aichPower

The Power of the the AICHchannel in an FDD cell, "AICH Power" in TS 25.433 [5].

allowedValues: See "AICH Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

bchPower

The power of the broadcast channel in the FDD mode cell, "BCH Power" in TS 25.433 [5].

allowedValues: See "DL Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

cellCapabilityContainerFDD

Defined in 3GPP TS 25.423.

This attribute has 32 bits. Each bit indicates whether a cell supports a particular functionality.

allowedValues: See ‘CellCapabilityContainer-FDD’ in 3GPP TS 25.423.

type: BitString

multiplicity: 1

isOrdered: T

isUnique: N/A

defaultValue: None

isNullable: False

cellCapabilityContainerTDD

Defined in 3GPP TS 25.423.

This attribute has 32 bits. Each bit indicates whether a cell supports a particular functionality.

allowedValues: See ‘CellCapabilityContainer-TDD’ in 3GPP TS 25.423.

type: BitString

multiplicity: 1

isOrdered: T

isUnique: N/A

defaultValue: None

isNullable: False

cellIndividualOffset

Defined in 3GPP TS 25.331 (25.423). Attribute relevant for HO decision. Used to offset measured quantity value.

allowedValues: See "Cell individual offset" in TS 25.331 [9].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

cellMode

An attribute that identifies the cell mode.

allowedValues: FDD mode", "1.28McpsTDD mode", "3.84McpsTDD mode", "7.68McpsTDD mode".

type: <<enumeration>>

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None isNullable: True

cellParameterId

This attribute identifies unambiguously the TDD mode cell:

3.84 and 7.68 Mcps TDD – Code Groups, Scrambling Codes, Midambles and Toffset, or

1.28 Mcps TDD – SYNC-DL and SYNC-UL sequences, the scrambling codes and the midamble codes.

"Cell Parameter ID" in TS 25.433 [5]

allowedValues: See "Cell Parameter ID" in TS 25.433 [5].

type: Integer

multiplicity: 0..1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

cId

The attribute is the identifier of a cell in one RNC, "C-id" in TS 25.401 [4] and "C-ID" in TS 25.433 [5].

allowedValues: see "C-ID" in TS 25.433 [5].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

closedLoopMode1SupportIndicator

Power control, defined in 3GPP TS 25.423

The Closed Loop Mode1 Support Indicator indicates whether the particular cell is capable to support Closed loop mode1 or not.

allowedValues: supported, not supported

type: <<enumeration>>

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

connMscNumber

The MSC number of the far end MSC Server connected by the Iu-CS interface for which the end point is modelled, “MSC number” in TS 23.003 [3].

allowedValues: See “MSC number” in TS 23.003 [3]

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

connectedRNCId

The RNC-Id of the far end RNC or BSC connected by the Iur interface for which the end point is modelled, “RNC-Id” in TS 23.003 [3].

allowedValues: See “RNC-Id” in TS 23.003 [3]

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

connSgsnNumber

The SGSN number of the far end SGSN connected by the Iu-PS interface for which the end point is modelled, “SGSN number” in TS 23.003 [3].

allowedValues: See “SGSN number” in TS 23.003 [3]

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

dpcModeChangeSupportIndicator

Power control, defined in 3GPP TS 25.423

The DPC Mode Change Support Indicator IE indicates that the particular cell is capable to support DPC mode change.

allowedValues: supported, not supported

type: <<enumeration>>

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

deltaQrxlevmin

Cell (re)selection, defined in 3GPP TS 25.331
If present, the actual value of Qrxlevmin = Qrxlevmin + DeltaQrxlevmin.

allowedValues: See "Delta_Qrxlevmin" in TS 25.331 [9].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

dpchConstantValue

DPCH Constant Value is the power margin in dB used by a UE to set the proper uplink power, "DPCH Constant Value" in Ref. TS 25.433 [5].

allowedValues: See "Constant Value" in TS 25.433 [5].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

dwPchPower

DwPCH Power is the power that shall be used for transmitting the DwPCH in a 1.28 Mcps TDD cell, "DwPCH Power" in TS 25.433 [5].

allowedValues: See "DwPCH Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

fachPower

The maximum power of the FACH transport channel that may be used in the cell, "Max FACH Power" in Ref 3GPP TS 25.433 [5].

allowedValues: See "DL Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

fpachPower

The maximum power of the FPACH channel that shall be used in TDD cell, "FPACH Power" in TS 25.433 [5].

allowedValues: See "FPACH Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

frameOffset

Neighbouring cells monitoring, defined in TS 25.423
Frame Offset is the required offset between the dedicated channel downlink transmission frames (CFN, Connection Frame Number) and the broadcast channel frame offset (Cell Frame Number). The Frame Offset is used in the translation between Connection Frame Number (CFN) on Iub/Iur and least significant 8 bits of SFN (System Frame Number) on Uu. The Frame Offset is UE and cell specific.

allowedValues: 0..255

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

hcsPrio

Cell (re)selection for HCS
Defined in TS 25.331 [9].
This specifies the HCS priority level (0-7) for serving cell and neighbouring cells.
HCS priority level 0 means lowest priority and HCS priority level 7 means highest priority.

allowedValues: See "HCS_OFF_mbms" in TS 25.331 [9].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

hsEnable

A label indicating whether or not HSDPA is enabled in the UTRAN cell. A value of 0 represents that HSDPA is not enabled and a value of 1 represents that HSDPA is enabled.

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

allowedValues: 0,1

isNullable: True

hsFlag

A label indicating whether or not HSDPA is supported in the UTRAN cell. A value of 0 indicates that HSDPA is not supported and a value of 1 indicates that HSDPA is supported.

allowedValues: 0,1

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

id

An attribute whose "name+value" can be used as an RDN when naming an instance of the object class. This RDN uniquely identifies the object instance within the scope of its containing (parent) object instance.

type: DN

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

allowedValues: N/A

isNullable: False

lac

Location Area Code, "LAC" in TS 23.003 [3].

allowedValues: See "LAC" in TS 25.413 [18].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

localCellId

The Local Cell id is used to uniquely identify the set of resources defined in a Node B to support a cell. It must be unique in Node B at a minimum, but may be unique in UTRAN. Local Cell Identifier" TS 25.401 [4], "Local Cell ID" in 3GPP TS 25.433 [5].

allowedValues: See "Local Cell ID" in TS 25.433 [5].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

maximumAllowedUlTxPower

Cell (re)selection, defined in TS 25.331 [9].
This information element indicates the maximum allowed uplink transmit power.

allowedValues: See "Maximum allowed UL TX power" in TS 25.331 [9].

A single integral value in dBm. Range: (-50..33).

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

maximumTransmissionPower

The maximum transmission power of a cell. It is the maximum power for all downlink channels added together, that is allowed to be used simultaneously in a cell, "Maximum Transmission Power" in TS 25.433 [5].

allowedValues: See "Maximum Transmission Power" in TS 25.433 [5].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

mcc

Mobile Country Code, MCC (part of the PLMN Identifier") in, TS 23.003 [3].

allowedValues: See "MCC" in "PLMN identity" in TS 25.413 [19].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

mnc

Mobile Network Code, "MNC" (part of the PLMN Identity") in TS 23.003 [3].

allowedValues: See "MNC" in "PLMN identity" in TS 25.413 [18].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

nsPlmnIdList

List of unique identities for PLMN. Each element of the list is a tuple made up of mcc and mnc.

allowedValues: A list of up to five entries of PLMN Identifiers.

Note: A cell can broadcast up to 6 PLMN-id’s. This is to support the case that one cell can be used by up to 6 operators’ core networks.

In case a cell is not shared, this attribute shall contain no information.

In case a cell is shared (see TS 32.130 [22]):

1) this attribute shall contain the PLMN Id’s of the Participating Operators;

2) the Master Operator PLMN Id is captured at RNCFunction level (attributes mcc and mnc).

In case the Master Operator is also a Participating Operator, its PLMN Id is captured only at RNCFunction level.

The PLMN Identifier is composed of a Mobile Country Code (MCC) and a Mobile Network Code (MNC).

See TS 23.003 [3] subclause 2.2 and 12.1.

See also TS 25.331 [9] sections 10.3.1.11 and 10.3.1.7a.

type: <<datatype>>

multiplicity: 0..5

isOrdered: False

isUnique: True

defaultValue: None

isNullable: False

numOfHspdschs

In FDD: the number of codes at the defined spreading factor(SF=16), within the complete code tree. See TS 25.433 [5].

In TDD: the number of HS-PDSCHs in a Cell; TS 25.433 [5].

allowedValues:

1. Range: (0..15) for FDD mode,

2. Range: (0..95) for TDD mode

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

numOfHsscchs

The number of HS-SCCHs for one cell. See TS 25.433 [5].

allowedValues: 1..32

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

pchPower

The power of PCH transport channel in the cell, "PCH Power" in Ref 3GPP TS 25.433 [5].

allowedValues: See "DL Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

penaltyTime

Cell (re)selection for HCS, defined in 3GPP TS 25.331 (TS 25.304)
This specifies the time duration for which the TEMPORARY_OFFSET is applied for a neighbouring cell.

allowedValues: See "Penalty_time" in TS 25.331 [9].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

pichPower

The Power of the PICH channel in the cell, "PICH Power" in TS 25.433 [5].

allowedValues: See "PICH Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

primaryCcpchPower

The power of the primary CCPCH channel in the TDD cell, "PCCPCH Power" in TS 25.433 [5].

allowedValues: See "PCCPCH Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

primaryCpichPower

The power of the primary CPICH channel in the FDD mode cell, "Primary CPICH Power" in  TS 25.433 [5].

allowedValues: See "Primary CPICH Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

primarySchPower

The power of the primary synchronisation channel in the FDD mode cell, "Primary SCH Power” in  TS 25.433 [5].

allowedValues: See "DL Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

primaryScramblingCode

The primary DL scrambling code used by the FDD mode cell, "Primary Scrambling Code" in TS 25.433 [5].

allowedValues: See "Primary Scrambling Code" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

qhcs

Cell (re)selection for HCS, defined in TS 25.331 [9].
This specifies the quality threshold levels for applying prioritised hierarchical cell re-selection.

allowedValues: See "Qhcs" in TS 25.331 [9]

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

qqualMin

Cell (re)selection, defined in TS 25.331 [9].
This specifies the minimum required quality level in the cell in dB. It is only applicable for FDD cells.

allowedValues: See "QqualMin" in TS 25.331 [9].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

qrxlevMin

Cell (re)selection, defined in TS 25.331 [9].
This specifies the minimum required RX level in the cell in dBm.

allowedValues: See "QrxlevMin" in TS 25.331 [9].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

rac

Routing Area Code, "RAC” in TS 23.003 [3].

allowedValues: See "RAC" in TS 25.413 [18].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

readSFNIndicator

Neighbouring cells monitoring, defined in TS 25.331 [9].

allowedValues: See "Read SFN indicator" in TS 25.331 [9]

type: Boolean

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

referenceTimeDifferenceToCell

Neighbouring cells monitoring, defined in TS 25.331 [9].

In the System Information message, the reference time difference to cell indicates the timing difference between the primary CCPCH of the current cell and the primary CCPCH of a neighbouring cell.

In the Measurement Control message, the reference time difference to cell indicates the timing difference between UE uplink transmission timing and the primary CCPCH of a neighbouring cell.

allowedValues:

1. See "Reference time difference to cell" in TS 25.331 [9].

2. A single integral value in chips. Range: (0..38400) by steps of 40, 256 or 2560.

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

restrictionStateIndicator

Cell Access Control, defined in TS 25.423

The Restriction state indicator is the identifier indicates whether the cell is "Cell Reserved for Operator Use" or not. It is provided by DRNS and reported to SRNC.

allowedValues: cell reserved for operation, cell accessible

type: <<enumeration>>

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

rncId

IOC ExternalUTRANGenericCell and ExternalRncFunction:

Unique RNC ID for the associated RNC, "RNC Id" in  TS 23.003 [3].

IOC RncFunction:

Unique RNC ID, "RNC Id" in TS 23.003 [3].

allowedValues: See "RNC-ID" in TS 25.413 [18].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNujllable: True

sac

Service Area Code, "SAC” in TS 23.003 [3].

allowedValues: See "SAC" in TS 25.413 [18].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

schPower

The power of the synchronisation channel in 3.84 Mcps TDD cell.

allowedValues: See "DL Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

schTimeSlot

The SCH Time Slot IE represents the first time slot (k) of a pair of time slots inside a Radio Frame that is assigned to the Physical Channel SCH.

allowedValues: See "SCH Time Slot" in TS 25.433 [5].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

sctdIndicator

This attribute indicates whether SCTD is used, "SCDT Indicator" in  TS 25.433 [5].

See "SCDT Indicator" in TS 25.433 [5].

allowedValues: active, inactive

type: <<enumeration>>

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

secondarySchPower

The power of the secondary synchronisation channel in the FDD mode cell, "Secondary SCH Power in  TS 25.433 [5].

allowedValues: See "DL Power" in TS 25.433 [5].

type: Real

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

sharNetTceMappingInfoList

This attribute includes a list of elements. Each element is a tuple of shared PLMN Id (called "PLMN Target"), TCE ID and the corresponding TCE IP address.

In case of network sharing and Logged MDT, this attribute is used to translate from the TCE IP Address to TCE ID when a Logged MDT is ordered to the UE and to translate the TCE ID to TCE IP address when the UE has sent the log to the network.

Each element is a tuple of shared PLMN Id (called "PLMN Target"), TCE ID and the corresponding TCE IP address.

allowedValues: See "PLMN Target","Trace Collection Entity Address" and "Trace Collection Entity Id" in 3GPP TS 32.422 [12].

type: <<dataType>>

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

siptoSupported

This attribute indicates whether the RNC supports SIPTO function. A value of 0 represents that SIPTO is not supported and a value of 1 represents that SIPTO is supported (by the RNC).

allowedValues: 0..1

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

snaInformation

Shared Networks Access Control, defined in 3GPP TS 25.423 [5].

This information element contains a list of Shared Network Areas, identified by the Shared Network Area Code (SNAC) which a certain cell belongs to.

allowedValues: See “shared networks access control” defined in 3GPP TS 25.423 [5].

type: <<dataType>>

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

sttdSupportIndicator

Power control, defined in 3GPP TS 25.423.

The STTD Support Indicator indicates whether the STTD can be applied to DL DPCH and F-DPCH in the cell or not.

allowedValues: active, inactive

type: <<enumeration>>

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

syncCase

The SCH and PCCPCH in a TDD cell are mapped on one or two downlink slots per frame. There are two cases of Sync Case as follows

– SCH and PCCPCH allocated in a single TS#k

– SCH allocated in two TS: TS#k and TS#k+8. PCCPCH allocated in TS#k

See "Synch Case" in TS 25.433 [5].

allowedValues: See "Sync Case" in TS 25.433 [5].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

tceIDMappingInfoList

This attribute includes a list of TCE ID and the corresponding TCE IP address. It is used in Logged MDT case to provide the information to the RNC to get the corresponding TCE IP address when there is an MDT log received from the UE.

This attribute is used if only one PLMN is supported.

allowedValues: See “Trace Collection Entity Address” and “Trace Collection Entity Id” in 3GPP TS 32.422 [12].

type: <<dataType>>

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

temporaryOffset1

Cell (re)selection for HCS, defined in 3GPP TS 25.331 (TS 25.304).

This specifies the offset applied to the H and R criteria for a neighbouring cell for the duration of PENALTY_TIME. It is used for TDD and GSM cells and for FDD cells in case the quality measure for cell selection and re-selection is set to CPICH RSCP.

allowedValues: See "Temporary_offset1" in TS 25.331 [9].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

temporaryOffset2

Cell (re)selection for HCS, defined in 3GPP TS 25.331 (TS 25.304).

This specifies the offset applied to the H and R criteria for a neighbouring cell for the duration of PENALTY_TIME. It is used for FDD cells in case the quality measure for cell selection and re-selection is set to CPICH Ec/No.

allowedValues: See "Temporary_offset2" in TS 25.331 [9.]

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

timeSlotForSch

The Time Slot represents the time interval assigned to a Physical Channel referred to the start of a Radio Frame,

allowedValues: See "SCH Time Slot" in TS 25.433 [5].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

timeSlotHcrList

This attribute defines the time slot configuration information in the TDD cell.

It is a list which contains 15 (for 3.84 or 7.68 Mcps TDD cell) items.

allowedValues:

An item has three parts: timeSlotId, timeSlotDirection, timeSlotStatus. ( TS 25.433 [5]) where:

timeSlotId:

type: Integer

allowedValues: 0..14;

timeSlotDirection:

type: <<enumeration>>

allowedValues: Ul, Dl;

timeSlotStatus:

type: <<enumeration>>

allowedValues: Active, Not active;

type: <<dataType>>

multiplicity: 15

isOrdered: False

isUnique: True

defaultValue: None

isNullable: False

timeSlotLcrList

This attribute defines the time slot configuration information in the TDD cell.

It is a list which contains 7 (for 1.28 Mcps TDD cell) items.

allowedValues:
An item has three parts: timeSlotId, timeSlotDirection, timeSlotStatus, corresponding to Time Slot LCR, Time Slot Direction, Time Slot Status ( TS 25.433 [5]).

If multiple frequencies exist within the cell, the timeSlotList indicates the Time Slot configuration of Primary Frequency.

timeSlotId:

type: Integer

allowedValues: 0..6;

timeSlotDirection:

type: <<enumeration>>

allowedValues: Ul, Dl;

timeSlotStatus:

Type: <<enumeration>>

allowedValues: Active, Not active;

type: <<dataType>>

multiplicity: 7

isOrdered: False

isUnique: True

defaultValue: None

isNullable: False

tmaFunctionList

This is a referential attribute to list the DNs of TmaFunction(s) that support the UTRANGenericCell.

allowedValues: See TS 32.300 [13] for definition of DN.

type: DN

multiplicity: 1..*

isOrdered: False

isUnique: True

defaultValue: None

isNullable: True

tstdIndicator

This attribute indicates whether TSTD is used. See `"TSDT Indicator" in TS 25.433 [5].

allowedValues: active, inactive

type: <<enumeration>>

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

txDiversityIndicator

Defined in 3GPP TS 25.331 (25.423)
This attribute indicates whether following conditions are satisfied:

Primary CPICH is broadcast from two antennas

STTD is applied to Primary CCPCH

TSTD is applied to Primary SCH and Secondary SCH

allowedValues: See "TX Diversity Indicator" in TS 25.331 [9]

type: <<enumeration>>

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

uarfcn

The UTRA absolute Radio Frequency Channel number for TDD mode cell, UARFCN ( TS 25.433 [5]). For 1.28Mcps TDD, if multiple frequencies exist within the cell, the uarfcn indicates the frequency of Primary Frequency.

allowedValues: 0..16383

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

uarfcnLCRList

For 1.28 Mcps TDD, if multiple frequencies exist within the cell, this is a list of items (the UARFCN and Time Slot configuration information of the Secondary Frequencies).

allowedValues:

1. An item has two parts: uarfcn and timeSlotListLcr. The second part is a list of elements which have the sub-elements: timeSlotId, timeSlotDirection, timeSlotStatus.

2. These attributes correspond to “UARFCN, Time Slot LCR, Time Slot Direction, Time Slot Status” (TS 25.433 [5]).

3. For “uarfcn, timeSlotId, timeSlotDirection, timeSlotStatus”, see “UARFCN, Time Slot LCR, Time Slot Direction, Time Slot Status” in TS 25.433 [5].

4. For maximum number of the Secondary Frequencies per cell, see "maxFrequencyinCell-1" in TS 25.433 [5].

type: See note.

multiplicity: 1..*

isOrdered: False

isUnique: True

defaultValue: None

isNullable: True

uarfcnDl

The DL UTRA absolute Radio Frequency Channel number for FDD mode cell.

allowedValues: See "UARFCN" in TS 25.433 [5].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

uarfcnUl

The UL UTRA absolute Radio Frequency Channel number for FDD mode cell.

allowedValues: See "UARFCN" in TS 25.433 [5].

type: Integer

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: False

uraList

A list of UTRAN Registration Area identities that an UtranCell can belong to.

allowedValues:

1. For URA, see "URA identity" in TS 25.331[9], subclause 10.3.2.6.

2. For maximum number of URAs per cell, see "maxURA" in TS 25.331 [9], subclause 10.3.10.

type: Integer

multiplicity: 1..*

isOrdered: False

isUnique: True

defaultValue: None

isNullable: True

Attribute related to role

iubLink

This attribute carries a IubLink DN.

allowedValues: N/A

type: DN

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

aTMChannelTerminationPoint

This attribute carries the set of ATMChannelTerminationPoint‘s DN(s).

allowedValues: N/A

type: DN

multiplicity: 1..*

isOrdered: F

isUnique: T

defaultValue: None

isNullable: True

nodeBFunction

This attribute carries a NodeBFunction DN.

allowedValues: N/A

type: DN

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

uTRANGenericCell

This attribute carries the set of related UTRANGenericCell derivatives’ DN(s).

allowedValues: N/A

type: DN

multiplicity: 1..*

isOrdered: F

isUnique: T

defaultValue: None

isNullable: True

adjacentCell

It carries the DN of the UtranGenericCell or the ExternalUTRANGenericCell.

allowedValues: N/A

type: DN

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

controlledCellList

This attribute carries a set of DNs of derivatives of ExternalUTRANGenericCell.

allowedValues: N/A

type: DN

multiplicity: 1..*

isOrdered: F

isUnique: T

defaultValue: None

isNullable: True

relatedAntennaList

This is an attribute to list the DNs of AntennaFunction(s) (see TS 28.662 [17]) that support the UTRANGenericCell.

See “relatedAntennaList” in TS 28.662 [17]

allowedValues: N/A

type: DN

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

relatedSectorEquipment

This is an attribute to the DN of SectorEquipment (see TS 28.662 [17]) that supports the UTRANGenericCell).

See “relatedSectorEquipment” TS 28.662 [17].

allowedValues: N/A

type: DN

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

relatedTMAList

This is an attribute to list the DNs of TmaFunction(s) (see TS 28.662 [17]) that support the UTRANGenericCell.

See “relatedTmaList”  TS 28.662 [17].

allowedValues: N/A

type: DN

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

iubLink

This attribute carries a IubLink DN.

allowedValues: N/A

type: DN

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True

controllingRNC

This attribute carries one ExternalRNCFunction DN.

allowedValues: N/A

type: DN

multiplicity: 1

isOrdered: N/A

isUnique: N/A

defaultValue: None

isNullable: True