CHOICE Cause Group

M

>Radio Network Layer

>>Radio Network Layer Cause

M

ENUMERATED

(Unspecified, Requested Item not Supported, Requested Item Temporarily not Available,

…, Serving NG-RAN node changed, Requested Item not Supported on Time

)

>Protocol

>>Protocol Cause

M

ENUMERATED
(Transfer Syntax Error,
Abstract Syntax Error (Reject),
Abstract Syntax Error (Ignore and Notify),
Message not Compatible with Receiver State,

Semantic Error,
Unspecified,

Abstract Syntax Error (Falsely Constructed Message),

…)

>Misc

>>Miscellaneous Cause

M

ENUMERATED
(Unspecified,

…)

Unspecified

Sent when none of the above cause values applies but still the cause is Radio Network Layer related

Requested Item not Supported

The NG-RAN node does not support the requested measurement object, or cannot provide the requested information item.

Requested Item Temporarily not Available

The NG-RAN node can temporarily not provide the requested measurement object or information item.

Serving NG-RAN node changed

The UE has moved to another serving NG-RAN node.

Requested Item not Supported on Time

The NG-RAN node is unable to provide the measurement results on time.

Abstract Syntax Error (Reject)

The received message included an abstract syntax error and the concerned criticality indicated "reject" (see sub clause 10.3 of TS 38.413)

Abstract Syntax Error (Ignore and Notify)

The received message included an abstract syntax error and the concerned criticality indicated "ignore and notify" (see sub clause 10.3 of TS 38.413)

Abstract syntax error (falsely constructed message)

The received message contained IEs or IE groups in wrong order or with too many occurrences (see sub clause 10.3 of TS 38.413)

Message not Compatible with Receiver State

The received message was not compatible with the receiver state (see sub clause 10.4 of TS 38.413)

Semantic Error

The received message included a semantic error (see sub clause 10.4 of TS 38.413)

Transfer Syntax Error

The received message included a transfer syntax error (see sub clause 10.2 of TS 38.413)

Unspecified

Sent when none of the above cause values applies but still the cause is Protocol related

Unspecified

Sent when none of the above cause values applies and the cause is not related to any of the categories Radio Network Layer, Transport Network Layer or Protocol.

Procedure Code

O

INTEGER (0..255)

Procedure Code is to be used if Criticality Diagnostics is part of Error Indication procedure, and not within the response message of the same procedure that caused the error.

Triggering Message

O

ENUMERATED (initiating message, successful outcome, unsuccessful outcome)

The Triggering Message is used only if the Criticality Diagnostics is part of Error Indication procedure.

Procedure Criticality

O

ENUMERATED (reject, ignore, notify)

This Procedure Criticality is used for reporting the Criticality of the Triggering message (Procedure).

NRPPa Transaction ID

O

9.2.4

Information Element Criticality Diagnostics

0 .. <maxNrOfErrors>

>IE Criticality

M

ENUMERATED (reject, ignore, notify)

The IE Criticality is used for reporting the criticality of the triggering IE. The value "ignore’" shall not be used.

>IE ID

M

INTEGER (0..65535)

The IE ID of the not understood or missing IE.

>Type Of Error

M

ENUMERATED (not understood, missing, …)

maxNrOfErrors

Maximum no. of IE errors allowed to be reported with a single message. The value for maxNroOfErrors is 256.

Procedure Code

M

INTEGER (0..255)

Type of Message

M

CHOICE (Initiating Message, Successful Outcome, Unsuccessful Outcome,

…)

NRPPa Transaction ID

M

INTEGER (0..32767)

Serving Cell ID

M

NG-RAN CGI

9.2.6

NG-RAN Cell Identifier of the serving cell

–

Serving Cell TAC

M

TAC

9.2.11

Tracking Area Code of the serving cell

–

NG-RAN Access Point Position

O

9.2.10

The configured estimated geographical position of the antenna of the cell.

If the Geographical Coordinates IE is used, the NG-RAN Access Point Position IE shall be ignored.

–

Measured Results

0..1

Measurement results of the serving RAT.

–

>CHOICE Measured Results Value

1 ..<maxnoMeas>

–

>>Value Angle of Arrival EUTRA

M

INTEGER (0..719)

According to mapping in TS 36.133 [9]

–

>>Value Timing Advance Type 1 EUTRA

M

INTEGER (0..7690)

As defined in TS 36.214 [17]

–

>>Value Timing Advance Type 2 EUTRA

M

INTEGER (0..7690)

As defined in TS 36.214 [17]

–

>>Result RSRP EUTRA

1

–

>>>Result RSRP EUTRA Item

1 .. <maxCellReport>

–

>>>>PCI EUTRA

M

INTEGER (0..503)

Physical Cell Identifier of the reported E-UTRA cell

–

>>>>EARFCN

M

INTEGER (0.. 262143, …)

Corresponds to NDL for FDD and NDL/UL for TDD in ref. TS 36.104 [7]

–

>>>>CGI EUTRA

O

9.2.7

Cell Global Identifier of the reported E-UTRA cell

–

>>>>Value RSRP EUTRA

M

INTEGER (0..97, …)

–

>>Result RSRQ EUTRA

1

–

>>>Result RSRQ EUTRA Item

1 . <maxCellReport>

–

>>>>PCI EUTRA

M

INTEGER (0..503)

Physical Cell Identifier of the reported E-UTRA cell

–

>>>>EARFCN

M

INTEGER (0..262143, …)

Corresponds to NDL for FDD and NDL/UL for TDD in ref. TS 36.104 [7]

–

>>>>CGI EUTRA

O

9.2.7

Cell Global Identifier of the reported E-UTRA cell

–

>>>>Value RSRQ EUTRA

M

INTEGER (0..34, …)

–

>>Result SS-RSRP

1

YES

ignore

>>>Result SS-RSRP Item

1 .. <maxCellReportNR>

–

>>>>NR PCI

M

INTEGER (0..1007)

–

>>>>NR ARFCN

M

INTEGER (0..3279165)

–

>>>>NR CGI

O

9.2.9

–

>>>>Value SS-RSRP Cell

O

INTEGER (0..127)

SS-RSRP measurement aggregated at cell level

–

>>>>SS-RSRP per SSB Resource

0..1

–

>>>>>SS-RSRP per SSB Resource Item

1 .. <maxIndexesReport>

–

>>>>>>SSB Index

M

INTEGER (0..63)

–

>>>>>>Value SS-RSRP

M

INTEGER (0..127)

SS-RSRP measurement per SSB resource

–

>>Result SS-RSRQ

1

YES

ignore

>>>ResultSS-RSRQ-Item

1 .. <maxCellReportNR>

–

>>>>NR PCI

M

INTEGER (0..1007)

–

>>>>NR ARFCN

M

INTEGER (0..3279165)

–

>>>>NR CGI

O

9.2.9

–

>>>>Value SS-RSRQ Cell

O

INTEGER (0..127)

SS-RSRQ measurement aggregated at cell level

–

>>>>SS-RSRQ per SSB Resource

0..1

–

>>>>>SS-RSRQ PerSSB Resource Item

1 .. <maxIndexesReport>

–

>>>>>>SSB Index

M

INTEGER (0..63)

–

>>>>>>Value SS-RSRQ

M

INTEGER (0..127)

SS-RSRQ measurement per SSB resource

–

>>Result CSI-RSRP

1

YES

ignore

>>>Result CSI-RSRP Item

1 .. <maxCellReportNR>

–

>>>>NR PCI

M

INTEGER (0..1007)

–

>>>>NR ARFCN

M

INTEGER (0..3279165)

–

>>>>NR CGI

O

9.2.9

–

>>>>Value CSI-RSRP Cell

O

INTEGER (0..127)

CSI-RSRP measurement aggregated at cell level

–

>>>>CSI-RSRP per CSI-RS Resource

0..1

–

>>>>>CSI-RSRP per CSI-RS Resource Item

1.. <maxIndexesReport>

–

>>>>>>CSI-RS Index

M

INTEGER (0..95)

–

>>>>>>Value CSI-RSRP

M

INTEGER (0..127)

CSI-RSRP measurement per CSI-RS resource

–

>>Result CSI-RSRQ

1

YES

ignore

>>>Result CSI-RSRQ Item

1 .. <maxCellReportNR>

–

>>>>NR PCI

M

INTEGER (0..1007)

–

>>>>NR ARFCN

M

INTEGER (0..3279165)

–

>>>>NR CGI

O

9.2.9

–

>>>>Value CSI-RSRQ Cell

O

INTEGER (0..127)

CSI-RSRQ measurement aggregated at cell level

–

>>>>CSI-RSRQ per CSI-RS Resource

0..1

–

>>>>>CSI-RSRQ per CSI-RS Resource Item

1 .. <maxIndexesReport>

–

>>>>>>CSI-RS Index

M

INTEGER (0..95)

–

>>>>>>Value CSI-RSRQ

M

INTEGER (0..127)

CSI-RSRQ measurement per CSI-RS resource

–

>>Angle of Arrival NR

M

UL Angle of Arrival

9.2.38

YES

ignore

>>Value Timing Advance NR

M

INTEGER (0.. 7690)

As defined in TS 38.215 [19]

YES

ignore

Geographical Coordinates

O

9.2.46

YES

ignore

maxnoMeas

Maximum no. of measured quantities that can be configured and reported with one message. Value is 64.

maxCellReport

Maximum no. of cells that can be reported with one message. Value is 9.

maxCellReportNR

Maximum no. of NR cells that can be reported with one message. Value is 9.

maxIndexesReport

Maximum no. of beam level measurement results that can be reported with one message. Value is 64.

PLMN identity

M

9.2.8

CHOICE NG-RAN Cell

M

>NR Cell

NR Cell Identifier

M

BIT STRING (36)

>E-UTRAN Cell

E-UTRAN Cell Identifier

M

BIT STRING (28)

PLMN identity

M

9.2.8

E-UTRA Cell Identifier

M

BIT STRING (28)

PLMN Identity

M

OCTET STRING (SIZE(3))

Digits 0 to 9 encoded 0000 to 1001, 1111 used as filler digit.

Two digits per octet:

– bits 4 to 1 of octet n encoding digit 2n-1

– bits 8 to 5 of octet n encoding digit 2n

PLMN Identity consists of 3 digits from MCC followed by either:
– a filler digit plus 2 digits from MNC (in case of 2 digit MNC) or
– 3 digits from MNC (in case of 3 digit MNC).

PLMN Identity

M

9.2.8

NR Cell Identity

M

BIT STRING (SIZE(36))

Latitude Sign

M

ENUMERATED (North, South)

Degrees Of Latitude

M

INTEGER

(0..2²³-1)

The IE value (N) is derived by this formula:

N2²³ X /90  N+1

X being the latitude in degrees (0°.. 90°).

Degrees Of Longitude

M

INTEGER

(-2²³..2²³-1)

The IE value (N) is derived by this formula:

N2²⁴ X /360  N+1

X being the longitude in degrees (-180°..+180°).

Direction of Altitude

M

ENUMERATED (Height, Depth)

Altitude

M

INTEGER

(0..2¹⁵-1)

The relation between the value (N) and the altitude (a) in meters it describes is N ≤ a < N+1, except for N=2¹⁵-1 for which the range is extended to include all greater values of (a).

Uncertainty semi-major

M

INTEGER (0..127)

The uncertainty "r" is derived from the "uncertainty code" k by r = 10x(1.1^k-1).

Uncertainty semi-minor

M

INTEGER (0..127)

The uncertainty "r" is derived from the "uncertainty code" k by r = 10x(1.1^k-1).

Orientation of major axis

M

INTEGER (0..179)

Uncertainty Altitude

M

INTEGER (0..127)

The uncertainty altitude "h" expressed in metres is derived from the "uncertainty code" k, by:

h=45x(1.025^k-1).

Confidence

M

INTEGER (0..100)

In percentage

TAC

M

OCTET STRING (SIZE (3))

Cell Portion ID

M

INTEGER (0..4095,…)

Other-RAT Measured Results

1

–

>CHOICE Other-RAT Measured Results Value

1.. <maxnoMeas>

–

>>Result GERAN

1

–

>>>Result GERAN Item

1..<maxGERANMeas>

–

>>>>ARFCN of BCCH

M

INTEGER (0..1023, …)

–

>>>>Physical CellId GERAN

M

INTEGER (0..63, …)

–

>>>>RSSI

M

INTEGER (0..63, …)

–

>>Result UTRAN

1

–

>>>Result UTRAN Item

1..<maxUTRANMeas>

–

>>>>UARFCN

M

INTEGER (0..16383, …)

–

>>>>CHOICE Physical CellId UTRA

M

–

>>>>>Physical CellId UTRA FDD

M

INTEGER (0..511, …)

–

>>>>>Physical CellId UTRA TDD

M

INTEGER (0..127, …)

–

>>>>UTRA RSCP

O

INTEGER (-5..91, …)

–

>>>>UTRA EcNo

O

INTEGER (0..49, …)

This IE applies to FDD only.

–

>>Result NR

1

YES

ignore

>>>Result NR Item

1..<maxNRMeas>

–

>>>>NR PCI

M

INTEGER (0..1007)

–

>>>>NR ARFCN

M

INTEGER (0..3279165)

–

>>>>SS-RSRP Cell

O

INTEGER (0..127)

SS-RSRP measurement aggregated at cell level

–

>>>>SS-RSRQ Cell

O

INTEGER (0..127)

SS-RSRQ measurement aggregated at cell level

–

>>>>SS-RSRP per SSB Resource

0..1

–

>>>>>Result SS-RSRP Per SSB Item

1..<maxIndexesReport)>

–

>>>>>>SSB Index

M

INTEGER (0..63)

–

>>>>>>Value SS-RSRP

M

INTEGER (0..127)

SS-RSRP measurement per SSB resource

–

>>>>SS-RSRQ per SSB Resource

0..1

–

>>>>>Result SS-RSRQ Per SSB Item

1..<maxIndexesReport>

–

>>>>>>SSB Index

M

INTEGER (0..63)

–

>>>>>>Value SS-RSRQ

M

INTEGER (0..127)

SS-RSRQ measurement per SSB resource

–

>>>>CGI NR

O

9.2.9

Cell Global Identifier of the reported NR cell

–

>>Result EUTRA

1

YES

ignore

>>>Result EUTRA Item

1..<maxEUTRAMeas>

–

>>>>PCI EUTRA

M

INTEGER (0..503)

–

>>>>EARFCN

M

INTEGER (0..262143)

–

>>>>RSRP EUTRA

O

INTEGER (0..97)

–

>>>>RSRQ EUTRA

O

INTEGER (0..34)

–

>>>>CGI EUTRA

O

9.2.7

Cell Global Identifier of the reported E-UTRA cell

–

maxnoMeas

Maximum no. of measured quantities that can be configured and reported with one message. Value is 64.

maxGERANMeas

Maximum no. of GERAN cells that can be reported with one message. Value is 8.

maxUTRANMeas

Maximum no. of UTRAN cells that can be reported with one message. Value is 8.

maxNRMeas

Maximum no. of NR cells that can be reported with one message. Value is 8.

maxEUTRAMeas

Maximum no. of EUTRA cells that can be reported with one message. Value is 8.

maxIndexesReport

Maximum no. of beam level measurement results that can be reported with one message. Value is 64.

WLAN Measured Results

1

>WLAN Measurement Result Item

1.. <maxnoMeas>

>>WLAN RSSI

M

INTEGER (0..141, …)

>>SSID

O

OCTET STRING (SIZE(1..32))

Includes the SSID field as defined in subclause 8.4.2.2 of IEEE 802.11™ [11].

>>BSSID

M

OCTET STRING (SIZE(6))

Includes the BSSID field as defined in subclause 8.2.4.3.4 of IEEE 802.11™ [11].

>>HESSID

O

OCTET STRING (SIZE(6))

Includes the HESSID field as defined in subclause 8.4.2.94 of IEEE 802.11™ [11].

>>Operating Class

O

INTEGER (0..255)

Indicates the WLAN Operating Class as defined in IEEE 802.11™ [11].

>>Country Code

O

ENUMERATED (unitedStates, europe, japan, global, …)

Indicates the WLAN country code as defined in IEEE 802.11™ [11].

>>WLAN Channel List

0..1

>>>WLAN Channel List Item

1..<maxWLANchannels>

>>>>WLAN Channel

M

INTEGER (0..255)

Indicates the WLAN channel number as defined in IEEE 802.11™ [11].

>>WLAN Band

O

ENUMERATED (band2dot4, band5, …)

Indicates the WLAN band as defined in IEEE 802.11™ [11].

maxnoMeas

Maximum no. of measured quantities that can be configured and reported with one message. Value is 63.

maxWLANchannels

Maximum no. of WLAN channels that can be reported within one list. Value is 16.

CHOICE OTDOA Cell Information item

1 <maxnoOTDOAtypes>

>>PCI EUTRA

M

INTEGER (0..503, …)

Physical Cell ID of the reported E-UTRA cell.

>>CGI EUTRA

M

9.2.7

Cell Global Identifier of the E-UTRA cell.

>>TAC

M

9.2.11

Tracking Area Code

>>EARFCN

M

INTEGER (0.. 262143, …)

Corresponds to N_DL for FDD and N_DL/UL for TDD in ref. TS 36.104 [7].

>>PRS Bandwidth EUTRA

M

ENUMERATED (bw6, bw15, bw25, bw50, bw75, bw100, …)

Transmission bandwidth of PRS

>>PRS Configuration Index EUTRA

M

INTEGER (0..4095, …)

PRS Configuration Index, ref TS 36.211 [10]

>>CP Length EUTRA

M

ENUMERATED (Normal, Extended, …)

Cyclic prefix length of the PRS

>>Number of DL Frames EUTRA

M

ENUMERATED (sf1, sf2, sf4, sf6, …)

Number of consecutive downlink subframes N_PRS with PRS, ref TS 36.211 [10]

>>Number of Antenna Ports EUTRA

M

ENUMERATED(n1-or-n2, n4, …)

Number of used antenna ports, where n1-or-n2 corresponds to 1 or 2 ports, n4 corresponds to 4 ports

>>SFN Initialisation Time EUTRA

M

BIT STRING (64)

Time in seconds relative to 00:00:00 on 1 January 1900 (calculated as continuous time without leap seconds and traceable to a common time reference) where binary encoding of the integer part is in the first 32 bits and binary encoding of the fraction part in the last 32 bits. The fraction part is expressed with a granularity of 1 /2**32 second.

>>NG-RAN Access Point Position

M

9.2.10

The configured estimated geographical position of the antenna of the cell/TP.

>>PRS Muting Configuration EUTRA

M

9.2.16

The configuration of positioning reference signals muting pattern.

>>PRS-ID EUTRA

M

INTEGER (0..4095, …)

PRS ID, ref TS 36.211 [10].

>>TP-ID EUTRA

M

INTEGER (0..4095, …)

Identity of the transmission point. This IE together with the PCI and/or PRS-ID may be used to identify the transmission point in case the same physical cell ID is shared by multiple transmission points.

>>TP Type EUTRA

M

ENUMERATED (prs-only-tp, …)

A TP which transmits PRS only.

>>Number of DL Frames-Extended EUTRA

M

INTEGER (1..160, …)

Number of consecutive downlink subframes N_PRS with PRS, ref TS 36.211 [10].

>>CRS CP Length EUTRA

M

ENUMERATED (Normal, Extended, …)

Cyclic prefix length of the CRS.

>>DL Bandwidth EUTRA

M

ENUMERATED (bw6, bw15, bw25, bw50, bw75, bw100, …)

DL transmission bandwidth expressed in units of resource blocks N_RB, ref TS 36.104 [7].

>>PRS Occasion Group EUTRA

M

ENUMERATED (og2, og4, og8, og16, og32, og64, og128, …)

PRS occasion group in a PRS period, ref TS 36.211 [10].

>>PRS Frequency Hopping Configuration EUTRA

M

9.2.17

PRS frequency hopping configuration.

>>TDD Configuration EUTRA

M

9.2.18

TDD specific physical channel configuration.

YES

ignore

>>NR CGI

M

9.2.9

Cell Global Identifier of the NR cell.

YES

ignore

>>SFN Initialisation Time NR

M

BIT STRING (64)

Time in seconds relative to 00:00:00 on 1 January 1900 (calculated as continuous time without leap seconds and traceable to a common time reference) where binary encoding of the integer part is in the first 32 bits and binary encoding of the fraction part in the last 32 bits. The fraction part is expressed with a granularity of 1 /2**32 second.

YES

ignore

maxnoOTDOAtypes

Maximum no. of OTDOA information types that can be requested and reported with one message. Value is 63.

CHOICE PRS Muting Configuration

M

>Two

M

BIT STRING (2)

If a bit is set to "0", it indicates that the PRS is muted in the corresponding PRS positioning occasion (numbering from any sub frame for which SFN=0) in a periodic cycle of length equal to the length of the bit string

>Four

M

BIT STRING (4)

Same as above

>Eight

M

BIT STRING (8)

Same as above

>Sixteen

M

BIT STRING (16)

Same as above

>thirty-two

M

BIT STRING (32)

Same as above

>sixty-four

M

BIT STRING (64)

Same as above

>one-hundred-and-twenty-eight

M

BIT STRING (128)

Same as above

>two-hundred-and-fifty-six

M

BIT STRING (256)

Same as above

>five-hundred-and-twelve

M

BIT STRING (512)

Same as above

>one-thousand-and-twenty-four

M

BIT STRING (1024)

Same as above

Number of Frequency Hopping Bands

M

ENUMERATED (twobands, fourbands, …)

Number of bands for frequency hopping.

Band Positions

1.. <maxnoFreqHoppingBandsMinusOne,…>

>NarrowBand Index

M

INTEGER (0..15, …)

Narrowband Index

maxnoFreqHoppingBandsMinusOne

Maximum no. of frequency hopping bands minus one. Value is 7.

Subframe Assignment

M

ENUMERATED ( sa0, sa1, sa2, sa3, sa4, sa5, sa6, … )

sa0 points to Configuration 0, sa1 to Configuration 1 etc. as specified in TS 36.211 [6, table 4.2-2].

Assistance Information

M

>System Information

1..<maxNrOfPosSImessage>

Corresponds to the number of SI messages with posSIBs to be scheduled

>>Broadcast Periodicity

M

ENUMERATED (ms80, ms160, ms320, ms640, ms1280, ms2560, ms5120, …)

Broadcast Periodicity for the Pos SIBs, see TS 38.331 [13]

>>Pos SIBs

1..<maxNrOfPosSIBs>

Number of posSIBs in the System Information.

>>>PosSIB-Type

M

9.2.22

>>>PosSIB Segments

M

9.2.20

>>>Assistance Information Meta Data

O

9.2.21

>>>Broadcast Priority

O

INTEGER (1..16, …)

The priority of the assistance Information where 1 represents the highest priority and 16 the lowest priority

maxNrOfPosSImessage

Maximum number of positioning system information messages. Value is 32.

maxNrOfPosSIBs

Maximum number of positioning system information blocks included in the message. Value is 32.

PosSIB Segments

1..<maxNrOfSegments>

>Assistance Data SIB Element

M

OCTET STRING

TS 37.355 [14]

maxNrOfSegments

Maximum number of positioning SIB segments (in case of Assistance Information Element contains segmented data according to TS 37.355 [14]). Value is 64.

Encrypted

O

ENUMERATED (true, …)

TS 38.331 [13]

GNSS ID

O

ENUMERATED (gps, sbas, qzss, galileo, glonass, bds, navic …)

TS 38.331 [13]

SBAS ID

O

ENUMERATED (waas, egnos, msas, gagan, …)

TS 38.331 [13]

Positioning SIB Type

M

ENUMERATED ( posSibType1-1,

posSibType1-2,

posSibType1-3,

posSibType1-4,

posSibType1-5,

posSibType1-6,

posSibType1-7,

posSibType1-8,

posSibType2-1,

posSibType2-2,

posSibType2-3,

posSibType2-4,

posSibType2-5,

posSibType2-6,

posSibType2-7,

posSibType2-8,

posSibType2-9,

posSibType2-10,

posSibType2-11,

posSibType2-12,

posSibType2-13,

posSibType2-14,

posSibType2-15,

posSibType2-16,

posSibType2-17,

posSibType2-18,

posSibType2-19,

posSibType2-20,

posSibType2-21,

posSibType2-22,

posSibType2-23,

posSibType2-24,

posSibType2-25,

posSibType3-1,

posSibType4-1,

posSibType5-1,

posSibType6-1,

posSibType6-2,

posSibType6-3,

…,

posSibType1-9, posSibType1-10,

posSibType6-4, posSibType6-5, posSibType6-6)

Assistance Information Failure List

1..<maxnoAssistInfoFailureListItems>

>PosSIB-Type

M

9.2.22

>Outcome

M

ENUMERATED (failed, …)

maxnoAssistInfoFailureListItems

Maximum no. of assistance information failure list items that can be signaled with one message. Value is 32.

TRP Identifier

M

INTEGER (1..65535,…)

Identifies a TRP within an NG-RAN node

TRP ID

M

9.2.24

–

TRP Information Type

1 .. <maxnoTRPInfoTypes>

–

>CHOICE TRP Information Item

M

–

>>NR PCI

M

INTEGER (0..1007)

NR Physical Cell ID

–

>>NR CGI

M

9.2.9

–

>>NR ARFCN

M

INTEGER (0..3279165)

–

>>PRS Configuration

M

9.2.44

–

>>SSB Information

M

9.2.54

–

>>SFN Initialisation Time

M

Relative Time 1900

9.2.36

–

>>Spatial Direction Information

M

9.2.45

–

>>Geographical Coordinates

M

9.2.46

–

>>TRP type

M

ENUMERATED (prs-only-tp, srs-only-rp, tp, rp, trp…)

TS 38.305 [18]

YES

reject

>>On-demand PRS TRP Information

M

9.2.65

YES

reject

>>TRP Tx TEG Association

M

9.2.79

YES

reject

>>TRP Beam Antenna Information

M

9.2.82

YES

reject

maxnoTRPInfoTypes

Maximum no of TRP information types that can be requested and reported with one message. Value is 64.

Expected Propagation Delay

M

INTEGER

(-3841..3841,…)

Indicates when the SRS is expected to arrive in time at the TRP relative to the UL RTOA Reference Time.

The UL RTOA Reference Time for a target SRS is defined as , where

–     is the SFN Initialisation Time

–     , where and are the system frame number and the subframe number of the SRS, respectively.

Granularity 4Ts, where Ts=1/(15⋅10³ ⋅2048) seconds.

Centre of the search window.

Delay Uncertainty

M

INTEGER

(1..246,…)

Indicates the uncertainty of the expected SRS arrival time at the TRP

Granularity 4Ts, where Ts=1/(15⋅10³⋅2048) seconds.

Single-sided search window.

Number Of Periodic Transmissions

C-ifResourceTypePeriodic

INTEGER (0..500,…)

The number of periodic SRS transmissions requested. The value of ‘0’ represents an infinite number of periodic SRS transmissions.

Resource Type

M

ENUMERATED (periodic, semi-persistent, aperiodic, …)

CHOICE Bandwidth

M

>FR1

ENUMERATED (5mHz, 10mHz, 20mHz, 40mHz, 50mHz, 80mHz, 100mHz, …)

>FR2

ENUMERATED (50mHz, 100mHz, 200mHz, 400mHz,…)

SRS Resource Set List

0.. 1

>SRS Resource Set Item

1..< maxnoSRS-ResourceSets>

>>Number of SRS Resources Per Set

O

INTEGER (1..16,…)

The number of SRS Resources per resource set for SRS transmission.

>>Periodicity List

0.. 1

>>>Periodicity List Item

1..<maxnoSRS-ResourcePerSet>

>>>>PeriodicitySRS

M

ENUMERATED (0.125, 0.25, 0.5, 0.625, 1, 1.25, 2, 2.5, 4, 5, 8, 10, 16, 20, 32, 40, 64, 80, 160, 320, 640, 1280, 2560, 5120, 10240, …)

Milli-seconds

>>Spatial Relation Information

O

9.2.34

This IE is ignored if the Spatial Relation Information per SRS Resource IE is present.

>>Pathloss Reference Information

O

9.2.53

>>Spatial Relation Information per SRS Resource

O

9.2.60

SSB Information

O

9.2.54

SRS Frequency

O

INTEGER(0..3279165)

NR ARFCN

The carrier frequency of SRS transmission bandwidth.

YES

ignore

ifResourceTypePeriodic

This IE shall be present if the Resource Type IE is set to the value "Periodic".

maxnoSRS-ResourceSets

Maximum no of requested SRS Resource Sets for SRS transmission. Value is 16.

maxnoSRS-ResourcePerSet

Maximum no of SRS Resources per set. Value is 16.

SRS Carrier List

1

>SRS Carrier List Item

1..<maxnoSRS-Carriers>

>>Point A

M

INTEGER (0..3279165)

NR ARFCN

>>Uplink Channel BW-PerSCS-List

1

SCS-SpecificCarrier TS 38.331 [13]

>>>SCS Specific Carrier

1. .<maxnoSCSs>

>>>>Offset To Carrier

M

INTEGER(0..2199,…)

First usable RB to Point A in the number of PRBs

>>>>Subcarrier Spacing

M

ENUMERATED(kHz15, kHz30, kHz60, kHz120,…)

>>>>Carrier Bandwidth

M

INTEGER(1..275,…)

>>Active UL BWP

M

Only the configuration in the active UL BWP is needed.

>>>Location And Bandwidth

M

INTEGER(0..37949,…)

BWP TS 38.331 [13]

>>>Subcarrier Spacing

M

ENUMERATED(kHz15, kHz30, kHz60, kHz120,…)

>>>Cyclic Prefix

M

ENUMERATED(Normal, Extended)

>>>Tx Direct Current Location

M

INTEGER(0..3301,…)

>>>Shift7dot5kHz

O

ENUMERATED(true,…)

>>>SRS Config

M

SRS-Config as defined in TS 38.331 [13]

>>>>SRS Resource List

0..<maxnoSRS-Resources>

>>>>>SRS Resource

M

9.2.29

SRS-Resource as defined in TS 38.331 [13]

>>>>Positioning SRS Resource List

0..< maxnoSRS-PosResources>

>>>>>Positioning SRS Resource

M

9.2.30

SRS-PosResource-r16 as defined in TS 38.331 [13]

>>>>SRS Resource Set List

0..<maxnoSRS-ResourceSets>

>>>>>SRS Resource Set

M

9.2.31

SRS-ResourceSet as defined in TS 38.331 [13]

>>>>Positioning SRS Resource Set List

0..<maxnoSRS-PosResourceSets>

>>>>>Positioning SRS Resource Set

M

9.2.32

SRS-PosResourceSet-r16 as defined in TS 38.331 [13]

>>NR PCI

O

INTEGER (0..1007)

Physical Cell ID of the cell that contains the SRS carrier

maxnoSRS-Carriers

Maximum no of carriers for SRS. Value is 32.

maxnoSCSs

Maximum no of SCS spacings for a carrier. Value is 5.

maxnoSRS-Resources

Maximum no of SRS resources per UL BWP. Value is 64.

maxnoSRS-PosResources

Maximum no of positioning SRS resources per UL BWP. Value is 64.

maxnoSRS-ResourceSets

Maximum no of SRS resource sets per UL BWP. Value is 16.

maxnoSRS-PosResourceSets

Maximum no of positioning SRS resource sets per UL BWP. Value is 16.

SRS Resource ID

M

INTEGER(0..63)

Number of Ports

M

ENUMERATED(port1, ports2, ports4)

CHOICE Transmission Comb

M

>Comb Two

>>Comb Offset

M

INTEGER(0..1)

>>Cyclic Shift

M

INTEGER(0..7)

>Comb Four

>>Comb Offset

M

INTEGER(0..3)

>>Cyclic Shift

M

INTEGER(0..11)

Start Position

M

INTEGER(0..13)

Number of Symbols

M

ENUMERATED(n1,n2,n4)

Repetition Factor

M

ENUMERATED(r1,r2,r4)

Frequency Domain Position

M

INTEGER(0..67)

Frequency Domain Shift

M

INTEGER(0..268)

C-SRS

M

INTEGER(0..63)

B-SRS

M

INTEGER(0..3)

B-Hop

M

INTEGER(0..3)

Group or Sequence Hopping

M

ENUMERATED(neither, groupHopping, sequenceHopping)

CHOICE Resource Type

M

>Periodic

>>Periodicity

M

ENUMERATED(slot1, slot2, slot4, slot5, slot8, slot10, slot16, slot20, slot32, slot40, slot64, slot80, slot160, slot320, slot640, slot1280, slot2560, …)

>>Offset

M

INTEGER(0..2559, …)

>Semi-persistent

>>Periodicity

M

ENUMERATED(slot1, slot2, slot4, slot5, slot8, slot10, slot16, slot20, slot32, slot40, slot64, slot80, slot160, slot320, slot640, slot1280, slot2560, …)

>>Offset

M

INTEGER(0..2559, …)

>Aperiodic

>>Aperiodic Resource Type

M

ENUMERATED(true,…)

Sequence ID

M

INTEGER(0..1023)

Positioning SRS Resource ID

M

INTEGER(0..63)

CHOICE Transmission Comb

M

>Comb Two

>>Comb Offset

M

INTEGER(0..1)

>>Cyclic Shift

M

INTEGER(0..7)

>Comb Four

>>Comb Offset

M

INTEGER(0..3)

>>Cyclic Shift

M

INTEGER(0..11)

>Comb Eight

>>Comb Offset

M

INTEGER(0..7)

>>Cyclic Shift

M

INTEGER(0..5)

Start Position

M

INTEGER(0..13)

Number of Symbols

M

ENUMERATED(n1,n2,n4, n8, n12}

Frequency Domain Shift

M

INTEGER(0..268)

C-SRS

M

INTEGER(0..63)

Group or Sequence Hopping

M

ENUMERATED(Neither, groupHopping, sequenceHopping)

CHOICE Resource Type Positioning

M

>periodic

>>Periodicity

M

ENUMERATED(slot1, slot2, slot4, slot5, slot8, slot10, slot16, slot20, slot32, slot40, slot64, slot80, slot160, slot320, slot640, slot1280, slot2560, slot5120, slot10240, slot40960, slot81920,…)

>>Offset

M

INTEGER(0..81919,…)

>semi-persistent

>>Periodicity

M

ENUMERATED(slot 1, slot 2, slot4, slot5, slot8, slot10, slot16, slot20, slot32, slot40, slot64, slot80, slot160, slot320, slot640, slot1280, slot2560, slot5120, slot10240, slot40960, slot81920,…)

>>Offset

M

INTEGER(0..81919,…)

>aperiodic

>>slot offset

M

INTEGER(0..32)

Sequence ID

M

INTEGER(0..65535)

CHOICE Spatial Relation Positioning

O

>SSB

>>NR PCI

M

INTEGER (0..1007)

>>SSB index

O

INTEGER(0..63)

>PRS

>>PRS ID

M

INTEGER(0..255)

>>PRS Resource Set ID

M

INTEGER(0..7)

>>PRS Resource ID

O

INTEGER(0..63)

SRS Resource Set ID

M

INTEGER(0..15)

SRS Resource ID List

1..<maxnoSRS-ResourcePerSet>

>SRS Resource ID

M

INTEGER(0..63)

CHOICE Resource Set Type

M

>periodic

>>periodicSet

M

ENUMERATED(true,…)

>semi-persistent

>>semi-persistentSet

M

ENUMERATED(true,…)

>aperiodic

>>SRS Resource Trigger

M

INTEGER(1..3)

>>Slot offset

M

INTEGER(0..32)

Offset in number of slots, where value 0 indicates no offset.

maxnoSRS-ResourcePerSet

Maximum no of SRS resources per SRS resource set. Value is 16.

Positioning SRS Resource Set ID

M

INTEGER(0..15)

Positioning SRS Resource ID List

1..<maxnoSRS-PosResourcePerSet>

>Positioning SRS Resource ID

M

INTEGER(0..63)

CHOICE Resource Type

M

>periodic

>>PosperiodicSet

M

ENUMERATED(true,…)

>semi-persistent

>>Possemi-persistentSet

M

ENUMERATED(true,…)

>aperiodic

>>SRS Resource Trigger

M

INTEGER(1..3)

maxnoSRS-PosResourcePerSet

Maximum no of positioning SRS resources per positioning SRS resource set. Value is 16.

SRS Resource Set ID

M

INTEGER (0..15)

According to TS 38.331 [13]

Spatial Relation for Resource ID

1..<maxnoSpatialRelations>

According to TS 38.321 [15] and TS 38.331 [13]

CHOICE Reference Signal

M

>NZP CSI-RS

>>NZP CSI-RS Resource ID

M

INTEGER (0..191)

>SSB

>>NR PCI

M

INTEGER (0..1007)

>>SSB Index

O

INTEGER (0..63)

>SRS

>>SRS Resource ID

M

INTEGER (0..63)

>Positioning SRS

>>Positioning SRS Resource ID

M

INTEGER (0..63)

>DL-PRS

>>DL-PRS ID

M

INTEGER (0..255)

>>DL-PRS Resource Set ID

M

INTEGER (0..7)

>>DL-PRS Resource ID

O

INTEGER (0..63)

maxnoSpatialRelations

Maximum no. of Spatial Relations that can be configured. Value is 64.

Aperiodic SRS Resource Trigger List

1..<maxnoSRS-TriggerStates>

According to TS 38.331 [13]

>Aperiodic SRS Resource Trigger

INTEGER (1..3)

maxnoSRSTriggerStates

Maximum no. of SRS trigger states. Value is 3.

Relative Time 1900

M

BIT STRING (SIZE(64))

Time in seconds relative to 00:00:00 on 1 January 1900 (calculated as continuous time without leap seconds and traceable to a common time reference) where binary encoding of the integer part is in the first 32 bits and binary encoding of the fraction part in the last 32 bits. The fraction part is expressed with a granularity of 1 /2**32 second

Measured Result Item

1 .. <maxnoPosMeas>

>CHOICE Measured Results Value

M

>>UL Angle of Arrival

M

9.2.38

–

>>UL SRS-RSRP

M

INTEGER (0..126)

–

>>UL RTOA

M

9.2.39

–

>>gNB Rx-Tx Time Difference

M

9.2.40

–

>>Z-AoA

M

9.2.67

YES

reject

>>Multiple UL-AoA

M

9.2.71

YES

reject

>>UL SRS-RSRPP

M

9.2.72

YES

reject

>Time Stamp

M

9.2.42

–

>Measurement Quality

O

9.2.43

–

>Measurement Beam Information

O

9.2.57

–

>SRS Resource type

O

9.2.73

YES

ignore

>ARP ID

O

9.2.75

YES

ignore

>LoS/NLoS Information

O

9.2.77

YES

ignore

maxnoPosMeas

Maximum no. of measured quantities that can be configured and reported with one positioning measurement message. Value is 16384.

Azimuth Angle of Arrival

M

INTEGER(0..3599)

TS 38.133 [16]

Zenith Angle of Arrival

O

INTEGER(0..1799)

TS 38.133 [16]

LCS to GCS Translation

O

9.2.69

If absent, the azimuth and zenith are provided in GCS.

CHOICE UL RTOA Measurement

M

–

>k0

M

INTEGER (0.. 1970049)

TS 38.133 [16]

–

>k1

M

INTEGER (0.. 985025)

TS 38.133 [16]

–

>k2

M

INTEGER (0.. 492513)

TS 38.133 [16]

–

>k3

M

INTEGER (0.. 246257)

TS 38.133 [16]

–

>k4

M

INTEGER (0.. 123129)

TS 38.133 [16]

–

>k5

M

INTEGER (0.. 61565)

TS 38.133 [16]

–

Additional Path List

O

9.2.41

This IE is ignored if the Extended Additional Path List IE is included

–

Extended Additional Path List

O

9.2.74

YES

ignore

TRP Rx TEG ID

O

INTEGER (0..31)

YES

ignore

TRP Rx Timing Error Margin

O

Timing Error Margin
9.2.84

Timing error margin associated to the TRP Rx TEG ID.

YES

ignore

CHOICE gNB Rx-Tx Time Difference Measurement

M

–

>k0

M

INTEGER (0.. 1970049)

TS 38.133 [16]

–

>k1

M

INTEGER (0.. 985025)

TS 38.133 [16]

–

>k2

M

INTEGER (0.. 492513)

TS 38.133 [16]

–

>k3

M

INTEGER (0.. 246257)

TS 38.133 [16]

–

>k4

M

INTEGER (0.. 123129)

TS 38.133 [16]

–

>k5

M

INTEGER (0.. 61565)

TS 38.133 [16]

–

Additional Path List

O

9.2.41

This IE is ignored if the Extended Additional Path List IE is included

–

Extended Additional Path List

O

9.2.74

YES

ignore

TRP TEG ID Information

O

9.2.80

YES

ignore

Additional Path Item

1..<maxnopath>

–

>CHOICE Relative Path Delay

M

–

>>k0

M

INTEGER(0..16351)

–

>>k1

M

INTEGER(0..8176)

–

>>k2

M

INTEGER(0..4088)

–

>>k3

M

INTEGER(0..2044)

–

>>k4

M

INTEGER(0..1022)

–

>>k5

M

INTEGER(0..511)

–

>Path Quality

O

Measurement Quality

9.2.43

–

>Multiple UL-AoA

O

9.2.71

YES

ignore

>Path Power

O

UL SRS-RSRPP

9.2.72

YES

ignore

maxnopath

Maximum no. of additional path measurement. Value is 2.

System Frame Number

M

INTEGER(0..1023)

CHOICE Slot Index

M

>SCS-15

M

INTEGER(0..9)

>SCS-30

M

INTEGER(0..19)

>SCS-60

M

INTEGER(0..39)

>SCS-120

M

INTEGER(0..79)

Measurement time

O

Relative Time 1900

9.2.36

CHOICE Measurement Quality

M

>Timing Measurement Quality

>>Measurement Quality

M

INTEGER(0..31)

TS 37.355 [14]

>>Resolution

M

ENUMERATED(0.1m, 1m, 10m, 30m, …)

TS 37.355 [14]

>Angle Measurement Quality

>>Azimuth Quality

M

INTEGER(0..255)

>>Zenith Quality

O

INTEGER(0..255)

>>Resolution

M

ENUMERATED (0.1deg, …)

PRS Resource Set List

1

>PRS Resource Set Item

1..<maxnoofPRSresourceSet>

>>PRS Resource Set ID

M

INTEGER(0..7)

>>Subcarrier Spacing

M

ENUMERATED(kHz15, kHz30, kHz60, kHz120, …)

>>PRS bandwidth

M

INTEGER(1..63)

24,28,…,272 PRBs

>>Start PRB

M

INTEGER(0..2176)

Starting PRB to Point A

>>Point A

M

INTEGER (0..3279165)

NR ARFCN

>>Comb Size

M

ENUMERATED(2, 4, 6, 12, …)

>>CP Type

M

ENUMERATED(normal, extended, …)

>>Resource Set Periodicity

M

ENUMERATED(4,5,8,10,16,20,32,40,64,80,160,320,640,1280,2560,5120,10240,20480,40960,81920,…)

>>Resource Set Slot Offset

M

INTEGER(0..81919,…)

>>Resource Repetition Factor

M

ENUMERATED(rf1,rf2,rf4,rf6,rf8,rf16,rf32,…)

>>Resource Time Gap

M

ENUMERATED(tg1,tg2,tg4,tg8,tg16,tg32,…)

>>Resource Number of Symbols

M

ENUMERATED(n2,n4,n6,n12,…)

>>PRS Muting

O

>>>Option1

O

>>>>Muting Pattern

M

DL-PRS Muting Pattern

9.2.56

Muting pattern option 1 is used to mute the whole PRS resource set (within a period)

>>>>Muting Bit Repetition Factor

M

ENUMERATED(1,2,4,8,…)

>>>Option2

O

>>>>Muting Pattern

M

DL-PRS Muting Pattern

9.2.56

Muting pattern option 2 is used to mute the selected repetition of the resource set (within the period)

>>PRS Resource Transmit Power

M

INTEGER(-60..50)

>>PRS Resource List

1

NR-DL-PRS-Resource-r16 as defined in TS 37.355 [14]

>>>PRS Resource Item

1..<maxnoofPRSresources>

>>>>PRS Resource ID

M

INTEGER(0..63)

>>>>Sequence ID

M

INTEGER(0..4095)

>>>>RE Offset

M

INTEGER(0..11,…)

>>>>Resource Slot Offset

M

INTEGER(0..511)

>>>>Resource Symbol Offset

M

INTEGER(0..12)

>>>>CHOICE QCL Info

O

>>>>>SSB

>>>>>>NR PCI

M

INTEGER(0..1007)

>>>>>>SSB Index

O

INTEGER(0..63)

>>>>>DL-PRS

>>>>>>QCL Source PRS Resource Set ID

M

INTEGER(0..7)

>>>>>>QCL Source PRS Resource ID

O

INTEGER(0..63)

If it is absent, the QCL source PRS resource ID is the same as the PRS resource ID

maxnoofPRSresourceSet

Maximum no of PRS resources set. Value is 8.

maxnoofPRSresource

Maximum no of PRS resources per PRS resource set. Value is 64.

NR-PRS Beam Information

M

9.2.58

The spatial directions of DL-PRS Resources for TRP

CHOICE TRP Position Definition Type

M

–

>Direct

>>CHOICE Accuracy

M

>>>normal accuracy

>>>>TRP Position

M

NG-RAN Access Point Position

9.2.10

The configured estimated geographical position of the antenna of the cell/TRP.

>>>high accuracy

>>>>TRP High Accuracy Access Position

M

NG-RAN High Accuracy Access Point Position

9.2.49

The configured estimated geographical high accuracy position of the antenna of the cell/TRP.

>Referenced

>>Reference Point

M

9.2.51

The reference point is used to derive the TRP position

>>CHOICE Type

M

>>>Geodetic

>>>>TRP Position Relative Geodetic

M

Relative Geodetic Location

9.2.48

The configured estimated relative geodetic coordinate of the antenna of the cell/TRP

>>>Cartesian

>>>>TRP Position Relative Cartesian

M

Relative Cartesian Location

9.2.50

The configured estimated relative Cartesian coordinate of the antenna of the cell/TRP

DL-PRS Resource Coordinates

O

9.2.47

DL-PRS Resource Coordinates relative to the TRP coordinate

–

ARP Location Information

O

9.2.76

Yes

ignore

DL-PRS Resource Set ARP List

M

1..<maxPRS-ResourceSets>

>DL-PRS Resource Set ID

M

INTEGER (0..7)

>CHOICE DL-PRS Resource Set ARP Location

M

Relative to the geographical coordinates for the TRP. If this IE is absent, the Relative Location is zero for the indicated DL-PRS Resource Set ID.

>>Geodetic

>>>TRP Position Relative Geodetic

M

Relative Geodetic Location 9.2.48

>>Cartesian

>>>TRP Position Relative Cartesian

M

Relative Cartesian Location 9.2.50

>DL-PRS Resource ARP List

M

1..<maxPRS-ResourcesPerSet>

>>DL-PRS Resource ID

M

INTEGER (0..63)

>>CHOICE DL-PRS Resource ARP Location

M

Relative to the DL-PRS Resource Set ARP Location.

If this IE is absent, the Relative Location is zero for the indicated DL-PRS Resource ID.

>>>Geodetic

>>>TRP Position Relative Geodetic

M

Relative Geodetic Location 9.2.48

>>>Cartesian

>>>TRP Position Relative Cartesian

M

Relative Cartesian Location 9.2.50

maxPRS-ResourceSets

Maximum no of DL-PRS resource sets per TRP. Value is 2.

maxPRS-ResourcesPerSet

Maximum no of DL-PRS resources of the DL-PRS resource set of the TRP. Value is 64.

Milli-Arc-Second Units

M

ENUMERATED (0.03, 0.3, 3, …)

Units and scale factor for the delta-latitude and delta-longitude fields. 0.03, 0.3, 3, milliarcseconds. TS 37.355 [14].

Height Units

M

ENUMERATED (mm, cm, m, …)

Units and scale factor for the delta-height field.

10^-3 metre, 10^-2 metre, TS 37.355 [14].

Delta Latitude

M

INTEGER (-1024..1023)

Delta value in latitude in the unit provided in Milli-Arc-Second Units. TS 37.355 [14].

Delta Longitude

M

INTEGER (-1024..1023)

Delta value in longitude in the unit provided in Milli-Arc-Second Units. TS 37.355 [14].

Delta Height

M

INTEGER (-1024..1023)

Delta value in ellipsoidal height in the unit provided in Height Units. TS 37.355 [14].

Location uncertainty

M

9.2.52

Degrees of Latitude

M

INTEGER(-2147483648..2147483647)

Degrees of Longitude

M

INTEGER(-2147483648..2147483647)

Altitude

M

INTEGER(-64000..1280000)

Uncertainty Semi Major

M

INTEGER (0..255)

Uncertainty Semi Minor

M

INTEGER (0..255)

Orientation Major Axis

M

INTEGER (0..179)

Horizontal Confidence

M

INTEGER (0..100)

Uncertainty Altitude

M

INTEGER (0..255)

Vertical Confidence

M

INTEGER (0..100)

XYZ unit

M

ENUMERATED (mm, cm, dm,..)

X value

M

INTEGER

(-2¹⁶.. 2¹⁶-1)

Positive value represents easting from reference point, in units of XYZ Unit IE.

Y value

M

INTEGER

(-2¹⁶.. 2¹⁶-1)

Positive value represents northing from reference point in units of XYZ Unit IE.

Z value

M

INTEGER

(-2¹⁵.. 2¹⁵-1)

Height with respect to reference point in units of XYZ Unit IE, where the XY-plane is horizontal and the Z-axis points up.

Location uncertainty

M

9.2.52

CHOICE ReferencePoint

M

Reference point to which relative location information is related to

>Coordinate ID

>>Coordinate ID

M

INTEGER(0.. 2⁹-1,..)

Referential ID mapped via OAM

>Reference Point Coordinates

>>Reference Point Position

M

NG-RAN Access Point Position

9.2.10

>Reference Point Coordinates High Accuracy

>>Reference Point High Accuracy Access Position

M

NG-RAN High Accuracy Access Point Position

9.2.49

>Horizontal Uncertainty

M

INTEGER (0..255)

Horizontal uncertainty of the ARP latitude/longitude. Corresponds to the encoded high accuracy uncertainty as defined in TS 23.032 [8]

>Horizontal Confidence

M

INTEGER (0..100)

Corresponds to confidence as defined in TS 23.032 [8].

>Vertical Uncertainty

M

INTEGER (0..255)

Vertical uncertainty of the ARP altitude. Corresponds to the encoded high accuracy uncertainty as defined in TS 23.032 [8]

>Vertical Confidence

M

INTEGER (0..100)

Corresponds to confidence as defined in TS 23.032 [8].

CHOICE Pathloss Reference Signal

M

>SSB

>>NR PCI

M

INTEGER (0..1007)

>>SSB Index

O

INTEGER (0..63)

>DL-PRS

>>DL-PRS ID

M

INTEGER (0..255)

>>DL-PRS Resource Set ID

M

INTEGER (0..7)

>>DL PRS Resource ID

O

INTEGER (0..63)

SSB Info List

1

>SSB Info Item

1…<maxNoSSBs>

>>SSB Configuration

M

SSB Time/Frequency Configuration

9.2.55

>>NR PCI

M

INTEGER (0..1007)

maxNoSSBs

Maximum no of SSBs for which the configuration can be provided. Value is 255.

SSB frequency

M

INTEGER (0..3279165)

ARFCN

SSB subcarrier spacing

M

ENUMERATED(15kHz, 30kHz, 60kHz, 120kHz, 240kHz,…)

SSB Transmit power

M

INTEGER (-60..50)

EPRE of SSS

SSB periodicity

M

ENUMERATED(5ms, 10ms, 20ms, 40ms, 80ms, 160ms, …)

SSB half frame index

M

INTEGER(0..1)

SSB SFN offset

M

INTEGER(0..15)

CHOICE SSB Position in Burst

O

>Short Bitmap

BIT STRING (SIZE(4))

>Medium Bitmap

BIT STRING (SIZE(8))

>Long Bitmap

BIT STRING (SIZE(64))

SFN initialisation time

O

Relative Time 1900

9.2.36

CHOICE DL-PRS Muting Pattern

M

>Two

M

BIT STRING (SIZE(2))

>Four

M

BIT STRING (SIZE(4))

>Six

M

BIT STRING (SIZE(6))

>Eight

M

BIT STRING (SIZE(8))

>Sixteen

M

BIT STRING (SIZE(16))

>Thirty-two

M

BIT STRING (SIZE(32))

PRS Resource ID

O

INTEGER(0..63)

PRS Resource Set ID

O

INTEGER(0..7)

SSB Index

O

INTEGER(0..63)

NR-PRS Beam Information

1

>NR-PRS Beam Information Item

1.. < maxPRS-ResourceSets >

>>PRS Resource Set ID

M

INTEGER (0..7)

The resource set in which the resources are associated with the angle.

>>PRS Angle

1

>>>PRS Angle Item

1.. ..< maxPRS-ResourcesPerSet >

>>>>NR PRS Azimuth

M

INTEGER (0..359)

–

>>>>NR PRS Azimuth fine

O

INTEGER (0..9)

Fine angles

–

>>>>NR PRS Elevation

O

INTEGER (0..180)

–

>>>>NR PRS Elevation fine

O

INTEGER (0..9)

Fine angles

–

>>>>PRS Resource ID

O

INTEGER(0..63)

YES

ignore

LCS to GCS Translation List

0..1

If absent, the azimuth and elevation are provided in GCS.

>LCS to GCS Translation Item

1..<maxnolcs-gcs-translation>

>>Alpha

M

INTEGER (0..359)

>>Alpha-fine

O

INTEGER (0..9)

Fine angles

>>Beta

M

INTEGER (0..359)

>>Beta-fine

O

INTEGER (0..9)

Fine angles

>>Gamma

M

INTEGER (0..359)

>>Gamma-fine

O

INTEGER (0..9)

Fine angles

maxPRS-ResourceSets

Maximum no of DL-PRS resource sets per TRP. Value is 2.

maxPRS-ResourcesPerSet

Maximum no of DL-PRS resources of the DL-PRS resource set of the TRP. Value is 64.

maxnolcs-gcs-translation

Maximum no. of LCS-GS-Translation-Parameters that can reported with one message. Value is 3. The current version of the specification supports 1.

Positioning Broadcast Cells

1 .. <maxnoBcastCell>

>NG-RAN-CGI

M

9.2.6

maxnoBcastCells

Maximum no. of cells broadcasting a posSIB in a NG-RAN node. Value is 16384.

Spatial Relation per SRS Resource List

1

>Spatial Relation per SRS Resource Item

1..<maxnoSRS-ResourcePerSet>

>CHOICE Reference Signal

M

>NZP CSI-RS

>>NZP CSI-RS Resource ID

M

INTEGER (0..191)

>SSB

>>NR PCI

M

INTEGER (0..1007)

>>SSB Index

O

INTEGER (0..63)

>SRS

>>SRS Resource ID

M

INTEGER (0..63)

>Positioning SRS

>>Positioning SRS Resource ID

M

INTEGER (0..63)

>DL-PRS

>>DL-PRS ID

M

INTEGER (0..255)

>>DL-PRS Resource Set ID

M

INTEGER (0..7)

>>DL-PRS Resource ID

O

INTEGER (0..63)

maxnoSRS-ResourcePerSet

Maximum no of SRS resources per SRS resource set. Value is 16.

Requested DL-PRS Resource Set List

1

>Requested DL-PRS Resource Set Item

1..<maxnoofPRSresourceSet>

>>PRS bandwidth

O

INTEGER(1..63)

24,28,…,272 PRBs

>>Comb Size

O

ENUMERATED(2, 4, 6, 12, …)

>>Resource Set Periodicity

O

ENUMERATED(4,5,8,10,16,20,32,40,64,80,160,320,640,1280,2560,5120,10240,20480,40960,81920,…)

>>Resource Repetition Factor

O

ENUMERATED(rf1,rf2,rf4,rf6,rf8,rf16,rf32,…)

>>Resource Number of Symbols

O

ENUMERATED(n2,n4,n6,n12,…)

>>Requested DL-PRS Resource List

O

9.2.62

>>Resource Set Start Time and Duration

O

Start Time and Duration

9.2.63

This IE is ignored if the Start Time and Duration IE is present

Number of Frequency Layers

O

INTEGER(1..4)