诺西故障处理案例库

合集下载

常用告警说明(诺西)

常用告警说明(诺西)
序号 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41
29 36 39 28 30
告警 VSWR minor alarm(1838) Failure in optical RP3 interface(3030) Configuration error: Not enough HW for LCR(3070) Connection lost Failure in replaceable baseband unit(3003) VSWR alarm(1837) Baseband bus failure(3020) RF module failure(3010) System module failure(3000) Temperature alarm(3040) Fan failure(3050) Fan failure during fan test(3050) BTS reference clock missing(3080) BTS reset required(4001) Failure In Optical Interface 1(3012) Failure In Optical Interface 0(3012) BTS is uncommissioned(4030) Incompatible SW version detected Commissioning error: Invalid Configuration file(3060) SW fallback(4082) Transport layer connection failure in S1 interface(6202) VSWR major alarm(1837) TX failure in MIMO(4003) BTS master clock tuning failure(1818) BTS synchronization is missing during startup(4160) BTS time not corrected Cell configuration data distribution failed(6253) Error in file server during SW download GPS Receiver alarm: Control Interface not available(4011) GPS Receiver alarm: EEPROM segments status(4126) NE disconnected before upload finished PPS reference clock missing in startup(4153) S1 interface setup failure(6308) Configuration error: Unit initialization failure(3070) Firmware SW mismatch(2056) Parallel RP3-01 link length mismatch(4072) TD-SCDMA minor alarm(4179) BTS internal SW management problem(3090) Cell power failure(4090) Configuration error: Unknown HW resource(3070) RF Loss of secondary optical interface(1930) System module failure F Failure In Optical Interface RRU optical/eletrical module absence 1(3012) RF BB bus connection transmission error(1906) Validation of signed file failed(4145) Failure in optical RP3 interface Unit blocked High memory consumption(6502) Failure In Optical Interface Abnormal CPRI interface to next hop 1(3012) 1935转速高 1932、33风扇坏

诺西基站故障排查指导手册

诺西基站故障排查指导手册

诺西GSM基站故障排查指导手册中国移动通信集团上海有限公司网络优化中心2013年9月目录1基站设备: (3)1.1腔体更换步骤 (3)2载频更换步骤 (3)2.1FLEXI EDGE站型载频更换步骤 (3)2.2MCPA站型载频更换步骤 (3)2.3主控板更换步骤 (4)2.4基站数据重配步骤 (4)3基站常见故障判断方法及处理 (4)3.1分集接收差异过大 (4)3.2VSWR驻波告警 (5)3.3传输故障 (5)3.4天线端口配置错误 (5)3.5基站配置错误 (5)4零话务: (6)4.1整体排除流程图 (6)4.2排查步骤 (6)4.3具体案例 (7)5器件故障(宏站): (7)5.1整体排除流程图 (8)5.2排查步骤 (8)5.3具体案例 (9)6器件故障(室分): (10)6.1排障流程图 (10)6.2排查步骤 (11)6.3具体案例 (12)7传输故障: (12)7.1整体排查流程图 (12)7.2排查步骤 (13)8天馈线故障: (13)8.1排障流程图 (13)8.2排查步骤 (13)8.3具体案例 (14)1 基站设备:定义:属于机架以内范围的设备故障,包括腔体,载频,主控板等需要更换或数据重配置,需在3天内完成排障。

目前诺西在上海移动现网中主要有2个系列的基站设备,分别为FLEXI EDGE 站型和MCPA站型,并以MCPA站型为主。

1.1 腔体更换步骤1)将故障所在的小区锁住2)将连接在腔体上的射频线做好标记3)先将腔体与载频的连接线拆除,然后依次拆除腔体上的连接线(只需拆除腔体一侧),卸除1/2跳线4)更换腔体,重新复原1/2跳线、射频线、连接腔体的数据线(切记所有连接线按原有顺序复原)5)解锁,重启BCF,观察所有载频是否正常工作、有无告警(注意有无话务,因动过1/2跳线需要观察RSSI值)6)与BSC确认此站是否处于正常状态(最好能等待1小时以上,观察故障是否会重复出现)2 载频更换步骤2.1 FLEXI EDGE站型载频更换步骤1)将故障载频锁住。

诺西eNodeB常见故障处理说明方案

诺西eNodeB常见故障处理说明方案

诺西e N o d e B常见故障处理说明方案集团标准化办公室:[VV986T-J682P28-JP266L8-68PNN]诺西常见故障标准化处理说明书1诺西FlexiBTS7650告警处理<告警名称>BASESTATIONFAULTY<处理方法>按照故障可能的原因分类,分别列出处理方法如下:1.1BTSBlocked1.2BTSinternalSWmanagementproblem1.3BasebandBusfailure1.4SystemModulefailure1.5IncompatibleSWversiondetected1.6S1interfacesetupfailure1.7Temperaturealarm2诺西FlexiBTS7651告警处理<告警名称>BASESTATIONOPERATIONDEGRADED<处理方法>按照故障可能的原因分类,分别列出处理方法如下:2.1BTSreferenceclockmissing2.2BTSresetrequired2.3TransportlayerconnectionfailureinX2interface3诺西FlexiBTS7652告警处理<告警名称>BASESTATIONNOTIFICATION<处理方法>按照故障可能的原因分类,分别列出处理方法如下:5.1BTStimenotcorrected5.2Fanfailure5.3Fanfailure4诺西FlexiBTS7653告警处理<告警名称>CELLFAULTY<处理方法>按照故障可能的原因分类,分别列出处理方法如下:3.1CellBlocked3.2BasebandBusfailure3.3Cellpowerfailure3.4Configurationerror:NotenoughHWforLCR3.5FailureinopticalRP3interface3.6Temperaturealarm3.7RFLossofsecondaryopticalinterface3.8RFModulefailure3.9VSWRalarm5诺西FlexiBTS7654告警处理<告警名称>CELLOPERATIONDEGRADED<处理方法>按照故障可能的原因分类,分别列出处理方法如下:4.1VSWRalarm4.2FailureinopticalRP3interface6诺西FlexiBTS7655告警处理<告警名称>CELLNOTIFICATION<处理方法>按照故障可能的原因分类,分别列出处理方法如下:6.1TXfailureinMIMO6.2Radioresourcesswitchedoff。

诺西故障处理案例库

诺西故障处理案例库

.一体化代维项目试点课题研究成果故障处理案例库中国移动通信集团福建有限公司二○一二年四月目录:1 基站专业 (6)1.1天馈类 (6)1.1.1.Antenna connection faulty. (6)1.1.2.Rx levels differ too much between main and diversity antennas (7)1.1.3.RSSI detected Rx signal difference exceeding threshold (9)1.1.4.ERxx DDU module has detected VSWR above minor limit at A (Or B) (11)1.1.5.ECxx RTC module has detected VSWR above major limit at antenna (12)1.1.6.RF module detected VSWR above major limit (13)1.1.7.The reflected power of remote tune combiner is too high (15)1.1.8.CHANNEL FAILURE RATE ABOVE DEFINED THRESHOLD (16)1.1.9.MEAN HOLDING TIME BELOW DEFINED THRESHOLD (19)1.1.10.EXCESSIVE TCH INTERFERENCE (21)1.1.11.BTS WITH NO TRANSACTIONS (22)1.2基站硬件类 (24)1.2.1Oven oscillator adjustment function interrupted (24)1.2.2ESMA System module has lost connection to ESEA System Extension module (25)1.2.3ESMx System module has lost connection to all modules on optical ports (27)1.2.4FBUS HW failure (28)1.2.5LAPD failure (29)1.2.6ECxx RTC module received insufficient Tx power (30)1.2.7EXxx TRX module Tx power overdriven at DPC (31)1.2.8ERxx DDU module has detected no Tx power at TxB input (32)1.2.9RF Module has detected no TX power in internal filter block (33)1.2.10The RF receiver frequency hopping synthesizer 1 is not locked (34)1.2.11The transmitter output power has dropped at least 3 dB (35)1.2.12EXCESSIVE TCH INTERFERENCE (36)1.2.13CHANNEL FAILURE RATE ABOVE DEFINED THRESHOLD (37)1.2.14The tuning of a cavity has failed in remote tune combiner. (39)1.2.15Tuning carrier is not detected in remote tune combiner (40)1.2.16The synthesizer in remote tune combiner is faulty (41)1.2.17There is disturbance in the serial DL bus or bus is broken (41)1.2.18Performance of the main branch LNA in remote tune combiner is degraded (42)1.2.19ECxx RTC module cavity tuning synthesizer faulty. (43)1.2.20Master TRX detected that connection to slave TRX is lost (44)1.2.21Interface problems between O&M and DSP SW (45)1.2.22Baseband bus major operation error occurred in ESMx System module (46)1.2.23EXxx TRX module SW download from ESMA System module failed (47)1.2.24Power unit input voltage fault (48)1.2.25Supply voltage to ESMA near low/high limit (48)1.2.26No connection to power unit (49)1.2.27Power unit input voltage fault (50)1.2.28EXxx TRX module cooling fan(s) report no rotation (51)1.2.29ESEA System Extension Module fan(s) out of order (52)1.2.30ESMA System module has detected no fans (52)1.2.31TSxx temperature is dangerously high (53)1.2.32RF module ambient temperature outside operating range (54)1.2.33Cabinet door is open./Cabinet cover is open (55)1.3基站数据配置类 (56)1.3.1Commissioned RF cabling does not match BTS configuration (56)1.3.2Mismatch between BSC/MMI configuration file and the actual (57)1.3.3TRX object allocation failed in RF module (57)1.3.4Too few antennas available for Rx diversity (58)1.3.5PDU control has switched off ECxx RTC Module (59)1.3.6ESMA System module has lost connection to FSEx External Alarm (60)1.3.7Module power cable connections are incorrectly configured (61)1.3.8ERxx DDU module connected to wrong EXxx TRX module (62)1.3.9TRX is stuck in waiting for system information state (63)1.3.10Configuration of BCF Failed (64)1.4基站传输类 (66)1.4.1.PCM FAILURE (66)1.4.2.Difference between PCM and base station frequency reference (67)1.4.3.FAR-END ALARM (68)1.4.4.FREQUENCY ERROR/ LOSS OF INCOMING (69)2 数据专业 (71)1 基站专业1.1天馈类1.1.1.Antenna connection faulty.1.1.2.Rx levels differ too much between main and diversity antennas1.1.3.RSSI detected Rx signal difference exceeding threshold1.1.4.ERxx DDU module has detected VSWR above minor limit at A (Or B)1.1.5.ECxx RTC module has detected VSWR above major limit at antenna1.1.6.RF module detected VSWR above major limit1.1.7.The reflected power of remote tune combiner is too high1.1.8.CHANNEL FAILURE RATE ABOVE DEFINED THRESHOLD1.1.9.MEAN HOLDING TIME BELOW DEFINED THRESHOLD1.1.10.EXCESSIVE TCH INTERFERENCE1.1.11.BTS WITH NO TRANSACTIONS1.2基站硬件类1.2.1Oven oscillator adjustment function interrupted1.2.2ESMA System module has lost connection to ESEA System Extension module1.2.3ESMx System module has lost connection to all modules on optical ports1.2.4FBUS HW failure1.2.5LAPD failure1.2.6ECxx RTC module received insufficient Tx power1、1.2.7EXxx TRX module Tx power overdriven at DPC1、1.2.8ERxx DDU module has detected no Tx power at TxB input1、1.2.9RF Module has detected no TX power in internal filter block、1.2.10The RF receiver frequency hopping synthesizer 1 is not locked1、1.2.11The transmitter output power has dropped at least 3 dB1、1.2.12EXCESSIVE TCH INTERFERENCE1.2.13CHANNEL FAILURE RATE ABOVE DEFINED THRESHOLD1.2.14The tuning of a cavity has failed in remote tune combiner.1.2.15Tuning carrier is not detected in remote tune combiner1.2.16The synthesizer in remote tune combiner is faulty1、1.2.17There is disturbance in the serial DL bus or bus is broken1、1.2.18Performance of the main branch LNA in remote tune combiner is degraded1、1.2.19ECxx RTC module cavity tuning synthesizer faulty.1、1.2.20Master TRX detected that connection to slave TRX is lost1、1.2.21Interface problems between O&M and DSP SW1、1.2.22Baseband bus major operation error occurred in ESMx System module1、1.2.23EXxx TRX module SW download from ESMA System module failed1.2.24Power unit input voltage fault1、1.2.25Supply voltage to ESMA near low/high limit1、1.2.26No connection to power unit1.2.27Power unit input voltage fault1、。

诺西基站典型故障处理资料

诺西基站典型故障处理资料
总之,7745掉话告警的原因非常多,它不像天馈告警或风扇告警那么容易找 出问题所在,特别是非硬件方面的原因导致的掉话告警更多,所以在处理此 告警时要和其他部门人员如网优、BSC等多沟通。
/ 2018/10/19
掉话故障处理流程
7745掉话告警

用SITEMASTER测试天馈的 驻波比和回驳损耗是否正常 是 检查载波、连线、合路器、基 带单元等,对各种板件逐个进 行排查,看有无问题板件 无 查看有无传输类告警 特别是误码 无 看是否有干扰,确定哪几块载 波并和其它载波进行对调,看 干扰是否消失 否 报给网优并协助其找出干 扰源,一般干扰消除后告警 自动消失 是 观察7745告警等基站起来 一小时后是否消失 否 是 恭喜 有 通知传输组并协助处理好 传输问题后再观察 掉话告警是一个有很多种原 因的告警,此流程主要是从 硬件故障这个角度来写的, 但在处理此告警的过程中, 还有很多其它非硬件的因素 需要考虑在内,所以在排除 硬件故障以后如果告警还在, 则需网优的大力支持。 如频点、邻区、功率控制 方位角、俯仰角、地势地貌、 盲区较多等都可能引起掉话 告警。 有 更换故障单元再进行观察 进行故障定位,处 理好天馈后再观察
报给网优,请其检查参数 频点、相邻小区情况等
/ 2018/10/19
二、时钟故障
告警号: 7601 告警内容: 7601、Difference between PCM and base station reference. frequency
/ 2018/10/19
二、时钟故障
告警说明: 7601是ULTRASITE站型的时钟告警
/ 2018/10/19
1
INSTALLATION GUIDE EDGE/BTS 8+8+8 WBC 4:1

诺西TD基站BBP530故障处理手册

诺西TD基站BBP530故障处理手册

故障处理手册1.BBP 单板问题1.1BBI 板心跳检测失败1.2BBP 板心跳检测失败1.3BBI 板配置但不在位超时1.4Q922 通路检测失败1.5BBI/BBP 光口断链1.6小结及案例2.GPS 类故障2.1时钟源状态告警(GPS)2.2时钟锁相环状态次要告警2.3时钟锁相环状态严峻告警2.4没有时钟源告警2.5GPS 大频偏2.6串口通信特别2.7小结及案例3.RRU 类故障3.1RRU 配置但不行用超时3.2RRU 心跳检测失败3.3RRU 下行光口断链告警3.4RRUDPD 自检失败告警3.5小结及案例4.小区及载波类故障4.1小区未建立4.2小区已建立但不行用4.3辅载2,HSPA 不行用4.4小结及案例5.功率驻波类告警5.1下行无可用校准通道告警5.2上行无可用校准通道告警5.3下行输出欠/过功率告警5.4下行通道告警/上行通道告警5.5下行驻波比告警5.6放射/接收通道天线通道幅相全都性告警5.7小结及案例6.传输类告警6.1E1/T1 信号丧失6.2E1/T1 告警指示6.3E1/T1 远端告警指示6.4E1/T1 帧失步6.5E1/T1 环回故障6.6E1T1 高误码率门限告警6.7小结及案例7.信令类告警7.1IMA 链路信元定界失步故障7.2IMA 链路帧失步故障7.3IMA 链路延迟失步故障7.4IMA 链路远端接收故障7.5IMA 链路接收故障7.6IMA 组配置失败故障7.7IMA 远端组配置失败故障7.8IMA 组内激活链路数缺乏故障7.9IMA 远端组内激活链路数缺乏故障7.10ALCAP 断链故障7.11AAL2PATH上的AIS 故障7.12SAAL 断链故障7.13NCP 告警7.14CCP 告警7.15小结及案例8.其他故障告警8.1PSU 特别8.2DHCP 启动告警8.3OM 通道断链告警8.4小结及案例处理故障的原则:处理故障前请先对告警进展分析。

诺西GPRS典型案例分析精品文档

诺西GPRS典型案例分析精品文档

案例三:话单中上网时间为0的问题
二.处理过程
检查SGSN产生的S-CDR与SA-CDR,并进性对 比,发现S-CDR与SA-CDR的上下行流量相同,排除 了话单错误的可能性,接下来需要对比原始话单与计 费中心产生的话单的qubie
案例三:话单中上网时间为0的问题
三.分析
GGSN产生的SA-CDR话单
------>localSequenceNumber(4) value: 20 ------>timeOfFirstUsage(5) value: 09 02 01 04 22 18 +08 00 ------>timeOfLastUsage(6) value: 09 02 01 04 39 45 +08 00 ------>timeUsage(7) value: 0 ------>serviceChangeCondition(8) value: 0 ------>sgsnAddress(10) -------->SEQUENCE(16) ---------->iPTextV4Address(2) value: 220.206.129.48 ------>volumeUplink(12) value: 83678 ------>volumeDownlink(13) value: 296865 ------>serviceIdentifier(17) value: 33554433 -->consolidationResult(35) value: normal(0)

NA0 07FF05/007-255-005 HSTP1 AV-SP 5
• NA0 07FF05/007-255-005 HSTP1 UA NA0 07FF04/007-255-004 HSTP2 AV-EX 7 NA0 07FF05/007-255-005 HSTP1 AV-SP 5

诺西TDLTE网络优化经验总结—优化案例集

诺西TDLTE网络优化经验总结—优化案例集
•3.将时隙配比改为2:2后,三个扇区上传速度均达到了 15Mbps以上,确认为3扇区的3:1配置对该站有强干扰导致 上行底噪上升,上传速度低;
优化结果:
•在将滨江电力3小区的时隙配比TDDframeconf改为1后,分 别验证3个小区的上传速率,均达到了15Mbps以上;
案例一:长河水产市场下载速度低 案例二:滨江电力公司上传速率低 案例三:海斯终端无法搜网 案例四:海斯终端ATTCH 失败 案例五:远见智能第1小区下载速率偏低问题 案例六:室分小区随机接入失败 案例七:基站有信号,Attach不成功 案例八:参数配置导致切换失败 案例九:修正测试规范BF Gain计算公式
案例二:滨江电力公司上传速率低
案例描述: •在对滨江电力公司进行单站验证的过程中,在进行上传业务 时发现该站点的3个扇区的速度均比较低,只能达到约 2~5Mbps,而在前期的测试中,该站的上传速度表现一直很 好达到了15Mbps以上;
案例分析:
•1.在滨江电力1扇区测试中显示 BLER较高,MCS较低;
案例一:长河水产市场下载速度低 案例二:滨江电力公司上传速率低 案例三:海斯终端无法搜网 案例四:海斯终端ATTCH 失败 案例五:远见智能第1小区下载速率偏低问题 案例六:室分小区随机接入失败 案例七:基站有信号,Attach不成功 案例八:参数配置导致切换失败 案例九:修正测试规范BF Gain计算公式
【解决方案】通过sscom32在hisi终端的bluetooth口发送命令,将hisi终 端的鉴权与基站侧的鉴权进行同步。设备连接后,通过sscom32打开终端 的bluetooth端口,发送命令:g_ulSmcControl=1,点击发送后,鼠标 移至运行窗口按enter,返回值value = 1即表示操作成功,然后关闭 bluetooth端口,如下图所示。
  1. 1、下载文档前请自行甄别文档内容的完整性,平台不提供额外的编辑、内容补充、找答案等附加服务。
  2. 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
  3. 3、如文档侵犯您的权益,请联系客服反馈,我们会尽快为您处理(人工客服工作时间:9:00-18:30)。

一体化代维项目试点课题研究成果故障处理案例库中国移动通信集团福建有限公司二○一二年四月目录:1基站专业 (5)1.1天馈类 (5)1.1.1.Antenna connection faulty. (5)1.1.2.Rx levels differ too much between main and diversity antennas (6)1.1.3.RSSI detected Rx signal difference exceeding threshold (7)1.1.4.ERxx DDU module has detected VSWR above minor limit at A (Or B) (8)1.1.5.ECxx RTC module has detected VSWR above major limit at antenna (10)1.1.6.RF module detected VSWR above major limit (11)1.1.7.The reflected power of remote tune combiner is too high (12)1.1.8.CHANNEL FAILURE RATE ABOVE DEFINED THRESHOLD (13)1.1.9.MEAN HOLDING TIME BELOW DEFINED THRESHOLD (15)1.1.10.EXCESSIVE TCH INTERFERENCE (16)1.1.11.BTS WITH NO TRANSACTIONS (18)1.2基站硬件类 (19)1.2.1Oven oscillator adjustment function interrupted (19)1.2.2ESMA System module has lost connection to ESEA System Extension module (20)1.2.3ESMx System module has lost connection to all modules on optical ports (21)1.2.4FBUS HW failure (22)1.2.5LAPD failure (23)1.2.6ECxx RTC module received insufficient Tx power (24)1.2.7EXxx TRX module Tx power overdriven at DPC (25)1.2.8ERxx DDU module has detected no Tx power at TxB input (26)1.2.9RF Module has detected no TX power in internal filter block (27)1.2.10The RF receiver frequency hopping synthesizer 1 is not locked (27)1.2.11The transmitter output power has dropped at least 3 dB (28)1.2.12EXCESSIVE TCH INTERFERENCE (29)1.2.13CHANNEL FAILURE RATE ABOVE DEFINED THRESHOLD (30)1.2.14The tuning of a cavity has failed in remote tune combiner (31)1.2.15Tuning carrier is not detected in remote tune combiner (32)1.2.16The synthesizer in remote tune combiner is faulty (33)1.2.17There is disturbance in the serial DL bus or bus is broken (34)1.2.18Performance of the main branch LNA in remote tune combiner is degraded (34)1.2.19ECxx RTC module cavity tuning synthesizer faulty (35)1.2.20Master TRX detected that connection to slave TRX is lost (36)1.2.21Interface problems between O&M and DSP SW (36)1.2.22Baseband bus major operation error occurred in ESMx System module (37)1.2.23EXxx TRX module SW download from ESMA System module failed (38)1.2.24Power unit input voltage fault (39)1.2.25Supply voltage to ESMA near low/high limit (39)1.2.26No connection to power unit (40)1.2.27Power unit input voltage fault (41)1.2.28EXxx TRX module cooling fan(s) report no rotation (41)1.2.29ESEA System Extension Module fan(s) out of order (42)1.2.30ESMA System module has detected no fans (43)1.2.31TSxx temperature is dangerously high (44)1.2.32RF module ambient temperature outside operating range (44)1.2.33Cabinet door is open./Cabinet cover is open (45)1.3基站数据配置类 (46)1.3.1Commissioned RF cabling does not match BTS configuration (46)1.3.2Mismatch between BSC/MMI configuration file and the actual (46)1.3.3TRX object allocation failed in RF module (47)1.3.4Too few antennas available for Rx diversity (48)1.3.5PDU control has switched off ECxx RTC Module (49)1.3.6ESMA System module has lost connection to FSEx External Alarm (49)1.3.7Module power cable connections are incorrectly configured (50)1.3.8ERxx DDU module connected to wrong EXxx TRX module (51)1.3.9TRX is stuck in waiting for system information state (52)1.3.10Configuration of BCF Failed (53)1.4基站传输类 (54)1.4.1.PCM FAILURE (54)1.4.2.Difference between PCM and base station frequency reference (54)1.4.3.FAR-END ALARM (55)1.4.4.FREQUENCY ERROR/ LOSS OF INCOMING (56)2数据专业 (58)1 基站专业1.1天馈类1.1.1.Antenna connection faulty.1.1.2. Rx levels differ too much between main and diversity antennas1.1.3.RSSI detected Rx signal difference exceeding threshold1.1.4.ERxx DDU module has detected VSWR above minor limit at A (Or B)1.1.5.ECxx RTC module has detected VSWR above major limit at antenna1.1.6.RF module detected VSWR above major limit1.1.7.The reflected power of remote tune combiner is too high1.1.8.CHANNEL FAILURE RATE ABOVE DEFINED THRESHOLD1.1.9.MEAN HOLDING TIME BELOW DEFINED THRESHOLD1.1.10.E XCESSIVE TCH INTERFERENCE1.1.11.B TS WITH NO TRANSACTIONS1.2基站硬件类1.2.1 Oven oscillator adjustment function interrupted1.2.2ESMA System module has lost connection to ESEA System Extension module1.2.3ESMx System module has lost connection to all modules on optical ports1.2.4FBUS HW failure1.2.5LAPD failure1.2.6ECxx RTC module received insufficient Tx power1、1.2.7EXxx TRX module Tx power overdriven at DPC1.2.8ERxx DDU module has detected no Tx power at TxB input1、1.2.9RF Module has detected no TX power in internal filter block、1.2.10 The RF receiver frequency hopping synthesizer 1 is not locked、1.2.11 The transmitter output power has dropped at least 3 dB、1.2.12 EXCESSIVE TCH INTERFERENCE1.2.13 CHANNEL FAILURE RATE ABOVE DEFINED THRESHOLD、1.2.14 The tuning of a cavity has failed in remote tune combiner.1.2.15 Tuning carrier is not detected in remote tune combiner1、1.2.16 The synthesizer in remote tune combiner is faulty、1.2.17 There is disturbance in the serial DL bus or bus is broken1、1.2.18 Performance of the main branch LNA in remote tune combiner is degraded1、1.2.19 ECxx RTC module cavity tuning synthesizer faulty.、1.2.20 Master TRX detected that connection to slave TRX is lost1、1.2.21 Interface problems between O&M and DSP SW1、1.2.22 Baseband bus major operation error occurred in ESMx System module1、1.2.23 EXxx TRX module SW download from ESMA System module failed1、1.2.24 Power unit input voltage fault1、1.2.25 Supply voltage to ESMA near low/high limit1、1.2.26 No connection to power unit1.2.27 Power unit input voltage fault1、1.2.28 EXxx TRX module cooling fan(s) report no rotation、1.2.29 ESEA System Extension Module fan(s) out of order1.2.30 ESMA System module has detected no fans、1.2.31 TSxx temperature is dangerously high1、1.2.32 RF module ambient temperature outside operating range1、1.2.33 Cabinet door is open./Cabinet cover is open、1.3基站数据配置类1.3.1Commissioned RF cabling does not match BTS configuration1.3.2Mismatch between BSC/MMI configuration file and the actual、1.3.3TRX object allocation failed in RF module1.3.4Too few antennas available for Rx diversity1.3.5PDU control has switched off ECxx RTC Module1.3.6ESMA System module has lost connection to FSEx External Alarm1.3.7Module power cable connections are incorrectly configured。

相关文档
最新文档