245 lines
9.6 KiB
XML
245 lines
9.6 KiB
XML
<vtydoc xmlns='urn:osmocom:xml:libosmocore:vty:doc:1.0'>
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<node id='14'>
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<child_of nodeid='4' />
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<name>GSM Network Configuration</name>
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<description>This is the base node for all configuration of
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GSM network related configuration, it includes the LAC, CI
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access criteria but also the configuration of each BTS in this
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network.</description>
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</node>
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<node id='15'>
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<child_of nodeid='14' />
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<name>BTS Configuration</name>
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<description>This is the configuration of a single BTS.</description>
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<command id='oml ipa stream-id <0-255> line E1_LINE'>
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<description>
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Set the IPA stream identifier for the OML link within the IPA
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multiplex. Must be the same as on the BTS side. The default
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value is 255. Only applies to BTSs connected via Abis/IP
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interface.
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</description>
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</command>
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<command id='is-connection-list (add|del) <0-2047> <0-2047> <0-255>'>
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<description>
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Only applies to Ericsson OML2000 based BTSs.
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</description>
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</command>
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<command id='con-connection-list (add|del) <1-255> <0-1023> deconcentrated'>
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<description>
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Only applies to Ericsson OML2000 based BTSs.
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</description>
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</command>
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<command id='con-connection-list (add|del) <1-255> <0-1023> tei <0-63>'>
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<description>
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Only applies to Ericsson OML2000 based BTSs.
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</description>
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</command>
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<command id='channel-description attach (0|1)'>
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<description>
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Configure whether the IMSI ATTACH (and DETACH) procedures
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shall be used by MS in this cell. The default should be enabled.
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</description>
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</command>
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<command id='ipa rsl-ip A.B.C.D'>
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<description>
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Configure the IP address of the BSC used for RSL. Abis/IP
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BTSs, including OsmoBTS and the nanoBTS will be instructed to
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connect their RSL links to that IP address.
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</description>
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</command>
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<command id='base_station_id_code <0-63>'>
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<description>
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Configure the BSIC of the cell. It is a 6-bit value
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consisting of a 3-bit NCC (network color code) in the upper 3
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bits, and a 3-bit BCC (base station color code) in the lower 3
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bits.
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</description>
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</command>
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<command id='training_sequence_code <0-7>'>
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<description>
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Configure the default TSC for all timeslots on all TRX of the BTS.
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The normal default is to use the BCC part of the BSIC as TSC.
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Not all BTS models support a TSC != BCC.
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</description>
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</command>
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<command id='si5 neighbor-list (add|del) arfcn <0-1023>'>
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<description>
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Add or remove an ARFCN to/from the list of neighbor cells
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advertised in dedicated mode via SACCH. This command is only
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available in manual-si5 neighbor-list mode.
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</description>
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</command>
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<command id='neighbor-list (add|del) arfcn <0-1023>'>
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<description>
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Add or remove an ARFCN to/from the list of neighbor cells.
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This command is only available in manual neighbor-list mode.
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</description>
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</command>
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<command id='gprs network-control-order (nc0|nc1|nc2)'>
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<description>
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</description>
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</command>
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<command id='cell reselection offset <0-126>'>
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<description>
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If a cell advertises a cell reselection offset (CRO), it will
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become more attractive during cell re-selection, despite not
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being received at a higher level than other cells. The CRO
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of each neighbor cell is added to the respective received
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signal level before comparing their values for re-selection.
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</description>
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</command>
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<command id='cell reselection hysteresis <0-14>'>
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<description>
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The Cell Re-Selection Hysteresis determines how many dB a
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neighbor cell must be stronger than the current serving cell
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before the MS considers that neighbor cell as a candidate for
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re-selection.
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</description>
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</command>
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<command id='ipa unit-id <0-65534> <0-255>'>
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<description>
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The ip.access unit ID is a parameter of the IPA
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Signalling-over-IP multiplex. It is administratively
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configured on the BTS side, and used by the BTS to identify
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itself to the BSC. The BSC then selects the BTS configuration
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for this Unit ID. It consists of three parts, the Site ID,
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the BTS ID and the TRX ID. The TRX ID automatically
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corresponds to to the transceiver number and is thus not
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configurable here.
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</description>
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</command>
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<command id='ms max power <0-40>'>
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<description>
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Configures the maximum transmit power (in dBm) that any MS may
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use within this cell.
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</description>
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</command>
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<command id='periodic location update <6-1530>'>
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<description>
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The periodic location updating interval determines how often
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the MS will periodically perform a LOCATION UPDATE procedure,
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despite not having actually changed location. The value is
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specified in minutes.
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</description>
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</command>
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<command id='cell barred (0|1)'>
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<description>
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Using this command, you can enable/disable barring of the cell.
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Barred cells are not visible/accessible to regular phones.
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Only some special operator testing phones can be configured in
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a way to ignore cell barring.
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</description>
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</command>
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<command id='rxlev access min <0-63>'>
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<description>
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Using this command, you can determine the minimum downlink
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signal receive level (RxLev), at which the BTS must be
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received by the MS in order to attempt establishing dedicated
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channels via the RACH.
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</description>
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</command>
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<command id='rach access-control-class (0|1|2|3|4|5|6|7|8|9|11|12|13|14|15) (barred|allowed)'>
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<description>
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Using this command, you can configure which access control
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classes are permitted to access this cell. The access control
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class of a MS is determined by the contents of the EF.ACC file
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on the SIM card.
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Access Control Class 10 corresponds to Emergency Calls, and is
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thus not configurable this way.
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</description>
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</command>
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<command id='rach emergency call allowed (0|1)'>
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<description>
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Using this command, you can determine if this cell permits the
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use of the 'EMERGENCY CALL' feature.
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<warning>Unless you operate a public network with connection to the
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public emergency services in compliance with applicable regulatory
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requirements, you should always have emergency calls disabled (allowed
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0) - which is also the default configuration.</warning>
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</description>
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</command>
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<command id='channel-description bs-ag-blks-res <0-7>'>
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<description>
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Using this command, you can specify how many blocks of the
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downlink CCCH should be reserved for exclusive usage as AGCH.
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<warning>Not all BTS models currently support non-default configuration
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of this parameter.</warning>
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</description>
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</command>
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<command id='oml e1 tei <0-63>'>
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<description>
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Set the LAPD TEI used for the OML connection of this BTS.
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Only applies to classic E1 based A-bis.
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</description>
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</command>
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</node>
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<node id='16'>
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<child_of nodeid='15' />
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<name>TRX Configuration</name>
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<description>This is the configuration of a TRX.</description>
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<command id='nominal power <0-100>'>
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<description>
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Inform the BSC about the nominal RF transmit power of the BTS in dBm.
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This value must be entered depending on the BTS model and
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external setup such as amplifiers. Changing this value will
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not change the actually transmitted power, it will just affect
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the reporting in the BSC VTY.
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</description>
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</command>
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<command id='max_power_red <0-100>'>
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<description>
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Request the actual RF transmit power of the BTS to be reduced
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by the specified number of dB.
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</description>
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</command>
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<command id='rsl e1 tei <0-63>'>
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<description>
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Set the LAPD TEI used for the RSL connection of this TRX.
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Only applies to classic E1 based A-bis.
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</description>
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</command>
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<command id='rf_locked (0|1)'>
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<description>
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Enable (1) or disable (0) the RF locking for this TRX. RF
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locking is a mechanism by which the transmitter can be shut
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down by administrative means, e.g. via the control interface.
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</description>
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</command>
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</node>
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<node id='17'>
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<child_of nodeid='16' />
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<name>TS Configuration</name>
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<description>This is the configuration of a TS.</description>
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<command id='training_sequence_code <0-7>'>
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<description>
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Configure the timeslot to run on a different TSC than the
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default TSC of the BTS (which is derived from the BCC part of the BSIC).
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Please note that not all BTS models support timeslot-specific TSC!
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</description>
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</command>
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<command id='hopping enabled (0|1)'>
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<description>
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Enable or disable frequency hopping for this timeslot. Please
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note that not all BTS models may support frequency hopping,
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and that frequency hopping is only permitted for secondary
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TRXs, so TRX 0 must always be non-hopping.
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</description>
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</command>
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</node>
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<node id='22'>
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<child_of nodeid='3' />
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<name>OML Commands</name>
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<description>This node allows to manipulate the OML state of
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a connected BTS. It is meant for testing during development.</description>
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</node>
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<node id='26'>
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<child_of nodeid='3' />
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<name>OML2000 Commands</name>
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<description>This node allows to issue OML2000 commands for
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Ericsson BTS. It is meant for testing during development.</description>
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</node>
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</vtydoc>
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