/******************************************************************************/ // AUTOMATICALLY GENERATED MODULE - DO NOT MODIFY // @copyright Copyright Notification // No part may be reproduced except as authorized by written permission. // The copyright and the foregoing restriction extend to reproduction in all media. // (c) 2023, 3GPP Organizational Partners (ARIB, ATIS, CCSA, ETSI, TSDSI, TTA, TTC). // All rights reserved. // @version: IWD_23wk37 // $Date: 2023-09-13 19:58:09 +0200 (Wed, 13 Sep 2023) $ // $Rev: 37115 $ /******************************************************************************/ module EUTRA_NR_Parameters { import from Common4G5G all; //**************************************************************************** // PIXIT Parameters //---------------------------------------------------------------------------- modulepar integer pc_noOf_PDNsNewConnection; // @desc Number of UE requested PDN connection establishments after ATTACH in a new signaling connection // Reference to other Spec: 38.508-2 Table A.4.4-2/6 modulepar integer pc_noOf_PDNsSameConnection; // @desc Number of UE requested PDN connection establishments after ATTACH during the same signaling connection // Reference to other Spec: 38.508-2 Table A.4.4-2/5 modulepar ENDC_BandCombination_Type px_ENDC_BandCombination := DC_25A_n41A; // @desc EN-DC Band Combination modulepar ENDC_CA_BandCombination_Type px_ENDC_CA_BandCombination := DC_1A_n28A_n78A; // @desc EN-DC CA Band Combination modulepar ENDC_BandCombination_Type px_ENDC_SecondaryBandCombination := DC_1A_n77A; // @desc Secondary EN-DC Band Combination modulepar NEDC_BandCombination_Type px_NEDC_BandCombination := DC_n28A_3A; // @desc NE-DC Band Combination modulepar NEDC_BandCombination_Type px_NEDC_SecondaryBandCombination := DC_n28A_39A; // @desc Secondary NE-DC Band Combination modulepar integer px_NR_PrimaryBand := 1; // @desc NR primary band //**************************************************************************** // PICS Parameters //---------------------------------------------------------------------------- modulepar boolean pc_5GCN := false; // @desc UE supports 5GS Core // Reference: 38.508-2 Table A.4.1-5/1 modulepar boolean pc_EN_DC := false; // @desc EN-DC (Option 3) // Reference: 38.508-2 Table A.4.1-3/2 modulepar boolean pc_EPS_UPIP := false; // @desc Support of user plane integrity protection with EPS // Reference: 38.508-2 Table A.4.3.7-1/50 modulepar boolean pc_IP_Ping := false; // @desc Support of ICMP or ICMP IPv6 // Reference: 38.508-2 Table A.4.4-1/1 modulepar boolean pc_InterBand_CA_BetweenFR1_FR2 := false; // @desc Inter-Band CA between FR1 and FR2 // Reference: 38.508-2 Table A.4.1-4A/7 modulepar boolean pc_InterBand_CA_WithinFR1 := false; // @desc Inter-Band CA within FR1 // Reference: 38.508-2 Table A.4.1-4A/5 modulepar boolean pc_InterBand_CA_WithinFR2 := false; // @desc Inter-Band CA within FR2 // Reference: 38.508-2 Table A.4.1-4A/6 modulepar boolean pc_InterBand_ENDC_IncludingFR1_FR2 := false; // @desc Inter-Band EN-DC including FR1 and FR2 // Reference: 38.508-2 Table A.4.1-4/5 modulepar boolean pc_InterBand_ENDC_IncludingFR2 := false; // @desc Inter-Band EN-DC including FR2 // Reference: 38.508-2 Table A.4.1-4/4 modulepar boolean pc_InterBand_ENDC_WithinFR1 := false; // @desc Inter-Band EN-DC within FR1 // Reference: 38.508-2 Table A.4.1-4/3 modulepar boolean pc_InterBand_NRDC_BetweenFR1_FR2 := false; // @desc Inter-Band NR-DC between FR1 and FR2 // Reference: 38.508-2 Table A.4.1-4/6 modulepar boolean pc_IntraBand_Contiguous_CA_WithinFR1 := false; // @desc Intra-Band Contiguous CA within FR1 // Reference: 38.508-2 Table A.4.1-4A/1 modulepar boolean pc_IntraBand_Contiguous_CA_WithinFR2 := false; // @desc Intra-Band Contiguous CA within FR2 // Reference: 38.508-2 Table A.4.1-4A/3 modulepar boolean pc_IntraBand_Contiguous_ENDC := false; // @desc Intra-Band Contiguous EN-DC // Reference: 38.508-2 Table A.4.1-4/1 modulepar boolean pc_IntraBand_NonContiguous_CA_WithinFR1 := false; // @desc Intra-Band Non-contiguous CA within FR1 // Reference: 38.508-2 Table A.4.1-4A/2 modulepar boolean pc_IntraBand_NonContiguous_CA_WithinFR2 := false; // @desc Intra-Band Non-contiguous CA within FR2 // Reference: 38.508-2 Table A.4.1-4A/4 modulepar boolean pc_IntraBand_NonContiguous_ENDC := false; // @desc Intra-Band Non-Contiguous EN-DC // Reference: 38.508-2 Table A.4.1-4/2 modulepar boolean pc_TransferEmergencyPDUN1toS1noN26 := false; // @desc Support of Emergency PDU session transfer from N1 mode to S1 mode when network does not support N26 interface // Reference: 38.508-2 Table A.4.4-2/8 modulepar boolean pc_TransferEmergencyPDUS1toN1noN26 := false; // @desc Support of Emergency PDN connection transfer from S1 mode to N1 mode when network does not support N26 interface // Reference: 38.508-2 Table A.4.4-2/9 modulepar boolean pc_configuredUL_GrantType1 := false; // @desc Support Type 1 PUSCH transmissions with configured grant // Reference: 38.508-2 Table A.4.3.2-1/10 modulepar boolean pc_configuredUL_GrantType2 := false; // @desc Support Type 2 PUSCH transmissions with configured grant // Reference: 38.508-2 Table A.4.3.2-1/11 modulepar boolean pc_data_centric := false; // @desc Support of UE's usage setting as data centric // Reference: 38.508-2 Table A.4.4-2/10 modulepar boolean pc_dynamicPowerSharingENDC := false; // @desc Support dynamic EN-DC power sharing for at least one EN-DC band combination_FR1 only // Reference: 38.508-2 Table A.4.3.2-1/17 modulepar boolean pc_dynamicSwitchRA_Type0_1_PDSCH := false; // @desc Support dynamic switching between resource allocation Types 0 and 1 for PDSCH // Reference: 38.508-2 Table A.4.3.2-1/26 modulepar boolean pc_dynamicSwitchRA_Type0_1_PUSCH := false; // @desc Support dynamic switching between resource allocation Types 0 and 1 for PUSCH // Reference: 38.508-2 Table A.4.3.2-1/27 modulepar boolean pc_eutra_EPC_HO_ToNR_FDD_FR1_r15 := false; // @desc Support inter-RAT Handover to NR FR1 FDD from EUTRA connected to EPC // Reference: 38.508-2 Table A.4.3.8-1/7 modulepar boolean pc_eutra_EPC_HO_ToNR_TDD_FR1_r15 := false; // @desc Support inter-RAT Handover to NR FR1 TDD from EUTRA connected to EPC // Reference: 38.508-2 Table A.4.3.8-1/6 modulepar boolean pc_eutra_EPC_HO_ToNR_TDD_FR2_r15 := false; // @desc Support inter-RAT Handover to NR FR2 TDD from EUTRA connected to EPC // Reference: 38.508-2 Table A.4.3.8-1/8 modulepar boolean pc_gp10_en_dc := false; // @desc Support NR supports gap pattern 10 for independent measurement gap configuration on FR1 and per-UE gap in (NG) EN-DC // Reference: 38.508-2 Table A.4.3.6-1/16 modulepar boolean pc_gp11_en_dc := false; // @desc Support NR supports gap pattern 1 for independent measurement gap configuration on FR1 and per-UE gap in (NG) EN-DC // Reference: 38.508-2 Table A.4.3.6-1/17 modulepar boolean pc_gp4_en_dc := false; // @desc Support NR supports gap pattern 4 for independent measurement gap configuration on FR1 and per-UE gap in (NG) EN-DC // Reference: 38.508-2 Table A.4.3.6-1/10 modulepar boolean pc_gp5_en_dc := false; // @desc Support NR supports gap pattern 5 for independent measurement gap configuration on FR1 and per-UE gap in (NG) EN-DC // Reference: 38.508-2 Table A.4.3.6-1/11 modulepar boolean pc_gp6_en_dc := false; // @desc Support NR supports gap pattern 6 for independent measurement gap configuration on FR1 and per-UE gap in (NG) EN-DC // Reference: 38.508-2 Table A.4.3.6-1/12 modulepar boolean pc_gp7_en_dc := false; // @desc Support NR supports gap pattern 7 for independent measurement gap configuration on FR1 and per-UE gap in (NG) EN-DC // Reference: 38.508-2 Table A.4.3.6-1/13 modulepar boolean pc_gp8_en_dc := false; // @desc Support NR supports gap pattern 8 for independent measurement gap configuration on FR1 and per-UE gap in (NG) EN-DC // Reference: 38.508-2 Table A.4.3.6-1/14 modulepar boolean pc_gp9_en_dc := false; // @desc Support NR supports gap pattern 9 for independent measurement gap configuration on FR1 and per-UE gap in (NG) EN-DC // Reference: 38.508-2 Table A.4.3.6-1/15 modulepar boolean pc_idleInactiveEUTRA_MeasReport := false; // @desc Support configuration of E-UTRA measurements in RRC_IDLE/RRC_INACTIVE and reporting of the corresponding results upon network request as specified in TS 38.331 // Reference: 38.508-2 Table A.4.3.6.1/55 modulepar boolean pc_inactiveState := false; // @desc Support of RRC_INACTIVE as specified in TS 38.331 // Reference: 38.508-2 Table A.4.3.7-1/19 modulepar boolean pc_interRAT_NR_ToENDC := false; // @desc Support inter-RAT Handover from NR to EN-DC // Reference: 38.508-2 Table A.4.3.8-1/10 modulepar boolean pc_ra_Type0_PUSCH := false; // @desc Support resource allocation Type 0 for PUSCH // Reference: 38.508-2 Table A.4.3.2-1/7 modulepar boolean pc_srb3 := false; // @desc Support direct SRB between the SN and the UE // Reference: 38.508-2 Table A.4.3.7-1/3 modulepar boolean pc_ss_SINR_Meas := false; // @desc Support SS-SINR measurements // Reference: 38.508-2 Table A.4.3.6-1/6 }