Configured bandwidth for the active downlink bandwidth part

Argument: Serving cell index

Unit: MHz

Configured bandwidth for the active uplink bandwidth part

Argument: Serving cell index

Unit: MHz

Center NR-ARFCN for the active downlink bandwidth part

Argument: Serving cell index

Center NR-ARFCN for the active uplink bandwidth part

Argument: Serving cell index

BWP ID for the active downlink bandwidth part

Argument: Serving cell index

BWP ID for the active uplink bandwidth part

Argument: Serving cell index

Sub carrier spacing for the active downlink bandwidth part

Argument: Serving cell index

Unit: kHz

Sub carrier spacing for the active uplink bandwidth part

Argument: Serving cell index

Unit: kHz

Start point NR-ARFCN for the active downlink bandwidth part

Argument: Serving cell index

Start point NR-ARFCN for the active uplink bandwidth part

Argument: Serving cell index

Configured count for downlink bandwidth part

Argument: Serving cell index

Configured count for uplink bandwidth part

Argument: Serving cell index

NR-ARFCN for each cell in the statistics list

Argument: Cell statistics cell index

PCI for each cell in the statistics list

Argument: Cell statistics cell index

Accumulated byte count of all transport blocks with CRC OK, for each cell in the statistics list

Argument: Cell statistics cell index

Cyclic prefix for the active downlink bandwidth part

Argument: Serving cell index

Cyclic prefix for the active uplink bandwidth part

Argument: Serving cell index

Initial Bandwidth Part Bandwidth Downlink

Argument: Serving cell index

Unit: MHz

Initial Bandwidth Part Bandwidth Uplink

Argument: Serving cell index

Unit: MHz

Initial Bandwidth Part Start Point NR-ARFCN Downlink

Argument: Serving cell index

Initial Bandwidth Part Start Point NR-ARFCN Uplink

Argument: Serving cell index

MAC DL BLER Initial

Argument: Serving cell index

Unit: %

MAC BLER Residual Downlink

Argument: Serving cell index

Unit: %

Total MAC throughput accumulated over all downlink carriers

Unit: kbit/s

MAC DL Throughput Per (Mbit/s)

Unit: Mbit/s

Argument: Serving cell index

Unit: kbit/s

Argument: Serving cell index

Unit: Mbit/s

MAC UL BLER Initial

Argument: Serving cell index

Unit: %

MAC uplink new transmission rate in percent, updated every second

Argument: Serving cell index

Unit: %

MAC uplink new transmission count, updated every second

Argument: Serving cell index

MAC uplink retransmission rate after initial attempt

Argument: Serving cell index

Unit: %

MAC uplink retransmission count after initial attempt

Argument: Serving cell index

MAC uplink retransmission rate after 2nd attempt

Argument: Serving cell index

Unit: %

MAC uplink retransmission count after 2nd attempt

Argument: Serving cell index

MAC uplink retransmission rate after 3rd attempt

Argument: Serving cell index

Unit: %

MAC uplink retransmission count after 3rd attempt

Argument: Serving cell index

MAC uplink retransmission rate after 4th attempt

Argument: Serving cell index

Unit: %

MAC uplink retransmission count after 4th attempt

Argument: Serving cell index

Total MAC throughput accumulated over all uplink carriers

Unit: kbit/s

Total MAC throughput accumulated over all uplink carriers

Unit: Mbit/s

MAC Uplink Throughput Per Carrier

Argument: Serving cell index

Unit: kbit/s

MAC Uplink Throughput Per Carrier

Argument: Serving cell index

Unit: Mbit/s

Mobile Country Code

Mobile Network Code

The radio technology

The radio technology in text

The MR-DC Cell Band

General information about MR-DC Cell information elements

Cells are sorted by type (prio 1) and RSRP within each type (prio 2)

If LTE is master technology, the MR-DC Cell list will consist of:

1. LTE serving cells, type 'Serving' or 'PCell' and possible 'SCell(s)'
2. NR serving cells, possible type 'SCell(s)'
3. LTE neighbors, type Neighbor
4. Inter-system NR neighbors, type Intersystem

If NR is master technology, the list will consist of:

1. NR serving cells, type 'Serving' or 'PCell' and possible 'SCell(s)'
2. LTE serving cells, possible type 'SCell(s)'
3. NR neighbors, type Neighbor
4. Inter-system LTE neighbors, type Intersystem

Argument: MR-DC cell index

NR-ARFCN or EARFCN for the cell

Argument: MR-DC cell index

Requires that a cell file is loaded

Argument: MR-DC cell index

Unit: meter

Requires that a cell file is loaded

Argument: MR-DC cell index

NR or LTE PCI for the cell

Argument: MR-DC cell index

RSRP for the cell

Argument: MR-DC cell index

Unit: dBm

RSRQ for the cell

Argument: MR-DC cell index

Unit: dB

SINR for the cell

Argument: MR-DC cell index

Unit: dB

Possible values:

7 LTE

11 NR

Argument: MR-DC cell index

The MR-DC Cell Technology in text

Argument: MR-DC cell index

Possible values:

0 Serving

1 PCell

2 SCell

3 Neighbor

4 Intersystem

Argument: MR-DC cell index

The MR-DC Cell Type in text

Argument: MR-DC cell index

Core network for each DRB in multi-RAT dual connectivity

Argument: MR-DC DRB index

EPS bearer ID for each DRB in multi-RAT dual connectivity

Argument: MR-DC DRB index

DRB ID for each DRB in multi-RAT dual connectivity

Argument: MR-DC DRB index

DRB mode for each DRB in multi-RAT dual connectivity

Argument: MR-DC DRB index

PDCP type for each DRB in multi-RAT dual connectivity

Argument: MR-DC DRB index

PDU Session ID for each DRB in multi-RAT dual connectivity

Argument: MR-DC DRB index

QCI (LTE) or 5QI (5G) for each DRB in multi-RAT dual connectivity

Argument: MR-DC DRB index

RLC downlink path for each DRB in multi-RAT dual connectivity

Argument: MR-DC DRB index

RLC uplink path for each DRB in multi-RAT dual connectivity

Argument: MR-DC DRB index

DRB type for each DRB in multi-RAT dual connectivity

Argument: MR-DC DRB index

PDCP throughput on each downlink data radio bearer

Argument: Radio bearer index

Unit: kbit/s

PDCP throughput on each downlink data radio bearer

Argument: Radio bearer index

Unit: Mbit/s

Total DL throughput on PDCP layer for all data radio bearers

Unit: kbit/s

Total DL throughput on PDCP layer for all data radio bearers

Unit: Mbit/s

Throughput on each PDCP UL data radio bearer

Argument: Radio bearer index

Unit: kbit/s

Throughput on each PDCP UL data radio bearer

Argument: Radio bearer index

Unit: Mbit/s

Total UL throughput on PDCP layer for all data radio bearers

Unit: kbit/s

Total UL throughput on PDCP layer for all data radio bearers

Unit: Mbit/s

Synchronization signal block Beam Index number for the Neighbor

Argument: Neighbor index

Argument: Neighbor index

Physical Cell Identity for the Neighbor

Argument: Neighbor index

Synchronization Signal beam reference signal received power for the neighbor

Argument: Neighbor index

Unit: dBm

Synchronization Signal beam reference signal Received Quality for the neighbor

Argument: Neighbor index

Unit: dB

Synchronization Signal Beam Signal to Noise and Interference Ratio for the neighbor

Argument: Neighbor index

Unit: dB

PDCCH DCI Format 0_0 AL1 Samples Per Carrier

PDCCH DCI Format 0_0 AL2 Samples Per Carrier

...

PDCCH DCI Format 0_0 AL16 Samples Per Carrier

Number of PDCCH samples with DCI Format 0_0 and aggregation level 1/2/4/8/16 for each carrier

Argument: Serving cell index

Total number of PDCCH samples with DCI Format 0_0 for each carrier

Argument: Serving cell index

PDCCH DCI Format 0_1 AL1 Samples Per Carrier

PDCCH DCI Format 0_1 AL2 Samples Per Carrier

...

PDCCH DCI Format 0_1 AL16 Samples Per Carrier

Number of PDCCH samples with DCI Format 0_1 and aggregation level 1/2/4/8/16 for each carrier

Argument: Serving cell index

Total number of PDCCH samples with DCI Format 0_1 for each carrier

Argument: Serving cell index

PDCCH DCI Format 1_0 AL1 Samples Per Carrier

PDCCH DCI Format 1_0 AL2 Samples Per Carrier

...

PDCCH DCI Format 1_0 AL16 Samples Per Carrier

Number of PDCCH samples with DCI Format 1_0 and aggregation level 1/2/4/8/16 for each carrier

Argument: Serving cell index

Total number of PDCCH samples with DCI Format 1_0 for each carrier

Argument: Serving cell index

PDCCH DCI Format 1_1 AL1 Samples Per Carrier

PDCCH DCI Format 1_1 AL2 Samples Per Carrier

...

PDCCH DCI Format 1_1 AL16 Samples Per Carrier

Number of PDCCH samples with DCI Format 1_1 and aggregation level 1/2/4/8/16 for each carrier

Argument: Serving cell index

Total number of PDCCH samples with DCI Format 1_1 for each carrier

Argument: Serving cell index

PDCCH DCI Format 2_0 AL1 Samples Per Carrier

PDCCH DCI Format 2_0 AL2 Samples Per Carrier

...

PDCCH DCI Format 2_0 AL16 Samples Per Carrier

Number of PDCCH samples with DCI Format 2_0 and aggregation level 1/2/4/8/16 for each carrier

Argument: Serving cell index

Total number of PDCCH samples with DCI Format 2_0 for each carrier

Argument: Serving cell index

PDCCH DCI Format 2_1 AL1 Samples Per Carrier

PDCCH DCI Format 2_1 AL2 Samples Per Carrier

...

PDCCH DCI Format 2_1 AL16 Samples Per Carrier

Number of PDCCH samples with DCI Format 2_1 and aggregation level 1/2/4/8/16 for each carrier

Argument: Serving cell index

Total number of PDCCH samples with DCI Format 2_1 for each carrier

Argument: Serving cell index

PDCCH DCI Format 2_2 AL1 Samples Per Carrier

PDCCH DCI Format 2_2 AL2 Samples Per Carrier

...

PDCCH DCI Format 2_2 AL16 Samples Per Carrier

Number of PDCCH samples with DCI Format 2_2 and aggregation level 1/2/4/8/16 for each carrier

Argument: Serving cell index

Total number of PDCCH samples with DCI Format 2_2 for each carrier

Argument: Serving cell index

PDCCH DCI Format 2_3 AL1 Samples Per Carrier

PDCCH DCI Format 2_3 AL2 Samples Per Carrier

...

PDCCH DCI Format 2_3 AL16 Samples Per Carrier

Number of PDCCH samples with DCI Format 2_3 and aggregation level 1/2/4/8/16 for each carrier

Argument: Serving cell index

Total number of PDCCH samples with DCI Format 2_3 for each carrier

Argument: Serving cell index

Argument: Serving cell index

PDSCH Avg RB/Allocated Slot TB1

PDSCH Avg RB/Allocated Slot TB2

Average number of resource blocks used based on used slots for the latest second, separated per carrier and TB samples

Argument: Serving cell index

PDSCH BLER in percent based on all transport blocks with CRC error, separated per carrier

Argument: Serving cell index

Unit: %

PDSCH MCS (CW0)

PDSCH MCS (CW1)

PDSCH Modulation Coding Scheme

Argument: Serving cell index

PDSCH MCS CW0 Current Max

PDSCH MCS CW1 Current Max

PDSCH MCS per CW, maximum value seen over the latest second

Argument: Serving cell index

PDSCH MCS CW0 Current Min

PDSCH MCS CW1 Current Min

PDSCH MCS per CW, minimum value seen over the latest second

Argument: Serving cell index

PDSCH MCS CW0 Distribution Current Sample Count

PDSCH MCS CW1 Distribution Current Sample Count

PDSCH MCS distribution sample count accumulated over the latest second

Argument: Serving cell index

PDSCH Modulation (CW0)

PDSCH Modulation (CW1)

PDSCH Modulation

Argument: Serving cell index

PDSCH Modulation CW0 Current Max

PDSCH Modulation CW1 Current Max

PDSCH Modulation per CW, maximum value seen over the latest second

Argument: Serving cell index

PDSCH Modulation CW0 Current Max (text)

PDSCH Modulation CW1 Current Max (text)

PDSCH Modulation per CW, maximum value seen over the latest second in text

Argument: Serving cell index

PDSCH Modulation CW0 Current Min

PDSCH Modulation CW1 Current Min

PDSCH Modulation per CW, minimum value seen over the latest second

Argument: Serving cell index

PDSCH Modulation CW0 Current Min (text)

PDSCH Modulation CW1 Current Min (text)

PDSCH Modulation per CW, minimum value seen over the latest second in text

Argument: Serving cell index

PDSCH Modulation CW0 Distribution Current Sample Count

PDSCH Modulation CW1 Distribution Current Sample Count

PDSCH Modulation distribution sample count accumulated over the latest second

Argument: Serving cell index

Argument: Serving cell index

Total PDSCH throughput, based on transport blocks with CRC OK

Unit: kbit/s

Total PDSCH throughput, based on transport blocks with CRC OK

Unit: Mbit/s

PDSCH throughput, based on transport blocks with CRC OK per carrier

Argument: Serving cell index

Unit: kbit/s

PDSCH throughput, based on transport blocks with CRC OK per carrier

Argument: Serving cell index

Unit: Mbit/s

PDSCH throughput, based on transport block 1 with CRC OK in kbit/s

Argument: Serving cell index

Unit: kbit/s

PDSCH throughput, based on transport block 1 with CRC OK in Mbit/s

Argument: Serving cell index

Unit: Mbit/s

PDSCH throughput, based on transport block 2 with CRC OK in kbit/s

Argument: Serving cell index

Unit: kbit/s

PDSCH throughput, based on transport block 2 with CRC OK in Mbit/s

Argument: Serving cell index

Unit: Mbit/s

Total PDSCH throughput, based on all transport blocks

Unit: kbit/s

Total PDSCH throughput, based on all transport blocks

Unit: Mbit/s

PDSCH throughput per carrier, based on all transport blocks

Argument: Serving cell index

Unit: kbit/s

PDSCH throughput per carrier, based on all transport blocks

Argument: Serving cell index

Unit: Mbit/s

PDSCH throughput, based on transport block 1 in kbit/s

Argument: Serving cell index

Unit: kbit/s

PDSCH throughput, based on transport block 1 in Mbit/s

Argument: Serving cell index

Unit: Mbit/s

PDSCH throughput, based on transport block 2 in kbit/s

Argument: Serving cell index

Unit: kbit/s

PDSCH throughput, based on transport block 2 in Mbit/s

Argument: Serving cell index

Unit: Mbit/s

Total number of resource blocks used for the latest second, separated per carrier

Argument: Serving cell index

PDSCH PRB Allocation Count TB1

PDSCH PRB Allocation Count TB2

Total number of resource blocks used for the latest second, separated per carrier and TB samples

Argument: Serving cell index

Argument: Serving cell index

Unit: %

Argument: Serving cell index

PDSCH resource block group size

Argument: Serving cell index

PDSCH rank indicator maximum value seen over the latest second

Argument: Serving cell index

PDSCH rank indicator minimum value seen over the latest second

Argument: Serving cell index

PDSCH Rank Index Distribution Current Sample Count

Argument: Serving cell index

Argument: Serving cell index

Argument: Serving cell index

Argument: Serving cell index

PDSCH Spectral Efficiency (CW0)

PDSCH Spectral Efficiency (CW1)

PDSCH theoretical spectral efficiency based on MCS values.

► 3GPP TS 38.214

Argument: Serving cell index

PDSCH Transmission Scheme (CW0)

PDSCH Transmission Scheme (CW1)

PDSCH Transmission Scheme

Argument: Serving cell index

PDSCH Transport Block Size average over the latest second

Argument: Serving cell index

Total PDSCH throughput, value accumulated over last second for all carriers in LTE and NR

Unit: kbit/s

Total PDSCH throughput, value accumulated over last second for all carriers in LTE and NR

Unit: Mbit/s

Total PDSCH throughput, value accumulated over last second for all carriers in LTE and NR

Unit: kbit/s

Total PDSCH throughput, value accumulated over last second for all carriers in LTE and NR

Unit: Mbit/s

PUSCH Average Resource Block per Allocated Slot per carrier

Argument: Serving cell index

PUSCH BLER in percent based on all transport blocks with retransmission, separated per carrier

Argument: Serving cell index

Unit: %

PUSCH modulation coding scheme

Argument: Serving cell index

PUSCH MCS, maximum value seen over the latest second

Argument: Serving cell index

PUSCH MCS, minimum value seen over the latest second

Argument: Serving cell index

PUSCH MCS distribution sample count accumulated over the latest second

Argument: Serving cell index

Possible values: 'BPSK', 'QPSK', '16QAM', '64QAM', '256QAM'

Argument: Serving cell index

PUSCH modulation, maximum value seen over the latest second

Argument: Serving cell index

PUSCH modulation, maximum value seen over the latest second in text

Argument: Serving cell index

PUSCH modulation, minimum value seen over the latest second

Argument: Serving cell index

PUSCH modulation, minimum value seen over the latest second in text

Argument: Serving cell index

PUSCH modulation, sample count accumulated over the latest second

Argument: Serving cell index

Argument: Serving cell index

Total PUSCH throughput, based on all transport blocks

Unit: kbit/s

Total PUSCH throughput, based on all transport blocks

Unit: Mbit/s

Total PUSCH throughput, based on transport blocks with NewTX in kbit/s

Unit: kbit/s

Total PUSCH throughput, based on transport blocks with NewTX in Mbit/s

Unit: Mbit/s

Total PUSCH throughput, based on transport blocks with NewTX in kbit/s per carrier

Argument: Serving cell index

Unit: kbit/s

Total PUSCH throughput, based on transport blocks with NewTX in Mbit/s per carrier

Argument: Serving cell index

Unit: Mbit/s

PUSCH throughput per carrier, based on all transport blocks

Argument: Serving cell index

Unit: kbit/s

PUSCH throughput per carrier, based on all transport blocks

Argument: Serving cell index

Unit: Mbit/s

Argument: Serving cell index

PUSCH resource block group size

Argument: Serving cell index

Argument: Serving cell index

Argument: Serving cell index

Time between RACH MSG3 and MSG4, in units of subframes

Argument: Serving cell index

Timer setting for contention resolution, in units of subframes

Argument: Serving cell index

Argument: Serving cell index

Unit: dBm

Time between first RACH attempt (MSG1) and RACH success (MSG4), measured in milliseconds

Argument: Serving cell index

RACH MSG1 Tx Power

Argument: Serving cell index

Unit: dBm

RACH MSG3 Tx Power

Argument: Serving cell index

Unit: dBm

Argument: Serving cell index

Time between the first RACH MSG1 and MSG2, in unit of slots

Argument: Serving cell index

RACH random access response window size, in units of slots

Argument: Serving cell index

Reason for random access procedure

Argument: Serving cell index

Outcome of random access procedure

Argument: Serving cell index

Argument: Serving cell index

RLC Downlink Block Error Rate

Argument: Radio bearer index

Unit: %

RLC Downlink Logical Channel Identity

Argument: Radio bearer index

RLC Downlink Mode

Argument: Radio bearer index

RLC downlink radio bearer throughput

Argument: Radio bearer index

Unit: kbit/s

RLC downlink radio bearer throughput

Argument: Radio bearer index

Unit: Mbit/s

RLC downlink total throughput

Unit: kbit/s

RLC downlink total throughput

Unit: Mbit/s

RLC uplink block error rate

Argument: Radio bearer index

Unit: %

RLC Uplink Logical Channel Identity

Argument: Radio bearer index

RLC Uplink Mode

Argument: Radio bearer index

RLC uplink radio bearer throughput

Argument: Radio bearer index

Unit: kbit/s

RLC uplink radio bearer throughput

Argument: Radio bearer index

Unit: Mbit/s

RLC uplink total throughput

Unit: kbit/s

RLC uplink total throughput

Unit: Mbit/s

RRC state in text format

Serving Cell 1 CQI

Serving Cell 2 CQI

...

Serving Cell 8 CQI

Channel Quality Indicator

Argument: CRI index

Serving Cell 1 CSI-RS CRI

Serving Cell 2 CSI-RS CRI

...

Serving Cell 8 CSI-RS CRI

Serving Cell CSI-RS CRI

Argument: CRI index

Serving Cell 1 CSI-RS Resource ID

Serving Cell 2 CSI-RS Resource ID

...

Serving Cell 8 CSI-RS Resource ID

CSI-RS Resource ID

Argument: CSI-RS resource ID index

Serving Cell 1 CSI-RS RSRP

Serving Cell 2 CSI-RS RSRP

...

Serving Cell 8 CSI-RS RSRP

CSI-RS RSRP

Argument: CSI-RS resource ID index

Unit: dBm

Serving Cell 1 CSI-RS SNR

Serving Cell 2 CSI-RS SNR

...

Serving Cell 8 CSI-RS SNR

CSI-RS SNR

Argument: CSI-RS resource ID index

Unit: dB

Serving Cell 1 Detected SSB Beam Index

Serving Cell 2 Detected SSB Beam Index

...

Serving Cell 8 Detected SSB Beam Index

Synchronization signal block beam index number for detected beams

Argument: Beam index

Serving Cell 1 Detected SSB Beam RSRP

Serving Cell 2 Detected SSB Beam RSRP

...

Serving Cell 8 Detected SSB Beam RSRP

Synchronization signal block beam reference signal received power for detected beams

Argument: Beam index

Unit: dBm

Serving Cell 1 Detected SSB Beam RSRQ

Serving Cell 2 Detected SSB Beam RSRQ

...

Serving Cell 8 Detected SSB Beam RSRQ

Synchronization signal block beam reference signal received quality for detected beams

Argument: Beam index

Unit: dB

Serving Cell 1 Detected SSB Beam SNR

Serving Cell 2 Detected SSB Beam SNR

...

Serving Cell 8 Detected SSB Beam SNR

Synchronization signal block beam signal to noise ratio for detected beams

Argument: Beam index

Unit: dB

Serving Cell 1 DSS Configured Band

Serving Cell 2 DSS Configured Band

...

Serving Cell 8 DSS Configured Band

The LTE bands for the corresponding LTE cells that the NR cell has been configured to match around for DSS

Argument: DSS configuration index

Serving Cell 1 DSS Configured Bandwidth

Serving Cell 2 DSS Configured Bandwidth

...

Serving Cell 8 DSS Configured Bandwidth

The LTE bandwidths for the corresponding LTE cells that the NR cell has been configured to match around for DSS

Argument: DSS configuration index

Serving Cell 1 DSS Configured Frequency

Serving Cell 2 DSS Configured Frequency

...

Serving Cell 8 DSS Configured Frequency

The frequencies for the corresponding LTE cells that the NR cell has been configured to match around for DSS

Argument: DSS configuration index

Serving Cell 1 PDSCH MCS Distribution CW0 Accu (%)

Serving Cell 1 PDSCH MCS Distribution CW1 Accu (%)

...

Serving Cell 8 PDSCH MCS Distribution CW1 Accu (%)

PDSCH MCS distribution per CW, percentage value accumulated since session start, reported every second

Argument: MCS index

Unit: %

Serving Cell 1 PDSCH MCS Distribution CW0 Count Current

Serving Cell 1 PDSCH MCS Distribution CW1 Count Current

...

Serving Cell 8 PDSCH MCS Distribution CW1 Count Current

PDSCH MCS distribution sample count accumulated over the latest second

Argument: MCS index

Serving Cell 1 PDSCH MCS Distribution CW0 Current (%)

Serving Cell 1 PDSCH MCS Distribution CW1 Current (%)

...

Serving Cell 8 PDSCH MCS Distribution CW1 Current (%)

PDSCH MCS distribution sample count accumulated over the latest second

Argument: MCS index

Unit: %

Serving Cell 1 PDSCH Modulation Distribution CW0 Accu (%)

Serving Cell 1 PDSCH Modulation Distribution CW1 Accu (%)

...

Serving Cell 8 PDSCH Modulation Distribution CW1 Accu (%)

PDSCH modulation distribution per CW, percentage value accumulated since session start, reported every second

Argument: Modulation (0: BPSK, 1: QPSK, 2: 16QAM, 3: 64QAM, 4: 256QAM)

Unit: %

Serving Cell 1 PDSCH Modulation Distribution CW0 Count Current

Serving Cell 1 PDSCH Modulation Distribution CW1 Count Current

...

Serving Cell 8 PDSCH Modulation Distribution CW1 Count Current

PDSCH modulation distribution sample count accumulated over the latest second

Argument: Modulation (0: BPSK, 1: QPSK, 2: 16QAM, 3: 64QAM, 4: 256QAM)

Serving Cell 1 PDSCH Modulation Distribution CW0 Current (%)

Serving Cell 1 PDSCH Modulation Distribution CW1 Current (%)

...

Serving Cell 8 PDSCH Modulation Distribution CW1 Current (%)

PDSCH Modulation Distribution Current

Argument: Modulation (0: BPSK, 1: QPSK, 2: 16QAM, 3: 64QAM, 4: 256QAM)

Unit: %

Serving Cell 1 PDSCH RI Distribution Accu (%)

Serving Cell 2 PDSCH RI Distribution Accu (%)

...

Serving Cell 8 PDSCH RI Distribution Accu (%)

The PDSCH rank indicator distribution accumulated since session start, reported every second

Argument: PDSCH rank index

Unit: %

Serving Cell 1 PDSCH RI Distribution Count Current

Serving Cell 2 PDSCH RI Distribution Count Current

...

Serving Cell 8 PDSCH RI Distribution Count Current

PDSCH Rank Index Distribution Current Sample Count

Argument: PDSCH rank index

Serving Cell 1 PDSCH RI Distribution Current (%)

Serving Cell 2 PDSCH RI Distribution Current (%)

...

Serving Cell 8 PDSCH RI Distribution Current (%)

PDSCH Rank Indicator distribution sample accumulated over the latest second

Argument: PDSCH rank index

Unit: %

Serving Cell 1 PDSCH SINR

Serving Cell 2 PDSCH SINR

...

Serving Cell 8 PDSCH SINR

PDSCH SINR

Argument: DMRS index

Unit: dB

Serving Cell 1 PMI WB i(1,1)

Serving Cell 1 PMI WB i(1,2)

...

Serving Cell 8 PMI WB i(1,3)

Serving cell precoding matrix indicator wideband for the corresponding codebook index

Argument: CRI index

Serving Cell 1 PMI WB i(2)

Serving Cell 2 PMI WB i(2)

...

Serving Cell 8 PMI WB i(2)

Serving cell precoding matrix indicator wideband for the corresponding codebook index

Argument: CRI index

Serving Cell 1 PUSCH MCS Distribution Accu (%)

Serving Cell 2 PUSCH MCS Distribution Accu (%)

...

Serving Cell 8 PUSCH MCS Distribution Accu (%)

PUSCH MCS distribution accumulated since session start, reported every second

Argument: MCS index

Serving Cell 1 PUSCH MCS Distribution Count Current

Serving Cell 2 PUSCH MCS Distribution Count Current

...

Serving Cell 8 PUSCH MCS Distribution Count Current

PUSCH MCS distribution sample count accumulated over the latest second

Argument: MCS index

Serving Cell 1 PUSCH MCS Distribution Current (%)

Serving Cell 2 PUSCH MCS Distribution Current (%)

...

Serving Cell 8 PUSCH MCS Distribution Current (%)

The current distribution of PUSCH MCS in percentage

Argument: MCS index

Serving Cell 1 PUSCH Modulation Distribution Accu (%)

Serving Cell 2 PUSCH Modulation Distribution Accu (%)

...

Serving Cell 8 PUSCH Modulation Distribution Accu (%)

PUSCH modulation distribution accumulated since session start, reported every second

Argument: Modulation (0: BPSK, 1: QPSK, 2: 16QAM, 3: 64QAM, 4: 256QAM)

Unit: %

Serving Cell 1 PUSCH Modulation Distribution Count Current

Serving Cell 2 PUSCH Modulation Distribution Count Current

...

Serving Cell 8 PUSCH Modulation Distribution Count Current

PUSCH modulation distribution, count value accumulated over the latest second

Argument: Modulation (0: BPSK, 1: QPSK, 2: 16QAM, 3: 64QAM, 4: 256QAM)

Serving Cell 1 PUSCH Modulation Distribution Current (%)

Serving Cell 2 PUSCH Modulation Distribution Current (%)

...

Serving Cell 8 PUSCH Modulation Distribution Current (%)

PUSCH Modulation Distribution Current

Argument: Modulation (0: BPSK, 1: QPSK, 2: 16QAM, 3: 64QAM, 4: 256QAM)

Unit: %

Band to which the serving cell belongs

Argument: Serving cell index

Band to which the serving cell belongs

Example value 'Band n1 (2100)'

Argument: Serving cell index

Downlink bandwidth of serving cell Possible values: 5, 10, 15, 20, 25, 30, 40, 50, 60, 70, 80, 90, 100, 200, 400 MHz

Argument: Serving cell index

Uplink bandwidth of serving cell Possible values: 5, 10, 15, 20, 25, 30, 40, 50, 60, 70, 80, 90, 100, 200, 400 MHz

Argument: Serving cell index

Requires that a cell file is loaded

Argument: Serving cell index

Unit: meter

Pathloss Downlink

Argument: Serving cell index

Unit: dB

Duplex mode for the Serving Cell

Argument: Serving cell index

Serving Cell Frequency Downlink

Argument: Serving cell index

Unit: MHz

Absolute Frequency Point A, DL NRARFCN

Argument: Serving cell index

Absolute Frequency Point A, DL NRARFCN

Argument: Serving cell index

Serving Cell Frequency Uplink

Argument: Serving cell index

Unit: MHz

Group to which the serving cell belongs

Values: -1 = MCG, 0 = SCG0, 1 = SCG1, 2 = SCG2, 3 = SCG3, 4 = SCG4

Argument: Serving cell index

Group to which the serving cell belongs

Values: MCG, SCG0, SCG1, SCG2, SCG3, SCG4

Argument: Serving cell index

Global Synchronization Channel Number for the serving cell

► 3GPP 38.104, table 5.4.3.1-1: GSCN parameters for the global frequency raster

Argument: Serving cell index

Name of the serving cell based on cellfile data.

Requires that a cell file is loaded.

Argument: Serving cell index

Downlink NR-ARFCN to which the serving cell belongs.

► 3GPP 38.104, table 5.4.2.1-1: NR-ARFCN parameters for the global frequency raster.

Argument: Serving cell index

Uplink NR-ARFCN to which the serving cell belongs.

► 3GPP 38.104, table 5.4.2.1-1: NR-ARFCN parameters for the global frequency raster.

Argument: Serving cell index

Physical Cell Identity for the serving cell

Argument: Serving cell index

RAN-based notification area code of serving cell

NR-RRC Cell Identity, the value is in hexadecimal

Argument: Serving cell index

Serving cell received signal strength indicator

Argument: Serving cell index

Unit: dBm

Synchronization Signal beam reference signal received power for the serving cell

Argument: Serving cell index

Unit: dBm

Synchronization Signal beam reference signal Received Quality for the serving cell

Argument: Serving cell index

Unit: dB

Synchronization Signal Beam Signal to Noise and Interference Ratio for the serving cell

Argument: Serving cell index

Unit: dB

Serving cell synchronization signal block beam count

Argument: Serving cell index

Synchronization signal block Beam Index number for the serving cell

Argument: Serving cell index

Synchronization signal block beam reference signal received power for the serving cell

Argument: Serving cell index

Unit: dBm

Synchronization signal block beam reference signal Received Quality for the serving cell

Argument: Serving cell index

Unit: dB

Synchronization signal block Beam Signal to Noice Ratio for the serving cell

Argument: Serving cell index

Unit: dB

Periodicity for Serving Cell SSB in milliseconds

Argument: Serving cell index

Unit: ms

Serving cell SSB sub-carrier spacing in kHz

Argument: Serving cell index

Unit: kHz

Tracking area code of serving cell

Serving Cell Type consists of two parts, Serving Cell Group and Serving Cell Index.

In non-standalone mode, an NR cell will always be in a secondary cell group (SCG), while the LTE cell is in a master cell group (MCG).

MCG1-1: Master Cell Group ID1 Cell ID1.

SCG1-1: Secondary Cell Group ID1 Cell ID1 (up to 2).

Argument: Serving cell index

Beam index for the strongest SSB beams, ordered by RSRP

Argument: SSB beam index

NR-ARFCN for the strongest SSB beams, ordered by RSRP

Argument: SSB beam index

PCI for the strongest SSB beams, ordered by RSRP

Argument: SSB beam index

RSRP for the strongest SSB beams, ordered by RSRP

Argument: SSB beam index

Unit: dBm

RSRQ for the strongest SSB beams, ordered by RSRP

Argument: SSB beam index

Unit: dB

SNR for the strongest SSB beams, ordered by RSRP

Argument: SSB beam index

Unit: dB

Beam type in text format for the strongest SSB beams, ordered by RSRP

Argument: SSB beam index

Beam type for the strongest SSB beams, ordered by RSRP.

Argument: SSB beam index

TDD Configured Symbols Downlink Rate

Argument: Serving cell index

Unit: %

TDD Configured Symbols Flexible Rate

Argument: Serving cell index

Unit: %

TDD Configured Symbols Uplink Rate

Argument: Serving cell index

Unit: %

TDD Uplink/Downlink Configuration Pattern Count

Argument: Serving cell index

TDD Uplink/Downlink Configuration Periodicity

Argument: Serving cell index

Unit: ms

TDD Uplink/Downlink Configuration Type

Argument: Serving cell index

UE Power Class

Argument: Serving cell index

PUCCH Transmit Power

Argument: Serving cell index

Unit: dBm

PUCCH/PUSCH Power Offset

Argument: Serving cell index

Unit: dB

PUSCH Transmit Power

Argument: Serving cell index

Unit: dBm