VARIABLE DESCRIPTION RANGE/N_UNIQUEVALUES MEAN STD TYPE RLCRATE RLC downlink BLER Block Error Rate (BLER) is a measure of the number of data blocks that were received with errors in the downlink RLC layer. [0.0, 13.8] 0.0191 0.3862 numeric RLCRATE RLC downlink block rate Rate at which data blocks are received by the device from the network over the downlink RLC layer. [0.0, 26863.0] 10770.3199 4206.0511 numeric RLCRATE RLC downlink throughput Rate at which data is successfully received by the device from the network over the downlink RLC layer. [0.0, 243.8] 135.1518 52.0559 numeric CELLMEAS Band (neighbor) Frequency band used by neighboring cells in a cellular network. 4 - - string CELLMEAS Beam index (neighbor) Identifier for the beam used by neighboring cells in a cellular network. 4 - - string CELLMEAS Beam type (neighbor) Type of beamforming used by neighboring cells in a cellular network. 3 - - string CELLMEAS Cell type Type of cell within a cellular network, indicating different characteristics like coverage area and capacity. 6 - - string CELLMEAS Measurement type Type of measurement being reported for cellular network analysis 3 - - string CELLMEAS NR-ARFCN (neighbor) NR-ARFCN (New Radio Absolute Radio Frequency Channel Number) used by neighboring cells. 4 - - string CELLMEAS Physical cell identity (neighbor) Identifier assigned to each neighboring cell in a cellular network. 8 - - string CELLMEAS Physical cell identity (pcell) Identifier for the primary cell (pcell) in a cellular network. [0.0, 1.0] 0.2327 0.4227 numeric CELLMEAS Physical cell identity (scell) Identifier for a secondary cell (scell) in a cellular network. [0.0, 1.0] 0.2327 0.4227 numeric CELLMEAS RSRP (neighbor) Reference Signal Received Power (RSRP) of neighboring cells, measuring the power level of reference signals received from these cells. 333 - - string CELLMEAS RSRP (pcell) Reference Signal Received Power (RSRP) is a measure of the received power of the cell-specific reference signals from the serving cell. [-92.6, -60.3] -74.1478 6.7456 numeric CELLMEAS RSRP (scell) RSRP (scell) refers to the RSRP of the neighboring cells, measuring the received power of the cell-specific reference signals from these cells. [-92.6, -60.3] -74.1478 6.7456 numeric CELLMEAS RSRQ (neighbor) Reference Signal Received Quality measured for neighboring cells. 193 - - string CELLMEAS RSRQ (pcell) Reference Signal Received Quality (RSRQ) of the primary cell (pcell), indicating the quality of the signal received from the primary cell, combining aspects of signal strength and interference. [-19.7, -10.8] -12.0278 1.4549 numeric CELLMEAS RSRQ (scell) Reference Signal Received Quality (RSRQ) for secondary cells (scell), which measures the quality of signal received from these cells, reflecting both the signal strength and the level of interference. [-19.7, -10.8] -12.0278 1.4549 numeric CELLMEAS SINR (neighbor) Signal-to-Interference-plus-Noise Ratio measured for neighboring cells. 310 - - string CELLMEAS SINR (pcell) Signal-to-Interference-plus-Noise Ratio (SINR) is a measure of the quality of the received signal from the serving cell. [-8.1, 19.4] 7.9641 5.6455 numeric CELLMEAS SINR (scell) SINR (scell) refers to the SINR of the neighboring cells, measuring the quality of the received signal from these cells. [-8.1, 19.4] 7.9641 5.6455 numeric CELLMEAS Timing offset (neighbor) Timing difference or offset measured for signals coming from neighboring cells. 4 - - string PHRATE PDSCH scheduled throughput Maximum amount of data scheduled to be transmitted by the PDSCH (Physical Downlink Shared Channel) during a TTI (Transmission Time Interval). [0.0, 398.0] 227.3728 83.6266 numeric PHRATE PDSCH throughput Actual amount of data that is successfully transmitted by the PDSCH during a TTI. [0.0, 270.5] 150.7497 56.4189 numeric SCELL Physical cell identity Identifier for a secondary cell (scell) in a cellular network, used to distinguish it from other cells. 2 - - string SCELL Physical cell identity.1 Additional unique identifier for a secondary cell (scell), potentially used in networks with complex cell configurations. [0.0, 1.0] 0.7778 0.4410 numeric TXPC TX power Power level at which the device is transmitting data. [-4.2, 19.0] 9.2272 5.9937 numeric TXPC TX power PUCCH Power level at which the device is transmitting data on the Physical Uplink Control Channel (PUCCH). [-5.8, 19.3] 7.9400 6.4114 numeric TXPC TX power PUSCH Power level at which the device is transmitting data on the Physical Uplink Shared Channel (PUSCH). [-0.2, 18.5] 12.4303 5.0257 numeric PLAID PDSCH MCS CW0 Modulation and coding scheme (MCS) used for the first transport block (CW0) transmitted on the PDSCH (Physical Downlink Shared Channel). [0.0, 26.0] 15.5210 5.8367 numeric PLAID PDSCH TBS CW0 Transport block size (TBS) of the first transport block (CW0) transmitted on the PDSCH. [421.0, 24878.0] 14222.2399 5213.1024 numeric PLAID PDSCH modulation CW0 Modulation scheme used for the first transport block (CW0) transmitted on the PDSCH. 5 - - string PLAID PDSCH rank Number of transmission layers used for the PDSCH transmission, indicating the spatial multiplexing capability of the channel. [1.0, 2.0] 1.9968 0.0568 numeric PLAID Slot utilization DL Percentage of time slots in which the downlink channel is utilized for transmission. [0.0, 69.8] 65.9833 4.6107 numeric PLAIU PUSCH PRBs Number of physical resource blocks (PRBs) allocated to the PUSCH (Physical Uplink Shared Channel) for transmission. [17.0, 46.0] 32.5165 0.7863 numeric PLAIU PUSCH TBS CW0 Transport block size (TBS) of the first transport block (CW0) transmitted on the PUSCH. [61.0, 204.0] 118.8313 5.2259 numeric PLAIU Slot utilization UL Percentage of time slots in which the uplink channel is utilized for transmission. [0.3, 14.9] 10.0215 0.5710 numeric PHRATEU PUSCH scheduled throughput Maximum amount of data that is scheduled to be transmitted by the PUSCH on the uplink during a TTI (Transmission Time Interval). [1.0, 3.3] 1.9053 0.0742 numeric PHRATEU PUSCH throughput Rate at which data is successfully received by the network from the device over the uplink PUSCH. [0.0, 0.4] 0.1995 0.0133 numeric MACRATE MAC downlink BLER Block Error Rate (BLER) is a measure of the number of data blocks that were received with errors on the downlink MAC layer. [0.0, 22.97] 9.3335 1.5637 numeric MACRATE MAC downlink BLER 1st BLER of the first transmission of a new data block on the downlink MAC layer. [0.0, 15.96] 9.1288 1.1671 numeric MACRATE MAC downlink BLER 3rd+ BLER for the third or subsequent transmission attempts of data blocks on the downlink MAC layer. [0.0, 7.01] 0.0816 0.5010 numeric MACRATE MAC downlink block rate Rate at which data blocks are received by the device from the network over the downlink MAC layer. [0.0, 698.0] 659.8329 46.1070 numeric MACRATE MAC downlink new blocks Number of new data blocks received by the device over the downlink MAC layer. [0.0, 650.0] 597.9782 43.9868 numeric MACRATE MAC downlink scheduled throughput Maximum amount of data that is scheduled to be transmitted by the MAC on the downlink during a TTI (Transmission Time Interval). [0.0, 369.2] 204.4480 76.4380 numeric MACRATE MAC downlink throughput Rate at which data is successfully received by the device from the network over the downlink MAC layer. [0.0, 247.4] 135.5863 51.5562 numeric PDCPRATED PDCP downlink block rate Rate at which data blocks are received by the device from the network over the downlink PDCP layer. [0.0, 21541.0] 10176.5688 4041.5905 numeric PDCPRATED PDCP downlink throughput Rate at which data is successfully received by the device from the network over the downlink PDCP layer. [0.0, 243.1] 134.8762 51.3315 numeric DEVI Battery charge Amount of electrical energy that a battery is storing. [95.0, 99.0] 97.2984 1.1854 numeric DEVI Battery temperature Temperature of the battery of a device. [33.3, 35.5] 34.4770 0.6006 numeric DEVI Device CPU usage Percentage of the device's CPU (Central Processing Unit) that is being used at a given time. [17.8, 49.2] 32.3757 5.1566 numeric DEVI Device battery current Measure of the electrical current flowing into or out of the battery of a device. It can be used to estimate the rate at which the battery is charging or discharging. [0.606, 1.586] 0.9860 0.2436 numeric RACHI RACH PUSCH power Transmit power used by a device to send a RACH (Random Access CHannel) preamble in the PUSCH (Physical Uplink Shared Channel). [-9.0, 15.0] -1.1250 8.0078 numeric RACHI RACH access delay Time elapsed between the transmission of a RACH preamble and the reception of the corresponding RAR (Random Access Response) message. [18.0, 67.0] 31.5000 21.9285 numeric RACHI RACH logical root sequence index Parameter used in RACH procedures to determine the sequence of preambles to be used by a device. [17.0, 133.0] 70.1250 47.3179 numeric RACHI RACH pathloss Loss of signal power that occurs as a radio signal propagates through the air from a transmitter to a receiver. [86.0, 108.0] 93.3750 7.5770 numeric RACHI RACH preamble count Number of RACH preambles that have been transmitted by a device in a given RACH procedure. [1.0, 2.0] 1.2500 0.4629 numeric RACHI RACH preamble index Parameter used in RACH procedures to select the specific RACH preamble to be used by a device. [11.0, 54.0] 38.0000 13.8151 numeric RACHI RACH preamble initial TX power Initial transmit power used by a device to send a RACH preamble. [-15.0, 18.5] -5.8125 10.8691 numeric RACHI RACH reason Reason why a RACH procedure was initiated by a device, such as to establish a new connection or to request a resource allocation. 2 - - string RACHI RACH timing advance Parameter used to adjust the timing of a device's uplink transmission to account for the propagation delay between the device and the network. [0.0, 5.0] 3.0000 1.6036 numeric RRCSM RRC PCI Physical Cell Identity associated with RRC (Radio Resource Control) messages, used for cell identification in RRC procedures. [0.0, 1.0] 0.8333 0.3892 numeric RRCSM RRC direction Direction of the RRC (Radio Resource Control) message, which can be either uplink or downlink. 2 - - string RRCSM RRC message name Name of the specific RRC message being sent or received, such as RRCConnectionRequest or RRCConnectionReject. 7 - - string

Measurements were conducted in an environment where the user is moving in an open space where there is a clear and direct view between the device and the 5G network antenna. This scenario is essential for evaluating 5G network performance in mobility situations, such as walking down a street, a park, or any other environment where people are moving around while using their mobile devices. The presence of a clear line of sight between the device and the antenna ensures optimal signal conditions, allowing the network performance to be analyzed in the absence of significant obstructions.