LTE交流資料(2)

1、看駐波一，需要開的參數(shù)，feature：1，激活以下featureVSWR72 Licensing=1,OptionalFeatures=1,VswrSupervision=1 featureStateVswrSupervision 1 (ACTIVATED)72 Licensing=1,OptionalFeatures=1,VswrSupervision=1 licenseStateVswrSupervision 1 (ENABLED)72 Licensing=1,OptionalFeatures=1,VswrSupervision=1 serviceStateVswrSupervision

2、 1 (OPERABLE)2，設(shè)置參數(shù)：vswrSupervisionActive 設(shè)置為true， 默認(rèn)為falsevswrSupervisionSensitivity 設(shè)置為100，意為門限1.5；默認(rèn)為1，門限3對(duì)于RRUL81，請(qǐng)將port A, B, C, D, E, F, G, H設(shè)置為 true，請(qǐng)不要將port I 設(shè)置為true對(duì)于RRUL62，請(qǐng)將port A, B 設(shè)置為 true，請(qǐng)不要將port R 設(shè)置為true因?yàn)閷?duì)于RRUL81，只有A到H才有VSWR監(jiān)控的功能，I口是沒有的同樣對(duì)于RRUL62，只有AB口有VSWR監(jiān)控的功能，R口是沒有的3， 參數(shù)含義vswr

3、SupervisionSensitivity = 1 1.100 The sensitivity of Voltage Standing Wave Ratio (VSWR) supervision.A high value enables detection of a low reflected power (high return loss). A low value requires a high reflected power (low return loss) to cause an alarm.VSWR = (1+10(-RL/20)/(1-10(-RL/20)W

4、here RL is Return LossThe relation between the sensitivity and return loss on the RU is defined as:RL = 6 + vswrSupervisionSensitivity %*0.08 dBThis gives VSWR=1.5 for 100% sensitivity and VSWR=3 for 1% sensitivity.Unit: 1 %Resolution: 1Takes effect: Immediately.It is p

5、ossible to activate VSWR Antenna Supervision on all RF ports supporting measurements of reflected radio power in the RU. Supervision can be made on Radio Frequency (RF) ports used for downlink where power is transmitted. VSWR supervision is only possible on a Trans

6、mitter (TX) branch.Supervision sensitivity can be set to reduce false alarms and to avoid reflected power becoming too low due to the attenuation in a long feeder cable.Table 1 lists the VSWR values based on the following formula:VSWR = (1+10(-RL/20)/(1-10(-RL/20) Where RL i

7、s return loss.Table 1 VSWR CalculationVSWR Sensitivity %ReturnLoss threshold dBVSWR063.00106.82.68207.62.22308.42.42409.22.0650101.926010.81.817011.61.718012.41.639013.21.56100141.494，RRUL81如下來看我們可以“ lh ru psv”看“returnLoss”！0002BXP_3_1: ch3: txpwr(-27.071273) torPwr(-27.793604) rxPwr(-42.0

8、22749) returnLoss(128) -128標(biāo)示-12.8db，對(duì)應(yīng)下表1.59之間我們的門限是1.5，超過門限，所以看到報(bào)警如下： RfPort=D，也就是上面的ch3（從ch0起始）2012-12-28 09:10:38 M VswrOverThreshold AuxPlugInUnit=RRU-2,DeviceGroup=ru,RfPort=D (VSWR over threshold)5，RRUL62 通過如下命令來看HGXX> lh ru vswr rtls 1 -1標(biāo)示RRUL上的B口，0標(biāo)示A口讀出=$ lhsh BXP_2_1 vswr rtls 1B

9、XP_2_1: vswr returnloss:BXP_2_1: ch1: on, returnloss = 90 0.1dB對(duì)應(yīng)上表，這個(gè)90也超出范圍，1.5對(duì)應(yīng)alarm2012-12-28 15:23:07 M VswrOverThreshold AuxPlugInUnit=RRU-3,DeviceGroup=ru,RfPort=B (VSWR over threshold)8通道RRUL如何看誤碼率LDE029043R> lh ru fpga r 0xc8c130126-17:25:58 0 9.0m ERBS_NODE_MODEL_C_1_125_COM

10、PLETE stopfile=/tmp/7608=$ lhsh 000100/BXP_3_1 fpga r 0xc8c0001BXP_3_1: 0x10000000=$ lhsh 000200/BXP_3_1 fpga r 0xc8c0002BXP_3_1: 0x00000005=$ lhsh 000300/BXP_3_1 fpga r 0xc8c0003BXP_3_1: 0x00000000LDE029043R> lh ru fpga r 0xc8c130126-17:21:36 0 9.0m ERBS_NODE_MODEL_C_1_125_COMPLETE st

11、opfile=/tmp/7608$ lhsh 000100/BXP_3_1 fpga r 0xc8c0001BXP_3_1: 0x10000000$ lhsh 000200/BXP_3_1 fpga r 0xc8c0002BXP_3_1: 0x00000005$ lhsh 000300/BXP_3_1 fpga r 0xc8c0003BXP_3_1: 0x10000000-RRUL81 B38 + DUL21對(duì)于RRU側(cè)（2通道和8通道都用一個(gè)命令）lh ru fpga r 0xc8c低16bit表示CPRI斷過的次數(shù)(不會(huì)清零,除非RRU重起或者斷電)，比如DU重起,這個(gè)counter是會(huì)加

12、1的高16bit表示當(dāng)前這次連接的BER, 每次CPRI斷后會(huì)清零對(duì)于DUL21側(cè)這些寄存器是讀清零寄存器，也就是說，你可以先讀一次（第一次讀的值沒有意思），這個(gè)時(shí)候寄存器會(huì)清零，等待1分鐘后，再讀這個(gè)寄存器，如果寄存器值非0表示有BERlhsh 000100 rdmdio 0x10 讀第一個(gè)DU板的BERlhsh 000200 rdmdio 0x10 讀第二個(gè)DU板的BERlhsh 000300 rdmdio 0x10 讀第三個(gè)DU板的BER對(duì)于DUL20側(cè)lhsh 000100 rdfpga  0x1C04 讀DU板A口的BERl

13、hsh 000100  rdfpga  0x1C24 讀DU板B口的BERlhsh 000100  rdfpga  0x1C44 讀DU板C口的BER 如何在moshell中讀取DU和RRU光模塊信息1，附件是成都RRU研發(fā)給出的光路，光功率工作范圍，詳情見附件。Please see the TX power and RX sensitive data below for the 2 kinds of SFP from vendor.RDH10247/3 Delta:TX power:

14、 -5 0 dBmRX sensitive: > -18 dBmFTLX1471D3BTL Finisar:TX power: -8.2 0.5 dBmRX sensitive: -14.2 0.5 dBm2，通過下面命令讀取DU板上的光模塊信息，20,21均適用。以下信息均來自成都研發(fā)同事分享！>rdsfp <riport ID>例如dul20IBS_HQWCSF2> rdsfp 3121220-16:13:43 9 9.0h ERBS_NODE_MODEL_C_1_124_COMPLETE stopfile=/tmp/8884$ rdsfp

15、 3No SFP plugged in at port 3. -未插光模塊或者光模塊完全不工作$IBS_HQWCSF2> rdsfp 2121220-16:13:51 9 9.0h ERBS_NODE_MODEL_C_1_124_COMPLETE stopfile=/tmp/8884$ rdsfp 2sfpVendorName = DELTA -即下面第二個(gè)圖的2.5G光模塊sfpProductNumber = LCP-2488B4JDRT-EsfpProductRevision = AsfpBitRate = 25 units of 100MBd.-2.5G光模塊$

16、例如21QDQHL> rdsfp 4121220-15:49:24 5 9.0h ERBS_NODE_MODEL_C_1_125_COMPLETE stopfile=/tmp/9920$ rdsfp 4sfpVendorName = FINISAR CORP.-如下圖第一個(gè)SFP廠家信息sfpProductNumber = FTLX1471D3BTLsfpProductRevision = AsfpBitRate = 103 units of 100MBd. -10G光模塊$QDQHL> lhsh 000200 rdsfp 4121220-15:53:05 10

17、5 9.0h ERBS_NODE_MODEL_C_1_125_COMPLETE stopfile=/tmp/9920$ lhsh 000200 rdsfp 4sfpVendorName = FINISAR CORP.sfpProductNumber = FTLX1471D3BTLsfpProductRevision = AsfpBitRate = 103 units of 100MBd.$3，讀取RRU側(cè)光模塊信息，RRUL62目前看是好用；RRUL81與研發(fā)同事說的不太一樣，就不要用了。IBS_QLLYYTSF> lhsh BXP_0_1 xpp i2c readSub

18、 1 0x50 1 0xc121220-17:15:35 4 9.0h ERBS_NODE_MODEL_C_1_124_COMPLETE stopfile=/tmp/6152$ lhsh BXP_0_1 xpp i2c readSub 1 0x50 1 0xc0x67OK$SN_XGLL2_2> lhsh BXP_0_1 xpp i2c readSub 1 0x50 1 0xc121220-17:15:45 9 9.0h stopfile=/tmp/6588$ lhsh BXP_0_1 xpp i2c readSub 1 0x50 1 0xc0x1

19、9OK$67H = 103D103D * 100D = 10300 which means 10G.19H =25D25D * 100 = 2500 which means 2.5GRRU黑版本#            Welcome to MoShell 9.0j (LPA108514/1_R9J)             #                Finn Magnusson, Jan

20、 Pettersson                    #            http:/utran01.au.ao.ericsson.se/moshell              #            Contact: Finn.Magnusson      

21、           #                     Joakim.xo.Ostlund               # Checking ip contact.OK HELP MENU            : hBASIC MO COMMANDS    

22、: mOTHER MO COMMANDS    : nOTHER COMMANDS       : oPM COMMANDS          : pQUIT                 : q D2_SN_HJHYDJD> lt all 130320-15:37:17 88 9.0j  stopfile=/tmp/4532Checking MOM vers

23、ion.ERBS_NODE_MODEL_C_1_124Using MOM version: ERBS_NODE_MODEL_C_1_124_COMPLETEParsing MOM (cached): /home/ebendii/moshell/jarxml/ERBS_NODE_MODEL_C_1_124_COMPLETE.xml.cache.gz .Done.Using paramfile /home/ebendii/moshell/commonjars/pm/PARAM_ERBS_B_1_0.txtParsing file /home/ebendii/moshell/commonjars/p

24、m/PARAM_ERBS_B_1_0.txt .Done.Fetching IOR file.Done.Connecting to 88:56834 (CorbaSecurity=OFF, corba_class=2, java=1.6.0_21, jacoms=R79X09, jacorb=R79X01)* Welcome to the Simple Mo Browser (version 3.0)!Trying file=C:/cygwin/home/ebendii/moshell_logfiles/logs_moshell/tempfiles/20130320-153

25、710_4800/ior4800* Test Construction OK* $mobrowser_pid = 2492 Connected to 88 (SubNetwork=ONRM_ROOT_MO_R,SubNetwork=QDLTE,MeContext=LDE02Q056R,ManagedElement=1)Connected to 88 (SubNetwork=ONRM_ROOT_MO_R,SubNetwork=QDLTE,MeContext=LDE02Q056R,ManagedElement=1)Last MO:

26、60; 827. Loaded  827 MOs. Total:   828 MOs. LDE02Q056R> lpr xpp 130320-15:37:29 88 9.0j ERBS_NODE_MODEL_C_1_124_COMPLETE stopfile=/tmp/4532=Proxy  MO=  183  Equipment=1,AuxPlugInUnit=RRU-3,DeviceGroup=ru,XpProgram=CXP9019879/2_R2F_CB4P105639  184

27、 Equipment=1,AuxPlugInUnit=RRU-3,DeviceGroup=ru,XpProgram=CXP9019879/2_T2G01_PGUF  219  Equipment=1,AuxPlugInUnit=RRU-2,DeviceGroup=ru,XpProgram=CXP9019879/2_R2F_CB4P101219  221  Equipment=1,AuxPlugInUnit=RRU-2,DeviceGroup=ru,XpProgram=CXP9019879/2_T2G01_PGUF  238  

28、;Equipment=1,AuxPlugInUnit=RRU-1,DeviceGroup=ru,XpProgram=CXP9019879/2_R2F_CB4P085998  239  Equipment=1,AuxPlugInUnit=RRU-1,DeviceGroup=ru,XpProgram=CXP9019879/2_T2G01_PGUF=Total: 6 MOs LDE02Q056R> st cell 130320-15:37:32 88 9.0j ERBS_NODE_MODEL_C_1_124_COMPLETE stop

29、file=/tmp/4532=Proxy  Adm State     Op. State     MO=  159                1 (ENABLED)   Equipment=1,Subrack=1,Slot=1,PlugInUnit=1,SubDeviceGroup=bb-1,CellDeviceSet=1  725  1 (UNLOCKED)  1 (ENABLED)   ENode

30、BFunction=1,EUtranCellTDD=3  767  1 (UNLOCKED)  1 (ENABLED)   ENodeBFunction=1,EUtranCellTDD=1  796  1 (UNLOCKED)  1 (ENABLED)   ENodeBFunction=1,EUtranCellTDD=2=Total: 4 MOs LDE02Q056R> cvls 130320-15:37:35 88 9.0j ERBS_NODE_MODEL_C_1_1

31、24_COMPLETE stopfile=/tmp/4532 =130320-15:37            CV Name                                   Upgrade Package       Release=Startable:        

32、;      selfconfig_autocreated1                   CXP102051/16_R26AZ    L12B (C12.2-EP12)Loaded:                 TPGU_CXP9019879%2_T2G01_130320_114238     CXP102051/16_R26AZ  

33、 L12B (C12.2-EP12)Executing:              selfconfig_autocreated1                   CXP102051/16_R26AZ    L12B (C12.2-EP12)Last created:           selfconfig_autocreated1   &#

34、160;               CXP102051/16_R26AZ    L12B (C12.2-EP12)-Current UpgradePkg:     UpgradePackage=R26AZ                      CXP102051/16_R26AZ    L12B (C12.2-EP12)AutoCreatedCV: &

35、#160;        DisabledOngoing CV activity:    0 (IDLE)Rollback status:        Rollback is off=UP name   ProductData        CVs LMs PrDate LastCV state                   Release 

36、0;         CompatIndex=InitialUP 0_0                  0   0 0             IDLE, ONLY_DELETEABLER26AZ     CXP102051/16_R26AZ  21 233 121117 130320 IDLE, UPGRADE_COMPLETED L12B (C12.2-EP1

37、2) L12B_CPP9=CV Name                                Creation Date    UpgradePackage     Release Type     Operator     Comment=SU_CXP102051%16_R26AZ_101212_1241      

38、2010-12-12 12:41 CXP102051/16_R26AZ L12B    upgr     CPP          Temp. CV autocreated at SUFi_CXP102051%16_R26AZ_101212_1245      2010-12-12 12:45 CXP102051/16_R26AZ L12B    other    CPP         

39、0;Final CV autocreated at SURbsConfiguration_SiteEquipmentComplete 2013-02-19 13:00 CXP102051/16_R26AZ L12B    standard RbsConfiguration  CV autocreated during Integrationscript_fininshed                       2013-02-19 13:03 CXP

40、102051/16_R26AZ L12B    other    user         nonebef_T2G01                              2013-02-19 15:34 CXP102051/16_R26AZ L12B    other    user     

41、0;   noneaf_celldeb                             2013-02-19 15:50 CXP102051/16_R26AZ L12B    other    user         nonechange_38100                

42、;           2013-02-19 16:13 CXP102051/16_R26AZ L12B    other    eqiuhen      noneaf_internal_relation                   2013-02-19 18:24 CXP102051/16_R26AZ L12B    other    u

43、ser         noneuserLabel_changed                      2013-02-20 02:30 CXP102051/16_R26AZ L12B    other    decqsy       nonechange_earfcn_0226             

44、0;       2013-02-26 03:31 CXP102051/16_R26AZ L12B    other    taylor       nonechange_earfcn_37900                    2013-03-02 05:43 CXP102051/16_R26AZ L12B    other    eqiuhen &

45、#160;    nonelicense_ailg_0304                      2013-03-04 09:08 CXP102051/16_R26AZ L12B    other    user         nonechange_enbid_0305                

46、      2013-03-05 10:05 CXP102051/16_R26AZ L12B    other    taylor       nonedel_cell3_rru3_0307                    2013-03-07 08:51 CXP102051/16_R26AZ L12B    other    taylor  

47、;     nonechange_pci_0311                        2013-03-11 09:17 CXP102051/16_R26AZ L12B    other    Administrator  nonebefore_add_cell3                   

48、0;   2013-03-20 01:35 CXP102051/16_R26AZ L12B    other    eqiuhen      noneadd_cell3                              2013-03-20 01:41 CXP102051/16_R26AZ L12B    other   

49、0;eqiuhen      nonePGU_CXP9019879%2_T2G01_130320_113921   2013-03-20 03:39 CXP102051/16_R26AZ L12B    other    ebendii      noneTPGU_CXP9019879%2_T2G01_130320_114238  2013-03-20 03:43 CXP102051/16_R26AZ L12B    other    

50、ebendii      noneadd_ru3_xpprogram                      2013-03-20 04:09 CXP102051/16_R26AZ L12B    other    ebendii      noneselfconfig_autocreated1            

51、60;  2013-03-20 04:55 CXP102051/16_R26AZ L12B    standard Selfconfig   Autocreated by System=>>> Total: 21 CV's, 2 UP's LDE02Q056R> cvset add_cell3 130320-15:37:59 88 9.0j ERBS_NODE_MODEL_C_1_124_COMPLETE stopfile=/tmp/4532 LDE02Q056R&

52、gt; confb+ Confirmation of bl/deb/set/acc commands = disabled LDE02Q056R> acc 252 setstartable * 88 9.0j ERBS_NODE_MODEL_C_1_124_COMPLETE stopfile=/tmp/4532 =Proxy  MO                          

53、60;                                 Action                         Nr of Params=  252  ConfigurationVersion=1            

54、;                             setStartable                   1 Parameter 1 of 1, configurationVersionName (string): add_cell3>>> Return value = null =Total: 1 MOs att

55、empted, 1 MOs actioned LDE02Q056R> confb- Confirmation of bl/deb/set/acc commands = enabled LDE02Q056R> acc 0 manualrestart 130320-15:38:13 88 9.0j ERBS_NODE_MODEL_C_1_124_COMPLETE stopfile=/tmp/4532Call Action manualrestart on following 1 MOs ?=    0 &#

56、160;ManagedElement=1INFO: The RBS node LDE02Q056R will be restarted on CV: add_cell3REMINDER: If the node is being restarted to clear a fault, please make sure to run "dcge" or "dcgm" BEFORE the node restart.=Call action manualrestart on 1 MOs. Are you Sure y/n ? y =Proxy &#

57、160;MO                                                             Action                      

58、   Nr of Params=    0  ManagedElement=1                                               manualRestart                  3&#

59、160;Parameter 1 of 3, restartRank (enumRef-RestartRank):   Enter one of the following integers: 0:RESTART_WARM, 1:RESTART_REFRESH, 2:RESTART_COLD, 3:RESTART_COLDWTEST: 2 Parameter 2 of 3, restartReason (enumRef-RestartReason):   Enter one of the following integers: 0:PLANNED

60、_RECONFIGURATION, 1:UNPLANNED_NODE_EXTERNAL_PROBLEMS, 2:UNPLANNED_NODE_UPGRADE_PROBLEMS, 3:UNPLANNED_O_AND_M_ISSUE, 4:UNPLANNED_CYCLIC_RECOVERY, 5:UNPLANNED_LOCKED_RESOURCES, 6:UNPLANNED_COLD_WITH_HW_TEST, 7:UNPLANNED_CALL_PROCESSING_DEGRADATION, 8:UNPLANNED_LOW_COVERAGE, 30:UPGRADE_BOARD_RESTART, 3

61、1:OPERATOR_CLASSIFIED_PROBLEMS: 6 Parameter 3 of 3, restartInfo (string): Empty value! Aborting. =Total: 1 MOs attempted, 0 MOs actioned LDE02Q056R> acc 0 manualrestart 130320-15:38:18 88 9.0j ERBS_NODE_MODEL_C_1_124_COMPLETE stopfile=/tmp/4532Call Action manualrestart on following 1 MOs ?=    0  ManagedElement=1INFO: The RBS node LDE02Q056R will be restarted on CV: add_cell3REMINDER: If the node is being restarted to clear a fault, please make sure to run "dcge" or "dcgm" BEFORE the node restart.=Call a