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view cdg211/prim/cgrlc.pdf @ 230:7129e312b2ab
l1_custom_int.lib rebuilt from source for the l1reconst config
author | Mychaela Falconia <falcon@freecalypso.org> |
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date | Sun, 12 Mar 2017 19:45:22 +0000 (2017-03-12) |
parents | 56abf6cf8a0b |
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;******************************************************************************** ;*** File : cgrlc.pdf ;*** Creation : Fri Jun 08 13:57:33 CST 2007 ;*** XSLT Processor : Apache Software Foundation / http://xml.apache.org/xalan-j / supports XSLT-Ver: 1 ;*** Copyright : (c) Texas Instruments AG, Berlin Germany 2002 ;******************************************************************************** ;*** Document Type : Service Access Point Specification ;*** Document Name : cgrlc ;*** Document No. : 8010.119.008.04 ;*** Document Date : 2004-05-17 ;*** Document Status: BEING_PROCESSED ;*** Document Author: SAB ;******************************************************************************** PRAGMA SRC_FILE_TIME "Mon Apr 24 15:43:20 2006" PRAGMA LAST_MODIFIED "2004-05-17" PRAGMA ID_AND_VERSION "8010.119.008.04" PRAGMA PREFIX CGRLC ; Prefix for this document PRAGMA ALLWAYS_ENUM_IN_VAL_FILE NO ; Adds enumerations in the .val file. PRAGMA ENABLE_GROUP NO ; Disable h-file grouping PRAGMA COMPATIBILITY_DEFINES NO ; Compatible to the old #defines CONST MAX_CTRL_MSG_SIZE 23 ; Maximum size of a control message in bytes. CONST MAX_TIMESLOTS 8 ; Maximum number of timeslots VALTAB VAL_access_type VAL 0 AT_NULL "No access is required" VAL 1 AT_ONE_PHASE "One phase access requested." VAL 2 AT_TWO_PHASE "Two phase access requested." VAL 3 AT_SHORT_ACCESS "Short access requested." VAL 4 AT_PAGE_RESPONSE "Page response requested." VAL 5 AT_CELL_UPDATE "Access for cell update primitive requested." VAL 6 AT_MM_PROCEDURE "Access for MM/GMM primitive requested." VAL 7 AT_SINGLE_BLOCK "Only used in GRR: access for single block without TBF" VALTAB VAL_dl_timeslot_offset VAL 0 TEST_TN0 "Downlink timeslot offset 0." VAL 1 TEST_TN1 "Downlink timeslot offset 1." VAL 2 TEST_TN2 "Downlink timeslot offset 2." VAL 3 TEST_TN3 "Downlink timeslot offset 3." VAL 4 TEST_TN4 "Downlink timeslot offset 4." VAL 5 TEST_TN5 "Downlink timeslot offset 5." VAL 6 TEST_TN6 "Downlink timeslot offset 6." VAL 7 TEST_TN7 "Downlink timeslot offset 7." VALTAB VAL_failure VAL 0 ACCESS_2_NETWORK_NOT_ALLOWED "Access to the network is not allowed." VAL 1 PACKET_ACCESS_FAILURE "Failure during packet access procedure, e.g. T3162 expired." VAL 2 RLC_MAC_ERROR "T3168 expires during contention resolution." VAL 3 TLLI_MISMATCH "TLLI mismatch has occurred." VAL 4 TBF_ESTABLISHMENT_FAILURE "T3164 expires or failure occurs due to any other reason." VAL 5 RESUMPTION_FAILURE "Resumption failure after dedicated mode was left." VAL 6 CONTENTION_RESOLUTION_FAILED "Contention Resolution has failed." VALTAB VAL_prim_status VAL 0 PRIM_STATUS_NULL "No primitives shall be deleted." VAL 1 PRIM_STATUS_ONE "One primitive shall be deleted." VAL 2 PRIM_STATUS_TBF "All primitives, which belongs to the current TBF, shall be deleted." VAL 0xFF PRIM_STATUS_ALL "All primitives shall be deleted." VALTAB VAL_prim_type VAL 0 PRIM_TYPE_GMM "At least one GMM primitive was confirmed." VAL 1 PRIM_TYPE_OTHER "No GMM primitive was confirmed. Other User data was confirmed." VALTAB VAL_tbf_rel_cause VAL 0 TBF_REL_NORMAL "Normal TBF release is or shall be performed." VAL 1 TBF_REL_ABNORMAL "Abnormal TBF release is or shall be performed." VAL 2 TBF_REL_CR_FAILED "Contention resolution failed" VAL 3 TBF_REL_WITH_CELL_RESELECT "TBF release with cell reselection" VALTAB VAL_starting_time VAL 0xFFFFFFFF STARTING_TIME_NOT_PRESENT "No TBF starting time present." VALTAB VAL_test_mode_flag VAL 0 TEST_RANDOM "Pseudo random data." VAL 1 LOOP "Loop back." VAL 0xFE TEST_MODE_RELEASE "used in GRLC, intermediate status during release procedure" VAL 0xFF NO_TEST_MODE "No testmode active" VALTAB VAL_ti VAL 0 TLLI_NOT_PRESENT "TLLI shall not be sent in the RLC data block." VAL 1 TLLI_PRESENT "TLLI shall be sent in the RLC data block." VALTAB VAL_cs_mode VAL 0 CS_MODE_1 "Coding scheme 1." VAL 1 CS_MODE_2 "Coding scheme 2." VAL 2 CS_MODE_3 "Coding scheme 3." VAL 3 CS_MODE_4 "Coding scheme 4." VALTAB VAL_tlli_cs_mode VAL 0 TLLI_CS_MODE_1 "CS 1 shall be used during Contention resolution." VAL 1 TLLI_CS_MODE_DEF "Default coding scheme shall be used during Contention resolution." VALTAB VAL_mac_mode VAL 0 MAC_MODE_DA "Dynamic allocation." VAL 1 MAC_MODE_EDA "Extended dynamic allocation." VAL 2 MAC_MODE_FA "Fixed allocation." VAL 3 MAC_MODE_FA_HD "Fixed allocation, half duplex mode." VALTAB VAL_queue_mode VAL 0 QUEUE_MODE_DEFAULT "Use current queue." VAL 1 QUEUE_MODE_GMM "Use GMM queue (RAU procedure)." VAL 2 QUEUE_MODE_LLC "Use LLC queue." VALTAB VAL_rlc_mode VAL 0 RLC_MODE_ACK "RLC acknowledged mode." VAL 1 RLC_MODE_UACK "RLC unacknowledged mode." VALTAB VAL_tbf_mode VAL 0 TBF_MODE_NULL "No tbf active, used in GRR" VAL 1 TBF_MODE_ACCESS_FAILED "Access has failed. GRLC handles prim queue." VAL 2 TBF_MODE_DL "Downlink TBF is assigned/released." VAL 3 TBF_MODE_UL "Uplink TBF is assigned/released." VAL 4 TBF_MODE_TMA "Uplink TBF for Testmode A is assigned." VAL 5 TBF_MODE_TMB "Uplink TBF for Testmode B is assigned." VAL 6 TBF_MODE_DL_UL "Uplink and Downlink TBF assigned/released." VAL 7 TBF_MODE_ESTABLISHMENT_FAILURE "T3164 expires or failure occurs due to any other reason" VALTAB VAL_rxlev VAL 0x00 RXLEV_MIN "Minimum receive signal level value." VAL 0x3F RXLEV_MAX "Maximum receive signal level value." VAL 0x80 RXLEV_NONE "Specific value used to indicate that no new RX value is present or RX value is invalid." VALTAB VAL_alpha VAL 0xFF ALPHA_INVALID "No alpha value is available." VALTAB VAL_pc_meas_chan VAL 0 MEAS_CHAN_BCCH "Downlink measurements for power control shall be made on BCCH." VAL 1 MEAS_CHAN_PDCH "Downlink measurements for power control shall be made on PDCH." VALTAB VAL_gamma_ch VAL 0xFF GAMMA_INVALID "No GCH is available." VALTAB VAL_disable_class VAL 0 DISABLE_CLASS_NULL "Initial state of the disable class" VAL 1 DISABLE_CLASS_OTHER "Any other cause for disable class" VAL 2 DISABLE_CLASS_CR "Disable cause is cell reselection" VALTAB VAL_poll_b_type VAL 0 POLL_NONE "No poll position present,only in grlc" VAL 1 POLL_COLLISION "Collision detected, only in grlc" VAL 2 POLL_DATA "Poll for dl ack/nack, only in grlc" VAL 3 POLL_UACK "Poll for pca uplink tbf relaase" VAL 4 POLL_CTRL "Default poll for control msg." VAL 5 POLL_RES_NB "Poll for normal burst with packet polling req" VAL 6 POLL_RES_AB "Poll for access burst with packet polling req" VALTAB VAL_burst_type VAL 0 BURST_TYPE_AB "Access burst" VAL 1 BURST_TYPE_NB "Normal burst" VALTAB VAL_ab_type VAL 0 AB_8_BIT "8 bit access burst" VAL 1 AB_11_BIT "11 bit access burst" VALTAB VAL_blk_owner VAL 0 BLK_OWNER_CTRL "Owner is service ctrl (GRR)." VAL 1 BLK_OWNER_CS "Owner is service cs (GRR)." VAL 2 BLK_OWNER_TM "Owner is service tm (GRLC)." VAL 3 BLK_OWNER_MEAS "Owner is service meas (GRR)." VAL 4 BLK_OWNER_NONE "Owner is not specified" VALTAB VAL_cu_cause VAL 0 RA_DEFAULT "No action required" VAL 1 RA_CU "Next packet access cause will be cell update" VALTAB VAL_pmax VAL 0xFF NO_UPDATE_N3102 "N3102 shall not be updated" VALTAB VAL_llc_prim_type VAL 0 LLC_PRIM_TYPE_NULL "No primitive available" VAL 1 LLC_PRIM_TYPE_DATA_REQ "GRLC_DATA_REQ" VAL 2 LLC_PRIM_TYPE_UNITDATA_REQ "GRLC_UNITDATA_REQ" VALTAB VAL_ac_class VAL 0 - 7 "Allowed Radio priority" VAL 8 CCCH_AC_NOT_ALLOWED "CCCH access control class not allowed" VAL 9 PCCCH_AC_NOT_ALLOWED "PCCCH access control class not allowed" VAL 10 PCCCH_AC_ALLOWED "PCCCH access control class allowed" VALTAB VAL_enable_cause VAL 0 ENAC_NORMAL "Normal Operation" VAL 1 ENAC_ABNORM_RELEASE_CRESELECT_FAILED "Abnormal Release with Cell Re-Selection has Failed" VALTAB VAL_rlc_db_granted VAL 0 - 255 "Close ended tbf" VAL 0 OPEN_ENDED_TBF "Open ended tbf" VALTAB VAL_t3314_val VAL 0x0 - 0xFFFFFFFF "Values Range" VAL 0x00000000 STANDBY "MS always in STANDBY state." VAL 0x0000ABE0 T3314_DEFAULT "Default timeout value for T3314." VAL 0xFFFFFFFF DEACTIVATED "MS always in READY state." VALTAB VAL_pdch_band VAL 0 GSM_400 "GSM 400MHz Band." VAL 1 GSM_850 "GSM 850MHz Band." VAL 2 GSM_900 "GSM 900MHz Band." VAL 3 DCS_1800 "DCS 1800MHz Band." VAL 4 PCS_1900 "PCS 1900MHz Band." VALTAB VAL_ilev VAL 0x00 ILEV_MIN "Minimum interference level value." VAL 0x3F ILEV_MAX "Maximum interference level value." VAL 0x80 ILEV_NONE "Specific value used to indicate that no new interference level value is present or interference level value is invalid." VAR access_type "Access Type." B VAL @p_cgrlc - VAL_access_type@ VAR data_array "Data Array." B VAR bitmap_array "Bitmap array" B VAR dl_timeslot_offset "Downlink Timeslot Offset." B VAL @p_cgrlc - VAL_dl_timeslot_offset@ VAR tn_mask "timeslot mask" B VAR tn "Timeslot number" B VAL @p_cgrlc - VAL_dl_timeslot_offset@ VAR failure "Lower layer failure." B VAL @p_cgrlc - VAL_failure@ VAR bs_cv_max "Maximum Countdown value." B VAR no_of_pdus "Number of PDUs." S VAR nts_max "Number of Timeslots." B VAR prim_status "Primitive Queue Handler." B VAL @p_cgrlc - VAL_prim_status@ VAR prim_type "Type of primitive." B VAL @p_cgrlc - VAL_prim_type@ VAR tbf_rel_cause "TBF Release Cause." B VAL @p_cgrlc - VAL_tbf_rel_cause@ VAR starting_time "TBF starting time." L VAL @p_cgrlc - VAL_starting_time@ VAR rel_fn "Release after Poll with fn." L VAL @p_cgrlc - VAL_starting_time@ VAR fn "Received frame number." L VAL @p_cgrlc - VAL_starting_time@ VAR poll_fn "Poll frame number." L VAL @p_cgrlc - VAL_starting_time@ VAR end_fn "End of bitmap framenumber" L VAL @p_cgrlc - VAL_starting_time@ VAR test_mode_flag "Test mode flag." B VAL @p_cgrlc - VAL_test_mode_flag@ VAR tfi "TFI value." B VAR ta_value "Timing Advance Value." B VAR ti "TLLI indicator." B VAL @p_cgrlc - VAL_ti@ VAR ul_tlli "Uplink TLLI value." L VAR dl_tlli "Downlink TLLI value." L VAR cs_mode "Type of Coding Scheme." B VAL @p_cgrlc - VAL_cs_mode@ VAR tlli_cs_mode "Type of Coding Scheme in Contention Resolution." B VAL @p_cgrlc - VAL_tlli_cs_mode@ VAR mac_mode "Type of MAC mode." B VAL @p_cgrlc - VAL_mac_mode@ VAR queue_mode "Type of Queue Mode." B VAL @p_cgrlc - VAL_queue_mode@ VAR rlc_mode "Type of RLC mode." B VAL @p_cgrlc - VAL_rlc_mode@ VAR tbf_mode "Type of TBF." B VAL @p_cgrlc - VAL_tbf_mode@ VAR t3192_val "Value of T3192." B VAR t3314_val "Value of T3314." L VAL @p_cgrlc - VAL_t3314_val@ VAR t3168_val "T3168 Value" B VAR ilev "Interference level" B VAL @p_cgrlc - VAL_ilev@ VAR pb "Power reduction value" B VAR alpha "Alpha" B VAL @p_cgrlc - VAL_alpha@ VAR pc_meas_chan "PC_MEAS_CHAN" B VAL @p_cgrlc - VAL_pc_meas_chan@ VAR t_avg_t "T_AVG_T" B VAR gamma_ch "Gamma" B VAL @p_cgrlc - VAL_gamma_ch@ VAR bcch_arfcn "ARFCN of the BCCH" S VAR pdch_hopping "Hopping or no hopping is used on the assigned PDCH" B VAR disable_class "Disable class." B VAL @p_cgrlc - VAL_disable_class@ VAR ra_prio "Radio priority" B VAR poll_b_type "Poll burst type" B VAL @p_cgrlc - VAL_poll_b_type@ VAR ctrl_ack "Ctrl_ack" B VAR burst_type "Default burst type" B VAL @p_cgrlc - VAL_burst_type@ VAR ab_type "Default access burst type" B VAL @p_cgrlc - VAL_ab_type@ VAR inc "Pan increment" B VAR dec "Pan decrement" B VAR ctrl_ack_bit "Ctrl ack bit" B VAR blk_owner "Block owner." B VAL @p_cgrlc - VAL_blk_owner@ VAR nr_blocks "Number of blocks" B VAR cu_cause "Cell update cause" B VAL @p_cgrlc - VAL_cu_cause@ VAR pmax "Pan maximum" B VAL @p_cgrlc - VAL_pmax@ VAR llc_prim_type "LLC Primitive type" B VAL @p_cgrlc - VAL_llc_prim_type@ VAR peak "Peak value" S VAR polling_bit "Polling bit" B VAR rlc_oct_cnt "Number of bytes for TBF" S VAR r_bit "R bit" B VAR ac_class "Access control class" B VAL @p_cgrlc - VAL_ac_class@ VAR pwr_max "Maximum output power of the MS." B VAR c_lev "C-value raw data level" M VAR c_idx "C-value raw data index" S VAR c_acrcy "C-value raw data accuracy" S VAR bitmap_len "Bitmap length" B VAR final_alloc "Final allocation" B VAR enable_cause "Enable Cause" B VAL @p_cgrlc - VAL_enable_cause@ VAR change_mark "Change mark value" B VAR rlc_db_granted "RLCdata block granted" S VAL @p_cgrlc - VAL_rlc_db_granted@ VAR pdch_band "PDCH band" B VAL @p_cgrlc - VAL_pdch_band@ VAR dl_trans_id "DL Assignmnet ID" B COMP fix_alloc_struct "Fixed Allocation structure" { bitmap_len ; Bitmap length bitmap_array [127] ; Bitmap array end_fn ; End of bitmap framenumber final_alloc ; Final allocation } COMP freq_param "Frequency Parameters" { bcch_arfcn ; ARFCN of the BCCH pdch_hopping ; Hopping or no hopping is used on the assigned PDCH pdch_band ; PDCH band } COMP pwr_ctrl_param "Power Control Parameters" { alpha ; Alpha value gamma_ch [MAX_TIMESLOTS] ; Gamma value for each timeslot } COMP c_value "C-Value" { c_lev ; C-value raw data level c_idx ; C-value raw data index c_acrcy ; C-value raw data accuracy } COMP pan_struct "Pan Structure" { inc ; Pan increment dec ; Pan decrement pmax ; Pan maximum } COMP glbl_pwr_ctrl_param "Global Power Control Parameters" { alpha ; Alpha value t_avg_t ; T_AVG_T pb ; Power reduction value pc_meas_chan ; PC_MEAS_CHAN pwr_max ; Maximum output power of the MS. } COMP pwr_ctrl "Power Control Information" { < () pwr_ctrl_param > ; Power Control Parameters < () glbl_pwr_ctrl_param > ; Global Power Control Parameters < () freq_param > ; Frequency Parameters < () c_value > ; C-Value } ; CGRLC_ENABLE_REQ 0x80000098 ; CGRLC_DISABLE_REQ 0x80010098 ; CGRLC_UL_TBF_RES 0x80020098 ; CGRLC_DL_TBF_REQ 0x80030098 ; CGRLC_TBF_REL_REQ 0x80040098 ; CGRLC_TBF_REL_IND 0x80004098 ; CGRLC_TBF_REL_RES 0x80050098 ; CGRLC_UL_TBF_IND 0x80014098 ; CGRLC_DATA_REQ 0x80060098 ; CGRLC_DATA_IND 0x80024098 ; CGRLC_POLL_REQ 0x80070098 ; CGRLC_ACCESS_STATUS_REQ 0x80080098 ; CGRLC_CTRL_MSG_SENT_IND 0x80034098 ; CGRLC_STARTING_TIME_IND 0x80044098 ; CGRLC_T3192_STARTED_IND 0x80054098 ; CGRLC_CONT_RES_DONE_IND 0x80064098 ; CGRLC_TA_VALUE_IND 0x80074098 ; CGRLC_STATUS_IND 0x80084098 ; CGRLC_TEST_MODE_REQ 0x80090098 ; CGRLC_TEST_MODE_CNF 0x80094098 ; CGRLC_TEST_END_REQ 0x800A0098 ; CGRLC_TRIGGER_IND 0x800A4098 ; CGRLC_STANDBY_STATE_IND 0x800B4098 ; CGRLC_READY_STATE_IND 0x800C4098 ; CGRLC_TA_VALUE_REQ 0x800B0098 ; CGRLC_INT_LEVEL_REQ 0x800C0098 ; CGRLC_TEST_MODE_IND 0x800E4098 ; CGRLC_READY_TIMER_CONFIG_REQ 0x800E0098 ; CGRLC_FORCE_TO_STANDBY_REQ 0x800F0098 ; CGRLC_PWR_CTRL_REQ 0x800D0098 ; CGRLC_PWR_CTRL_CNF 0x800D4098 PRIM CGRLC_ENABLE_REQ 0x80000098 { enable_cause ; Enable Cause ul_tlli ; Uplink TLLI value dl_tlli ; Downlink TLLI value < () pan_struct > ; Pan Structure queue_mode ; Type of Queue Mode burst_type ; Default bust type ab_type ; Default Access bust type t3168_val ; T3168 Value cu_cause ; Cell update cause ac_class ; Access control class change_mark ; Change mark value } PRIM CGRLC_DISABLE_REQ 0x80010098 { disable_class ; Disable Class prim_status ; Primitive Queue Handler } PRIM CGRLC_UL_TBF_RES 0x80020098 { starting_time ; TBF starting time tbf_mode ; Type of TBF prim_status ; Primitive Queue Handler polling_bit ; Polling bit cs_mode ; Type of Coding Scheme mac_mode ; Type of MAC mode nts_max ; Number of Timeslots tn_mask ; Timeslot mask tfi ; TFI value ti ; TLLI indicator bs_cv_max ; Maximum Countdown value tlli_cs_mode ; Type of Coding Scheme in Contention Resolution r_bit ; R bit fix_alloc_struct ; Fixed Allocation structure rlc_db_granted ; RLCdata block granted pwr_ctrl ; Power Control Information } PRIM CGRLC_DL_TBF_REQ 0x80030098 { starting_time ; TBF starting time rlc_mode ; Type of RLC mode cs_mode ; Type of Coding Scheme mac_mode ; Type of MAC mode nts_max ; Number of Timeslots tn_mask ; Timeslot mask tfi ; TFI value t3192_val ; Value of timer T3192 ctrl_ack_bit ; Ctrl ack bit polling_bit ; Polling bit pwr_ctrl ; Power Control Information } PRIM CGRLC_TBF_REL_REQ 0x80040098 { tbf_mode ; Type of TBF tbf_rel_cause ; TBF Release Cause rel_fn ; Release after Poll with fn } PRIM CGRLC_TBF_REL_IND 0x80004098 { tbf_mode ; Type of TBF tbf_rel_cause ; TBF Release Cause < () c_value > ; Power Control Information dl_trans_id ; DL Assignment Id } PRIM CGRLC_TBF_REL_RES 0x80050098 { tbf_mode ; Type of TBF } PRIM CGRLC_UL_TBF_IND 0x80014098 { access_type ; Access Type ra_prio ; Radio Priority nr_blocks ; Number of blocks llc_prim_type ; LLC Primitive type peak ; Peak value rlc_oct_cnt ; RLC octet count } PRIM CGRLC_DATA_REQ 0x80060098 { blk_owner ; Block Owner data_array [MAX_CTRL_MSG_SIZE] ; Data array } PRIM CGRLC_DATA_IND 0x80024098 { fn ; Received frame number tn ; Timeslot number data_array [MAX_CTRL_MSG_SIZE] ; Data array } PRIM CGRLC_POLL_REQ 0x80070098 { poll_fn ; Poll frame number tn ; Timeslot number poll_b_type ; Poll burst type ctrl_ack ; Ctrl_ack } PRIM CGRLC_ACCESS_STATUS_REQ 0x80080098 { } PRIM CGRLC_CTRL_MSG_SENT_IND 0x80034098 { } PRIM CGRLC_STARTING_TIME_IND 0x80044098 { tbf_mode ; Type of TBF tfi ; TFI value } PRIM CGRLC_T3192_STARTED_IND 0x80054098 { } PRIM CGRLC_CONT_RES_DONE_IND 0x80064098 { } PRIM CGRLC_TA_VALUE_IND 0x80074098 { ta_value ; Timing Advance Value } PRIM CGRLC_STATUS_IND 0x80084098 { failure ; Lower layer failure } PRIM CGRLC_TEST_MODE_REQ 0x80090098 { no_of_pdus ; Number of PDUs dl_timeslot_offset ; Downlink Timeslot Offset test_mode_flag ; Test Mode Flag } PRIM CGRLC_TEST_MODE_CNF 0x80094098 { } PRIM CGRLC_TEST_END_REQ 0x800A0098 { } PRIM CGRLC_TRIGGER_IND 0x800A4098 { prim_type ; Type of primitive } PRIM CGRLC_STANDBY_STATE_IND 0x800B4098 { } PRIM CGRLC_READY_STATE_IND 0x800C4098 { } PRIM CGRLC_TA_VALUE_REQ 0x800B0098 { ta_value ; Timing Advance Value } PRIM CGRLC_INT_LEVEL_REQ 0x800C0098 { ilev [MAX_TIMESLOTS] ; Interference Level } PRIM CGRLC_TEST_MODE_IND 0x800E4098 { test_mode_flag ; indicate the type of testmode } PRIM CGRLC_READY_TIMER_CONFIG_REQ 0x800E0098 { t3314_val ; Primitive Item } PRIM CGRLC_FORCE_TO_STANDBY_REQ 0x800F0098 { } PRIM CGRLC_PWR_CTRL_REQ 0x800D0098 { pwr_ctrl ; Power Control Information } PRIM CGRLC_PWR_CTRL_CNF 0x800D4098 { }