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All Right Reserved © Alcatel-Lucent 2009
Huawei GSM BSS O&M
Huawei BSC 6000 and BTS 3012 O & M
Created by
Sandeep B.Patil (Trainer, ALUMS)
All Rights Reserved © Alcatel-Lucent 2009
Huawei GSM BSS O&M
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BSC6000 O&M Networking
The BSC6000 O&M system consists of the server, LMT, and centralized OM system
iManager M2000.
Logical structure of the BSC OM sub-system (GBAM)
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Logical structure of the BSC OM sub-system (GOMU)
BSC6000 O&M Networking
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GBAM
• The GBAM is the server of the BSC O& M system.
• It is installed with the Operation Maintenance Unit (OMU).
• The GBAM is installed in the GBCR and connected to the LAN switch through
an Ethernet cable.
GOMU
• The GOMU is the server of the BSC OM system.
• It is installed with the Operation Maintenance Unit (OMU).
• The GOMU is configured in the GMPS of the GBCR cabinet.
• The functions of the GOMU are similar to those of the GBAM.
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LMTLMT is a terminal installed with the Huawei Local Maintenance Terminal
software package.
• It is connected to the BSC6000 O&M network.
• One BSC can communicate with one or more LMTs.
• The LMT is connected to the LAN switch directly or through the hub on one end,
and is connected to the alarm box through a serial cable on the other end.
iManager M2000The iManager M2000 (hereinafter referred to as M2000) is a centralized O&M
system developed by Huawei for the mobile communication network.
• The M2000, connected to the BSC through the Virtual LAN (VLAN),
provides the functions to maintain the BSC.
Functions of the LMTTo maintain and configure data for the BSC and also for the BTSs that are
connected to the BSC.
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BSC6000 Local Maintenance TerminalThe BSC local maintenance terminal, which is a component of the LMT software
provides a graphical user interface (GUI).
Functions for the BSC6000:
� security management,
� configuration management,
� maintenance management,
� software management,
� equipment management,
� message tracing,
� real-time monitoring,
� performance result offline browsing and
� alarm management.
Local Maintenance TerminalThe local maintenance terminal provides Man Machine Language commands
for the configuration and maintenance of the system.
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The main interface of the BSC6000 local maintenance terminal
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The panel of the BSC6000 has two tabs.
On the Management Tree tab page, select an object, and the BSC panel displays the
corresponding tab page. By default, the system displays the BSC Device Panel tab page,
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When a site or a TRX is clicked, the BSC panel is displayed.
By default, the Site Device Panel tab page is displayed.
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When a cell is clicked, the BSC panel is displayed.
By default, the Cell Attributes tab page is displayed.
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Concepts of Alarm Management
To describe the concepts of the BSS alarm management, including the alarm types,
alarm IDs, alarm severity, alarm flags, and types of network management.
Alarm Types
The BSS alarms are classified into two types: fault alarms and event alarms.
� Fault alarms
Fault alarms are generated when faults occur in the equipment, such as board faults.
The fault alarms can be cleared through fault handling.
� Event alarms
An event alarm indicates a predefined event that happens during the running of the devices,
such as channel congestion. The alarm represents an instantaneous status of the system
and the status may not be a fault. Some event alarms are re-sent periodically .
Event alarms do not require handling.
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Different levels of alarms and their handling methods
Alarm Severity Definition Troubleshooting
Critical alarm Reporting faults that affect the services
provided by the system These alarms
need immediate treatment even during
off-work period. For example, some
equipment or resource breaks down.
Handle the faults immediately.
Otherwise, the system may
collapse.
Major alarm Reporting faults that affect the Quality
of Service (QoS). These alarms need
treatment during working hours. For
example, the performance of some
equipment or resource deteriorates.
Handle the faults timely.
Otherwise, the system may fail to
perform some major functions.
Minor alarm Reporting faults that are not serious
enough to affect the QoS. These alarms
need timely treatment or further
observation to avoid worsening.
Find and clear any potential fault
in time.
Warning alarm Reporting faults that potentially
threaten the system services. No
handling is required.
Learn the running status of the
system.
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Querying the Active Alarms
Through GUI
Choose Alarm Maintenance > Browse Alarm, or click
.
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Optional: If you choose Alarm Maintenance > Display Event Alarm,
all the active alarms and event alarms are displayed
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Querying History Alarms
History alarms consist of fault alarms, cleared alarms, and all event alarms
Through GUI
Choose Alarm Maintenance > Query History Alarm, or click
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Select the alarm to be queried, and then right-click it to choose Alarm Detail.
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Through MML
Run the LST ALMLOG command on the LMT to query the alarm logs.
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Maintaining the BSC
To maintain the hardware of the BSC6000 on the LMT.
Concepts Related to BSC Maintenance are as follows:
� Logical Structure of the BSC Interface Processing Subsystem
consists of
Abis interface processing unit, A interface processing unit, Ater interface processing unit,
Pb interface processing unit, Gb interface processing unit, and Cb interface processing unit.
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Maintaining the Server
To maintain the core processes and the board and data files in the server.
Querying and Resetting the OMU Process
Through GUI
On the LMT, choose BSC Maintenance > Maintain Device > Maintain GOMU.
Click Refresh.
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Check the status of the GOMU in the Process status box.
Check the operation result in the History Event box.
Select the faulty Process and click Reset.
Click Cancel.
Through MML
On the Local Maintenance Terminal, run the following command
to monitor the OMU process status and reset the OMU fault process.
Run the DSP OMUPROCESS command to monitor the server
process status.
Run the RST OMULOCAL command to reset the server local
process.
Run the RST OMUCORE command to reset the core process of the
server.
Run the RST OMU command on the Local Maintenance Terminal to reset the server.
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Maintaining a SubrackTo maintain a sub rack by querying its properties and resetting it.
Querying the Properties of a BSC Sub rack
The properties of a BSC sub rack are the rack number of the sub rack, whether it is a GMPS,
whether it is a remote sub rack, and the logical type of the sub rack.
Resetting a Subrack
To reset all the boards in a sub rack, the ADMIN users, administrators, operators, users, and
custom users with related authorities can perform this operation.
Through GUI On the LMT, choose BSC Maintenance > Maintain Device > Reset Subrack.
Set the sub rack number in Sub rack No. and then click Reset.
Through MML
Run the RST SUBRACK command on the Local Maintenance
Terminal to reset a sub rack.
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Maintaining a BSC Board
To maintain the status, information, properties, and standby board of a BSC board.
Querying BSC Board Information
To query the status, the manufacturing information, and the property of the boards.
Admin state : Lock: The current board cannot provide services.
Unlock: The current board can provide services, but whether it actually provides services
depends on other states, such as operation state and standby state.
Shutdown: New services cannot access the current board, but the existing services on
the board continue.
Operation state : Enable: The current board can be operated.
Disable: The current board cannot be operated.
Standby state : Active: The current board works in active mode.
Standby: The current board works in standby mode.
Unassigned: The current board is not in active/standby mode.
Invalid: The current board is not ready.
Usage State : Normal: The current board is running properly.
Fault: The current board is faulty.
Uninstalled: The current board is not in position.
Inconsistent: The status information about the current board is inconsistent
with the configuration information about the slot.
Power off: The current board is powered off.
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Through GUIOn the LMT, choose BSC Maintenance > Maintain Device > Query BSC Board Information.
Set parameters in the Location area, and then click Query.
Through MML
You can run the following commands on the Local Maintenance
Terminal to query detailed information of BSC boards.
Run the DSP BRDSTAT to query board status.
Run the DSP BRDELABEL to query board information.
Run the DSP BRD to query board property.
Run the DSP SUBBRDVER command to query the board
versions.
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Switching Over BSC Active/Standby Boards
To transfer the services carried out in the active board to the standby board when the active
board fails. The ADMIN users, administrators, operators, users, and custom users with related authorities can
perform this operation.
Before the switchover, ensure that the standby board is in position and working properly, and no major
or critical alarm occurs
Through GUI
On the LMT, choose BSC Maintenance > Maintain Device
Switch Over BSC Board.
Select Sub rack No., Board Type, and Slot No., and
then click Switch.
A confirmation dialog box is displayed.
Click Yes.
Click Cancel.
Through MML
Run the SWP BRD command on the Local Maintenance
Terminal to switch over a BSC board.
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Resetting a BSC Board
To reset BSC boards, the Central Process Unit (CPU) of the GXPUM/GXPUT, and the Digital
Signal Processing (DSP) of the GDPUC/GDPUX/GDPUP.
Only the ADMIN users, administrators, and custom users with related authorities can perform
this operation.
Through GUI
Resetting a board
On the LMT, choose BSC Maintenance >
Maintain Device > Reset BSC Board.
set parameters in the Board Location area,
and then click Reset.
A confirmation dialog box is displayed.
Click Yes.
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Managing the BSC Board Clocks
To maintain the BSC board clocks, BSC clock references, the frequency offset of the 2 MHz clock
on the GGCU, and the line clock.
Querying the Clock Status of a Board
Through GUI
On the LMT, choose BSC Maintenance > Maintain Device
Query BSC Board Clock State.
Set parameters in the Location area, and then click Query.
Through MML
Run the DSP BRDCLK command on the Local Maintenance
Terminal to query the board clock state.
To query the status of the input clock of a board.
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Maintaining the BTS
To remotely maintain the BTS through the LMT.
The operations involve maintaining the BTS version, devices, and boards.
The basic concepts of BTS maintenance includes the logical objects,
BTS attributes, and cell forcible handover mode.
� Logical Objects
The logical objects of the BTS consist of the site, cell, TRX, and channel.
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� BTS Attributes
The BTS attributes consist of the site attributes, cell attributes, TRX attributes,
and channel attributes.
Site attributes : Manufacture ID,OML attributes, Operation state, Terminal equipment Id,
Cock attribute, Extended alarm configuration, Software and Hardware configuration,
Power system type, High temperature derating parameters etc.,
Cell attributes : Administrative state, BCCH ARFCN,BSIC,CCCH load threshold, interference level threshold,
max.timing advance, VSWR threshold, FH mode, Frame offset etc
TRX attributes :Administrative state, ARFCN list, Power level, Operation state, available state ,RSL attribute etc
Channel attributes : Administrative state, ARFCN list, Operation state, Channel combination ,HSN,MAIO etc
� Cell Forcible Handover Mode
The BSC selects a target cell according to the measurement report, thus improving the rate
of successful handover .
The LMT provides the following forced handover modes : Free, Intra-cell, Outgoing cell, outgoing site,
outgoing BSC, Outgoing system and specified cell.
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Maintaining the BTS Versions
To manage version software and ensure the compatibility of hardware version and
software version by downloading, configuring, loading, and activating the version software.
The version software is associated with the BTS and the BTS boards.
Querying the BTS Software Version
To query the software version of a BTS, software type, and software version of a board.
Through GUI
Choose BTS Maintenance > Maintain Site > Query BTS Running Software Version.
Set a Site, and then click Query.
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Through MML
Run the DSP BTSVER command to query the running version of the BTS
software.
Run the LST BTSSWBYVER command to query the BTS software by version.
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Querying the Software Version of the BTS Board
To query the type, software version, and clock status of a board.
Through GUI
Choose BTS Maintenance > Query Board Running Software Version.
Set Site Type and select sites from the
Candidate Sites box and add them to
the Selected Sites box.
Select the Board Type to be queried,
and then click Start.
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Through MML
Run the DSP BTSBRD command on the Local Maintenance Terminal to query the version
of the BTS board running software.
Click Stop. The query stops.
Click Cancel.
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Maintaining the BTS Devices
Maintaining the BTS devices involves maintaining the BTS battery, power module,
auxiliary equipment, and RET antenna.
The operations involve querying, testing, viewing, and resetting.
Querying BTS Running Status
To query the running status of the BTSs and cells under the same BSC to determine whether the
BTSs operate normally.
Through GUI
Choose BTS Maintenance > Query BTS Running Status
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Set the Object Type to Site and set the Site Type.
The sites that meet the set conditions will be displayed in Candidate sites.
Select the sites to be queried and move them from Candidate sites to Selected sites.
Select parameters in the Query Status box. Click OK
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Click Save.
Through MML
Run the DSP BTSSTAT command to query the operating status of the BTS.
Run the DSP CELLSTAT command to query the operating status of a specified cell
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Querying BTS Attributes
By querying BTS attributes, we learn the operating status and attributes of a BTS in
real time and verify the information on the manufacturer, software configuration,
and hardware configuration of the BTS.
Through GUI
Choose BTS Maintenance > Query BTS Attributes.
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Set Object Type to Site and set parameters in Select Objects
and Select Attributes areas. Click Query.
Through MML
Run the DSP BTSATTR command to query the BTS attributes.
Run the LST CELLSOFT command to query cell software parameters.
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Testing the BTS Running Status
To detect the fault in the BTS by testing the running status of all the boards
through the LMT.
Choose BTS Maintenance > Maintain Site > Test BTS
Set the Site, and then click Start.
Click Stop to end the test.
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Monitoring Channel Status
To monitor the usage of the channels and subchannels of a TRX through the LMT.
Through GUIChoose BTS Maintenance > Monitor Channel Status
Set the parameters in the Operation Object area, and then click Start.
Click Stop to end the channel
Monitoring.
Through MML
Run the DSP CHNSTAT command
on the LMT to monitor the channel
status.
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Monitoring Channel Interference Band
To monitor the channel interference through monitoring the interference band of
idle channels.
Through GUI Choose BTS Maintenance > Monitor Channel Interference Band.
Set the parameters in the Operation Object area, and then click Start.
Click Stop to end the monitoring,
or click Refresh to manually refresh
the monitoring information.
Through MML
Run the DSP CHNJAM command on the
LMT to monitor the channel interference
band.
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Resetting the BTS Hardware
To reset the hardware of a BTS.
At present, only the BTS3002C, BTS3012A, BTS3012AE, and BTS3006A support
hardware reset.
Resetting hardware of a BTS is also called power-off resetting.
The BTS3002C supports the hardware reset for only BTSs.
The BTS3012A and the BTS3006A support the hardware reset for only CDUs and TRXs.
The BTS3012AE supports the hardware reset for only TRXs and DAFU sub racks.
Through GUI
Choose BTS Maintenance > Maintain Site > Reset BTS Hardware.
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Set Site, Reset Type, and then click Reset.
Through MML
Run the RST TRX command to reset TRXs.
Run the RST BTSBRD command to reset BTS boards.
Run the RST BTSEAC command to reset BTS EAC.
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Maintaining BTS Boards
Maintaining BTS boards involves querying the information about the BTS boards,
maintaining the clock, testing the board performance, setting the board parameters,
and resetting the boards.
Querying BTS Board Information
To query the information, running parameters and configuration parameters of the BTS board on
the BSC6000 Local Maintenance Terminal
Through GUI
On the LMT, choose BTS Maintenance > Maintain Board > Query Board Information.
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Set parameters in the Location area, and then click Query.
Through MML
Run the DSP BTSBRD command
to query
the BTS board information.
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Querying Board Bar Code
To query the bar codes of BTS boards. The bar code of a board indicates the manufacturing
information about the board. When a single error occurs to several boards simultaneously,
query the bar codes to check whether the boards produced in a batch are faulty.
Choose BTS Maintenance > Query Board Bar Code
Set Site Type, select the sites from the
Candidate Sites box and add them to
the Selected Sites, and click OK.
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Click Cancel to end the query
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Switching Over a BTS Board
To manually transfer the services carried in the active board to the standby board
and clear the alarms generated during the switchover.
Through GUIChoose BTS Maintenance > Maintain Board > Switch Board.
Set Site, Subrack and Slot, set Operation
to Manual Switch, and then click Apply.
After the switchover succeeds, set Operation
to Clear Switch Alarm, and then click Apply.
The alarms generated during the switchover are
cleared.
Click Cancel.
Through MML
Run the SWP BTSBRD command on the LMT to switch over BTS
boards.
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Resetting a BTS Board
To reset a faulty BTS board
Through GUI
Choose BTS Maintenance > Maintain Board > Reset Board.
Through MML
Run the RST BTSBRD command on the LMT to reset the BTS boards.
Set Site, Subrack, and Slot, and
then click Reset.
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Maintaining a Cell
To send system messages of a cell, and query and configure the frequency scanning.
Sending Cell System Message
We can update the system messages of a cell through a cell.
The BTS then broadcast these messages to the MSs through a radio interface.
Choose BTS Maintenance > Maintain Cell > Send Cell System Message.
Set Operation Object, and click then Send.
A dialog box about successful sending is
displayed
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Querying the TRX Power Mode
To query the current power mode and the maximum power mode of TRXs.
Through GUI
Choose BTS Maintenance > Maintain TRX > Query Power Mode.
Set the parameters in the Location area.
Select the TRXs in the Candidate TRXs box
and add them to the Selected TRXs box.
Click Query.
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Through MML
Run the DSP TRXPWM command on the LMT to query the TRX power mode.
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Resetting a TRX
To reset the faulty TRX of a specified BTS.
Through GUI
Choose BTS Maintenance > Maintain TRX > Reset TRX.
Set Site and TRX, and then click Reset.
Through MML
Run the RST TRX command on the LMT to reset BTS TRXs.
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