Nokia of America CMP-40 Cellular Base Station Transceiver User Manual users manual 3
Alcatel-Lucent USA Inc. Cellular Base Station Transceiver users manual 3
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![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 16-5Corrective Maintenance using Status Display Pages 2131 - Cell Equipment Status Display PageThe 2131 - Cell Equipment Status page (See Figure 16-2) provides a status summary of each unit or group of units. It also shows a status indicator for the activation of the CDMA spectrum swap feature.In addition, this page has maintenance commands to:■Change the cell hardware configuration■Generate a cell status output message report■Dump the cell maintenance request administrator queue (MRAQ). For an explanation of the 2131 - Cell Equipment Status page indicators, (see Table 16-2.Table 16-1. 2130 - Cell Site Status Summary Page IndicatorsSummaryState (Note) Descriptionuneq Cell Site unequipped in the RC/V ceqcom2 (Series II) form.grow Cell is marked as growth in the RC/V ceqcom2 (Series II) form.init Cell Site transient clear, stable clear, or boot initialization phase. Whether or not a cell phase is in progress is indicated by the video state of the init indicator:White on magenta—Cell phase is in progressBlack on magenta—Cell phase is pending (scheduled, but not yet started).oos Both data links are out-of-service, or both reference generators are alarmed, or call processing has been inhibited.cpi Call processing is inhibited.trbl Trouble. At least one of the major cell hardware units is out-of-service, being initialized, or has a major alarm.ovld Cell experiencing processor overload.inh Inhibited. At least one Cell Site software controller is in the off-normal state.<null> (No state) Equipped, but run-time status is not known.arr_active Automatic radio reconfiguration (ARR) active for this Cell Site(no off-normal conditions).act Active Cell Site (no off-normal conditions).Summary states are listed in order of condition priority from the top of this table (highest or most severe [uneq]) to bottom (lowest or least severe [act]). (If two or more report-able conditions exist for the same indicator, only the most important or most critical one as defined in this list order will be shown.)](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-5.png)
![Lucent Technologies — ProprietarySee notice on first page16-20 401-660-100 Issue 11 August 2000Corrective Maintenance using Status Display PagesMEM Identity of the trunk member (1 - 1951). The summary state for the trunk member is indicated by its video state:grow (white on magenta): Trunk can be tested, but not used for call pro-cessing.idle (white on black): Normal state when not handling calls.busy (black on green): Normal state when in use for call processing.tran (white on red): Transient audit state - In the process of changing state, one that cannot be obtained immediately.gard (white on red): Placed on guard timing after an abnormal termina-tion in call processing. After guard timing expires, the trunk is restored to the idle state.aud (white on magenta): Trunk is being audited, or waiting for periodic reset.reset (white on red): Periodic reset - Recovery from suspected hard-ware trouble.oos (black on red): Removed from service, or maintenance busy.uneq (magenta on black): UnequippedBIdentifies a radio as a Beacon radio.bIdentifies the radio as a logical replacement for a failed (automatic radioreconfiguration [ARR]) Beacon radio.DIndicates that the DRU or EDRU associated with the voice channel dis-played also carries a DCCH.dIndicates that the DRU or EDRU associated with the displayed voice channel is replacing a DCCH DRU or EDRU due to ARR.ARR is performed using radios of the same hardware type, that is, a DRU will only be replaced by another DRU, and an EDRU will only be replaced by another EDRU.lIdentifies the radio as a logical replacement for a failed (ARR) analog Locate radio.sIdentifies the radio as a logical replacement for a failed (ARR) Setup radio.Table 16-5. 2133 - Series II Cell VR Status Page Radio Maintenance Indicators (Contd)Indicator Description](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-20.png)
![Lucent Technologies — ProprietarySee notice on first page16-40 401-660-100 Issue 11 August 2000Corrective Maintenance using Status Display Pages2138 - Remove/Restore/Diagnose CCCs or Generating a Status Report for CCCsYou can use the 2138 - Cell CDMA Equipment Status page (See Figure 16-10, and Table 16-10) to remove, restore, diagnose, or generate a status output message report for a CCC. In addition, you can use the page to inhibit or allow routine Cell Site diagnostics for CDMA units.BBA Identity of BBA (combination of BCR-BIU-ACU [baseband combiner/radio, bus interface unit, and analog conversion unit]) unit (1-30). The status of the BBA is indicated by the video state of the unit number alone:uneq (magenta on black)grow (white on magenta)act (black on green)oos (black on red)stby (white on blue)camp_on (black on yellow)BBA has been used for CDMA spectrum swap (black on yellow).If BBA is active and there is either a LAC alarm or an OTU alarm, lac (black numbers on yellow background) is displayed or otu (black numbers on yellow background) is displayed (for microcells only), respectively.CHANL Channel number (1 - 1024). Channel number that corresponds to the cen-ter of the CDMA frequency, which corresponds to the carrier number assigned to the BBA in Cell Site translations. For channels assigned to personal communication services (PCS) CDMA at 2GHz, the channel number is displayed with black text on white background.PAF Identity of physical antenna face (0-6). The status of the PAF (in order of priority) is indicated as follows:no_psa (white numbers on flashing red background): No pilot/sync/access channels (highest priority) no_page (black numbers on yellow background): No pageoos_ex (black numbers on steady red background): OOS limit exceedednorm (white numbers on steady black background) (lowest priority).(Status states are listed in order of condition priority, from the top or high-est [no_psa] to the bottom or lowest [norm]. If two or more reportable conditions exist for the PAF indicator, only the most important or most crit-ical one as defined in this list order will be shown.) GPS AlarmStatus of Global Positioning System: norm, uneq, minor, major, or critical. This summary state is also shown on the 2131 - Cell Equipment Status page.SUM-MARYThis indicator shows trbl if any CDMA equipment is OOS, the GPS Alarm indicator is major or critical, there is no_psa, no_page, or the PAF OOS limit is exceeded. Otherwise, this indicator shows norm. Table 16-10. 2138 - Cell CDMA Equipment Status Page Indicators (Contd)Indicator Description](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-40.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 16-45Corrective Maintenance using Status Display PagesTable 16-11. 2139 - Cell CCC CCU Status Page Indicators Indicator DescriptionCCU Identity of CDMA channel unit (1 - 7) for user-specified CCC. SRC Source of the reported state of the CE(s): man or cell.RSN Reason for the reported state of the CCU(s): campon, dgn (diagnostics), stop (a request [dgn, rmv, etc.] is already in process and another request has been initiated on the same unit), flt (fault), dnp (down-stream neighbor problem), fe (family equipment), or ta (trouble analy-sis).CE Identity of channel element (CE) (0 - 9) for CCU.STAT Status or mode of CE(s). The status of CE(s) is indicated as follows (text and color):uneq (magenta on black): If the CCU is unequipped, then both CEs are uneq grow (white on magenta)act (black on green): For non-traffic special purpose channels (pilot, sync, access, and page), the status of the CE is act if the CE is not OOSoos (black on red): If the CCU is OOS, then both CEs are oosbusy (black on green): Status will be busy if the mode is traffic and call(s) are upidle (white on black): Status will be idle if the mode is traffic and no calls are up.The mode of CE(s) is indicated by: busy (implies traffic), idle (implies traffic), page, p/s/a (pilot/sync/access), or ocns (orthog-onal channel noise source).PAF Identity of the physical antenna face(s) (0 - 6) that a call is on, or the PAF the special purpose channel is serving.CDMACarrier No.Identity of CDMA Carrier (1 -10).](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-45.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 17-3Corrective Maintenance using ECP Craft InterfaceECP Craft ShellThe ECP Craft Shell is another one of several software interfaces between the technician and the ECP. The same commands that are entered via status display pages may also be entered at the ECP Craft Shell. This section will describe customized commands that can be entered at either the ECP Craft Shell or at the command line at the bottom of a status display page.This section describes entering customized commands at the ECP Craft Shell prompt or at the command line at the bottom of a status display page. Generating Cell Site Units/Radios/Alarms Status ReportsYou can generate status output message reports on Cell Site units or on radios currently having their non-volatile memory (NVM) updated. You can also generate status output message reports that list outstanding external and environmental alarms for a Cell Site.Procedure to Generate a Cell Site Unit/Radios/Alarms Status Report■Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu.1. When the connection is established, enter one of the following command formats:Command format: Format 1 To generate a cell equipment status output report: OP:CELL a[,b][ CLASS c] Format 2: To generate a status output report on radios currently being NVM updated: OP:CELL a,RUNVM Format 3: To generate a list of outstanding external and environmental alarms for a Cell Site: OP:CELL a,EXTERNwherea. Indicates the Cell Site number.b. Indicates the Cell Site unit.](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-55.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 17-5Corrective Maintenance using ECP Craft Interfaceplace the specified maintenance unit to out-of-service assuming that by doing so does not cause calls to be dropped or service denied to a user.The unconditional remove maintenance action changes the state of a maintenance unit from active or standby to out-of-service with little concern to whether calls are dropped or service denied to a user during the course of command execution.Unconditionally removing test radios (RTU, TRTU, CRTU) aborts any currently running maintenance activity requiring the use of that test equipment.A warning message is sent to the terminal where the remove request originated if any of the following conditions occur:■An emergency call was already killed as a result of the remove command.■A specific sector/carrier has no CDMA page and/or pilot/sync/access channel because the migration of the overhead channel to another CCU failed or there is no other active CCU available to receive the overhead channel.The following is an example of the warning message:RMV:CELL 10 BBA 6 IN PROGRESSEMERGENCY CALL IN PROGRESSProcedure to Remove Cell Site Units1. Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu. 2. When the connection is established, enter one of the following command formats:Command format: Format 1 To remove a Cell Site unit: RMV:CELL a,b[;UCL][CLASS c]Format 2: To remove all busy radios or radios with incompatible NVM: RMV : CELL a,{ALLBUSYRA d|INCOMPNVM}[CLASS c]where](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-57.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 17-7Corrective Maintenance using ECP Craft InterfaceThe restore maintenance action can be applied to units that are in the out-of-service, active, or standby state. Except for a unit that is already out-of-service or in the growth state, the first step in a conditional restore maintenance action is the automatic execution of a conditional remove. Therefore, all the restrictions associated with a conditional remove are also associated with a conditional restore.Similarly, except for a unit that is already out-of-service or in the growth state, the first step in an unconditional restore maintenance action is the automatic execution of an unconditional remove. Therefore, the lack of restrictions associated with an unconditional remove—unconditional remove requests may be service affecting—are also associated with an unconditional restore.A warning message is sent to the terminal where the restore request originated if any of the following conditions occur:■An emergency call was already killed as a result of the remove command being generated as part of the restore process.■A specific sector/carrier has no CDMA page and/or pilot/sync/access channel because the migration of the overhead channel to another CCU failed or there is no other active CCU available to receive the overhead channel.The following is an example of the warning message:RST:CELL 10 BBA 6, IN PROGRESSEMERGENCY CALL IN PROGRESSProcedure to Restore Cell Site Units1. Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu. 2. When the connection is established, enter the following command: RST:CELL a,b [;UCL][:{STBY|ACT}][ CLASS c]wherea. Indicates the Cell Site number.b. Indicates the Cell Site unit.ACT Indicates the active state (default value).STBY Indicates the standby state. UCL Indicates unconditional execution.c. Indicates message class override.](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-59.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 17-9Corrective Maintenance using ECP Craft Interface2. When the connection is established, enter the following command: DGN:CELL a,b[;[RPT c][,RAW][,UCL]] [:[PH d][,TLP][,CHANL e]][ CLASS f]wherea. Indicates the Cell Site number.b. Indicates the Cell Site unit.c. Indicates the number of times you want the diagnostic to run. The default value is 1.RAW Indicates printing the diagnostic results of every phase. The default is the first five failures of each failing phase.UCL Indicates unconditional execution of diagnostic and prints all failures. Normal mode stops on first failure.d. Indicates execution of particular phase numbers. Numbers are in decimal and may be a single number or a range of numbers:TLP Indicates executing trouble locating procedure (TLP) at the conclusion of the diagnostic. TLP generates a list ofsuspected faulty equipment.e. Indicates the channel number (1-1023) used to diagnose the locate radio, setup radio, or the test generator test unit; indicates the channel number (1-2047) used to diagnose only the TDMA PCS mini-cells. If the channel is not available at the Cell Site, the diagnostic request is denied. f. Indicates message class override.References:See the AUTOPLEX Cellular Telecommunications Systems System 1000 Input Messages (401-610-055) for more information about message parameters.Result:After the system processes the command, an output message report scrolls up from the bottom of the window. In addition, the output message report is sent to a log file. The following is an example of a successful output message report.Example:DGN:CELL 1 SU 7, COMPLETED, ALL TESTS PASSED](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-61.png)
![Lucent Technologies — ProprietarySee notice on first page17-10 401-660-100 Issue 11 August 2000Corrective Maintenance using ECP Craft InterfaceReferences:See the following documents for additional information:■AUTOPLEX Cellular Telecommunications Systems System 1000 Output Messages (401-610-057)■AUTOPLEX System 1000 Virtual System Output Message Routing Optional Feature (401-612-021)NOTE:Feature documents are contained in AUTOPLEX Cellular Telecommunications Systems System 1000 Optional Features (401-900-004). Stopping Cell Site Unit Diagnostics You can stop diagnostics on specific Cell Site units.The stop maintenance action stops a diagnostic test on a maintenance unit. If the diagnostic test request is still in the job queue, the request is removed from the queue. If the diagnostic test is running, the test is aborted.The unit is left in the out-of-service or growth state unless the unit is a CCC, CCU, BBA, or CRTU. Upon terminating a diagnostic test for one of those units, the unit is returned to the state it was in just prior to the diagnostic request (out-of-service, growth, or active).Procedure to Stop Cell Site Unit Diagnostics1. Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu.2. When the connection is established, enter the following command: STOP:DGN;CELL a,b [ CLASS c]wherea. Indicates the Cell Site number.b. Indicates the Cell Site unit.c. Indicates message class override.NOTE:See the AUTOPLEX Cellular Telecommunications Systems System 1000 Input Messages (401-610-055) for more information about message parameters.](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-62.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 17-11Corrective Maintenance using ECP Craft InterfaceResult:After the system processes the command, an output message report scrolls up from the bottom of the window. In addition, the output message report is sent to a log file. The following is an example of a successful output message report.Example:STOP:DGN:CELL 1 SU 7, COMPLETEDReferences:See the following documents for additional information:■AUTOPLEX Cellular Telecommunications Systems System 1000 Output Messages (401-610-057)■AUTOPLEX System 1000 Virtual System Output Message Routing Optional Feature (401-612-021)NOTE:Feature documents are contained in AUTOPLEX Cellular Telecommunications Systems System 1000 Optional Features (401-900-004)Moving Cell Site Radios You can move the functionality of a setup, analog locate, beacon, or DCCH radio to a voice radio. The Cell Site software will select another radio of similar technology serving the same logical antenna face (sector) as the one you want to move. The selected radio will then take over the functionality (setup, analog locate, beacon, DCCH) of the radio you specify in the command.The move command works only for Series II Cell Sites using the automatic radio reconfiguration (ARR) feature.AUTOPLEX System 1000 Automatic Radio Reconfiguration Optional Feature (401-601-027).Procedure to Move Cell Site Radios1. Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu. 2. When the connection is established, enter the following command:MOVE:CELL a,b[;UCL][ CLASS [ c]](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-63.png)
![Lucent Technologies — ProprietarySee notice on first page17-14 401-660-100 Issue 11 August 2000Corrective Maintenance using ECP Craft InterfaceSee the following documents for additional information:■AUTOPLEX Cellular Telecommunications Systems System 1000 Output Messages (401-610-057)Swapping CDMA Spectrum to/from AMPS/TDMAYou can switch the use of a range of frequencies by the system between either the CDMA technology or analog/TDMA technology. When CDMA is introduced into a service area, the CDMA frequency band must be cleared of analog/TDMA activity, both within the cells that are supporting CDMA and within a guard zone surrounding the CDMA service area. The guard zone is necessary to ensure that CDMA activity does not impact service in the remaining analog/TDMA service area.The spectrum swap capability is used when CDMA is being installed and you need to activate and test CDMA without affecting the system during high traffic periods. You can turn CDMA on during low traffic periods for testing, then turn CDMA off and restore analog/TDMA.Up to 150 cells can be swapped between CDMA and analog/TDMA with a 30 minute period. Larger numbers of cells can be swapped but the swap may not complete within 30 minutes. Stable calls in the technology being swapped are camped on for five to 15 minutes (adjustable via RC/V) and are then dropped.Using the following procedure is service affecting. Calls in the area undergoing the swap will be dropped when the camp-on period expires. (Five to 15 minutes—15 minutes is the default value.)Procedure to Swap CDMA Spectrum to/from AMPS/TDMA1. Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu. 2. When the connection is established, enter the following command: SW:SPECTRUM CDMA a[;UCL]wherea. Indicates whether to turn on or off CDMA.UCL Indicates unconditional execution of the command.NOTE:See the AUTOPLEX Cellular Telecommunications Systems System 1000 Input Messages (401-610-055) for more information about message parameters.](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-66.png)
![Lucent Technologies — ProprietarySee notice on first page17-16 401-660-100 Issue 11 August 2000Corrective Maintenance using ECP Craft InterfaceExample:SW:SPECTRUM SWAP CDMA ON, FINISHEDALL CELLS FINISHED SWAPReferences:See the following documents for additional information:■AUTOPLEX Cellular Telecommunications Systems System 1000 Output Messages (401-610-057)■AUTOPLEX Cellular Telecommunications Systems System 1000 CDMA Spectrum Swap (401-613-001).Running Cell Site Audits You can request audits on one or more Cell Sites.Procedure to Audit Cell Sites1. Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu. 2. When the connection is established, enter the following command: AUD:CELL a,NAME b [ CLASS c]wherea. A single Cell Site, a range or cells (maximum 32), or a list of cells.b. Indicates the audit you want to run.c. Indicates output message class override.NOTE:See the AUTOPLEX Cellular Telecommunications Systems System 1000 Input Messages (401-610-055) for more information about message parameters.Result:After the system processes the command, an output message report scrolls up from the bottom of the window. In addition, the output message report is sent to a log file. The following is an example a of successful output message report.Example:](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-68.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 17-17Corrective Maintenance using ECP Craft InterfaceAUD:CELL 10 NAME ARCCC,COMPLETED, ERROR COUNT 4References:See the following documents for additional information:■AUTOPLEX Cellular Telecommunications Systems System 1000 Output Messages (401-610-057)■Cell Site Audits (401-610-078)■AUTOPLEX System 1000 Virtual System Output Message Routing Optional Feature (401-612-021)NOTE:Feature documents are contained in AUTOPLEX Cellular Telecommunications Systems System 1000 Optional Features (401-900-004). Diagnosing Cell Site Data Links You can diagnose Cell Site data links, and, using the loopback option, test the associated transmission facility.Procedure to Diagnose Cell Site Data Links1. Select ECP Control & Display from the AUTOPLEX(R) System 1000 ECP Access menu. 2. Open the 2131 - Cell Equipment Status page by entering command 2131,c (where c is the Cell Site number).NOTE:For a customized restore using a manually entered command, skip Step 3 and go to Step 4.3. At the CMD< line, enter 51, followed by the cell number (1-222) and press RETURN.NOTE:This ends the procedure for using the status display page command. See Result and Example.4. Press the F3 (CMD/MSG) key to position the cursor at the bottom of the page and enter the following command:DGN:CELL a,DL b;c [;ERR][,RPT d][,UCL][CLASS e]](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-69.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 17-19Corrective Maintenance using ECP Craft InterfaceStopping Cell Site Data Link DiagnosticsYou can stop diagnostics on Cell Site data links.Procedure to Stop Cell Site Data Link Diagnostics1. Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu. 2. When the connection is established, enter the following command: STOP:DGN;CELL a,DL b [ CLASS c]wherea. Indicates the Cell Site number.b. Indicates the Cell Site data link number.c. Indicates message class override.NOTE:See the AUTOPLEX Cellular Telecommunications Systems System 1000 Input Messages (401-610-055) for more information about message parameters.Result:After the system processes the command, an output message report scrolls up from the bottom of the window. In addition, the output message report is sent to a log file. The following is an example of a successful output message report.Example:STOP:DGN:CELL 1 DL 0, COMPLETEDReferences:See the following documents for additional information:■AUTOPLEX Cellular Telecommunications Systems System 1000 Output Messages (401-610-057)■AUTOPLEX System 1000 Virtual System Output Message Routing Optional Feature (401-612-021)](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-71.png)
![Lucent Technologies — ProprietarySee notice on first page17-20 401-660-100 Issue 11 August 2000Corrective Maintenance using ECP Craft InterfaceNOTE:Feature documents are contained in AUTOPLEX Cellular Telecommunications Systems System 1000 Optional Features (401-900-004).Diagnosing Cell Site Trunks Associated with a Server Group and Antenna Face (Non-CDMA)You can diagnose Cell Site trunks that are associated with a cell, server group, and antenna face.Procedure to Diagnose a Cell Site Trunk Server Group and Antenna Face1. Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu. 2. When the connection is established, enter the following command:DGN:CELL a,SG b,ANT c [,ALL]wherea. Indicates the Cell Site number.b. Indicates the server group number.c. Indicates the antenna face number.ALL Indicates all measurement data, regardless of whether the diagnostic passes or fail.NOTE:See the AUTOPLEX Cellular Telecommunications Systems System 1000 Input Messages (401-610-055) for more information about message parameters.Result:After the system processes the command, an output message report scrolls up from the bottom of the window. In addition, the output message report is sent to a log file. NOTE:The output message report you receive depends on the type of Cell Site. The following is for a Series II cell.Example:](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-72.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 17-23Corrective Maintenance using ECP Craft InterfaceDNLD:CELL 2 DLOPTS COMPLETEDReferences:See the following documents for additional information:■AUTOPLEX Cellular Telecommunications Systems System 1000 Output Messages (401-610-057).Requesting Cell Site Hardware Unit NVM UpdatesYou can request a non-volatile memory (NVM) update for Cell Site units.Procedure to Request Cell Cite Hardware Unit NVM Updates1. Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu. 2. When the connection is established, enter the following command: DNLD:CELL a,b [;c][ CLASS d]wherea. Indicates the Cell Site number.b. Indicates the downloadable Cell Site unit.c. ALLALT - Updates a CCC and all its associated CCU/CEs with the alternate firmware version.d. Indicates message class override.NOTE:See the AUTOPLEX Cellular Telecommunications Systems System 1000 Input Messages (401-610-055) for more information about message parameters.Result:After the system processes the command, an output message report scrolls up from the bottom of the window. In addition, the output message report is sent to a log file. The following is an example of a successful output message report.Example:REPT:CELL 2, NVM UPDATE AMPS MAIN CONTROLLER COMPLETEDReferences:](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-75.png)
![Lucent Technologies — ProprietarySee notice on first page17-24 401-660-100 Issue 11 August 2000Corrective Maintenance using ECP Craft InterfaceSee the following documents for additional information:■AUTOPLEX Cellular Telecommunications Systems System 1000 Output Messages (401-610-057)■AUTOPLEX System 1000 Virtual System Output Message Routing Optional Feature (401-612-021)NOTE:Feature documents are contained in AUTOPLEX Cellular Telecommunications Systems System 1000 Optional Features (401-900-004).Initializing Cell Sites You can initialize Series II Cell Sites at a phase level or a cell memory level.NOTE:See AUTOPLEX Cellular Telecommunications Systems System 1000 System Recovery (401-610-079) before using the following command.Procedure to Initialize Cell Sites1. Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu. 2. When the connection is established, enter one of the following command formats:Command Format: Format 1: To request a system process purge at a specific Cell Site: INIT:CELL a:SPP b[ CLASS c]Format 2: To request a specific Cell Site phase: INIT:CELL a:{TC|SC}[ CLASS c]Format 3: To request a Cell Site memory boot: INIT:CELL a:BOOT[IE][ CLASS c]Format 4: To request a Cell Site memory boot and controller switch:](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-76.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 17-25Corrective Maintenance using ECP Craft Interface INIT:CELL a:BOOT[IE];SWNOTE:This command format switches the standby (STBY) radio control complex to the active (ACT) controller after the boot. The non-active controller can be in the STBY or OOS state before you request the switch.wherea. Indicates the Cell Site number.b. Indicates the system process you want to purge (SPP).TC Indicates a transient clear, phase 3. This option calls in the origination, termination, handoff, or disconnect processesand releases calls. All diagnostics are aborted but the out-of-service (OOS) equipment lists are saved.SC Indicates a stable clear, phase 4. The Cell Site is fullyinitialized and translation data is updated from the ECP copy.BOOTIndicates phase 5. A full cell memory update and a stableclear phase are executed.BOOTIEIndicates a phase 6. Errors are ignored during the boot.SW The currently standby controller will become the active controller after the boot.c. Indicates message class override. NOTE:See the AUTOPLEX Cellular Telecommunications Systems System 1000 Input Messages (401-610-055) for more information about message parameters.Result:After the system processes the command, an output message report scrolls up from the bottom of the window. In addition, the output message report is sent to a log file. The following is an example of a successful output message report.Example:RCVRY:CELL 10 PHASE COMPLETE, CP ALW, PH LVL TC, PH SRC CELLPROGRESS TYPEReferences:](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-77.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 17-27Corrective Maintenance using ECP Craft InterfaceProcedure to Initialize, Set Up, or Use OCNS at a CDMA Cell Site1. Select ECP Craft Shell from the AUTOPLEX(R) System 1000 ECP Access menu2. When the connection is established, enter one of the following command formats:Command Format: Format 1: To initialize an OCNS session at a Cell Site: OCNS:CELL a;START Format 2: To set the OCNS session parameters: OCNS:CELL a,SECTOR b,CARRIER c;USERS d[,DGAIN e] Format 3: To end an OCNS session: OCNS:CELL a,SECTOR b,CARRIER c;STOP You can also use the STOP:OCNS;CELL a command to terminate a session. This stops the OCNS supervisor and releases resources for traffic.Format 4: To change the OCNS reporting interval:OCNS:CELL a,REPORT fwherea. Indicates the Cell Site number.STARTStarts the OCNS supervisor at the Cell Site.b. Indicates the sector of the OCNS session.c. Indicates the CDMA carrier number of the OCNS session.d. Indicates the number of simulated users for the OCNS session.e. Indicates the digital gain at the Cell Site for the OCNS session.STOP Stops OCNS activity for the specified session.](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-79.png)
![Lucent Technologies — ProprietarySee notice on first page401-660-100 Issue 11 August 2000 18-23Alarm Collection and Reporting■Allows the reuse, or reassignment, of existing amplifier alarm states (4-bit alarm data representations) and their alarm descriptions (alarm text) to a different amplifier/type with minimum effort.■Allows all amplifier related alarm reports (alarm office summary report, amplifier alarm query response, and spontaneous alarm scan report) to be synchronized with consistent amplifier unit number, amplifier name, and alarm text string for the same alarm status.■Allows a single or multiple amplifier alarm status of the PCS CDMA Minicell CDMA Transmit Unit (CTU) / Receive Unit (RU) amplifier to be reportable by the MSC.Customer Perspective This feature provides a new platform for more amplifier alarm related applications/configurations [e.g. Cellular CDMA adjunct to Series IIm (Minicell)/Series IImm (Microcell)]. Features The alarm scanning redesign is an on-going OA&M effort targeted for all technologies as well as all various alarm types (amplifier, AIF, power/fan, equipment, and user alarms).The ECP/Cell Site release for this feature is backward compatible with earlier release. The existing alarm reporting capabilities are not affected. The new ECP release supports both new and old cell site releases.Cell Site Functions Dynamically Populated Amplifier Alarm TableThe amplifier unit number and alarm text string assignments were previously hardcoded in the cell amplifier alarm tables on a per alarm address basis. The hardcoded design led to the propagation of cell alarm tables, which are difficult to maintain, and fail to support amplifier alarm address reconfiguration. The dynamically populated alarm table is therefore required to provide alarm address flexibility and self-configuration.The amplifier alarm address is sent to the ECP and is used as logical amplifier unit number for all amplifier alarm reports. An Amplifier alarm address has 2 representations:1. Denoted as offset/register number and bit number. 2. Referred as circuit ID with a range of 0-31 in the ceqcom2 RC/V form).The amplifier alarm table is dynamically populated according to the amplifier type on a per amplifier alarm address basis for CDMA Cellular Minicell and PCS CDMA Minicell. The new populated alarm table does not hardcode the information of the alarm text and physical amplifier unit number.](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-105.png)
![Lucent Technologies — ProprietarySee notice on first page22-50 401-660-100 Issue 11 August 2000This command will cause the computer to continuously search for LACs connected to the alarm bus. This command is useful for diagnosing LAC alarm bus problems. The following lines will be displayed: 6. Set Option andThis command will display the following options: 1. Set Upper LAC Address Limit This option allows the user to limit the address that the LAQS software searches to find on-line LACs. 2. Set Serial Port [0 1] This command allows the user to select the PC serial port connected to the converter box. r. Refresh Screen This option will clear the screen and re-display the option menu. x. Return to Main Menu This option will exit the option menu and display the main menu. r)Refresh Screen This option will clear the screen and re-display the main LAQS menu. x)Exit Program This option will exit the LAQS program. Differences Between A/B-Series and C-Series LACs This section describes the differences in alarm reporting between A/B-Series and C-Series LACs. A description of LAC LED indicators and field replaceable fuses is also provided. C-Series LACs provide improved power circuitry and alarm indications. C-Series LACs are most easily distinguishable from A/B-Series LACs by the presence of the 10/20 LAM Switch on the circular power distribution (AYM) board on the LAU. ON-Line LAC Addresses LAC #0 LAC #1 LAC #2 LAC #3 Press any key to return to main menu: Finding On-Line LACs ...........................](https://usermanual.wiki/Nokia-of-America/CMP-40.users-manual-3/User-Guide-161962-Page-222.png)
