# SPDX-FileCopyrightText: Copyright (C) 2021-2026 Software Radio Systems Limited # SPDX-License-Identifier: BSD-3-Clause-Open-MPI gnb_id: 411 # Optional UINT (411). gNodeB identifier. gnb_id_bit_length: 22 # Optional UINT (22). Sets the bit length of the gnb_id. Supported: [22 - 32]. gnb_du_id: 0 # Optional UINT (0). Sets the gNB DU ID. Supported: [0 - 68719476735]. dryrun: false # Optional BOOLEAN (false). Enable application dry run mode. Supported: [false, true]. cells: # Optional TEXT. Sets the cell configuration on a per cell basis, overwriting the default configuration defined by cell_cfg. - pci: 1 # Optional UINT. Override the PCI defined by the default cell in cell_cfg. dl_arfcn: 536020 # Optional UINT. Set the ARFCN for the above PCI. Note, this must match the value used in the cell_cfg section. - pci: 2 # Optional UINT. Set the PCI of the second cell. dl_arfcn: 532020 # Optional UINT. Set the ARFCN of the second cell. qos: # Optional TEXT. Configures RLC and PDCP radio bearers on a per 5QI basis. Each list entry should begin with "-". - five_qi: 9 # Optional UINT (9). Sets the 5QI value. Supported: [0 - 255]. rlc: mode: am # Optional TEXT (am). Sets the RLC mode. Supported: [am, um-bidir]. um-bidir: tx: sn: 0 # Optional UINT (0). Sets the RLC UM TX SN size. queue-size: 0 # Optional UINT (0). Sets the RLC UM TX SDU queue limit in PDUs. queue-bytes: 0 # Optional UINT (0). Sets the RLC UM TX SDU queue limit in bytes. rx: sn: 0 # Optional UINT (0). Sets the RLC UM RX SN size. t-reassembly: 0 # Optional INT (0). Sets the RLC UM RX t-Reassembly timer. am: tx: sn: 0 # Optional UINT (0). Sets the RLC AM TX SN size. t-poll-retransmit: 0 # Optional INT (0). Sets the RLC AM TX t-PollRetransmit in ms. max-retx-threshold: 0 # Optional UINT (0). Sets the RLC AM TX max retransmission threshold. poll-pdu: 0 # Optional INT (0). Sets the RLC AM TX PollPdu. poll-byte: 0 # Optional INT (0). Sets the RLC AM TX PollByte. max_window: 0 # Optional UINT (0). Sets a non-standard TX window size limit. 0 means no limit beyond the SN size. queue-size: 4096 # Optional UINT (4096). Sets the RLC AM TX SDU queue size in PDUs. queue-bytes: 6172672 # Optional UINT (6172672). Sets the RLC AM TX SDU queue size in bytes. rx: sn: 0 # Optional UINT (0). Sets the RLC AM RX SN size. t-reassembly: 0 # Optional INT (0). Sets the RLC AM RX t-Reassembly timer. t-status-prohibit: 0 # Optional INT (0). Sets the RLC AM RX t-StatusProhibit timer. max_sn_per_status: 0 # Optional UINT (0). Sets the RLC AM RX status SN limit. f1u_du: backoff_timer: 0 # Optional INT (0). Sets the F1-U backoff timer in milliseconds. ul_buffer_size: 0 # Optional UINT (0). Sets the F1-U handover UL buffer size. srbs: # Optional TEXT. Configures signaling radio bearers. Each list entry should begin with "-". - srb_id: 0 # Optional UINT (0). Sets the SRB ID. Supported: [1, 2]. rlc: tx: sn: 0 # Optional UINT (0). Sets the RLC AM TX SN size. t-poll-retransmit: 0 # Optional INT (0). Sets the RLC AM TX t-PollRetransmit in ms. max-retx-threshold: 0 # Optional UINT (0). Sets the RLC AM TX max retransmission threshold. poll-pdu: 0 # Optional INT (0). Sets the RLC AM TX PollPdu. poll-byte: 0 # Optional INT (0). Sets the RLC AM TX PollByte. max_window: 0 # Optional UINT (0). Sets a non-standard TX window size limit. 0 means no limit beyond the SN size. queue-size: 4096 # Optional UINT (4096). Sets the RLC AM TX SDU queue size in PDUs. queue-bytes: 6172672 # Optional UINT (6172672). Sets the RLC AM TX SDU queue size in bytes. rx: sn: 0 # Optional UINT (0). Sets the RLC AM RX SN size. t-reassembly: 0 # Optional INT (0). Sets the RLC AM RX t-Reassembly timer. t-status-prohibit: 0 # Optional INT (0). Sets the RLC AM RX t-StatusProhibit timer. max_sn_per_status: 0 # Optional UINT (0). Sets the RLC AM RX status SN limit. f1ap: # Interface between DU and CU-CP addrs: 127.0.10.1 # Optional TEXT (127.0.10.1). Sets the CU-CP F1-C addresses to connect to. Multiple addresses can be specified for SCTP multi-homing. bind_addrs: 127.0.10.2 # Optional TEXT (127.0.10.2). Sets the DU F1-C bind addresses. Multiple addresses can be specified for SCTP multi-homing. If left empty, implicit bind is performed. sctp_rto_initial: 120 # Optional INT (120). Sets the SCTP initial RTO value in milliseconds. -1 uses system default. sctp_rto_min: 120 # Optional INT (120). Sets the SCTP RTO min value in milliseconds. -1 uses system default. sctp_rto_max: 500 # Optional INT (500). Sets the SCTP RTO max value in milliseconds. -1 uses system default. sctp_init_max_attempts: 3 # Optional INT (3). Sets the SCTP init max attempts. -1 uses system default. sctp_max_init_timeo: 500 # Optional INT (500). Sets the SCTP max init timeout in milliseconds. -1 uses system default. sctp_hb_interval: 30000 # Optional INT (30000). Sets the SCTP heartbeat interval in milliseconds. -1 uses system default. sctp_assoc_max_retx: 10 # Optional INT (10). Sets the SCTP association max retransmissions. -1 uses system default. sctp_nodelay: false # Optional BOOLEAN (false). Sends SCTP messages without Nagle-like delay. Supported: [false, true]. f1u: queue_size: 2048 # Optional INT (2048). Sets the F1-U PDU queue size in bytes. bind_port: 2152 # Optional INT (2152). Sets the F1-U bind port. peer_port: 2152 # Optional INT (2152). Sets the F1-U peer port. socket: # Optional TEXT. Configures UDP/IP socket parameters of the F1-U interface. Each list entry should begin with "-". - bind_addr: 127.0.10.1 # Optional TEXT (127.0.10.1). Sets the DU F1-U bind address. Format: must be a valid IPv4 address. sst: # Required UINT. Sets the Slice Service Type. Supported: [0 - 255]. sd: # Required UINT. Sets the Service Differentiator. Supported: [0 - 16777214]. five_qi: 9 # Optional UINT (9). Sets the 5QI value for the F1-U socket. Supported: [0 - 255]. ext_addr: auto # Optional TEXT (auto). Sets the external IP address advertised for receiving F1-U packets. Format: must be a valid IPv4 address or "auto". udp: max_rx_msgs: 256 # Optional UINT (256). Sets the maximum number of messages received in a single syscall. Supported: [1 - 256]. tx_qsize: 4096 # Optional UINT (4096). Sets the size of the TX queue used for batching SDUs. max_tx_msgs: 256 # Optional UINT (256). Sets the maximum number of messages transmitted in a single syscall. max_tx_segments: 256 # Optional UINT (256). Sets the maximum number of segments transmitted in a single SDU. pool_threshold: 0.9 # Optional FLOAT (0.9). Sets the pool occupancy threshold after which packets are dropped. Supported: [0 - 1]. reuse_addr: false # Optional BOOLEAN (false). Allows multiple sockets to bind to the same port. Supported: [false, true]. dscp: # Required UINT. Sets the Differentiated Services Code Point value. Supported: [0 - 63]. du: warn_on_drop: false # Optional BOOLEAN (false). Enables logging a warning for dropped packets in F1-U, RLC and MAC due to full queues. Supported: [false, true]. e2: enable_du_e2: false # Optional BOOLEAN (false). Enables the E2 agent for DU. Supported: [false, true]. addrs: 127.0.0.1 # Optional TEXT (127.0.0.1). Sets the RIC IP addresses. Multiple addresses can be specified for SCTP multi-homing. Format: IPV4 or IPV6 IP address. port: 36421 # Optional UINT (36421). Sets the RIC port. Supported: [20000 - 40000]. bind_addrs: 127.0.0.1 # Optional TEXT (127.0.0.1). Sets the local bind addresses for the E2 interface. Multiple addresses can be specified for SCTP multi-homing. sctp_rto_initial: 120 # Optional INT (120). Sets the initial retransmission timeout when creating the SCTP connection. sctp_rto_min: 120 # Optional INT (120). Sets the minimum retransmission timeout for the SCTP connection. sctp_rto_max: 500 # Optional INT (500). Sets the maximum retransmission timeout for the SCTP connection. sctp_init_max_attempts: 3 # Optional INT (3). Sets the maximum retransmission attempts for the initial SCTP connection. sctp_max_init_timeo: 500 # Optional INT (500). Sets the maximum retransmission timeout for the initial SCTP connection. sctp_hb_interval: 30000 # Optional INT (30000). Sets the SCTP heartbeat interval in milliseconds. -1 uses system default. sctp_assoc_max_retx: 10 # Optional INT (10). Sets the SCTP association max retransmissions. -1 uses system default. sctp_nodelay: false # Optional BOOLEAN (false). Enables sending SCTP messages without Nagle-like delay. Supported: [false, true]. e2sm_kpm_enabled: false # Optional BOOLEAN (false). Enables the E2SM KPM service module. Supported: [false, true]. e2sm_rc_enabled: false # Optional BOOLEAN (false). Enables the E2SM RC service module. Supported: [false, true]. e2sm_ccc_enabled: false # Optional BOOLEAN (false). Enables the E2SM CCC service module. Supported: [false, true]. ntn: cell_specific_koffset: # Optional UINT. Sets the cell-specific k-offset for NTN timing advance in ms. Supported: [1 - 1023]. ntn_ul_sync_validity_dur: # Optional UINT. Sets the NTN UL sync validity duration in seconds. Supported: [5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 120, 180, 240, 900]. propagator_type: rk4 # Optional TEXT (rk4). Sets the orbit propagator type. Supported: [rk4, keplerian]. ta_report: false # Optional BOOLEAN (false). Enables TA reporting in SIB19. Supported: [false, true]. use_state_vector: true # Optional BOOLEAN (true). Broadcasts ephemeris as ECEF state vectors (true) or orbital parameters (false). Supported: [false, true]. epoch_timestamp: # Optional TEXT. Sets the epoch timestamp for NTN assistance info. Format: Unix time in ms or YYYY-MM-DDTHH:MM:SS[.mmm]. epoch_sfn_offset: 0 # Optional UINT (0). Sets the optional SFN offset between SIB19 tx slot and epoch time. distance_threshold: 0 # Optional UINT (0). Sets the distance from serving cell reference location for location-based measurement in meters. Supported: [0 - 3276250]. t_service: # Optional TEXT. Sets the end of service time for the current cell. Format: Unix time in ms or YYYY-MM-DDTHH:MM:SS[.mmm]. epoch_time: sfn: 0 # Optional UINT (0). Sets the SFN part of the epoch time. Supported: [0 - 1023]. subframe_number: 0 # Optional UINT (0). Sets the sub-frame number of the epoch time. Supported: [0 - 9]. ta_info: ta_common: 0 # Optional FLOAT (0). Sets the common Timing Advance value in microseconds. Supported: [0 - 270730]. ta_common_drift: 0 # Optional FLOAT (0). Sets the drift rate of common TA. Supported: [-51.4606 - 51.4606]. ta_common_drift_variant: 0 # Optional FLOAT (0). Sets the drift rate variation of common TA. Supported: [0 - 0.57898]. ta_common_offset: 0 # Optional FLOAT (0). Sets the constant offset added to TA common. Supported: [0 - 10000]. feeder_link: enable_doppler_compensation: false # Optional BOOLEAN (false). Enables feeder link Doppler compensation. Supported: [false, true]. dl_freq: 0 # Optional FLOAT (0). Sets the downlink feeder link frequency (gNB to satellite) in Hz. Supported: [0 - 100e9]. ul_freq: 0 # Optional FLOAT (0). Sets the uplink feeder link frequency (satellite to gNB) in Hz. Supported: [0 - 100e9]. ephemeris_info_ecef: pos_x: 0 # Optional FLOAT (0). Sets the X position of the satellite in meters. Supported: [-43620761.6 - 43620759.3]. pos_y: 0 # Optional FLOAT (0). Sets the Y position of the satellite in meters. Supported: [-43620761.6 - 43620759.3]. pos_z: 0 # Optional FLOAT (0). Sets the Z position of the satellite in meters. Supported: [-43620761.6 - 43620759.3]. vel_x: 0 # Optional FLOAT (0). Sets the X velocity of the satellite in m/s. Supported: [-7864.32 - 7864.26]. vel_y: 0 # Optional FLOAT (0). Sets the Y velocity of the satellite in m/s. Supported: [-7864.32 - 7864.26]. vel_z: 0 # Optional FLOAT (0). Sets the Z velocity of the satellite in m/s. Supported: [-7864.32 - 7864.26]. ephemeris_orbital: semi_major_axis: 0 # Optional FLOAT (0). Sets the semi-major axis of the satellite in meters. Supported: [6500000 - 42998632.07]. eccentricity: 0 # Optional FLOAT (0). Sets the eccentricity of the satellite. Supported: [0 - 0.01500510825]. periapsis: 0 # Optional FLOAT (0). Sets the argument of periapsis in radians. Supported: [0 - 6.28407400155]. longitude: 0 # Optional FLOAT (0). Sets the longitude of ascending node in radians. Supported: [0 - 6.28407400155]. inclination: 0 # Optional FLOAT (0). Sets the orbital inclination in radians. Supported: [-1.57101850624 - 1.57101848283]. mean_anomaly: 0 # Optional FLOAT (0). Sets the mean anomaly in radians. Supported: [0 - 6.28407400155]. gateway_location: latitude: 0 # Optional FLOAT (0). Sets the gateway latitude in degrees. Supported: [-90 - 90]. longitude: 0 # Optional FLOAT (0). Sets the gateway longitude in degrees. Supported: [-180 - 180]. altitude: 0 # Optional FLOAT (0). Sets the gateway altitude in meters. Supported: [-1000 - 20000]. reference_location: latitude: 0 # Optional FLOAT (0). Sets the cell reference latitude in degrees. Supported: [-90 - 90]. longitude: 0 # Optional FLOAT (0). Sets the cell reference longitude in degrees. Supported: [-180 - 180]. moving_ref_location: latitude: 0 # Optional FLOAT (0). Sets the moving reference latitude in degrees. Supported: [-90 - 90]. longitude: 0 # Optional FLOAT (0). Sets the moving reference longitude in degrees. Supported: [-180 - 180]. polarization: dl: # Optional TEXT. Sets the DL service link polarization. Supported: [lhcp, rhcp, linear]. ul: # Optional TEXT. Sets the UL service link polarization. Supported: [lhcp, rhcp, linear]. sat_switch_with_resync: epoch_timestamp: # Optional TEXT. Sets the epoch timestamp for satellite switch. Format: Unix time in ms or YYYY-MM-DDTHH:MM:SS[.mmm]. t_service_start: # Optional TEXT. Sets the time when the target satellite starts serving. Format: Unix time in ms or YYYY-MM-DDTHH:MM:SS[.mmm]. ssb_time_offset_sf: 0 # Optional UINT (0). Sets the SSB time offset in subframes. Supported: [0 - 159]. ntn_gateway_location: latitude: 0 # Optional FLOAT (0). Sets the gateway latitude. Supported: [-90 - 90]. longitude: 0 # Optional FLOAT (0). Sets the gateway longitude. Supported: [-180 - 180]. altitude: 0 # Optional FLOAT (0). Sets the gateway altitude in meters. Supported: [-1000 - 20000]. cell_cfg: pci: 1 # Optional UINT (1). Sets the Physical Cell ID. Supported: [0 - 1007]. sector_id: # Optional UINT. Sets the Sector ID (4-14 bits). Concatenated with gNB Id to form NR Cell Identity. Auto-derived if not specified. Supported: [0 - 16383]. dl_arfcn: 536020 # Required UINT (536020). Sets the Downlink ARFCN. band: auto # Optional TEXT (auto). Sets the NR band being used for the cell. If not specified, will be set automatically based on ARFCN. common_scs: 15 # Required UINT (15). Sets the subcarrier spacing in kHz. Supported: [15, 30]. channel_bandwidth_MHz: 20 # Required UINT (20). Sets the channel bandwidth in MHz. Supported: [5, 10, 15, 20, 25, 30, 40, 50, 60, 70, 80, 90, 100]. nof_antennas_dl: 1 # Optional UINT (1). Sets the number of antennas for downlink transmission. Supported: [1, 2, 4]. nof_antennas_ul: 1 # Optional UINT (1). Sets the number of antennas for uplink transmission. Supported: [1, 2, 4]. plmn: "00101" # Required TEXT (00101). Sets the Public Land Mobile Network code. Format: 7-digit PLMN code containing MCC & MNC. tac: 7 # Required UINT (7). Sets the Tracking Area Code. enabled: true # Optional BOOLEAN (true). Sets whether the cell is enabled on start-up or not. Supported: [false, true]. cell_barred: false # Optional BOOLEAN (false). Sets whether the cell is broadcast as barred for new access. Supported: [false, true]. intra_freq_reselection: true # Optional BOOLEAN (true). Enables intra-frequency cell reselection. Supported: [false, true]. q_rx_lev_min: -70 # Optional INT (-70). Sets the required minimum received RSRP level for cell selection/re-selection, in dBm. Supported: [-70 - -22]. q_qual_min: -20 # Optional INT (-20). Sets the required minimum received RSRQ level for cell selection/re-selection, in dB. Supported: [-43 - -12]. pcg_p_nr_fr1: # Optional INT. Sets the maximum total TX power for the UE in this NR cell group in FR1. Supported: [-30 - +23]. additional_plmns: # Optional TEXT. Sets additional PLMN list for the cell. slicing: # Optional TEXT. Configures network slicing options. This can only be set via the configuration file. - # Configure Slice 1, for further slices, replicate below format. sst: 1 # Optional UINT (1). Sets the Slice Service Type. Supported: [0 - 255]. sd: 0 # Optional UINT (0). Sets the Service Differentiator. Supported: [0 - 16777215]. sched_cfg: # Scheduler configuration for the slice. min_prb_policy_ratio: 0 # Optional UINT (0). Sets the minimum percentage of PRBs to be allocated to the slice. Supported: [0 - 100]. max_prb_policy_ratio: 100 # Optional UINT (100). Sets the maximum percentage of PRBs to be allocated to the slice. Supported: [1 - 100]. ded_prb_policy_ratio: 1 # Optional UINT. Sets the dedicated percentage of PRBs to be allocated to the slice. Supported: [1 - 100]. priority: 0 # Optional UINT (0). Sets the slice scheduler priority. Supported: [0 - 254]. mac_cell_group: bsr_cfg: periodic_bsr_timer: 10 # Optional UINT (10). Sets the periodic Buffer Status Report Timer value in nof. subframes. Supported: [1, 5, 10, 16, 20, 32, 40, 64, 80, 128, 160, 320, 640, 1280, 2560, 0]. retx_bsr_timer: 80 # Optional UINT (80). Sets the retransmission Buffer Status Report Timer value in nof. subframes. Supported: [10, 20, 40, 80, 160, 320, 640, 1280, 2560, 5120, 10240]. lc_sr_delay_timer: # Optional UINT. Sets the Logical Channel SR delay timer in nof. subframes. Supported: [20, 40, 64, 128, 512, 1024, 2560]. phr_cfg: phr_prohibit_timer: 10 # Optional UINT (10). Sets the PHR prohibit timer in nof. subframes. Supported: [0, 10, 20, 50, 100, 200, 500, 1000]. sr_cfg: sr_trans_max: 64 # Optional UINT (64). Sets the maximum number of SR transmissions. Supported: [4, 8, 16, 32, 64]. sr_prohibit_timer: # Optional TEXT. Sets the timer for SR transmission on PUCCH in ms. Supported: [1, 2, 4, 8, 16, 32, 64, 128]. ssb: ssb_period: 10 # Optional UINT (10). Sets the period of SSB scheduling in milliseconds. Supported: [5, 10, 20]. ssb_block_power_dbm: -16 # Optional INT (-16). Sets the SS PBCH block power in dBm. Supported: [-60 - +50]. pss_to_sss_epre_db: 0 # Optional UINT (0). Sets the PSS to SSS EPRE ratio in dB. Supported: [0, 3]. sib: si_window_length: 160 # Optional UINT (160). Sets the length of the SI scheduling window in slots. Supported: [5, 10, 20, 40, 80, 160, 320, 640, 1280]. si_sched_info: # Optional TEXT. Configures the scheduling for each of the SI-messages broadcast by the gNB. t300: 1000 # Optional UINT (1000). Sets the RRC Connection Establishment timer in ms. Supported: [100, 200, 300, 400, 600, 1000, 1500, 2000]. t301: 1000 # Optional UINT (1000). Sets the RRC Connection Re-establishment timer in ms. Supported: [100, 200, 300, 400, 600, 1000, 1500, 2000]. t310: 1000 # Optional UINT (1000). Sets the Out-of-sync timer in ms. Supported: [0, 50, 100, 200, 500, 1000, 2000]. n310: 1 # Optional UINT (1). Sets the Out-of-sync counter. Supported: [1, 2, 3, 4, 6, 8, 10, 20]. t311: 3000 # Optional UINT (3000). Sets the RRC Connection Re-establishment procedure timer in ms. Supported: [1000, 3000, 5000, 10000, 15000, 20000, 30000]. n311: 1 # Optional UINT (1). Sets the In-sync counter. Supported: [1, 2, 3, 4, 5, 6, 8, 10]. t319: 1000 # Optional UINT (1000). Sets the RRC Connection Resume timer in ms. Supported: [100, 200, 300, 400, 600, 1000, 1500, 2000]. sib2: q_hyst: 3 # Optional UINT (3). Sets the hysteresis value for ranking criteria. Supported: [0, 1, 2, 3, 4, 5, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24]. thresh_serving_low_p: 0 # Optional UINT (0). Sets the Rx level threshold for serving cell when reselecting to lower priority RAT/frequency. Supported: [0 - 31]. cell_reselection_priority: 6 # Optional UINT (6). Sets the cell reselection priority for this cell's frequency. Supported: [0 - 7]. q_rx_lev_min: -140 # Optional INT (-140). Sets the minimum required Rx level in the cell in dBm. Supported: even values in [-140, -44]. s_intra_search_p: 62 # Optional UINT (62). Sets the Rx level threshold for intra-frequency measurements in dB. Supported: even values in [0, 62]. t_reselection_nr: 1 # Optional UINT (1). Sets the cell reselection timer value in seconds. Supported: [0 - 7]. sib3: intra_freq_neigh_cell_list: # Optional TEXT. Sets the intra-frequency neighbor cell list. intra_freq_excluded_cell_list: # Optional TEXT. Sets the intra-frequency excluded cell list. sib4: inter_freq_carrier_freq_list: # Optional TEXT. Sets the inter-frequency carrier frequency list. sib5: t_reselection_eutra: # Optional UINT. Sets the EUTRA cell reselection timer value in seconds. Supported: [0 - 7]. carrier_freq_list_eutra: # Optional TEXT. Sets the EUTRA carrier frequency list. sib16: freq_prio_list_slicing: # Optional TEXT. Sets the frequency priority slicing list entries. etws: message_id: 4356 # Optional UINT (4356). Sets the ETWS message ID. Supported: [0 - 65535]. serial_num: 12288 # Optional UINT (12288). Sets the ETWS message serial number. Supported: [0 - 65535]. warning_type: 2432 # Optional UINT (2432). Sets the ETWS warning type. Supported: [0 - 65535]. data_coding_scheme: 0 # Optional UINT (0). Sets the ETWS CBS data coding scheme. Supported: [0 - 255]. warning_message: # Optional TEXT. Sets the ETWS warning message string. cmas: message_id: 4370 # Optional UINT (4370). Sets the CMAS message ID. Supported: [0 - 65535]. serial_num: 12291 # Optional UINT (12291). Sets the CMAS message serial number. Supported: [0 - 65535]. data_coding_scheme: 0 # Optional UINT (0). Sets the CMAS CBS data coding scheme. Supported: [0 - 255]. warning_message: # Optional TEXT. Sets the CMAS warning message string. ul_common: p_max: # Optional INT. Sets maximum transmit power allowed in this serving cell. Supported: [-30 - +23]. max_pucchs_per_slot: 31 # Optional UINT (31). Sets the maximum number of PUCCH grants that can be allocated per slot. Supported: [1 - 128]. max_ul_grants_per_slot: 32 # Optional UINT (32). Sets the maximum number of UL grants that can be allocated per slot. Supported: [1 - 144]. min_pucch_pusch_prb_distance: 1 # Optional UINT (1). Sets the minimum PRB distance between PUCCH and UE-dedicated PUSCH grants. Supported: [0 - 137]. pdcch: common: coreset0_index: # Optional INT. Sets the CORESET 0 index. Supported: [0 - 15]. ss1_n_candidates: {0,0,2,0,0} # Optional UINT ({0,0,2,0,0}). Sets the number of PDCCH candidates per aggregation level for SearchSpace#1. Supported: any 5-value array of [0 - 8]. ss0_index: 0 # Optional UINT (0). Sets the SearchSpace#0 index. Supported: [0 - 15]. max_coreset0_duration: # Optional INT. Sets the maximum CORESET#0 duration in OFDM symbols. Supported: [1 - 2]. dedicated: coreset1_rb_start: # Optional UINT. Sets the starting common resource block for CORESET 1, relative to CRB0. Default: derived automatically. Supported: [0 - 275]. coreset1_l_crb: # Optional INT. Sets the length of CORESET 1 in number of CRBs. Supported: [0 - 275]. coreset1_duration: # Optional INT. Sets the duration of CORESET 1 in number of OFDM symbols. Supported: [1 - 2]. ss2_n_candidates: [0, 0, 0, 0, 0] # Optional UINT ([0, 0, 0, 0, 0]). Sets the number of PDCCH candidates per aggregation level for SearchSpace#2. Supported: any 5-value array of [0 - 8]. dci_format_0_1_and_1_1: true # Optional BOOLEAN (true). Sets whether to use non-fallback or fallback DCI format in UE SearchSpace#2. Supported: [false, true]. ss2_type: ue_dedicated # Optional TEXT (ue_dedicated). Sets the SearchSpace type for UE dedicated SearchSpace#2. Supported: [common, ue_dedicated]. al_cqi_offset: 0 # Optional FLOAT (0). Sets the offset applied to the CQI value in PDCCH aggregation level calculation. Supported: [-15 - 15]. pdsch: min_ue_mcs: 0 # Optional UINT (0). Sets a minimum PDSCH MCS value for all UEs. Supported: [0 - 28]. max_ue_mcs: 28 # Optional UINT (28). Sets a maximum PDSCH MCS value for all UEs. Supported: [0 - 28]. fixed_rar_mcs: 0 # Optional UINT (0). Sets a fixed RAR MCS value for all UEs. Supported: [0 - 28]. fixed_sib1_mcs: 5 # Optional UINT (5). Sets a fixed SIB1 MCS for all UEs. Supported: [0 - 28]. nof_harqs: 16 # Optional UINT (16). Sets the number of DL HARQ processes. Supported: [2, 4, 6, 8, 10, 12, 16, 32]. max_nof_harq_retxs: 4 # Optional UINT (4). Sets the maximum number of times a DL HARQ can be retransmitted before it is discarded. Supported: [0 - 64]. harq_retx_timeout: 100 # Optional UINT (100). Sets the maximum time in ms between a HARQ NACK and the scheduler allocating the HARQ for retransmission. Supported: [10 - 500]. max_consecutive_kos: 100 # Optional UINT (100). Sets the maximum number of consecutive HARQ-ACK KOs before an RLF is reported. Supported: [0 - inf]. rv_sequence: [0,2,3,1] # Optional UINT ([0, 2, 3, 1]). Sets the redundancy version sequence to use for PDSCH. Supported: any combination of [0, 1, 2, 3]. mcs_table: qam256 # Optional ENUM (qam256). Sets the MCS table to use for PDSCH. Supported: [qam64, qam256, qam64lowse]. harq_feedback_disabled: false # Optional TEXT (false). Sets whether to disable DL HARQ Feedback (NTN only). Supported: [true, false] or 32-bit bitmask. interleaving_bundle_size: 0 # Optional UINT (0). Sets the PDSCH interleaving bundle size. Supported: [0, 2, 4]. max_rank: # Optional UINT. Sets the maximum number of PDSCH transmission layers. Supported: non-negative integer (0 or greater). enable_csi_rs_pdsch_multiplexing: true # Optional BOOLEAN (true). Enables multiplexing of CSI-RS and PDSCH. Supported: [false, true]. min_rb_size: 1 # Optional UINT (1). Sets the minimum RB size for UE PDSCH resource allocation. Supported: [1 - 275]. max_rb_size: 275 # Optional UINT (275). Sets the maximum RB size for UE PDSCH resource allocation. Supported: [1 - 275]. start_rb: 0 # Optional UINT (0). Sets the start RB for resource allocation of UE PDSCHs. Supported: [0 - 275]. end_rb: 275 # Optional UINT (275). Sets the end RB for resource allocation of UE PDSCHs. Supported: [0 - 275]. max_pdschs_per_slot: 35 # Optional UINT (35). Sets the maximum number of PDSCH grants per slot, including SIB, RAR, Paging and UE data grants. Supported: [1 - 35]. max_alloc_attempts: 35 # Optional UINT (35). Sets the maximum number of DL or UL PDCCH grant allocation attempts per slot before the scheduler skips the slot. Supported: [1 - 35]. olla_cqi_inc_step: 0.001 # Optional FLOAT (0.001). Sets the outer-loop link adaptation (OLLA) increment value. 0 disables OLLA. Supported: [0 - 1]. olla_target_bler: 0.01 # Optional FLOAT (0.01). Sets the target DL BLER in the OLLA algorithm. Supported: [0 - 0.5]. olla_max_cqi_offset: 4 # Optional FLOAT (4). Sets the maximum CQI offset that OLLA can apply. Supported: positive float. dc_offset: # Optional TEXT. Sets the Direct Current offset in number of subcarriers. Supported: [-1650 - 1649] OR [outside, undetermined, center]. harq_la_cqi_drop_threshold: 3 # Optional UINT (3). Sets the LA threshold for CQI drop above which HARQ retransmissions are cancelled. 0 disables. Supported: [0 - 15]. harq_la_ri_drop_threshold: 1 # Optional UINT (1). Sets the LA threshold for nof. layers drop above which HARQ retransmission is cancelled. 0 disables. Supported: [0 - 4]. dmrs_additional_position: 2 # Optional UINT (2). Sets the PDSCH DMRS additional position. Supported: [0 - 3]. pusch: min_ue_mcs: 0 # Optional UINT (0). Sets a minimum PUSCH MCS value for all UEs. Supported: [0 - 28]. max_ue_mcs: 28 # Optional UINT (28). Sets a maximum PUSCH MCS value for all UEs. Supported: [0 - 28]. max_nof_harq_retxs: 4 # Optional UINT (4). Sets the maximum number of times a UL HARQ can be retransmitted. Supported: [0 - 64]. harq_retx_timeout: 100 # Optional UINT (100). Sets the maximum time in ms between a CRC=KO and the scheduler allocating the HARQ for retransmission. Supported: [10 - 500]. max_consecutive_kos: 100 # Optional UINT (100). Sets the maximum number of consecutive CRC KOs before an RLF is reported. Supported: [0 - inf]. rv_sequence: [0] # Optional UINT ([0]). Sets the redundancy version sequence to use for PUSCH. Supported: any combination of [0, 1, 2, 3]. mcs_table: qam256 # Optional ENUM (qam256). Sets the MCS table to use for PUSCH. Supported: [qam64, qam256, qam64lowse]. harq_mode_b: false # Optional TEXT (false). Sets HARQ Mode B (NTN only). Supported: [true, false] or 32-bit bitmask. nof_harqs: 16 # Optional UINT (16). Sets the number of UL HARQ processes. Supported: [16, 32]. ema_alpha_cl_pw_control_sinr: 0.5 # Optional FLOAT (0.5). Sets the EMA smoothing factor alpha for PUSCH closed-loop power control SINR. Supported: (0, 1) exclusive. max_rank: 4 # Optional UINT (4). Sets the maximum number of PUSCH transmission layers. Supported: [1 - 4]. msg3_delta_preamble: 6 # Optional INT (6). Sets the MSG3 DeltaPreamble power offset between MSG3 and RACH preamble transmission. Supported: [-1 - 6]. p0_nominal_with_grant: -76 # Optional INT (-76). Sets the P0 value for PUSCH grant (except MSG3), in dBm. Supported: multiples of 2 within the range [-202, 24]. p0_nominal_without_grant: -76 # Optional INT (-76). Sets the P0 value for PUSCH without grant, in dBm. Supported: multiples of 2 within the range [-202, 24]. msg3_delta_power: 8 # Optional INT (8). Sets the target power level at the network receiver side, in dBm. Supported: multiples of 2 within the range [-6, 8]. max_puschs_per_slot: 16 # Optional UINT (16). Sets the maximum number of PUSCH grants per slot. Supported: [1 - 16]. beta_offset_ack_idx_1: 11 # Optional UINT (11). Sets the betaOffsetACK-Index1 part of UCI-OnPUSCH. Supported: [0 - 31]. beta_offset_ack_idx_2: 6 # Optional UINT (6). Sets the betaOffsetACK-Index2 part of UCI-OnPUSCH. Supported: [0 - 31]. beta_offset_ack_idx_3: 4 # Optional UINT (4). Sets the betaOffsetACK-Index3 part of UCI-OnPUSCH. Supported: [0 - 31]. beta_offset_csi_p1_idx_1: 13 # Optional UINT (13). Sets the betaOffsetCSI-Part1-Index1 part of UCI-OnPUSCH. Supported: [0 - 31]. beta_offset_csi_p1_idx_2: 10 # Optional UINT (10). Sets the betaOffsetCSI-Part1-Index2 part of UCI-OnPUSCH. Supported: [0 - 31]. beta_offset_csi_p2_idx_1: 13 # Optional UINT (13). Sets the betaOffsetCSI-Part2-Index1 part of UCI-OnPUSCH. Supported: [0 - 31]. beta_offset_csi_p2_idx_2: 10 # Optional UINT (10). Sets the betaOffsetCSI-Part2-Index2 part of UCI-OnPUSCH. Supported: [0 - 31]. min_k2: 4 # Optional UINT (4). Sets the minimum value of K2 (difference in slots between PDCCH and PUSCH). Supported: [1 - 4]. dc_offset: # Optional TEXT. Sets the Direct Current offset in number of subcarriers. Supported: [-1650 - 1649] OR [outside, undetermined, center]. olla_snr_inc_step: 0.001 # Optional FLOAT (0.001). Sets the outer-loop link adaptation (OLLA) increment value. 0 disables OLLA. Supported: [0 - 1]. olla_target_bler: 0.01 # Optional FLOAT (0.01). Sets the target UL BLER in the OLLA algorithm. Supported: [0 - 0.5]. olla_max_snr_offset: 5 # Optional FLOAT (5). Sets the maximum SNR offset that OLLA can apply. Supported: positive float. dmrs_additional_position: 2 # Optional UINT (2). Sets the PUSCH DMRS additional position. Supported: [0 - 3]. min_rb_size: 1 # Optional UINT (1). Sets the minimum RB size for UE PUSCH resource allocation. Supported: [1 - 275]. max_rb_size: 275 # Optional UINT (275). Sets the maximum RB size for UE PUSCH resource allocation. Supported: [1 - 275]. start_rb: 0 # Optional UINT (0). Sets the start RB for resource allocation of UE PUSCHs. Supported: [0 - 275]. end_rb: 275 # Optional UINT (275). Sets the end RB for resource allocation of UE PUSCHs. Supported: [0 - 275]. enable_cl_loop_pw_control: false # Optional BOOLEAN (false). Enables the closed-loop power control for PUSCH. Supported: [false, true]. enable_phr_bw_adaptation: false # Optional BOOLEAN (false). Enables bandwidth adaptation to prevent negative PHR. Supported: [false, true]. target_sinr: 10 # Optional FLOAT (10). Sets the target SINR in dB. Supported: [-5 - 30]. ref_path_loss: 70 # Optional FLOAT (70). Sets the reference path-loss for target PUSCH SINR in dB. Supported: [50 - 120]. pl_compensation_factor: 1 # Optional FLOAT (1). Sets the fractional path-loss compensation factor in PUSCH power control. Supported: [0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1]. enable_transform_precoding: false # Optional BOOLEAN (false). Enables transform precoding for PUSCH. Supported: [false, true]. pucch: p0_nominal: -90 # Optional INT (-90). Sets the power control parameter P0 for PUCCH transmissions in dBm. Supported: multiples of 2 within [-202, 24]. pucch_resource_common: # Optional UINT. Sets the index of PUCCH resource set for common configuration. Supported: [0 - 15]. sr_period_ms: 20 # Optional FLOAT (20). Sets the SR period in milliseconds. Supported: [1, 2, 2.5, 4, 5, 8, 10, 16, 20, 40, 80, 160, 320]. formats: f1_and_f2 # Optional TEXT (f1_and_f2). Sets the PUCCH format combinations to use. Supported: [f0_and_f2, f1_and_f2, f1_and_f3, f1_and_f4]. resource_set_size: 8 # Optional UINT (8). Sets the number of PUCCH resources per UE for HARQ for each PUCCH resource set. Supported: [1 - 8]. nof_cell_res_set_configs: 2 # Optional UINT (2). Sets the number of PUCCH resource set configurations per cell. Supported: [1 - 10]. nof_cell_sr_res: 8 # Optional UINT (8). Sets the number of PUCCH F0 or F1 resources per cell for SR. Supported: [1 - 100]. nof_cell_csi_res: 8 # Optional UINT (8). Sets the number of PUCCH F2, F3 or F4 resources per cell for CSI. Supported: [0 - 100]. f0_intraslot_freq_hop: false # Optional BOOLEAN (false). Enables intra-slot frequency hopping for PUCCH F0. Supported: [false, true]. f1_enable_occ: false # Optional BOOLEAN (false). Enables OCC for PUCCH F1. Supported: [false, true]. f1_nof_cyclic_shifts: 2 # Optional UINT (2). Sets the number of possible cyclic shifts for PUCCH F1 resources. Supported: [1, 2, 3, 4, 6, 12]. f1_intraslot_freq_hop: false # Optional BOOLEAN (false). Enables intra-slot frequency hopping for PUCCH F1. Supported: [false, true]. f2_max_nof_rbs: 1 # Optional UINT (1). Sets the max number of RBs for PUCCH F2 resources. Supported: [1 - 16]. f2_max_payload: # Optional UINT. Sets the min required payload capacity in bits for PUCCH F2 resources. Supported: [4 - 40]. f2_max_code_rate: dot35 # Optional TEXT (dot35). Sets the PUCCH F2 max code rate. Supported: [dot08, dot15, dot25, dot35, dot45, dot60, dot80]. f2_intraslot_freq_hop: false # Optional BOOLEAN (false). Enables intra-slot frequency hopping for PUCCH F2. Supported: [false, true]. f3_max_nof_rbs: 1 # Optional UINT (1). Sets the max number of RBs for PUCCH F3 resources. Supported: [1, 2, 3, 4, 5, 6, 8, 9, 10, 12, 15, 16]. f3_max_payload: # Optional UINT. Sets the min required payload capacity in bits for PUCCH F3 resources. Supported: [4 - 40]. f3_max_code_rate: dot35 # Optional TEXT (dot35). Sets the PUCCH F3 max code rate. Supported: [dot08, dot15, dot25, dot35, dot45, dot60, dot80]. f3_intraslot_freq_hop: false # Optional BOOLEAN (false). Enables intra-slot frequency hopping for PUCCH F3. Supported: [false, true]. f3_additional_dmrs: false # Optional BOOLEAN (false). Enables additional DMRS for PUCCH F3. Supported: [false, true]. f3_pi2_bpsk: false # Optional BOOLEAN (false). Enables pi/2 BPSK for PUCCH F3. Supported: [false, true]. f4_max_code_rate: dot35 # Optional TEXT (dot35). Sets the PUCCH F4 max code rate. Supported: [dot08, dot15, dot25, dot35, dot45, dot60, dot80]. f4_intraslot_freq_hop: false # Optional BOOLEAN (false). Enables intra-slot frequency hopping for PUCCH F4. Supported: [false, true]. f4_additional_dmrs: false # Optional BOOLEAN (false). Enables additional DMRS for PUCCH F4. Supported: [false, true]. f4_pi2_bpsk: false # Optional BOOLEAN (false). Enables pi/2 BPSK for PUCCH F4. Supported: [false, true]. f4_occ_length: 2 # Optional UINT (2). Sets the OCC length for PUCCH F4. Supported: [2, 4]. ema_alpha_cl_pw_control_sinr: 0.5 # Optional FLOAT (0.5). Sets the EMA smoothing factor alpha for PUCCH closed-loop power control SINR. Supported: (0, 1) exclusive. repetition_sinr_thresholds: # Optional FLOAT. Sets the SINR thresholds (dB) mapping UE SINR to PUCCH repetition factor. Up to 3 entries. repetition_factors: # Optional UINT. Sets the repetition factor for each PUCCH resource in a HARQ-ACK resource set. Supported: [1, 2, 4, 8]. f4_enable_occ: false # Optional BOOLEAN (false). Enables OCC multiplexing for PUCCH F4. Supported: [false, true]. min_k1: 4 # Optional UINT (4). Sets the minimum value of K1 (difference in slots between PDSCH and HARQ-ACK). Supported: [1 - 4]. max_consecutive_kos: 100 # Optional UINT (100). Sets the maximum number of consecutive undecoded PUCCH F2 for CSI before an RLF is reported. enable_cl_loop_pw_control: false # Optional BOOLEAN (false). Enables the closed-loop power control for PUCCH. Supported: [false, true]. target_sinr_f0: 10 # Optional FLOAT (10). Sets the target SINR for PUCCH F0 in dB. Supported: [-10 - 20]. target_sinr_f2: 6 # Optional FLOAT (6). Sets the target SINR for PUCCH F2 in dB. Supported: [-10 - 20]. target_sinr_f3: 1 # Optional FLOAT (1). Sets the target SINR for PUCCH F3 in dB. Supported: [-15 - 10]. srs: type_enabled: disabled # Optional TEXT (disabled). Enables/disables SRS and sets resource type. Supported: [disabled, periodic, aperiodic]. period_ms: 20 # Optional FLOAT (20). Sets the periodic SRS period in ms. Supported: [1, 2, 2.5, 4, 5, 8, 10, 16, 20, 32, 40, 64, 80, 160, 320, 640, 1280, 2560]. max_nof_sym_per_slot: 2 # Optional UINT (2). Sets the number of symbols for UL slot reserved for SRS cell resources. Supported: [1 - 6]. nof_sym_per_resource: 1 # Optional UINT (1). Sets the number of symbols per SRS resource. Supported: [1, 2, 4]. c_srs: # Optional UINT. Sets the C_SRS parameter for SRS. If not set, computed automatically. Supported: [0 - 63]. freq_domain_shift: 0 # Optional UINT (0). Sets the SRS frequency domain shift. Supported: [0 - 268]. tx_comb: 4 # Optional UINT (4). Sets the SRS TX comb size. Supported: [2, 4]. cyclic_shift_reuse: 1 # Optional UINT (1). Sets the SRS cyclic shift reuse factor. Supported: [1, 2, 3, 4, 6]. sequence_id_reuse: 1 # Optional UINT (1). Sets the reuse factor for the SRS sequence ID. Supported: [1, 2, 3, 5, 6, 10, 15, 30]. p0: -84 # Optional INT (-84). Sets the P0 value for SRS in dBm. Supported: multiples of 2 within [-202, 24]. prach: prach_config_index: # Optional UINT. Sets the PRACH configuration index. If not set, derived automatically. Supported: [0 - 255]. prach_root_sequence_index: 1 # Optional UINT (1). Sets the PRACH Root Sequence Index (RSI). Supported: [0 - 837]. zero_correlation_zone: 0 # Optional UINT (0). Sets the Zero Correlation Zone. Supported: [0 - 15]. fixed_msg3_mcs: 0 # Optional UINT (0). Sets a fixed Msg3 MCS. Supported: [0 - 28]. max_msg3_harq_retx: 4 # Optional UINT (4). Sets the maximum number of Msg3 HARQ retransmissions. Supported: [0 - 4]. total_nof_ra_preambles: 64 # Optional UINT (64). Sets the number of different contention-based PRACH preambles per occasion. Supported: [1 - 64]. cfra_enabled: false # Optional BOOLEAN (false). Enables Contention Free Random Access (CFRA). Supported: [false, true]. prach_frequency_start: # Optional INT. Sets the offset of lowest PRACH transmission occasion in frequency domain in PRBs. Supported: [0 - (MAX_NOF_PRB - 1)]. preamble_rx_target_pw: -100 # Optional INT (-100). Sets the target power level at the network receiver side, in dBm. Supported: multiples of 2 within [-202, -60]. preamble_trans_max: 7 # Optional UINT (7). Sets the max number of RA preamble transmissions before declaring a failure. Supported: [3, 4, 5, 6, 7, 8, 10, 20, 50, 100, 200]. power_ramping_step_db: 4 # Optional UINT (4). Sets the power ramping step for PRACH. Supported: [0, 2, 4, 6]. ports: 0 # Optional UINT (0). Sets the list of antenna ports. nof_ssb_per_ro: 1 # Optional UINT (1). Sets the number of SSBs per RACH occasion. Supported: [1]. nof_cb_preambles_per_ssb: 64 # Optional UINT (64). Sets the number of contention based preambles per SSB. Supported: [1 - 64]. nof_prach_guardbands_rbs: 3 # Optional UINT (3). Sets the number of RBs used as guardband on each side of the PRACH RBs interval. Supported: [1 - 10]. slice_based_ra_prioritization: # Optional TEXT. Sets the list of configurations for slice-based RA prioritization. ra_resp_window: # Optional UINT. Sets the RA-response window length in number of slots. Supported: [1, 2, 4, 8, 10, 20, 40, 80]. two_step: cb_preambles_per_ssb_per_shared_ro: 4 # Optional UINT (4). Sets the number of CB preambles per SSB per shared RACH occasion for 2-step RA. Supported: [1 - 60]. msgA_rsrp_thres_dbm: -100 # Optional INT (-100). Sets the RSRP threshold in dBm for UE to select 2-step RA over 4-step RA. Supported: [-156 - -29]. msgB_response_window_slots: 40 # Optional UINT (40). Sets the MsgB response window length in slots. Supported: [1, 2, 4, 8, 10, 20, 40, 80, 160, 320]. td_offset: 1 # Optional UINT (1). Sets the time-domain offset in slots from PRACH slot to MsgA PUSCH slot. Supported: [1 - 32]. pusch_td_res_index: 0 # Optional UINT (0). Sets the index into the PUSCH-TimeDomainAllocationResource table for MsgA PUSCH scheduling. mcs: 0 # Optional UINT (0). Sets the MCS index for MsgA PUSCH transmission. Supported: [0 - 28]. nof_prbs_per_msgA_po: 3 # Optional UINT (3). Sets the number of PRBs per MsgA PUSCH occasion. Supported: [1 - 32]. prb_start: 0 # Optional UINT (0). Sets the frequency offset in PRBs of the lowest MsgA PUSCH occasion from PRB 0. po_fdm: 1 # Optional UINT (1). Sets the number of MsgA PUSCH occasions FDMed in one time instance. Supported: [1, 2, 4, 8]. tdd_ul_dl_cfg: dl_ul_tx_period: 10 # Optional INT (10). Sets the TDD pattern periodicity in slots. Supported: [2 - 80]. nof_dl_slots: 6 # Optional INT (6). Sets the number of consecutive full Downlink slots. Supported: [0 - 80]. nof_dl_symbols: 8 # Optional INT (8). Sets the number of Downlink symbols at the beginning of the slot following full Downlink slots. Supported: [0 - 13]. nof_ul_slots: 3 # Optional INT (3). Sets the number of consecutive full Uplink slots. Supported: [0 - 80]. nof_ul_symbols: 0 # Optional INT (0). Sets the number of Uplink symbols at the end of the slot preceding the first full Uplink slot. Supported: [0 - 13]. pattern2: dl_ul_tx_period: 10 # Optional INT (10). Sets the second TDD pattern periodicity in slots. Supported: [2 - 80]. nof_dl_slots: 6 # Optional INT (6). Sets the number of consecutive full Downlink slots in the second pattern. Supported: [0 - 80]. nof_dl_symbols: 8 # Optional INT (8). Sets the number of Downlink symbols in the special slot of the second pattern. Supported: [0 - 13]. nof_ul_slots: 3 # Optional INT (3). Sets the number of consecutive full Uplink slots in the second pattern. Supported: [0 - 80]. nof_ul_symbols: 0 # Optional INT (0). Sets the number of Uplink symbols in the special slot of the second pattern. Supported: [0 - 13]. paging: pg_search_space_id: 1 # Optional UINT (1). Sets the SearchSpace to use for Paging. default_pg_cycle_in_rf: 128 # Optional UINT (128). Sets the default Paging cycle in number of Radio Frames. Supported: [32, 64, 128, 256]. nof_pf_per_paging_cycle: oneT # Optional TEXT (oneT). Sets the number of paging frames per DRX cycle. Supported: [oneT, halfT, quarterT, oneEighthT, oneSixteethT]. pf_offset: 0 # Optional UINT (0). Sets the paging frame offset. nof_po_per_pf: 1 # Optional UINT (1). Sets the number of paging occasions per paging frame. Supported: [1, 2, 4]. edrx_enabled: false # Optional BOOLEAN (false). Enables eDRX. Supported: [false, true]. csi: csi_rs_enabled: true # Optional BOOLEAN (true). Enables CSI-RS resources and CSI reporting. Supported: [false, true]. csi_rs_period: 20 # Optional UINT (20). Sets the CSI-RS period in milliseconds. Supported: [10, 20, 40, 80]. report_type: periodic # Optional TEXT (periodic). Sets the type of CSI reporting configuration. Supported: [periodic, aperiodic]. meas_csi_rs_slot_offset: # Optional UINT. Sets the slot offset of first CSI-RS resource used for measurement. tracking_csi_rs_slot_offset: # Optional UINT. Sets the slot offset of the first CSI-RS resource used for tracking. zp_csi_rs_slot_offset: # Optional UINT. Sets the slot offset of the ZP CSI-RS resources. pwr_ctrl_offset: 0 # Optional INT (0). Sets the power offset of PDSCH RE to NZP CSI-RS RE in dB. Supported: [-8 - 15]. scheduler: nof_preselected_newtx_ues: 1024 # Optional UINT (1024). Sets the number of UEs pre-selected for potential newTx allocations per slot. Supported: [1 - 8192]. policy: qos_sched: combine_function: gbr_prioritized # Optional TEXT (gbr_prioritized). Sets the QoS-aware scheduler weight combining function. Supported: [gbr_prioritized, geometric_mean]. pf_fairness_coeff: 2 # Optional FLOAT (2). Sets the fairness coefficient for the Proportional Fair policy scheduler. prio_enabled: true # Optional BOOLEAN (true). Enables the QoS Flow priority in QoS-aware scheduling. Supported: [false, true]. pdb_enabled: true # Optional BOOLEAN (true). Enables the Packet Delay Budget (PDB) in QoS-aware scheduling. Supported: [false, true]. gbr_enabled: true # Optional BOOLEAN (true). Enables the Guaranteed Bit Rate (GBR) in QoS-aware scheduling. Supported: [false, true]. ta: ta_measurement_slot_period: 80 # Optional UINT (80). Sets the measurements periodicity in nof. slots over which the new Timing Advance Command is computed. ta_measurement_slot_prohibit_period: 0 # Optional UINT (0). Sets the delay in number of slots between issuing the TA_CMD and starting TA measurements. Supported: [0 - 10000]. ta_cmd_offset_threshold: 1 # Optional INT (1). Sets the TA offset threshold above which a Timing Advance Command is triggered. -1 disables. Supported: [-1 - 31]. ta_target: 1.0 # Optional FLOAT (1.0). Sets the Timing Advance target in units of TA. Supported: [-30.0 - 30.0]. ta_update_measurement_ul_sinr_threshold: 0 # Optional FLOAT (0). Sets the UL SINR threshold in dB above which reported N_TA update measurements are considered valid. ta_outlier_detection_zscore_threshold: 1.75 # Optional FLOAT (1.75). Sets the Z-score threshold for outlier detection in N_TA measurements. Supported: [0.0 - 5.0]. rlm: rlm_resource_type: default_type # Optional TEXT. Sets the Radio Link Monitoring resource detection type. Supported: [default_type, ssb, csi_rs, ssb_and_csi_rs]. drx: on_duration_timer: 10 # Optional UINT (10). Sets the minimum duration in ms that the UE stays in active mode when DRX is configured. Supported: [1, 2, 3, 4, 5, 6, 8, 10, 20, 30, 40, 50, 60, 80, 100, 200, 300, 400, 500, 600, 800, 1000, 1200, 1600]. inactivity_timer: 0 # Optional UINT (0). Sets the duration in ms that the UE stays active after PDCCH reception when DRX is configured. Supported: [0, 1, 2, 3, 4, 5, 6, 8, 10, 20, 30, 40, 50, 60, 80, 100, 200, 300, 500, 750, 1280, 1920, 2560]. retx_timer_dl: 0 # Optional UINT (0). Sets the maximum duration in slots until a DL ReTX is received by the UE when DRX is configured. Supported: [0, 1, 2, 4, 6, 8, 16, 24, 33, 40, 64, 80, 96, 112, 128, 160, 320]. retx_timer_ul: 0 # Optional UINT (0). Sets the maximum duration in slots until a grant for UL ReTX is received by the UE when DRX is configured. Supported: [0, 1, 2, 4, 6, 8, 16, 24, 33, 40, 64, 80, 96, 112, 128, 160, 320]. long_cycle: 0 # Optional UINT (0). Sets the duration in ms between UE DRX long cycles. 0 disables DRX. Supported: [10, 20, 32, 40, 60, 64, 70, 80, 128, 160, 256, 320, 512, 640, 1024, 1280, 2048, 2560, 5120, 10240] OR [0]. ru_ofh: # Many of the following values are optional as they have default values. In practice, all of the following parameters should be defined by the user, as they will need # to be configured specifically for the RU being used. Failing to configure these parameters correctly may result in the RU failing to connect to the DU. gps_alpha: 0 # Optional UINT (0). Sets the GPS alpha. Supported: [0 - 1.2288e+07]. gps_beta: 0 # Optional INT (0). Sets the GPS beta. Supported: [-32768 - +32767]. ru_bandwidth_MHz: # Optional TEXT (). Sets the channel bandwidth in MHz. Supported: [5, 10, 15, 20, 25, 30, 40, 50, 60, 70, 80, 90, 100]. ru_reference_level_dBFS: -12 # Optional FLOAT (-12). Sets the RU IQ reference level mapped to the maximum RF power in dBFS. Supported: (-inf - 0]. subcarrier_rms_backoff_dB: auto # Optional TEXT (auto). Sets the per-subcarrier power back-off relative to the RU reference level in dB. Accepts a numeric value >= 0 or 'auto'. Supported: [0 - inf, auto]. iq_scaling: 0.1 # Optional FLOAT (0.1). Sets the IQ scaling factor. This is an alternative to ru_reference_level_dBFS. Supported: [0 - 100]. cplane_prach_fft_len: 4096 # Optional UINT (4096). Sets the PRACH FFT length used in C-Plane Type-3 messages. Supported: [128, 256, 512, 1024, 1536, 2048, 3072, 4096]. base_cell: # Default timing and compression settings shared across all cells. Per-cell overrides can be set in the cells list below. t1a_max_cp_dl: 500 # Optional INT (500). Sets the T1a maximum value for downlink control-plane in microseconds. Supported: [0 - 1960]. t1a_min_cp_dl: 258 # Optional INT (258). Sets the T1a minimum value for downlink control-plane in microseconds. Supported: [0 - 1960]. t1a_max_cp_ul: 500 # Optional INT (500). Sets the T1a maximum value for uplink control-plane in microseconds. Supported: [0 - 1960]. t1a_min_cp_ul: 285 # Optional INT (285). Sets the T1a minimum value for uplink control-plane in microseconds. Supported: [0 - 1960]. t1a_max_up: 300 # Optional INT (300). Sets the T1a maximum value for user-plane in microseconds. Supported: [0 - 1960]. t1a_min_up: 85 # Optional INT (85). Sets the T1a minimum value for user-plane in microseconds. Supported: [0 - 1960]. ta4_max: 500 # Optional INT (500). Sets the Ta4 maximum value for user-plane in microseconds. Supported: [0 - 1960]. ta4_min: 85 # Optional INT (85). Sets the Ta4 minimum value for user-plane in microseconds. Supported: [0 - 1960]. is_prach_cp_enabled: true # Optional BOOLEAN (true). Sets the PRACH control-plane enabled flag. Supported: [false, true]. ignore_ecpri_seq_id: false # Optional BOOLEAN (false). Sets whether to ignore the eCPRI sequence ID field value. Supported: [false, true]. ignore_ecpri_payload_size: false # Optional BOOLEAN (false). Sets whether to ignore the eCPRI payload size field value. Supported: [false, true]. ignore_prach_start_symbol: false # Optional BOOLEAN (false). Sets whether to ignore the PRACH start symbol in PRACH U-Plane packets. Supported: [false, true]. log_lates_as_warnings: true # Optional BOOLEAN (true). Sets late Open Fronthaul events to be logged as warnings. Supported: [false, true]. warn_unreceived_ru_frames: after_traffic_detection # Optional TEXT (after_traffic_detection). Sets the policy for warning about unreceived Radio Unit frames. Supported: [never, always, after_traffic_detection]. compr_method_ul: bfp # Optional TEXT (bfp). Sets the uplink compression method. Supported: [none, bfp, bfp selective, block scaling, mu law, modulation, modulation selective]. compr_bitwidth_ul: 9 # Optional UINT (9). Sets the uplink compression bit width. Supported: [1 - 16]. compr_method_dl: bfp # Optional TEXT (bfp). Sets the downlink compression method. Supported: [none, bfp, bfp selective, block scaling, mu law, modulation, modulation selective]. compr_bitwidth_dl: 9 # Optional UINT (9). Sets the downlink compression bit width. Supported: [1 - 16]. compr_method_prach: bfp # Optional TEXT (bfp). Sets the PRACH compression method. Supported: [none, bfp, bfp selective, block scaling, mu law, modulation, modulation selective]. compr_bitwidth_prach: 9 # Optional UINT (9). Sets the PRACH compression bit width. Supported: [1 - 16]. enable_ul_static_compr_hdr: true # Optional BOOLEAN (true). Enables the uplink static compression header. Supported: [false, true]. enable_dl_static_compr_hdr: true # Optional BOOLEAN (true). Enables the downlink static compression header. Supported: [false, true]. cells: # Optional TEXT. Sets the hardware-specific cell configuration on a per cell basis. - # Cell 1 - set custom configuration for each cell network_interface: enp1s0f0 # Optional TEXT (enp1s0f0). Sets the ethernet network interface name for the RU or PCIe identifier when using DPDK. enable_promiscuous: false # Optional BOOLEAN (false). Enables promiscuous mode on the network interface. Supported: [false, true]. check_link_status: false # Optional BOOLEAN (false). Enables Ethernet link status checking at startup. Supported: [false, true]. mtu: 9000 # Optional UINT (9000). Sets the NIC interface MTU size in bytes. Supported: [1500 - 9600]. ru_mac_addr: 70:b3:d5:e1:5b:06 # Optional TEXT (70:b3:d5:e1:5b:06). Sets the Radio Unit MAC address. Format: a string, e.g. [AA:BB:CC:DD:11:22]. du_mac_addr: 00:11:22:33:00:77 # Optional TEXT (00:11:22:33:00:77). Sets the Distributed Unit MAC address. Format: a string, e.g. [AA:BB:CC:DD:11:22]. vlan_tag_cp: 1 # Optional UINT. Sets the VLAN tag value for C-Plane. Supported: [1 - 4094]. vlan_tag_up: 1 # Optional UINT. Sets the VLAN tag value for U-Plane. Supported: [1 - 4094]. vlan_pcp_cp: # Optional UINT. Sets the C-Plane VLAN PCP. Requires vlan_tag_cp. Supported: [0 - 7]. vlan_pcp_up: # Optional UINT. Sets the U-Plane VLAN PCP. Requires vlan_tag_up. Supported: [0 - 7]. prach_port_id: [4] # Optional UINT ([4]). Sets the RU PRACH eAxC port ID(s). dl_port_id: [0] # Optional UINT ([0]). Sets the RU downlink eAxC port ID(s). ul_port_id: [0] # Optional UINT ([0]). Sets the RU uplink eAxC port ID(s). ru_bandwidth_MHz: # Optional TEXT. Sets the channel bandwidth in MHz. Supported: [5, 10, 15, 20, 25, 30, 40, 50, 60, 70, 80, 90, 100]. t1a_max_cp_dl: 500 # Optional UINT (500). Sets T1a maximum value for downlink control-plane. Supported: [0 - 1960]. t1a_min_cp_dl: 258 # Optional UINT (258). Sets T1a minimum value for downlink control-plane. Supported: [0 - 1960]. t1a_max_cp_ul: 500 # Optional UINT (500). Sets T1a maximum value for uplink control-plane. Supported: [0 - 1960]. t1a_min_cp_ul: 285 # Optional UINT (285). Sets T1a minimum value for uplink control-plane. Supported: [0 - 1960]. t1a_max_up: 300 # Optional UINT (300). Sets T1a maximum value for user-plane. Supported: [0 - 1960]. t1a_min_up: 85 # Optional UINT (85). Sets T1a minimum value for user-plane. Supported: [0 - 1960]. ta4_max: 500 # Optional UINT (500). Sets the Ta4 maximum value for User-Plane. Supported: [0 - 1960]. ta4_min: 85 # Optional UINT (85). Sets the Ta4 minimum value for User-Plane. Supported: [0 - 1960]. is_prach_cp_enabled: true # Optional BOOLEAN (true). Sets the PRACH control-plane enabled flag. Supported: [false, true]. ignore_ecpri_seq_id: false # Optional BOOLEAN (false). Sets whether to ignore the eCPRI sequence ID field value. Supported: [false, true]. ignore_ecpri_payload_size: false # Optional BOOLEAN (false). Sets whether to ignore the eCPRI payload size field value. Supported: [false, true]. ignore_prach_start_symbol: false # Optional BOOLEAN (false). Sets whether to ignore the PRACH start symbol in PRACH U-Plane Packets. Supported: [false, true]. log_lates_as_warnings: true # Optional BOOLEAN (true). Sets late events to be logged as warnings. Supported: [false, true]. warn_unreceived_ru_frames: after_traffic_detection # Optional TEXT (after_traffic_detection). Sets the policy for warning about unreceived RU frames. Supported: [never, always, after_traffic_detection]. compr_method_ul: bfp # Optional TEXT (bfp). Sets the uplink compression method. Supported: [none, bfp, bfp selective, block scaling, mu law, modulation, modulation selective]. compr_bitwidth_ul: 9 # Optional UINT (9). Sets the uplink compression bit width. Supported: [1 - 16]. compr_method_dl: bfp # Optional TEXT (bfp). Sets the downlink compression method. Supported: [none, bfp, bfp selective, block scaling, mu law, modulation, modulation selective]. compr_bitwidth_dl: 9 # Optional UINT (9). Sets the downlink compression bit width. Supported: [1 - 16]. compr_method_prach: bfp # Optional TEXT (bfp). Sets the PRACH compression method. Supported: [none, bfp, bfp selective, block scaling, mu law, modulation, modulation selective]. compr_bitwidth_prach: 9 # Optional UINT (9). Sets the PRACH compression bit width. Supported: [1 - 16]. enable_ul_static_compr_hdr: true # Optional BOOLEAN (true). Enables the uplink static compression header. Supported: [false, true]. enable_dl_static_compr_hdr: true # Optional BOOLEAN (true). Enables the downlink static compression header. Supported: [false, true]. ru_reference_level_dBFS: -12 # Optional FLOAT (-12). Sets the RU IQ reference level mapped to the maximum RF power. Supported: (-inf - 0]. subcarrier_rms_backoff_dB: auto # Optional TEXT (auto). Sets the per-subcarrier power back-off relative to the RU reference level. Accepts a numeric value >= 0 or 'auto'. Supported: [0 - inf, auto]. iq_scaling: 0.1 # Optional FLOAT (0.1). Sets the IQ scaling factor. Supported: [0 - 100]. cplane_prach_fft_len: 4096 # Optional UINT (4096). Sets the PRACH FFT length used in C-Plane Type-3 messages. Supported: [128, 256, 512, 1024, 1536, 2048, 3072, 4096]. ru_sdr: srate: 61.44 # Optional FLOAT (61.44). Sets the sampling rate of the RF-frontend in MHz. device_driver: uhd # Optional TEXT (uhd). Sets the RF device driver name. device_args: # Optional TEXT. Sets an argument that gets passed to the selected RF driver. tx_gain: 50.0 # Optional FLOAT (50.0). Sets the transmit gain in dB. rx_gain: 60.0 # Optional FLOAT (60.0). Sets the receive gain in dB. freq_offset: 0 # Optional FLOAT (0). Sets the center frequency offset in Hertz applied to all channels. clock_ppm: 0 # Optional FLOAT (0). Sets the clock calibration in Parts Per Million (PPM). lo_offset: 0 # Optional FLOAT (0). Shifts the local oscillator frequency in MHz away from the center frequency to move LO leakage out of the channel. clock: default # Optional TEXT (default). Sets the RF device clock source. sync: default # Optional TEXT (default). Sets the RF device time synchronization source. otw_format: default # Optional TEXT (default). Sets the over-the-wire sample format. time_alignment_calibration: auto # Optional TEXT (auto). Compensates for any reception and transmission time misalignment inherent to the RF device. Positive values reduce # the RF transmission delay with respect to RF reception. Negative values have the opposite effect. start_time: auto # Optional TEXT (auto). Sets the radio streaming start time. Format: YYYY-MM-DD HH:MM:SS. Use 'auto' or leave empty to let the radio start immediately. dl_freq_Hz: # Optional FLOAT. Sets the downlink frequency override in Hz. Overrides dl_arfcn-derived frequency. ul_freq_Hz: # Optional FLOAT. Sets the uplink frequency override in Hz. Overrides ul_arfcn-derived frequency. amplitude_control: tx_gain_backoff: 12.0 # Optional FLOAT (12.0). Sets the baseband gain back-off in dB to account for signal PAPR. Format: positive float. enable_clipping: false # Optional BOOLEAN (false). Enables clipping of baseband samples that exceed the power ceiling. Supported: [false, true]. ceiling: -0.1 # Optional FLOAT (-0.1). Sets the power ceiling in dBFS relative to full scale amplitude. Format: negative float or 0. expert_cfg: low_phy_dl_throttling: 0 # Optional FLOAT (0). Throttles the lower PHY DL baseband generation. 0 disables throttling. tx_mode: continuous # Optional TEXT (continuous). Selects a radio transmission mode. Supported: [continuous, discontinuous, same-port]. power_ramping_time_us: 0 # Optional FLOAT (0). Sets the power ramping time in microseconds, which proactively initiates transmission and mitigates transient effects. ru_dummy: dl_processing_delay: 1 # Optional UINT (1). Sets the DL processing delay in slots. time_scaling: 1.0 # Optional FLOAT (1.0). Sets the time scaling factor applied to the slot duration. Must be greater than zero. Supported: [0 - inf]. hal: eal_args: # Optional TEXT. Sets the EAL configuration parameters used to initialize DPDK. bbdev_hwacc: hwacc_type: # Optional TEXT. Sets the type of BBDEV hardware accelerator. Supported: [acc100, acc200, vrb1]. id: # Optional UINT. Sets the ID of the BBDEV-based hardware-accelerator. Supported: [0 - 65535]. pdsch_enc: nof_hwacc: # Optional UINT. Sets the number of hardware-accelerated PDSCH encoding functions. Supported: [0 - 64]. cb_mode: false # Optional BOOLEAN (false). Sets the operation mode of the PDSCH encoder (CB mode = true, TB mode = false). Supported: [false, true]. max_buffer_size: # Optional UINT. Sets the maximum supported buffer size in bytes (CB mode will be forced for larger TBs). dedicated_queue: true # Optional BOOLEAN (true). Sets whether to use a dedicated hardware queue for the PDSCH encoder. Supported: [false, true]. pusch_dec: nof_hwacc: # Optional UINT. Sets the number of hardware-accelerated PUSCH decoding functions. Supported: [0 - 64]. harq_context_size: # Optional UINT. Sets the size of the HARQ context repository. force_local_harq: false # Optional BOOLEAN (false). Forces using host memory to implement the HARQ buffer. Supported: [false, true]. dedicated_queue: true # Optional BOOLEAN (true). Sets whether to use a dedicated hardware queue for the PUSCH decoder. Supported: [false, true]. msg_mbuf_size: # Optional UINT. Sets the size of the mbufs storing unencoded and unrate-matched messages (in bytes). Supported: [0 - 64000]. rm_mbuf_size: # Optional UINT. Sets the size of the mbufs storing encoded and rate-matched messages (in bytes). Supported: [0 - 64000]. nof_mbuf: # Optional UINT. Sets the number of mbufs in the memory pool. buffer_pool: nof_segments: 1048576 # Optional UINT (1048576). Sets the number of segments allocated by the buffer pool. segment_size: 2048 # Optional UINT (2048). Sets the size of each buffer pool segment in bytes. expert_phy: max_proc_delay: 5 # Optional UINT (5). Sets the maximum allowed DL processing delay in slots. Supported: [1 - 30]. pusch_dec_max_iterations: 6 # Optional UINT (6). Sets the maximum number of PUSCH LDPC decoder iterations. pusch_dec_enable_early_stop: true # Optional BOOLEAN (true). Enables the PUSCH LDPC decoder early stop. Supported: [false, true]. pusch_decoder_force_decoding: false # Optional BOOLEAN (false). Forces the PUSCH LDPC decoder to decode always. Supported: [false, true]. pusch_sinr_calc_method: post_equalization # Optional TEXT (post_equalization). Sets the PUSCH SINR calculation method. Supported: [channel_estimator, post_equalization, evm]. pusch_channel_estimator_fd_strategy: filter # Optional TEXT (filter). Sets the PUSCH channel estimator frequency-domain strategy. Supported: [filter, mean, none]. pusch_channel_estimator_td_strategy: average # Optional TEXT (average). Sets the PUSCH channel estimator time-domain strategy. Supported: [average, interpolate]. pusch_channel_estimator_cfo_compensation: true # Optional BOOLEAN (true). Enables the PUSCH channel estimator CFO compensation. Supported: [false, true]. pusch_channel_equalizer_algorithm: zf # Optional TEXT (zf). Sets the PUSCH channel equalizer algorithm. Supported: [zf, mmse]. max_request_headroom_slots: 0 # Optional UINT (0). Sets the maximum request headroom size in slots. Supported: [0 - 30]. allow_request_on_empty_uplink_slot: false # Optional BOOLEAN (false). Generates an uplink request in an uplink slot with no PUCCH/PUSCH/SRS PDUs. Supported: [false, true]. enable_phy_tap: false # Optional BOOLEAN (false). Enables the PHY tap plugin if present. Supported: [false, true]. phy_tap_arguments: # Optional TEXT. Sets the PHY tap plugin argument string passed during construction. expert_execution: cell_affinities: # Optional TEXT. Sets the cell CPU affinities configuration on a per cell basis. Entry order is the same as the order in the defined cell list. - ru_cpus: # Optional TEXT. Sets the CPU core(s) used for the Radio Unit tasks. ru_pinning: # Optional TEXT. Sets the policy used for assigning CPU cores to Radio Unit tasks. affinities: main_pool_cpus: # Optional TEXT. Sets CPU cores assigned to the main thread pool. No default — the affinity mask is empty by default. main_pool_pinning: mask # Optional ENUM (mask). Sets the policy used for assigning CPU cores to the main thread pool. Supported: [round-robin, mask]. ofh: # Optional TEXT. Sets the CPU affinities for RU cells tx-rx threads. timing_cpu: # Optional TEXT. Sets the CPU core(s) used for timing in the Radio Unit. txrx_cpus: # Optional TEXT. List of CPU core(s) used for Radio Unit tasks. - threads: upper_phy: pdsch_processor_type: auto # Optional TEXT (auto). Sets the PDSCH processor type. Supported: [auto, generic, flexible]. pdsch_cb_batch_length: 4 # Optional UINT (4). Sets PDSCH flexible processor codeblock-batch size. max_pucch_concurrency: 0 # Optional UINT (0). Maximum PUCCH processing concurrency for all cells. 0 means no limit. max_pusch_and_srs_concurrency: 1 # Optional UINT (1). Maximum PUSCH and SRS processing concurrency for all cells. 0 means no limit. max_pdsch_concurrency: 0 # Optional UINT (0). Maximum concurrency level for PDSCH processing for all cells. 0 means no limit. lower_phy: execution_profile: triple # Optional TEXT (triple). Sets the lower physical layer executor profile. Supported: [single, dual, triple]. ofh: enable_busy_waiting: false # Optional BOOLEAN (false). Enables or disables the OFH busy waiting. Supported: [false, true]. main_pool: nof_threads: # Optional UINT. Sets the number of threads for processing upper PHY and upper layers. No default — field is std::optional (nullopt when not set). task_queue_size: 2048 # Optional UINT (2048). Sets the main thread pool task queue size. backoff_period: 50 # Optional UINT (50). Sets the main thread pool back-off period in microseconds. queues: du_ue_data_executor_queue_size: 8192 # Optional UINT (8192). Sets the DU's UE executor task queue size for PDU processing. remote_control: enabled: false # Optional BOOLEAN (false). Enables the remote control feature. Supported: [false, true]. bind_addr: 127.0.0.1 # Optional TEXT (127.0.0.1). Sets the local IP address to bind for remote control. Format: IPV4 or IPV6 IP address. port: 8001 # Optional UINT (8001). Sets the port where the remote control server listens. Supported: [0 - 65535]. test_mode: test_ue: rnti: 0 # Optional UINT (0). Sets the C-RNTI of the test UE. Supported: [0 - 65519]. nof_ues: 1 # Optional UINT (1). Sets the number of test UEs created. Supported: [0 - 1024]. ue_creation_stagger_slots: 10 # Optional UINT (10). Sets the number of slots between consecutive test mode UE creations. Supported: [0 - 10240]. auto_ack_indication_delay: # Optional TEXT. Sets the delay before UL and DL HARQs are automatically ACKed. Only use if the UL PHY is not operational. pdsch_active: true # Optional BOOLEAN (true). Enables the PDSCH of the test UE. Supported: [false, true]. pusch_active: true # Optional BOOLEAN (true). Enables the PUSCH of the test UE. Supported: [false, true]. cqi: 15 # Optional UINT (15). Sets the Channel Quality Indicator for the test UE. Supported: [1 - 15]. pmi: 0 # Optional UINT (0). Sets the Precoder Matrix Indicator for the test UE. Supported: [0 - 3]. ri: 1 # Optional UINT (1). Sets the Rank Indicator for the test UE. Supported: [1 - 4]. i_1_1: 0 # Optional INT (0). Sets the Precoder Matrix codebook index i_1_1 for the test UE. Supported: [0 - 7]. i_1_3: 0 # Optional INT (0). Sets the Precoder Matrix codebook index i_1_3 for the test UE. Supported: [0 - 1]. i_2: 0 # Optional INT (0). Sets the Precoder Matrix codebook index i_2 for the test UE. Supported: [0 - 3]. attach_detach: period_ms: 0 # Optional UINT (0). Sets the cyclic attach/detach period in ms. 0 disables. sleep_ms: 0 # Optional UINT (0). Sets the sleep time in ms between attach/detach cycles. attach_detach_duration_ms: # Optional UINT. Sets the duration in ms of active traffic before UEs are released and recreated. Supported: [100 - 10000]. attach_detach_guard_duration_ms: 1000 # Optional UINT (1000). Sets the guard period in ms between a release and next creation cycle. Supported: [100 - 60000]. log: # All gNB layers and components can be configured independently to output at various levels of detail. Supported levels (from lowest to highest detail): # none, error, warning, info, debug filename: stdout # Optional TEXT (stdout). Sets the file path for logs. Use "stdout" to redirect to standard output. all_level: warning # Optional TEXT (warning). Sets a common log level across PHY, MAC, RLC, PDCP, RRC, SDAP, NGAP and GTPU layers. Supported: [none, warning, info, debug, error]. lib_level: warning # Optional TEXT (warning). Sets the log level for external library components. Supported: [none, warning, info, debug, error]. config_level: none # Optional TEXT (none). Sets the configuration parser log level. Supported: [none, info, debug]. f1ap_level: warning # Optional TEXT (warning). Sets the F1AP log level. f1ap_json_enabled: false # Optional BOOLEAN (false). Enables JSON-formatted logging of F1AP PDUs. Supported: [false, true]. e2ap_level: warning # Optional TEXT (warning). Sets the E2AP log level. Supported: [none, warning, info, debug, error]. du_level: warning # Optional TEXT (warning). Sets the DU management log level. mac_level: warning # Optional TEXT (warning). Sets the MAC log level. rlc_level: warning # Optional TEXT (warning). Sets the RLC log level. f1u_level: warning # Optional TEXT (warning). Sets the F1-U log level. gtpu_level: warning # Optional TEXT (warning). Sets the GTP-U log level. fapi_level: warning # Optional TEXT (warning). Sets the FAPI log level (split_7_2 and split_6 only). phy_level: warning # Optional TEXT (warning). Sets the physical layer log level. ofh_level: warning # Optional TEXT (warning). Sets the Open Fronthaul log level. radio_level: info # Optional TEXT (info). Sets the radio driver log level. hal_level: warning # Optional TEXT (warning). Sets the HAL log level. ntn_level: warning # Optional TEXT (warning). Sets the NTN log level. hex_max_size: 0 # Optional INT (0). Sets the maximum number of bytes to print in hex. 0 disables hex dumps; -1 for unlimited. Supported: [-1 - 1024]. broadcast_enabled: false # Optional BOOLEAN (false). Enables logging of broadcast messages and all PRACH opportunities in the PHY and MAC layers. Supported: [false, true]. high_latency_diagnostics_enabled: false # Optional BOOLEAN (false). Enables logging of performance diagnostics when high computational latencies are detected. Supported: [false, true]. phy_rx_symbols_filename: # Optional TEXT. Sets the file path to dump received IQ symbols. Leave empty to disable. phy_rx_symbols_port: 0 # Optional TEXT (0). Sets the Rx port number to dump IQ symbols from, or "all" for all UL receive ports. Only active if phy_rx_symbols_filename is set. phy_rx_symbols_prach: false # Optional BOOLEAN (false). Enables dumping of IQ symbols from all PRACH ports. Only active if phy_rx_symbols_filename is set. Supported: [false, true]. pcap: e2ap_du_filename: /tmp/du_e2ap.pcap # Optional TEXT (/tmp/du_e2ap.pcap). Sets the path for E2AP DU PCAP files. e2ap_enable: false # Optional BOOLEAN (false). Enables E2AP packet capture. Supported: [false, true]. f1ap_filename: /tmp/du_f1ap.pcap # Optional TEXT (/tmp/du_f1ap.pcap). Sets the path for F1AP PCAP files. f1ap_enable: false # Optional BOOLEAN (false). Enables F1AP packet capture. Supported: [false, true]. f1u_filename: /tmp/du_f1u.pcap # Optional TEXT (/tmp/du_f1u.pcap). Sets the F1-U GTP-U PCAP file output path. f1u_enable: false # Optional BOOLEAN (false). Enables F1-U packet capture. Supported: [false, true]. rlc_filename: /tmp/du_rlc.pcap # Optional TEXT (/tmp/du_rlc.pcap). Sets the path for RLC PCAP files. rlc_rb_type: all # Optional TEXT (all). Sets the RLC PCAP RB type filter. Supported: [all, srb, drb]. rlc_enable: false # Optional BOOLEAN (false). Enables RLC packet capture. Supported: [false, true]. mac_filename: /tmp/du_mac.pcap # Optional TEXT (/tmp/du_mac.pcap). Sets the path for MAC PCAP files. mac_type: udp # Optional TEXT (udp). Sets the MAC PCAP format. Supported: [dlt, udp]. mac_enable: false # Optional BOOLEAN (false). Enables MAC packet capture. Supported: [false, true]. metrics: autostart_stdout_metrics: false # Optional BOOLEAN (false). Autostart stdout metrics reporting. Supported: [false, true]. enable_json: false # Optional BOOLEAN (false). Enables JSON metrics reporting. Supported: [false, true]. enable_log: false # Optional BOOLEAN (false). Enables log metrics reporting. Supported: [false, true]. enable_verbose: false # Optional BOOLEAN (false). Enables extended detail metrics reporting. Supported: [false, true]. layers: enable_app_usage: false # Optional BOOLEAN (false). Enables application usage metrics. Supported: [false, true]. enable_sched: true # Optional BOOLEAN (true). Enables DU scheduler metrics. Supported: [false, true]. enable_rlc: false # Optional BOOLEAN (false). Enables RLC metrics. Supported: [false, true]. enable_mac: false # Optional BOOLEAN (false). Enables MAC metrics. Supported: [false, true]. enable_du_proc: false # Optional BOOLEAN (false). Enables DU management and control procedure metrics. Supported: [false, true]. enable_executor: false # Optional BOOLEAN (false). Whether to log application executors metrics. Supported: [false, true]. enable_du_low: false # Optional BOOLEAN (false). Enables DU low (upper physical layer) metrics. Supported: [false, true]. enable_ru: false # Optional BOOLEAN (false). Enables Radio Unit metrics. Supported: [false, true]. periodicity: app_usage_report_period: 1000 # Optional UINT (1000). Sets the application resource usage metrics report period in milliseconds. du_report_period: 1000 # Optional UINT (1000). Sets the DU statistics report period in milliseconds. Supported: [0 - 10485760]. executors_report_period: 1000 # Optional UINT (1000). Sets the executor metrics report period in milliseconds. Supported: [0 - 10485760]. trace: filename: # Optional TEXT. Sets the file path for trace output. Leave empty to disable tracing. max_tracing_events_per_file: 1000000 # Optional UINT (1000000). Sets the maximum number of events per trace file. 0 means no limit. nof_tracing_events_after_severe: 0 # Optional UINT (0). Sets the number of events to write prior to a severe event. Set to zero for writing all events. layers: du_high_enable: false # Optional BOOLEAN (false). Enables tracing for DU-high executors. Supported: [false, true]. phy_enable: false # Optional BOOLEAN (false). Enables tracing for physical layer executors. Supported: [false, true].