................................................................................................................. - 83 -10 安全管理参数...................................................................................................................... - 86 -10.1 加密算法................................................................................................................... - 86 -10.2完整性保护算法........................................................................................................ - 86 -1 概述1.1主要内容本文主要介绍ZTE设备主要无线参数的含义、取值范围及使用策略包括9大类参数：1.小区配置参数2.接入类参数3.寻呼类参数4.保持类参数5.功控类参数6.调度类参数7.移动类参数8.互操作类参数9.安全管理参数1.2 参数编写格式对于每个参数，本文从参数名称、参数定义、取值范围、推荐配置、参数设置说明、参数使用策略等6个方面进行了描述：➢参数名称：英文/中文名称；➢参数定义：描述该参数的含义➢取值范围：取值范围及单位；➢推荐配置：现网中参数配置➢参数设置说明：参数的详细说明➢参数使用策略：参数在网应用策略2 小区基本配置该章节为小区最基本最重要的参数，用于小区的基础配置。

培训教材（无线参数设置及意义）技术文件编号：YF-AA-BB拟制审核深圳市中兴通讯股份有限公司目录1 无线参数概述 (4)1.1 无线参数的意义 (4)1.2 无线参数的优化调整 (5)1.3 无线参数调整的类型 (5)1.4 无线参数调整的前提 (5)1.5 无线参数调整的注意事项 (6)2 中兴无线参数的配置与管理 (6)3 “中兴移动通讯”参数设置 (7)3.1 广播范围设定st_insbts (7)4 “基站控制器”参数设置 (9)4.1 基站控制器参数设置 (9)4.2 基站控制器定时器的设置及其意义 (10)4.3 基站控制器其它参数设置及其意义 (13)5 “基站”参数的设置 (15)5.1 新增小区st_insbts (15)5.2 基站参数设置 (17)6 “小区”参数的设置 (18)6.1 新增收发信机st_insbts (18)6.2 小区参数设置 (18)6.2.1 网络识别： (19)6.2.2 定时器 (20)6.2.3 呼叫排队 (23)6.2.4 干扰参数 (24)6.2.5 无线参数 (25)6.2.6 控制信道 (27)6.2.7 随机接入 (29)6.2.8 小区重选 (31)6.2.9 其它参数 (33)6.3 删除小区 (35)6.4 修改载频参数 (35)6.5 修改侦听频率 (37)6.6 修改邻接小区 (38)6.7 修改切换参数 (39)6.7.1 测量预处理 (39)6.7.2 切换门限 (41)6.7.3 未定义邻接小区 (43)6.7.4 其它参数 (44)6.8 修改功率控制参数 (45)6.8.1 测量预处理： (46)6.8.2 功率调整门限 (47)6.8.3 其它 (49)6.8.4 信道规划 (50)6.8.5 频率规划 (52)7 “收发信机”参数设置 (54)7.1 修改收发信机参数st_insbts (54)7.2 删除收发信机st_insbts (54)8 时隙 (55)8.1 修改时隙参数st_insbts (55)9 “外部小区”参数设置 (56)9.1 新增外部小区st_insbts (56)9.2 小区（外部小区） (57)9.2.1 删除外部小区 (57)9.2.2 修改外部小区参数 (57)无线参数的设置与意义1无线参数概述1.1无线参数的意义GSM900/1800MHz系统从信令结构分析，主要包含了MAP接口、A接口（MSC与BSC间的接口）、Abis接口（BSC与BTS间的接口）和Um接口（BTS 与MS间的接口，通常也称作空中接口）。

移动5G产品介绍及配置说明---中兴通讯中国移动5G配置说明A9611A S26BBUAAU RRU设备V92005G产品一览64TR AAU2TR RRU QcellA9611E S49A9611A S2664TR AAU 8TR RRU R8998E S2600R9606 S26R8139 T2600R8139 M90182326R8139 M182326R8139 M1826 5G设备应用场景场景分类通道数RRU应用场景室外型64TRA9611A S26室外D频段4/5G混摸站点新建A9611E S49室外4.9G频段(高容量、行业应用)站点新建8TR R8998E S2600室外D频段高铁高速以及深度覆盖，补盲补热等特殊场景室内型2TR R9606 S26室内分布D频段站点新建，高铁及隧道覆盖场景分布式微站4TRR8139 T2600室内D频段独立覆盖场景R8139 M90182326室分D/E/1.8G/900M频段覆盖多模大容量场景R8139 M182326室分D/E/1.8G频段覆盖多模大容量场景R8139 M1826室内D/1.8G频段双模覆盖场景大容量多模BBU —— V9200电源板基带板交换管理板智能风扇最大配置15个64TR 100MHz NR小区90个20MHz LTE小区/2U 接口类型及数量10GE/25GE*2尺寸2U/19英寸重量18kg（满配）同步方式GPS/北斗/1588V2供电方式-48VDC/220VAC 功耗315W(S111配置)安装方式19英寸机柜安装、挂墙安装、室外一体化机柜安装、HUB柜安装基带板基带板基带板基带板交换管理板/加速板电源板/环境监控板卡介绍—— V9200板卡名称型号板卡能力V9200 交换管理模块VSW VSWc2用于控制和管理基带单元，并提供传输接口和系统时钟。

支持10GE/25GE*2，40GE/100GE*2，支持1pps+TOD接口，支持GPS和北斗V9200 基带处理模块VBP VBPc55G基带板：每单板支持3*64T64R*100MHz 小区；6*25G+1*100G光口V9200 直流电源模块VPD VPD提供-48VDC电源，支持1+1主备， 2000WV9200 风扇模块VFC VFc1智能风扇模块V9200 环境监控模块VEM VEMc1默认不配置，室外柜配置，提供12路干接点+ RS232+RS485通信接口AAU及RRU产品规格介绍通道设备型号供电方式工作带宽输出功率接口类型64TR AAU A9611A S26直流/交流（由外置P3000A供电160MHz240W4*25G（SFP28），光A9611E S49直流/交流（由外置P3000A供电）100MHz200W1*25G（SFP28），光8TR RRU R8998E S2600直流/交流（由外置P3000A供电）160M8 x 40 W3x10G，光2TR RRU R9606 S26直流/交流160M2*100W2x10G/25G，光QCELLR8139 T2600 POE160M4*250mW1*10G 光电复合缆(SFP28)1*10G CAT6A(RJ45)R8139 M90182326POE160M4*250mW1*10G 光电复合缆(SFP28)1*10G CAT6A(RJ45)R8139 M182326POE160M4*250mW1*10G 光电复合缆(SFP28) 1*10G CAT6A(RJ45)R8139 M1826POE160M4*250mW1*10G 光电复合缆(SFP28)1*10G CAT6A(RJ45)工作频段2515 - 2675 MHz 光接口 4 x 25G(SFP28)通道数64T64R 阵子数192输出功率240 W 供电方式-37VDC 至 -57VDC IBW160 MHz OBW160 MHz 支持移动完整的 160MHz 频段0103支持eCPRI接口，一根 25G 光纤即满足传输要求0264通道、192天线阵子、支持4/5G共模工作频段4800~5000MHz 光接口2 x 100G(QSFP28) + 1 x 25G(SFP28)通道数64T64R 阵子数192输出功率200W 供电方式-37VDC 至 -57VDCIBW200 MHz OBW100 MHz 4.9GHz频段帧结构灵活配置，满足垂直行业应用010302室外2.6GHz频段容量补充，补盲多场景应用支持eCPRI接口，一根 25G 光纤即满足传输要求8T8R R8998E S2600—5G高铁覆盖，支持45G混模u 8T8R 160MHz全带宽设备，大功率320W；u 45G混模；u满足5G高铁覆盖；R8998E S2600工作频段Band41：2515-2675MHz OBW160 MHz IBW160 MHz 输出功率8 x 40 W 通道数8T8R光口3x10GDAS 2T2R RRU—R9606 S26u 160MHz全带宽u DAS信源设备，快速建设室内5G覆盖u满足高铁、地铁等隧道5G建设R9606 S26工作频段Band41：2515-2675MHz OBW160 MHz IBW160 MHz 输出功率2x 100 W 通道数2T2R光口2x10G/25G供电方式AC/DC条目指标型号R8139 T2600R8139 M90182326R8139 M182326R8139 M1826频段2.6G（160M）四频 900M+ 1.8G + 2.3G+ 2.6G（160M）三频1.8G + 2.3G+ 2.6G（160M）双频1.8G + 2.6G（160M）载波配置5GNR 100MHz5GNR 100MHz+ 5个20M LTE载波5GNR 100MHz+ 4个20M LTE载波5GNR 100MHz+ 4个20M LTE载波接口1*10G 光电复合缆1*10G CAT6A1*10G 光电复合缆1*10G CAT6A 1*10G 光电复合缆1*10G CAT6A 1*10G 光电复合缆1*10G CAT6A 供电方式POEPOE POE POE 天线内置天线内置天线内置天线内置天线机顶功率 4 x 250 mW 4 x 250 mW 4 x 250 mW 4 x 250 mWPico RRU4T4R QCell设备介绍-pRRU2.6G 64TR和8TR宏站-NSA分框中移集团技术规范：《中国移动5G NR无线网络主设备技术要求--N41 64通道AAU分册V100》《中国移动5G NR无线网络主设备技术要求--高铁分册V100》工作频段RRU的射频滤波器支持2515MHz - 2675MHz频段。