MTS4基站PM后状态查询常用命令

无线系统PM后基站状态查询常用命令

注：红色底色须特别注意，正常状态应为“Normal”，如果显示“Major”或其他提示，则需要通知相关工区同事。 1) 基站运行状态status bts

SC) status bts /*基站状态查询 Subsystem : State : Severity --------------------------------------------------------- MTS (71) Wide Trunking Normal /*集群模式 SCREF ( 7) Enabled non-sync Normal SCINT ( 2) Normal Operation Normal SCPORT ( 2) Normal Operation Normal SSCREF ( 7) Enabled non-sync Normal SSCINT ( 2) Normal Operation Normal BRMTS nr 1 ( 2) Enabled Normal /* BR1内部状态 BRMTS nr 2 ( 2) Enabled Normal /* BR2内部状态 BRINT nr 1 ( 2) Normal Operation Normal BRINT nr 2 ( 2) Normal Operation Normal BRREC nr 1 ( 2) Normal Operation Normal /*BR1接收状态 BRREC nr 2 ( 2) Normal Operation Normal /*BR2接收状态 BRTRANS nr 1 ( 2) Normal Operation Normal BRTRANS nr 2 ( 2) Normal Operation Normal BRPORTS nr 1 ( 2) Normal Operation Normal BRPORTS nr 2 ( 2) Normal Operation Normal DPMINT nr 1 ( 2) Normal Operation Normal DPMSIG nr 1 ( 2) Normal Operation Normal PSU nr 1 ( 2) Normal Operation Normal /*电源1状态 PSU nr 2 ( 2) Normal Operation Normal /*电源2状态 Please hit any key to display next page or 'n' to abort FAN nr 1 ( 2) Normal Operation Normal /*风扇1状态 FAN nr 2 ( 2) Normal Operation Normal /*风扇2状态 2) 基站链路状态status bsl

SC) status bsl Site Link State:UP /*基站链路状态 Primary E1 Link - Speed:192000 bps Rear port:E1-1 HDLC Statistics:- ---- Rx ----| ---- Tx ---- Good frames : 192947362| 231045370 需反复输入命令观察数值变化 Overruns | Underruns : 0| 0 CRC/framing errors : 0| /*帧丢失

No buffers avail : 0| Buffer overflows : 0| Aborts : 9| Non octet aligned : 0| Transmit restarts : 50| /*重新发送次数 E1 Statistics:- Second timer expired : 17709780| Remote Alarm : 16 Line Loss : 0| Framer Rx Data Overflow : 0 Frame alignment Loss : 15| Framer Tx Data Underrun : 0 AIS : 15| Negative Rx clock slip : 1 CRC4 Error : 9| Positive Rx clock slip : 1 Errored Seconds : 14| Negative Tx clock slip : 0 Please hit any key to display next page or 'n' to abort Bipolar Violation : 0| Positive Tx clock slip : 0 E1 Configuration:- /*E1配置 crc4:on ts16Skip:off Port:1 Clock:External TS assigned: 1 2 3

3) 基站TSC状态status sc

SC) status sc /*TSC状态查询 Overall Status: Active - ENABLED_NON_SYNC / 1PPS_LOST /*基站整体状态 BTS type: MTS4 /*基站类型：MTS4 Site Status: Wide Trunking(SecurityClass1) /*基站状态：集群模式 Internal State: AS_U_E_A Site Link State: UP /*基站链路状态：UP Netcom Primary: ACTIVE_S Netcom Secondary: STANDBY_S Position ID: A /*TSC位置ID：A Internal Temp: 30.50 DegC (Alarm at: 70.0 DegC) /*内部温度 4) 基站BR状态status br

SC) status br /*BR状态查询 ====================== BR Status Information ======================== Cabinet BR TX 1PPS Ref.Sign TX RX IP Number Position Keyed Status Status Freq Freq Address ------ -------- ----- ------ ------ -------- -------- ------- 01 01 Y OK OK 863.0875 818.0875 10.0.253.11 01 02 Y OK OK 864.0875 819.0875 10.0.253.12 BR位置 发射频率 接收频率 BR IP地址

5) 基站驻波比查询dpm 1 get vswr

SC) dpm 1 get vswr /*检查基站驻波比 VSWR Ratio 1.07 /*合格值为：≤1~1.5 DPM Status 0x00 - All OK

6) 基站前向功率查询 dpm 1 get fwd_power

SC) dpm 1 get fwd_power /*检查基站前向功率 Output Power 19.06 Watt /*≤25W （全线各站设定功率25W、小营5W） DPM Status 0x00 - All OK

7) 基站反向功率查询dpm 1 get rev_power

SC) dpm 1 get rev_power /*检查基站反向功率 Reverse Power 0.02 Watt /*接近0 Watt DPM Status 0x00 - All OK 8) 基站备用TSC状态和位置status peer

SC) status peer /*检查备用TSC状态 Peer Status: Peer Health: Peer TSC responding and configured Peer SC ID : 'B' /*TSC使用位置：B 主用：A 备用：B 9) 基站BR前向功率查询get fp

CSS: get fp FORWARD POWER is 25 watts [43.99 dbm]

10)基站BR反向功率查询get rp

CSS: get rp REFLECTED POWER is 0.12 watts [20.86 dbm]

11)基站BR驻波比查询get vswr

CSS: get vswr VSWR is 1.15:1

12)基站BR告警查询get alarm

CSS: get alarm Alarm ID: State: Type: Validity: ------------------------------------------------------------------------------- - ALM_BRC_NVM_CKSUM_FAULT clear hw VALID ALM_BRC_NVM_CKSUM_FAIL clear diag VALID ALM_BRC_16_8MHZ_FAIL_ALM clear hw VALID ALM_BRC_16_8MHZ_FAIL clear diag VALID ALM_RX_LO1_LOCK clear hw VALID ALM_RX_SYNTH_LD_FAIL clear diag VALID ALM_RX_LO1_SL clear hw VALID ALM_RX_SYNTH_SL_FAIL clear diag VALID ALM_RX_VCO_MON_FAULT clear hw VALID ALM_RX_VCO_MON_FAIL clear diag VALID ALM_BRC_VCXO_UNLOCK_ALM clear hw VALID ALM_BRC_REPLACE_VCXO_ALM clear hw VALID ALM_RX_ABACUS_CLK_SL clear hw VALID ALM_RX_ABACUS_CLK_SL_FAIL clear diag VALID ALM_RX_ABACUS_LO2_SL clear hw VALID ALM_RX_ABACUS_2LO_SL_FAIL clear diag VALID ALM_BRC_ABACUS_CLK1_ALM clear hw VALID ALM_BRC_ABACUS_CLK1_FAIL clear diag VALID ALM_BRC_ABACUS_CLK2_ALM clear hw VALID ALM_BRC_ABACUS_CLK2_FAIL clear diag VALID ALM_BRC_ABACUS_CLK3_ALM clear hw VALID ALM_BRC_ABACUS_CLK3_FAIL clear diag VALID ALM_BRC_ABACUS_FS1_ALM clear hw VALID ALM_BRC_ABACUS_FS1_FAIL clear diag VALID ALM_BRC_ABACUS_FS2_ALM clear hw VALID ALM_BRC_ABACUS_FS2_FAIL clear diag VALID ALM_BRC_ABACUS_FS3_ALM clear hw VALID ALM_BRC_ABACUS_FS3_FAIL clear diag VALID ALM_RX_3_3_VOLT_FAULT clear hw VALID ALM_RX_DC_3_3V_FAIL clear diag VALID ALM_RX_5_VOLT clear hw VALID ALM_RX_DC_5V_FAIL clear diag VALID ALM_RX_12_VOLT clear hw VALID

ALM_RX_DC_12V_FAIL clear diag VALID ALM_RX_27_VOLT_FAULT clear hw VALID ALM_RX_DC_27V_FAIL clear diag VALID ALM_RX_NVM_CKSUM_FAULT clear hw VALID ALM_RX_NVM_CKSUM_FAIL clear diag VALID ALM_RX_FRU_BAND_MISMATCH clear hw VALID ALM_AMBIENT_TEMP_ALM_WARN clear hw VALID ALM_AMBIENT_TEMP_WARN clear diag VALID ALM_AMBIENT_TEMP_ALM_FAULT clear hw VALID ALM_AMBIENT_TEMP_FAULT clear diag VALID ALM_TX_LO_LOCK clear hw VALID ALM_TX_PLL_LOCK_DETECT_FAIL clear diag VALID ALM_TX_LO_SL clear hw VALID ALM_TX_PLL_SL_FAIL clear diag VALID ALM_TX_TEMP_INTERNAL_FAIL clear hw VALID ALM_TX_VCO_MON_FAIL clear hw VALID ALM_TX_VCO_MONITOR_FAIL clear diag VALID ALM_TX_TRAINING_FAIL clear hw VALID ALM_TX_FRU_BAND_MISMATCH clear hw VALID ALM_EX_NVM_CKSUM_FAULT clear hw VALID ALM_EX_NVM_CKSUM_FAIL clear diag VALID ALM_TX_CLIP_DETECT_ALM_FAULT clear hw VALID ALM_TX_CLIP_DETECT_FAULT clear diag VALID ALM_TX_CLIP_DETECT_ALM_WARN clear hw VALID ALM_TX_CLIP_DETECT_WARN clear diag VALID ALM_TX_TEMP_INTERNAL_WARN clear hw VALID ALM_TX_TEMP_INTERNAL_FAULT clear hw VALID ALM_PA_TEMP_INTERNAL_WARN clear diag VALID ALM_PA_TEMP_INTERNAL_FAULT clear diag VALID ALM_TX_TEMP_INTERNAL_SEVERE clear hw VALID ALM_PA_TEMP_INTERNAL_SEVERE clear diag VALID ALM_TX_DC_PS clear hw VALID ALM_PA_IN_RUSH_FAIL clear diag VALID ALM_TX_3_3V_PS clear hw VALID ALM_PA_3_3V_SUPPLY_FAIL clear diag VALID ALM_TX_5V_PS clear hw VALID ALM_PA_5V_SUPPLY_FAIL clear diag VALID ALM_TX_LVL_PWR_FAIL clear hw VALID ALM_PA_NVM_CKSUM_FAULT clear hw VALID ALM_PA_NVM_CKSUM_FAIL clear diag VALID ALM_TX_DEKEYED_FWD_PWR_HIGH clear hw VALID ALM_PA_DEKEYED_POWER_PRESENT clear diag VALID ALM_RX_DC_INJ1_FAULT clear hw VALID ALM_RX_DC_INJ1_FAIL clear diag VALID

ALM_RX_DC_INJ2_FAULT clear hw VALID ALM_RX_DC_INJ2_FAIL clear diag VALID ALM_RX_DC_INJ3_FAULT clear hw VALID ALM_RX_DC_INJ3_FAIL clear diag VALID ALM_RX_DC_INJ_FAIL clear diag VALID ALM_RX_DC_INJ1_SHORT_FAULT clear hw VALID ALM_RX_DC_INJ1_SHORT_FAIL clear diag VALID ALM_RX_DC_INJ2_SHORT_FAULT clear hw VALID ALM_RX_DC_INJ2_SHORT_FAIL clear diag VALID ALM_RX_DC_INJ3_SHORT_FAULT clear hw VALID ALM_RX_DC_INJ3_SHORT_FAIL clear diag VALID ALM_RX_DC_INJ_SHORT_FAIL clear diag VALID ALM_RX_INJ1_SHORT_LONG_FAULT clear hw VALID ALM_RX_INJ2_SHORT_LONG_FAULT clear hw VALID ALM_RX_INJ3_SHORT_LONG_FAULT clear hw VALID ALM_RX_INJ_SHORT_LONG_FAIL clear diag VALID ALM_PLAT_PEER_HW clear hw VALID ALM_PLAT_PEER_FATAL clear hw VALID ALM_PLAT_PEER_TIMING clear hw VALID ALM_PLAT_NO_EXP_CB clear hw VALID ALM_PLAT_NO_GEN_CB clear hw VALID ALM_PLAT_NO_EVT_CB clear hw VALID ALM_PLAT_NO_RF_CB clear hw VALID ALM_TX_FINAL_FAILURE_FLT clear hw VALID ALM_TX_FINAL_FAILURE clear hw VALID ALM_TX_VSWR_ALARMING clear hw VALID ALM_PA_VSWR_ALARMING clear diag VALID ALM_TX_REFL_PWR_ALM_FAULT clear hw VALID ALM_PA_REFL_PWR_FAULT clear diag VALID ALM_TX_REFL_PWR_ALM_WARN clear hw VALID ALM_PA_REFL_PWR_WARN clear diag VALID ALM_TX_KEYED_FWD_PWR_LOW clear hw VALID ALM_PA_OTHER_RF_FAIL clear diag VALID ALM_TX_KEYED_FWD_PWR_HIGH clear hw VALID ALM_BRC_ETH_LAN1_LINK_ALM clear hw VALID ALM_BRC_ETH_LAN2_LINK_ALM clear hw VALID ALM_BRC_ETH_LAN_LINK_FAIL clear diag VALID ALM_BRC_CP2A_LINK_FAIL_ALM clear hw VALID ALM_BRC_CP2B_LINK_FAIL_ALM clear hw VALID ALM_BRC_CP2A_REF_ALM clear hw VALID ALM_BRC_CP2B_REF_ALM clear hw VALID ALM_RX_IF1_FAULT clear hw INVALID ALM_RX_IF2_FAULT clear hw INVALID ALM_RX_IF3_FAULT clear hw INVALID

ALM_EX_DC_27V_FAULT clear hw INVALID ALM_EX_DC_12V_FAULT clear hw INVALID ALM_EX_DC_5V_FAULT clear hw INVALID ALM_EX_DC_2_775V_FAULT clear hw INVALID ALM_EX_DC_3_3V_FAULT clear hw INVALID ALM_EX_DC_1_875V_FAULT clear hw INVALID ALM_DEKEY_FROM_MMI clear sw VALID ALM_GPS_FAILURE clear sw VALID ALM_RESET_PENDING_ALARM clear sw VALID ALM_HW_INIT_FAILED clear sw VALID ALM_RX1_PATH clear sw VALID ALM_RX2_PATH clear sw VALID ALM_RX3_PATH clear sw VALID ALM_RF_JAMMING clear sw VALID ALM_RF_JAMMING_WITH_AIH clear sw VALID ALM_LAPD_LINK clear sw VALID 注：

BR告警内容较多，只需确保“State”下状态全是“clear”即可。

13)BR接收通路状态查询

CSS: get nvm_param rx1 rx_fru_config rx_fru_config=01 /*01为接收通路状态，具体详见下方注解 Command completed successfully. 注：

01-只第1路接收； 02-只第2路接收； 03-只第3路接收； 04-第1、2路接收； 05-第1、3路接收； 06-第2、3路接收； 07-第1、2、3路接收。

14)基站硬件Track ID号 can check_mapping

SC) can check_mapping /*检查硬件Track ID Units present: Device Track ID ------ -------- DPM 1 CXB0705CSX PSU 1 CXB0705VB0 PSU 2 CXB0705VP9

15)查看原装网管

A. 查看Full vision告警

每条告警前端红底黑字“CRITICAL”为告警信息，信息包含站号、告警内容/基站状态及相关解释，告警信息为黑色加粗字体。

下方为告警清除信息，清除信息为黑色宋体。

每一条告警信息下方，在基站恢复正常状态后，都会出现相对应的清除信息，清除信息包括故障点，告警内容、基站状态、相关解释。

例：

CRITICAL Sun Mar 02 22:21:34 ZcSite10:DIMETER ……….(101) NOT WIDE TRUNKING 日期 时间 故障站点 告警内容及基站状态 告警内容：单站集群 Normal Sun Mar 02 22:21:40 ZcSite10:DIMETER………..(71)WIDE TRUNKING

日期 时间 故障站点 告警清除信息：广域集群

B. 查看ZoneWatch状态

Site为车站号，站内基站门右上角对应站号；每站1-8代表8个通道；“Control Channel”为控制通道，每站固定为第一路，并且此通道不可被其它业务占用；“Packet Data”为数据通道，不固定，同时可以被其它业务占用。当站内遇到单站集群时，可能出现两种情况，一种为Site为绿，后面通道1-4（BR1）或5-8(BR2）显示为红色，此故障为基站BR故障；另一种为Site与通道全红，此故障可能是基站控制器或者链路问题。

16)NTP服务器状态查看

A． 在IE浏览器地址栏输入http://10.1.233.88，

用户名：admin

密 码：symmetricom

B． 关注界面右侧四个模拟指示灯，是否显示都是绿色。如NTP显示灰色，查看FV网

管是否存在告警。

C． 左侧选择STATUS，界面上选择GPS,在GPS项中Satllites观察一共连接多少颗卫星，

以及NTP服务器状态。

注意以下三条状态：

Receiver Status Time Valid /*时间正常 Antenna Cable Delay（nS） 0 /*天线线缆延迟 Antenna Status Good /*天线状态

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