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Mychaela Falconia <falcon@freecalypso.org> |
date |
Fri, 07 Oct 2016 04:57:01 +0000 (2016-10-07) |
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;********************************************************************************
;*** File : mphc.pdf
;*** Creation : Wed Mar 11 09:58:30 CST 2009
;*** 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 : mphc
;*** Document No. : 10.10.10.011
;*** Document Date : 2003-04-03
;*** Document Status: BEING_PROCESSED
;*** Document Author: MSB
;********************************************************************************
PRAGMA SRC_FILE_TIME "Thu Nov 29 09:49:44 2007"
PRAGMA LAST_MODIFIED "2003-04-03"
PRAGMA ID_AND_VERSION "10.10.10.011"
CONST BA_LIST_SIZE 33 ;
CONST MAX_NCELL_EOTD_L1 12 ;
CONST MAX_NCELL 6 ; number of neighbour cells in measurement reports
CONST MAX_CARRIERS 548 ;
CONST BCCH_LIST_SIZE 32 ;
CONST MAX_MEAS_VALUES 8 ;
CONST MAX_L2_FRAME_SIZE 23 ;
CONST MAX_MA_CARRIER 64 ;
CONST MAX_SCHED_SIZE 10 ;
CONST ADC_LIST_SIZE 5 ;
CONST MAX_KC_STRING_SIZE 16 ;
CONST NB_MAX_GSM_BANDS 12 %TI_PS_FF_QUAD_BAND_SUPPORT% ; number of maximum GSM bands
VALTAB VAL_bs_pa_mfrms
VAL 2 "2 Multiframe Periods"
VAL 3 "3 Multiframe Periods"
VAL 4 "4 Multiframe Periods"
VAL 5 "5 Multiframe Periods"
VAL 6 "6 Multiframe Periods"
VAL 7 "7 Multiframe Periods"
VAL 8 "8 Multiframe Periods"
VAL 9 "9 Multiframe Periods"
VALTAB VAL_bcch_combined
VAL 0 COMB_CCCH_NOT_COMB "CCCH not combined with SDCCH"
VAL 1 COMB_CCCH_COMB "CCCH combined with SDCCH"
VALTAB VAL_ccch_group
VAL 0 CCCH_GROUP_TS0 "equal to timeslot 0"
VAL 1 CCCH_GROUP_TS2 "equal to timeslot 2"
VAL 2 CCCH_GROUP_TS4 "equal to timeslot 4"
VAL 3 CCCH_GROUP_TS6 "equal to timeslot 6"
VALTAB VAL_page_block_index
VAL 0 - 8 "for non-combined"
VAL 0 - 2 "for combined"
VALTAB VAL_page_mode
VAL 0 PGM_NORMAL "Use normal paging"
VAL 1 PGM_EXTENDED "Use extended paging"
VAL 2 PGM_REORG "use reorganise paging"
VALTAB VAL_modulus
VAL 1 - 65536 "valid range for modulus"
VAL 0 - 65535 "valid range for relative position"
VALTAB VAL_radio_freq
VAL 1 - 124 "Layer 1 Encoded Frequency"
VAL 1 - 174 "Layer 1 Encoded Frequency"
VAL 512 - 810 "Layer 1 Encoded Frequency"
VAL 811 - 885 "Layer 1 Encoded Frequency"
VAL 1 - 498 "Layer 1 Encoded Frequency"
VAL 1 - 548 "Layer 1 Encoded Frequency"
VAL 128 - 251 "Layer 1 Encoded Frequency"
VAL 1 - 424 "Layer 1 Encoded Frequency"
VALTAB VAL_l2_channel %!TI_DUAL_MODE%
VAL 1 L2_CHANNEL_SACCH "SACCH block"
VAL 2 L2_CHANNEL_SDCCH "SDCCH block"
VAL 3 L2_CHANNEL_FACCH_H "FACCH halfrate block"
VAL 4 L2_CHANNEL_FACCH_F "FACCH fullrate block"
VAL 5 L2_CHANNEL_CCCH "CCCH block"
VAL 6 L2_CHANNEL_NBCCH "normal BCCH block"
VAL 7 L2_CHANNEL_PCH "PCH block"
VAL 8 L2_CHANNEL_EPCH "extended PCH block"
VAL 9 L2_CHANNEL_CBCH "CBCH block"
VAL 10 L2_CHANNEL_EBCCH "extended BCCH"
VALTAB VAL_error_flag
VAL 0 VALID_BLOCK "valid block received"
VAL 1 INVALID_BLOCK "invalid block received"
VALTAB VAL_tc
VAL 0 - 7 "valid range"
VALTAB VAL_fn_offset
VAL 0 - 2715647 "valid range"
VALTAB VAL_time_alignment
VAL 0 - 4999 "valid range"
VALTAB VAL_timing_validity
VAL 0 TV_INVALID_TIMING_INFO "timing info shall not be used, do full FB and SB detection"
VAL 1 TV_APPROX_TIMING_INFO "timing info may be used, do full FB and SB detection"
VAL 2 TV_VALID_TIMING_INFO "read SB based based on timing info (only for ncell)"
VAL 3 TV_RTD_TIMING_INFO %REL99 AND TI_PS_FF_RTD% "Timing information is based on Real Time Difference information provided by the network for synchronized and non synchronized neighbor cell. Layer 1 shall carry out a full FB and SB detect but may delay the opening of the receive window based upon the fn_offset, time_alignment infor-mation supplied and the margin time due to un-known of exact OTD of the neighbor cell."
VALTAB VAL_search_mode
VAL 0 SM_WIDE_MODE "wideband capture and open-loop afc algorithm"
VAL 1 SM_NARROW_MODE "narrowband capture and open-loop afc algorithm"
VALTAB VAL_bsic
VAL 0 - 63 "base station identification code"
VALTAB VAL_tsc
VAL 0 - 7 "type of sequence code"
VALTAB VAL_bcch_blocks_required
VAL 1 SI_NBLOCK_0 "TC 0 normal"
VAL 2 SI_NBLOCK_1 "TC 1 normal"
VAL 4 SI_NBLOCK_2 "TC 2 normal"
VAL 8 SI_NBLOCK_3 "TC 3 normal"
VAL 16 SI_NBLOCK_4 "TC 4 normal"
VAL 32 SI_NBLOCK_5 "TC 5 normal"
VAL 64 SI_NBLOCK_6 "TC 6 normal"
VAL 128 SI_NBLOCK_7 "TC 7 normal"
VAL 256 SI_EBLOCK_0 "TC 0 extended"
VAL 512 SI_EBLOCK_1 "TC 1 extended"
VAL 1024 SI_EBLOCK_2 "TC 2 extended"
VAL 2048 SI_EBLOCK_3 "TC 3 extended"
VAL 4096 SI_EBLOCK_4 "TC 4 extended"
VAL 8192 SI_EBLOCK_5 "TC 5 extended"
VAL 16384 SI_EBLOCK_6 "TC 6 extended"
VAL 32768 SI_EBLOCK_7 "TC 7 extended"
VAL 0x0002 NCELL_BCCH_SI_2 "PLMN Search"
VAL 0x00CC NCELL_BCCH_SI_3_4 "Ncell BCCH"
VAL 0x00CE NCELL_BCCH_SI_2_3_4 "PLMN Search"
VAL 0x8844 NCELL_BCCH_SI_3_7_8 "Ncell BCCH"
VALTAB VAL_channel_type
VAL 1 CH_TCH_F "TCH/F"
VAL 2 CH_TCH_H "TCH/H"
VAL 3 CH_SDCCH_4 "SDCCH/4"
VAL 4 CH_SDCCH_8 "SDCCH/8"
VALTAB VAL_timeslot_no
VAL 0 - 7 "timeslot number 0-7"
VALTAB VAL_h
VAL 0 NO_HOPPING "no hopping"
VAL 1 HOPPING "hopping"
VALTAB VAL_hsn
VAL 0 - 63 "hopping sequence number"
VALTAB VAL_maio
VAL 0 - 63 "mobile allocation index offset"
VALTAB VAL_cbch_select
VAL 1 CBCH_READ_EXT "read extended CBCH"
VAL 0 CBCH_READ_NORM "read normal CBCH"
VALTAB VAL_schedule_length
VAL 1 - 49 "length of the schedule period in blocks"
VAL 0 CBCH_NO_SCHED "no scheduling provided"
VALTAB VAL_tb_bitmap
VAL 1 CBCH_NORM_BLOCK2 "norm block 2"
VAL 2 CBCH_NORM_BLOCK3 "norm block 3"
VAL 4 CBCH_NORM_BLOCK4 "norm block 4"
VAL 8 CBCH_EXT_BLOCK2 "ext block 2"
VAL 16 CBCH_EXT_BLOCK3 "ext block 3"
VAL 32 CBCH_EXT_BLOCK4 "ext block 4"
VAL 7 CBCH_NORM_BLOCK234 "request all blocks"
VAL 56 CBCH_EXT_BLOCK234 "all ext blocks"
VALTAB VAL_normal_cbch
VAL 0 CBCH_DONT_STOP "dont stop cbch"
VAL 1 CBCH_STOP "stop cbch"
VALTAB VAL_txpwr
VAL 0 - 31 "Coded as the binary representation of the power control level as defined in GSM 05.05 section 4.1 and is in the range 0 - 31."
VALTAB VAL_powerclass_gsm
VAL 1 POW_CLASS_1 "Class 1"
VAL 2 POW_CLASS_2 "Class 2"
VAL 3 POW_CLASS_3 "Class 3"
VAL 4 POW_CLASS_4 "Class 4"
VAL 5 POW_CLASS_5 "Class 5"
VALTAB VAL_dtx_allowed
VAL 0 DTX_NOTALLOWED "DTX is not allowed"
VAL 1 DTX_ALLOWED "DTX is allowed"
VALTAB VAL_pwrc
VAL 0 PWRC_NOT_SET "PWRC is not set"
VAL 1 PWRC_SET "PWRC is set"
VALTAB VAL_channel_mode
VAL 0 CM_SIGNALLING_ONLY "signalling only"
VAL 1 CM_TCH_FS "TCH full rate speech"
VAL 2 CM_TCH_HS "TCH half rate speech"
VAL 3 CM_TCH_96 "TCH data 9600"
VAL 4 CM_TCH_F_48 "TCH data full rate 4800"
VAL 5 CM_TCH_H_48 "TCH data half rate 4800"
VAL 6 CM_TCH_F_24 "TCH data full rate 2400"
VAL 7 CM_TCH_H_24 "TCH data half rate 2400"
VAL 8 CM_TCH_EFR "TCH"
VAL 9 CM_TCH_144 "TCH"
VAL 10 CM_TCH_AHS "TCH AMR half rate"
VAL 11 CM_TCH_AFS "TCH AMR full rate"
VALTAB VAL_cipher_mode
VAL 0 CI_NO_CIPHERING "ciphering off"
VAL 1 CI_CIPHERING "ciphering on"
VALTAB VAL_a5_algorithm
VAL 0 A5_1 "A5/1 algorithm"
VAL 1 A5_2 "A5/2 algorithm"
VAL 2 A5_3 "A5/3 algorithm"
VAL 3 A5_4 "A5/4 algorithm"
VAL 4 A5_5 "A5/5 algorithm"
VAL 5 A5_6 "A5/6 algorithm"
VAL 6 A5_7 "A5/7 algorithm"
VALTAB VAL_cause
VAL 0 HO_COMPLETE "success"
VAL 1 HO_TIMEOUT "timeout"
VAL 2 HO_SYNC_FAIL %REL99 AND FF_BHO% "BSIC error: Synchronization failure or BSIC mismatch (blind HO)"
VALTAB VAL_nci
VAL 0 HO_TA_OUT_IGNORED "timing advance out of range is ignored"
VAL 1 HO_TA_OUT_NOT_IGNORED "timing advance out of range is not ignored"
VALTAB VAL_timing_advance_valid
VAL 0 HO_TA_NOT_VALID "timing advance information is not valid"
VAL 1 HO_TA_VALID "timing advance information is valid"
VALTAB VAL_dtx_used
VAL 0 DTX_NOT_USED "DTX was not used"
VAL 1 DTX_USED "DTX was used"
VALTAB VAL_meas_valid
VAL 0 MEAS_ARE_NOT_VALID "measurement values are not valid"
VAL 1 MEAS_ARE_VALID "measurement values are valid"
VALTAB VAL_bcch_freq
VAL 1 - 124 "Layer 1 Encoded Frequency"
VAL 1 - 174 "Layer 1 Encoded Frequency"
VAL 512 - 810 "Layer 1 Encoded Frequency"
VAL 512 - 885 "Layer 1 Encoded Frequency"
VAL 1 - 498 "Layer 1 Encoded Frequency"
VAL 1 - 548 "Layer 1 Encoded Frequency"
VALTAB VAL_sub_channel
VAL 0 - 3 "SDCCH/4"
VAL 0 - 7 "SDCCH/8"
VAL 0 - 1 "TCH/H"
VAL 0 SUB_CH_0 "sub channel 0"
VAL 1 SUB_CH_1 "sub channel 1"
VALTAB VAL_frame_erasure
VAL 0 TCH_LOOP_A "TCH loop A"
VAL 1 TCH_LOOP_B "TCH loop B"
VAL 2 TCH_LOOP_C "TCH loop C"
VAL 3 TCH_LOOP_D "TCH loop D"
VAL 4 TCH_LOOP_E "TCH loop E"
VAL 5 TCH_LOOP_F "TCH loop F"
VAL 6 TCH_LOOP_I "TCH loop I"
VALTAB VAL_tested_device
VAL 0 DAI_NO_TEST "no test"
VAL 1 DAI_S_DEC "speech decoder"
VAL 2 DAI_S_COD "speech coder"
VAL 4 DAI_ACOUSTIC "acoustic tests"
VALTAB VAL_sleep_mode
VAL 0 NO_SLEEP "no sleep mode"
VAL 1 SMALL_SLEEP "small sleep mode"
VAL 2 BIG_SLEEP "big sleep mode"
VAL 3 DEEP_SLEEP "deep sleep mode"
VAL 4 ALL_SLEEP "all sleep modes"
VALTAB VAL_Clocks
VAL 1 CL_ARMIO "ARMIO_CLK"
VAL 2 CL_RIFR "RIF_CLKR"
VAL 4 CL_RIFX "RIF_CLKX"
VAL 16 CL_RIF13 "RIF_CLK13"
VAL 32 CL_NCLK "UWIRE_CLK"
VAL 64 CL_SIM "SIM_CLK"
VAL 128 CL_TSP "TSP_CLK"
VAL 256 CL_TIMER "TIMER_CLK"
VAL 512 CL_TPU "TPU_CLK"
VAL 1024 CL_UART "UART_CLK"
VAL 2048 CL_SW_CLOCK "SWITCH_IRQ_CLK"
VALTAB VAL_sb_flag
VAL 0 NO_SB_FOUND "synchron burst not found (fn_offset, time_alignment and bsic are not valid)"
VAL 1 SB_FOUND "synchron burst found (fn_offset, time_alignment and bsic are valid"
VALTAB VAL_gprs_prio
VAL 0 GPRS_PRIO_TOP "Higher than serving cell"
VAL 1 GPRS_PRIO_HIGH "Higher than normal ncell bcch reading"
VAL 2 GPRS_PRIO_NORM "Normal"
VALTAB VAL_radio_band_config
VAL 1 STD_900 "GSM 900"
VAL 2 STD_EGSM "extended GSM"
VAL 3 STD_1900 "PCS 1900"
VAL 4 STD_1800 "DCS 1800"
VAL 5 STD_DUAL "GSM 900 / DCS 1800"
VAL 6 STD_DUAL_EGSM "extended GSM / DCS 1800"
VAL 7 STD_850 "GSM 850"
VAL 8 STD_DUAL_US "GSM 850 / PCS 1900"
VALTAB VAL_initial_codec_mode
VAL 0 CODEC_MODE_1 "lowest codec mode"
VAL 1 CODEC_MODE_2 "second lowest mode"
VAL 2 CODEC_MODE_3 "third lowest mode"
VAL 3 CODEC_MODE_4 "highest mode"
VALTAB VAL_eodt_data_valid
VAL 0 EOTD_NOT_PRES "EOTD data not present"
VAL 1 EOTD_PRES "EOTD data present"
VALTAB VAL_eotd
VAL 0 NC_MON "neighbour cell monitoring"
VAL 1 EOTD_MON "EOTD monitoring"
VALTAB VAL_mode
VAL 0 MODE_IDLE "idle"
VAL 1 MODE_DEDIC "dedicated or packet transfer"
VALTAB VAL_handover_type %REL99 AND FF_BHO%
VAL 0 HOT_REGULAR %REL99 AND FF_BHO% "regular handover (time difference information provided)"
VAL 1 HOT_BLIND %REL99 AND FF_BHO% "blind handover (cell not synchronized)"
VAL 255 HOT_NONE %REL99 AND FF_BHO% "Invalid handover type"
VALTAB VAL_radio_band %TI_PS_FF_QUAD_BAND_SUPPORT%
VAL 0 RADIO_BAND_PGSM900 %TI_PS_FF_QUAD_BAND_SUPPORT% "PGSM 900"
VAL 1 RADIO_BAND_GSM850 %TI_PS_FF_QUAD_BAND_SUPPORT% "GSM 850"
VAL 2 RADIO_BAND_PCS1900 %TI_PS_FF_QUAD_BAND_SUPPORT% "PCS 1900"
VAL 3 RADIO_BAND_DCS1800 %TI_PS_FF_QUAD_BAND_SUPPORT% "DCS 1800"
VAL 4 RADIO_BAND_GSM750 %TI_PS_FF_QUAD_BAND_SUPPORT% "GSM 750"
VAL 5 RADIO_BAND_GSM480 %TI_PS_FF_QUAD_BAND_SUPPORT% "GSM 480"
VAL 6 RADIO_BAND_GSM450 %TI_PS_FF_QUAD_BAND_SUPPORT% "GSM 450"
VAL 7 RADIO_BAND_T_GSM380 %TI_PS_FF_QUAD_BAND_SUPPORT% "T GSM 380"
VAL 8 RADIO_BAND_T_GSM410 %TI_PS_FF_QUAD_BAND_SUPPORT% "T GSM 410"
VAL 9 RADIO_BAND_T_GSM900 %TI_PS_FF_QUAD_BAND_SUPPORT% "T GSM 900"
VAL 10 RADIO_BAND_EGSM900 %TI_PS_FF_QUAD_BAND_SUPPORT% "EGSM 900"
VAL 11 RADIO_BAND_RGSM900 %TI_PS_FF_QUAD_BAND_SUPPORT% "RGSM 900"
VAR param "dummy parameter" B
VAR bs_pa_mfrms "Multiframe Period" B
VAL @p_mphc - VAL_bs_pa_mfrms@
VAR bs_ag_blks_res "Blocks reserved for AGCH" B
VAR bcch_combined "combined BCCH flag" B
VAL @p_mphc - VAL_bcch_combined@
VAR ccch_group "CCCH group" B
VAL @p_mphc - VAL_ccch_group@
VAR page_group "paging group" B
VAR page_block_index "page block index" B
VAL @p_mphc - VAL_page_block_index@
VAR page_mode "paging mode" B
VAL @p_mphc - VAL_page_mode@
VAR schedule_array_size "number of channel numbers" B
VAR modulus "modulo part" S
VAL @p_mphc - VAL_modulus@
VAR relative_position "relative part" S
VAR radio_freq "channel number" S
VAL @p_mphc - VAL_radio_freq@
VAR l2_channel "layer 2 channel type" B
VAL @p_mphc - VAL_l2_channel@
VAR error_flag "error cause" B
VAL @p_mphc - VAL_error_flag@
VAR content "frame content" B
VAR tc "multiframe number modulo 8" B
VAL @p_mphc - VAL_tc@
VAR fn "frame number" L
VAR fn_offset "frame offset" L
VAL @p_mphc - VAL_fn_offset@
VAR time_alignment "Difference in quarter bits between the first bit in a frame of the serving cell and the first bit in the next frame of the non-serving cell. Validity of time_alignment dependent upon timing_validity indication. (0 - 4999)" L
VAL @p_mphc - VAL_time_alignment@
VAR time_alignmnt "Difference in quarter bits between serving and handover destination cell (0 to 5000)" L
VAL @p_mphc - VAL_time_alignment@
VAR timing_validity "timing validity" B
VAL @p_mphc - VAL_timing_validity@
VAR search_mode "search mode" B
VAL @p_mphc - VAL_search_mode@
VAR bsic "base station identification code" B
VAL @p_mphc - VAL_bsic@
VAR radio_freq_array_size "Number of entries in the radio_freq_array within a stop request. When 6 (maximum number of requests to be served in parallel) are provided the message is interpreted as a complete process stop request." B
VAR nbr_of_carriers "The number of cell carriers measured during the PCH block" B
VAR num_of_chans "Number of valid carrier numbers contained in the BA list (chan_number) array (1 to 33)" B
VAR rf_chan_cnt "number of channels in the mobile allocation list or number of bcch in the list" S
VAR radio_freq_array "channel list" S
VAR tsc "training sequence code" B
VAL @p_mphc - VAL_tsc@
VAR bcch_blocks_required "sys info bitmap" S
VAL @p_mphc - VAL_bcch_blocks_required@
VAR rxlev "The accumulated result of a power measurements. The signal strength units used are based on those described in GSM 05.08 (ETS 300 911) section 8.1.4. The measurements continue above 63 and below 0" B
VAR s_rxlev "The serving cell received power level (average of the 4 PCH bursts read during the particular PCH block)." B
VAR ba_id "band allocation identification" B
VAR qual_acc_idle "accumulated rxqual meas. on different channels in Idle mode - error bits" L
VAR qual_nbr_meas_idle "accumulated rxqual meas. on different channels in Idle mode - total number of bits decoded" L
VAR next_radio_freq_measured "channel index" B
VAR channel_type "SDCCH channel type" B
VAL @p_mphc - VAL_channel_type@
VAR timeslot_no "timeslot number" B
VAL @p_mphc - VAL_timeslot_no@
VAR h "hopping" B
VAL @p_mphc - VAL_h@
VAR maio "mobile allocation index offset" B
VAL @p_mphc - VAL_maio@
VAR hsn "hopping sequence number" B
VAL @p_mphc - VAL_hsn@
VAR cbch_select "which cbch channel to read" B
VAL @p_mphc - VAL_cbch_select@
VAR schedule_length "length of schedule period" B
VAL @p_mphc - VAL_schedule_length@
VAR first_blocks_0 "Bitmap defining a set of blocks to be read during the schedule period. The bits represent the blocks as follows: bit MSB=31 -> block=32; bit LSB=0 -> block=1." L
VAR first_blocks_1 "Bitmap defining a set of blocks to be read during the schedule period. The bits represent the blocks as follows: bit MSB=15 -> block=48; bit LSB=0 -> block=33." S
VAR tb_bitmap "blocks to read" B
VAL @p_mphc - VAL_tb_bitmap@
VAR normal_cbch "normal cbch" B
VAL @p_mphc - VAL_normal_cbch@
VAR extended_cbch "extended cbch" B
VAR txpwr "Indicates the power level which the mobile should use for transmission ." B
VAL @p_mphc - VAL_txpwr@
VAR txpwr_used "TX power level currently used by L1 (For TEST MOBILE only)." B
VAR rand "TDMA frames before sending RACH burst" B
VAR channel_request "content of channel request message" B
VAR powerclass_gsm "GSM power class of the MS." B
VAL @p_mphc - VAL_powerclass_gsm@
VAR powerclass_dcs "DCS power class of the MS." B
VAR timing_advance "timing advance" B
VAR t1 "N32; named n32 in S922.doc" B
VAR t3 "N51; named n51 in S922.doc" B
VAR t2 "N26; named n26 in S922.doc" B
VAR start_time_present "start time present" B
VAR maio_bef_sti "MAIO used before starting time" B
VAR dtx_allowed "DTX allowed" B
VAL @p_mphc - VAL_dtx_allowed@
VAR pwrc "power control indicator" B
VAL @p_mphc - VAL_pwrc@
VAR channel_mode "channel mode" B
VAL @p_mphc - VAL_channel_mode@
VAR channel_mode_1 "channel mode" B
VAR channel_mode_2 "channel mode" B
VAR cipher_mode "cipher mode" B
VAL @p_mphc - VAL_cipher_mode@
VAR a5_algorithm "A5 algorithm" B
VAL @p_mphc - VAL_a5_algorithm@
VAR A "Kc values" B
VAR ncc "national colour code" B
VAR bcc "base station colour code" B
VAR bcch_carrier "BCCH carrier" S
VAR ho_acc "handover access" B
VAR report_time_diff "time difference" B
VAR cause "handover success" B
VAL @p_mphc - VAL_cause@
VAR nci "normal cell indication" B
VAL @p_mphc - VAL_nci@
VAR timing_advance_valid "timing advance information valid flag" B
VAL @p_mphc - VAL_timing_advance_valid@
VAR dtx_used "DTX used flag" B
VAL @p_mphc - VAL_dtx_used@
VAR meas_valid "measurement valid flag" B
VAL @p_mphc - VAL_meas_valid@
VAR rxlev_full_acc "rxlevel full serving cell accumulated" S
VAR rxlev_sub_acc "rxlevel sub serving cell accumulated" S
VAR rxlev_full_nbr_meas "number of rxlevel full serving cell samples" B
VAR rxlev_sub_nbr_meas "number of rxlevel sub serving cell samples" B
VAR rxqual_full_acc_errors "rxqual full serving cell bit errors" S
VAR rxqual_sub_acc_errors "rxlevel sub serving cell bit errors" S
VAR rxqual_full_nbr_bits "number of examined bits for rxqual full serving cell" S
VAR rxqual_sub_nbr_bits "number of examined bits for rxqual sub serving cell" S
VAR no_of_ncells_meas "number of neighbour cell results" B
VAR bcch_freq "channel number" S
VAL @p_mphc - VAL_bcch_freq@
VAR rxlev_acc "accumulated rx level" S
VAR rxlev_nbr_meas "nbr of rxlevel samples" B
VAR sub_channel "sub channel" B
VAL @p_mphc - VAL_sub_channel@
VAR frame_erasure "TCH loop type" B
VAL @p_mphc - VAL_frame_erasure@
VAR tested_device "DAI test device" B
VAL @p_mphc - VAL_tested_device@
VAR sleep_mode "sleep mode" B
VAL @p_mphc - VAL_sleep_mode@
VAR Clocks "clock modules" S
VAL @p_mphc - VAL_Clocks@
VAR sb_flag "Flag indicating whether synchronisation channel was read correctly or not" B
VAL @p_mphc - VAL_sb_flag@
VAR shared_ptr "Pointer" L
VAR adc_results "result" S
VAR gprs_prio "Gprs priority" B
VAL @p_mphc - VAL_gprs_prio@
VAR ccch_lev "Power strength level" B
VAR radio_band_config "Bitmap of frequency bands" B
VAL @p_mphc - VAL_radio_band_config@
VAR noise_suppression_control_bit "noise suppression control bit" B
VAR initial_codec_mode_indicator "initial code mode indicator" B
VAR initial_codec_mode "initial code mode" B
VAL @p_mphc - VAL_initial_codec_mode@
VAR active_codec_set "active codec set" B
VAR threshold "threshold" B
VAR hysteresis "hysteresis" B
VAR a_eotd_crosscor "Cross correlation" T
VAR d_eotd_first "Delay to first correlation" T
VAR d_eotd_max "Delay to maximum correlation" T
VAR eodt_data_valid "EOTD data present" B
VAL @p_mphc - VAL_eodt_data_valid@
VAR eotd "EOTD or neighbour cell monitoring" B
VAL @p_mphc - VAL_eotd@
VAR list_size "1 up to 12 neighbour cells" B
VAR mode "idle or dedicated mode" B
VAL @p_mphc - VAL_mode@
VAR neigh_id "reserved" B
VAR attempt "reserved" B
VAR pm "reserved" L
VAR toa "reserved" L
VAR angle "reserved" L
VAR snr "reserved" L
VAR fn_sb_neigh "reserved" L
VAR fn_in_sb "reserved" L
VAR toa_correction "reserved" L
VAR delta_fn "reserved" L
VAR delta_qbit "reserved" L
VAR facch_dl_count "reserved" B
VAR facch_ul_count "reserved" B
VAR d_eotd_nrj "sum of amplitudes" L
VAR time_tag "Time tag" L
VAR dsp_code_version "Version number of the DSP code" S
VAR dsp_checksum "Checksum of DSP code" S
VAR dsp_patch_version "Version number of the DSP patch code" S
VAR mcu_alr_version "Version number of the MCU ALR code" S
VAR mcu_gprs_version "Version number of the MCU GPRS code" S
VAR mcu_tm_version "Version number of the Testmode" S
VAR handover_type %REL99 AND FF_BHO% "handover type" B
VAL @p_mphc - VAL_handover_type@
VAR rxlev_val_acc %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "RXLEV accumuated on SACCH for EMR" T
VAR rxlev_val_nbr_meas %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Number of rxlev_val measurements taken on serving cell" B
VAR mean_bep_block_acc %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Accumulated value of Mean Bit Error Probability of a block taken over a reporting period." L
VAR cv_bep_block_acc %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Accumulated value of coefficient of variation of BEP of a block taken over a reporting period." S
VAR mean_bep_block_num %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Number of block used to accumulate the MEAN_BEPblock" S
VAR cv_bep_block_num %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Number of block used to accumulate the CV_BEPblock" S
VAR nbr_rcvd_blocks %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% "Number of correctly decoded block during a reporting period." B
VAR radio_band %TI_PS_FF_QUAD_BAND_SUPPORT% "Radio Bands Supported" B
VAR power_class %TI_PS_FF_QUAD_BAND_SUPPORT% "Power Class associated with each radio band" B
COMP schedule_array "positional info"
{
modulus ; modulo part
relative_position ; relative part
}
COMP l2_frame "layer 2 frame"
{
content [MAX_L2_FRAME_SIZE] ; frame content
}
COMP chan_list "channel list"
{
radio_freq [BA_LIST_SIZE] ; channel number
}
COMP result "measurement results"
{
radio_freq ; channel number
rxlev ; rx level
}
COMP rf_channel "channel choice"
{
maio ; mobile allocation index offset
hsn ; hopping sequence number
}
COMP chan_sel "channel selector"
{
h ; hopping
rf_channel ; channel choice
}
COMP cbch_desc "CBCH channel description"
{
chan_sel ; channel selector
channel_type ; SDCCH channel type
sub_channel ; sub channel
timeslot_no ; timeslot number
tsc ; training sequence code
}
TYPEDEF COMP cbch_desc channel_desc "channel description"
TYPEDEF COMP cbch_desc channel_desc_1 "channel description"
TYPEDEF COMP cbch_desc channel_desc_2 "channel description"
TYPEDEF COMP cbch_desc channel_desc_1_bef_sti "channel description before starting time"
TYPEDEF COMP cbch_desc channel_desc_2_bef_sti "channel description before starting time"
COMP rf_chan_no "channel list"
{
radio_freq [MAX_MA_CARRIER] ; channel number
}
COMP cbch_freq_list "CBCH frequency list"
{
rf_chan_cnt ; no of hopping channels
rf_chan_no ; hopping channels
}
TYPEDEF COMP cbch_freq_list frequency_list "frequency list"
TYPEDEF COMP cbch_freq_list frequency_list_bef_sti "frequency list before starting time"
COMP start_time "starting time"
{
t1 ; N32; named n32 in S922.doc
t3 ; N51; named n51 in S922.doc
t2 ; N26; named n26 in S922.doc
}
COMP starting_time "starting time"
{
start_time_present ; start time present
start_time ; starting time
}
COMP new_ciph_param "Cipher Key Kc"
{
A [MAX_KC_STRING_SIZE] ; Kc values
}
TYPEDEF COMP new_ciph_param cipher_key "encryption key"
COMP cell_description "cell description"
{
ncc ; national colour code
bcc ; base station colour code
bcch_carrier ; BCCH carrier
}
COMP handover_command "Handover Command"
{
cell_description ; cell description
channel_desc_1 ; channel description 1
channel_mode_1 ; channel mode 1
starting_time ; starting time
ho_acc ; handover access
txpwr ; handover power
report_time_diff ; report time difference
frequency_list ; frequency list
channel_desc_2 ; channel description 2
channel_mode_2 ; channel mode 2
frequency_list_bef_sti ; frequency list before starting time
channel_desc_1_bef_sti ; channel description 1 before starting time
channel_desc_2_bef_sti ; channel description 2 before starting time
cipher_mode ; cipher mode
a5_algorithm ; A5 algorithm
}
COMP res_list "neighbour cell measurement results"
{
bcch_freq ; channel number
rxlev_acc ; accumulated rx level
rxlev_nbr_meas ; nbr of rxlevel samples
}
COMP ncell_meas "neighbour cell measurement results"
{
res_list [BA_LIST_SIZE] ; neighbour cell results
}
COMP chan_number "channel list"
{
radio_freq [BCCH_LIST_SIZE] ; channel number
}
COMP bcch_allocation "BCCH allocation"
{
rf_chan_cnt ; number of channels
chan_number ; channel list
}
COMP amr_configuration "Parameters for AMR"
{
noise_suppression_control_bit ; noise suppression control bit
initial_codec_mode_indicator ; initial code mode indicator
initial_codec_mode ; initial code mode
active_codec_set ; active codec set
threshold [3] ; threshold
hysteresis [3] ; hysteresis
}
COMP ncell_list "Parameters of a neighbour cell"
{
radio_freq ; channel number
fn_offset ; frame offset
time_alignment ; time alignment
timing_validity ; timing validity
}
COMP RADIO_FRAME %!TI_DUAL_MODE% "Layer 2 frame"
{
content AS A [MAX_L2_FRAME_SIZE] ; Primitive structure element item
}
COMP multiband_power_class %TI_PS_FF_QUAD_BAND_SUPPORT% "Power Class information for multiple bands"
{
radio_band ; Radio Band
power_class ; Power Class
}
; MPHC_NETWORK_SYNC_REQ 0x000F
; MPHC_NETWORK_SYNC_IND 0x0010
; MPHC_STOP_NETWORK_SYNC_REQ 0x0011
; MPHC_STOP_NETWORK_SYNC_CON 0x0012
; MPHC_START_CCCH_REQ 0x0015
; MPHC_STOP_CCCH_REQ 0x0016
; MPHC_STOP_CCCH_CON 0x0017
; MPHC_SCELL_NBCCH_REQ 0x0018
; MPHC_SCELL_EBCCH_REQ 0x0019
; MPHC_STOP_SCELL_BCCH_REQ 0x001A
; MPHC_STOP_SCELL_BCCH_CON 0x001B
; MPHC_DATA_IND 0x0032
; MPHC_NCELL_SYNC_REQ 0x0020
; MPHC_NCELL_LIST_SYNC_REQ 0x007A
; MPHC_NCELL_SYNC_IND 0x0021
; MPHC_STOP_NCELL_SYNC_REQ 0x0022
; MPHC_STOP_NCELL_SYNC_CON 0x0023
; MPHC_NCELL_BCCH_REQ 0x001C
; MPHC_NCELL_BCCH_IND 0x001D
; MPHC_STOP_NCELL_BCCH_REQ 0x001E
; MPHC_STOP_NCELL_BCCH_CON 0x001F
; MPHC_RXLEV_PERIODIC_REQ 0x0024
; MPHC_RXLEV_PERIODIC_IND 0x0025
; MPHC_STOP_RXLEV_PERIODIC_REQ 0x0026
; MPHC_STOP_RXLEV_PERIODIC_CON 0x0027
; MPHC_RXLEV_REQ 0x000B
; MPHC_RXLEV_IND 0x000C
; MPHC_STOP_RXLEV_REQ 0x000D
; MPHC_STOP_RXLEV_CON 0x000E
; MPHC_CONFIG_CBCH_REQ 0x0028
; MPHC_CBCH_SCHEDULE_REQ 0x0029
; MPHC_CBCH_INFO_REQ 0x002B
; MPHC_CBCH_UPDATE_REQ 0x002A
; MPHC_STOP_CBCH_REQ 0x002C
; MPHC_STOP_CBCH_CON 0x002D
; MPHC_NEW_SCELL_REQ 0x0013
; MPHC_NEW_SCELL_CON 0x0014
; MPHC_RA_REQ 0x002E
; MPHC_RA_CON 0x002F
; MPHC_STOP_RA_REQ 0x0030
; MPHC_STOP_RA_CON 0x0031
; MPHC_IMMED_ASSIGN_REQ 0x0033
; MPHC_IMMED_ASSIGN_CON 0x003F
; MPHC_CHANNEL_ASSIGN_REQ 0x0034
; MPHC_CHANNEL_ASSIGN_CON 0x003C
; MPHC_ASYNC_HO_REQ 0x0035
; MPHC_ASYNC_HO_CON 0x003B
; MPHC_HANDOVER_FINISHED 0x0044
; MPHC_SYNC_HO_REQ 0x0036
; MPHC_SYNC_HO_CON 0x0042
; MPHC_TA_FAIL_IND 0x0043
; MPHC_PRE_SYNC_HO_REQ 0x0037
; MPHC_PRE_SYNC_HO_CON 0x0040
; MPHC_HANDOVER_FAIL_REQ 0x0047
; MPHC_HANDOVER_FAIL_CON 0x003E
; MPHC_CHANGE_FREQUENCY 0x0045
; MPHC_CHANGE_FREQUENCY_CON 0x003A
; MPHC_CHANNEL_MODE_MODIFY_REQ 0x0046
; MPHC_CHANNEL_MODE_MODIFY_CON 0x003D
; MPHC_SET_CIPHERING_REQ 0x0048
; MPHC_SET_CIPHERING_CON 0x0041
; MPHC_MEAS_REPORT 0x0049
; MPHC_UPDATE_BA_LIST 0x004A
; MPHC_STOP_DEDICATED_REQ 0x0039
; MPHC_NCELL_FB_SB_READ 0x004B
; MPHC_NCELL_SB_READ 0x004C
; OML1_CLOSE_TCH_LOOP_REQ 0x0061
; OML1_CLOSE_TCH_LOOP_CON 0x0065
; OML1_OPEN_TCH_LOOP_REQ 0x0062
; OML1_OPEN_TCH_LOOP_CON 0x0066
; OML1_START_DAI_TEST_REQ 0x0063
; OML1_START_DAI_TEST_CON 0x0067
; OML1_STOP_DAI_TEST_REQ 0x0064
; OML1_STOP_DAI_TEST_CON 0x0068
; TST_SLEEP_REQ 0x0004
; MPHC_ADC_IND 0x0069
; MPHC_INIT_L1_REQ 0x0072
; MPHC_INIT_L1_CON 0x0073
; MPHC_DEACTIVATE_REQ 0x006E
; TST_TEST_HW_REQ 0x0001
; TST_TEST_HW_CON 0x0002
; PH_DATA_IND 0x006D
; MPHC_STOP_DEDICATED_CON 0x0080
PRIM MPHC_NETWORK_SYNC_REQ 0x000F
{
radio_freq ; channel number
fn_offset ; frame offset
time_alignment ; time alignment
timing_validity ; timing validity
search_mode ; search mode
}
PRIM MPHC_NETWORK_SYNC_IND 0x0010
{
radio_freq ; channel number
sb_flag ; valid flag
fn_offset ; frame offset
time_alignment ; time alignment
bsic ; base station identity code
}
PRIM MPHC_STOP_NETWORK_SYNC_REQ 0x0011
{
param ; dummy parameter
}
PRIM MPHC_STOP_NETWORK_SYNC_CON 0x0012
{
param ; dummy parameter
}
PRIM MPHC_START_CCCH_REQ 0x0015
{
bs_pa_mfrms ; Multiframe period
bs_ag_blks_res ; BS AG BLOCKS reserved
bcch_combined ; BCCH combined
ccch_group ; CCCH group
page_group ; paging group
page_block_index ; page block index
page_mode ; page mode
}
PRIM MPHC_STOP_CCCH_REQ 0x0016
{
param ; dummy parameter
}
PRIM MPHC_STOP_CCCH_CON 0x0017
{
param ; dummy parameter
}
PRIM MPHC_SCELL_NBCCH_REQ 0x0018
{
schedule_array_size ; number of elements in schedule array
schedule_array [MAX_SCHED_SIZE] ; schedule array
}
PRIM MPHC_SCELL_EBCCH_REQ 0x0019
{
schedule_array_size ; number of elements in schedule array
schedule_array [MAX_SCHED_SIZE] ; schedule array
}
PRIM MPHC_STOP_SCELL_BCCH_REQ 0x001A
{
param ; dummy parameter
}
PRIM MPHC_STOP_SCELL_BCCH_CON 0x001B
{
param ; dummy parameter
}
PRIM MPHC_DATA_IND 0x0032
{
radio_freq ; channel number
l2_channel ; layer 2 channel type
error_flag ; error cause
l2_frame ; layer 2 frame
tc ; multiframe number
ccch_lev ; CCCH Level
fn ; frame number
}
PRIM MPHC_NCELL_SYNC_REQ 0x0020
{
radio_freq ; channel number
fn_offset ; frame offset
time_alignment ; time alignment
timing_validity ; timing validity
}
PRIM MPHC_NCELL_LIST_SYNC_REQ 0x007A
{
eotd ; EOTD monitoring
list_size ; List Size
ncell_list [MAX_NCELL_EOTD_L1] ; Neighbour Cell List
}
PRIM MPHC_NCELL_SYNC_IND 0x0021
{
radio_freq ; channel number
sb_flag ; valid flag
fn_offset ; frame offset
time_alignment ; time alignment
bsic ; base station identity code
neigh_id ; Reserved
attempt ; Reserved
pm ; Reserved
toa ; Reserved
angle ; Reserved
snr ; Reserved
eodt_data_valid ; EOTD Data valid
mode ; Mode
d_eotd_first ; Delay to first correlation
d_eotd_max ; Delay to maximum correlation
d_eotd_nrj ; Sum of Amplitudes
a_eotd_crosscor [18] ; Cross correlation
time_tag ; Time tag
fn_sb_neigh ; Reserved
fn_in_sb ; Reserved
toa_correction ; Reserved
delta_fn ; Reserved
delta_qbit ; Reserved
}
PRIM MPHC_STOP_NCELL_SYNC_REQ 0x0022
{
radio_freq_array_size ; number of channels
radio_freq_array [MAX_NCELL_EOTD_L1] ; channel list
}
PRIM MPHC_STOP_NCELL_SYNC_CON 0x0023
{
param ; dummy parameter
}
PRIM MPHC_NCELL_BCCH_REQ 0x001C
{
radio_freq ; channel number
fn_offset ; frame offset
time_alignment ; time alignment
tsc ; training sequence code
bcch_blocks_required ; sys info bitmap
gprs_prio ; GPRS Priority
}
PRIM MPHC_NCELL_BCCH_IND 0x001D
{
radio_freq ; channel number
l2_channel ; layer 2 channel type
error_flag ; error cause
l2_frame ; layer 2 frame
tc ; multiframe number
fn ; frame number
}
PRIM MPHC_STOP_NCELL_BCCH_REQ 0x001E
{
radio_freq_array_size ; number of channels
radio_freq_array [6] ; channel list
}
PRIM MPHC_STOP_NCELL_BCCH_CON 0x001F
{
param ; dummy parameter
}
PRIM MPHC_RXLEV_PERIODIC_REQ 0x0024
{
chan_list ; channel list
num_of_chans ; number of channels
ba_id ; band ID
next_radio_freq_measured ; next channel
}
PRIM MPHC_RXLEV_PERIODIC_IND 0x0025
{
result [MAX_MEAS_VALUES] ; measurement results
nbr_of_carriers ; number of channels
s_rxlev ; serving cell rxlev
ba_id ; band ID
qual_acc_idle ; Primitive Item
qual_nbr_meas_idle ; Primitive Item
}
PRIM MPHC_STOP_RXLEV_PERIODIC_REQ 0x0026
{
param ; dummy parameter
}
PRIM MPHC_STOP_RXLEV_PERIODIC_CON 0x0027
{
param ; dummy parameter
}
PRIM MPHC_RXLEV_REQ 0x000B
{
shared_ptr ; pointer to measurements
}
PRIM MPHC_RXLEV_IND 0x000C
{
shared_ptr ; pointer to measurements
}
PRIM MPHC_STOP_RXLEV_REQ 0x000D
{
param ; dummy parameter
}
PRIM MPHC_STOP_RXLEV_CON 0x000E
{
param ; dummy parameter
}
PRIM MPHC_CONFIG_CBCH_REQ 0x0028
{
cbch_desc ; CBCH channel description
cbch_freq_list ; Frequency list
}
PRIM MPHC_CBCH_SCHEDULE_REQ 0x0029
{
cbch_select ; extended cbch flag
schedule_length ; length of schedule period
first_blocks_0 ; block bitmap
first_blocks_1 ; block bitmap cont.
}
PRIM MPHC_CBCH_INFO_REQ 0x002B
{
tb_bitmap ; block bitmap
}
PRIM MPHC_CBCH_UPDATE_REQ 0x002A
{
cbch_select ; extended cbch flag
first_blocks_0 ; block bitmap
first_blocks_1 ; block bitmap cont.
}
PRIM MPHC_STOP_CBCH_REQ 0x002C
{
normal_cbch ; normal cbch
extended_cbch ; extended cbch
}
PRIM MPHC_STOP_CBCH_CON 0x002D
{
param ; dummy parameter
}
PRIM MPHC_NEW_SCELL_REQ 0x0013
{
radio_freq ; channel number
fn_offset ; frame offset
time_alignment ; time alignment
tsc ; training sequence code
}
PRIM MPHC_NEW_SCELL_CON 0x0014
{
param ; dummy parameter
}
PRIM MPHC_RA_REQ 0x002E
{
txpwr ; Power level
rand ; Delay
channel_request ; channel request
powerclass_gsm %!TI_PS_FF_QUAD_BAND_SUPPORT% ; GSM power class
powerclass_dcs %!TI_PS_FF_QUAD_BAND_SUPPORT% ; DCS power class
}
PRIM MPHC_RA_CON 0x002F
{
fn ; frame number
channel_request ; channel request
}
PRIM MPHC_STOP_RA_REQ 0x0030
{
param ; dummy parameter
}
PRIM MPHC_STOP_RA_CON 0x0031
{
param ; dummy parameter
}
PRIM MPHC_IMMED_ASSIGN_REQ 0x0033
{
channel_desc ; channel description
timing_advance ; timing advance
frequency_list ; frequency list
starting_time ; starting time
frequency_list_bef_sti ; frequency list before starting time
maio_bef_sti ; Maio before starting time
dtx_allowed ; DTX allowed
bcch_allocation ; BCCH allocation
ba_id ; band indicator
pwrc ; power control indicator
}
PRIM MPHC_IMMED_ASSIGN_CON 0x003F
{
param ; dummy parameter
}
PRIM MPHC_CHANNEL_ASSIGN_REQ 0x0034
{
channel_desc_1 ; channel description 1
channel_mode_1 ; channel mode 1
txpwr ; TX power
frequency_list ; frequency list
starting_time ; starting time
channel_desc_2 ; channel description 2
channel_mode_2 ; channel mode 2
frequency_list_bef_sti ; frequency list before starting time
channel_desc_1_bef_sti ; channel description 1 before starting time
channel_desc_2_bef_sti ; channel description 2 before starting time
cipher_mode ; cipher mode
a5_algorithm ; A5 algorithm
cipher_key ; encryption key
dtx_allowed ; DTX allowed flag
amr_configuration ; AMR configuration
}
PRIM MPHC_CHANNEL_ASSIGN_CON 0x003C
{
param ; dummy parameter
}
PRIM MPHC_ASYNC_HO_REQ 0x0035
{
handover_command ; handover parameter
fn_offset ; frame offset
time_alignmnt ; time alignment
cipher_key ; encryption key
amr_configuration ; AMR configuration
handover_type %REL99 AND FF_BHO% ; handover type
}
PRIM MPHC_ASYNC_HO_CON 0x003B
{
param ; dummy parameter
}
PRIM MPHC_HANDOVER_FINISHED 0x0044
{
cause ; success indication
fn_offset %REL99 AND FF_BHO% ; Valid for BHO only
time_alignment %REL99 AND FF_BHO% ; Valid for BHO only
}
PRIM MPHC_SYNC_HO_REQ 0x0036
{
handover_command ; handover parameter
fn_offset ; frame offset
time_alignmnt ; time alignment
cipher_key ; encryption key
nci ; normal cell indication
amr_configuration ; AMR configuration
handover_type %REL99 AND FF_BHO% ; Handover type
}
PRIM MPHC_SYNC_HO_CON 0x0042
{
param ; dummy parameter
}
PRIM MPHC_TA_FAIL_IND 0x0043
{
param ; dummy parameter
}
PRIM MPHC_PRE_SYNC_HO_REQ 0x0037
{
handover_command ; handover parameter
fn_offset ; frame offset
time_alignmnt ; time alignment
cipher_key ; encryption key
nci ; normal cell indication
timing_advance_valid ; timing advance valid
timing_advance ; timing advance
amr_configuration ; AMR configuration
handover_type %REL99 AND FF_BHO% ; Handover type
}
PRIM MPHC_PRE_SYNC_HO_CON 0x0040
{
param ; dummy parameter
}
PRIM MPHC_HANDOVER_FAIL_REQ 0x0047
{
param ; dummy parameter
}
PRIM MPHC_HANDOVER_FAIL_CON 0x003E
{
param ; dummy parameter
}
PRIM MPHC_CHANGE_FREQUENCY 0x0045
{
channel_desc ; channel description
frequency_list ; frequency list
starting_time ; starting time
}
PRIM MPHC_CHANGE_FREQUENCY_CON 0x003A
{
param ; dummy parameter
}
PRIM MPHC_CHANNEL_MODE_MODIFY_REQ 0x0046
{
sub_channel ; change sub channel; The parameter defines the sub channel for halfrate operation
channel_mode ; channel mode
amr_configuration ; AMR configuration
}
PRIM MPHC_CHANNEL_MODE_MODIFY_CON 0x003D
{
param ; dummy parameter
}
PRIM MPHC_SET_CIPHERING_REQ 0x0048
{
cipher_mode ; cipher mode
a5_algorithm ; A5 algorithm
new_ciph_param ; ciphering key
}
PRIM MPHC_SET_CIPHERING_CON 0x0041
{
param ; dummy parameter
}
PRIM MPHC_MEAS_REPORT 0x0049
{
dtx_used ; DTX used
meas_valid ; measurements valid
rxlev_full_acc ; rxlev full serving cell
rxlev_full_nbr_meas ; number of full serving cell samples
rxlev_sub_acc ; rxlev sub serving cell
rxlev_sub_nbr_meas ; number of sub serving cell samples
rxqual_full_acc_errors ; rxqual full serving cell
rxqual_full_nbr_bits ; number of full serving cell samples
rxqual_sub_acc_errors ; rxqual sub serving cell
rxqual_sub_nbr_bits ; number of sub serving cell samples
no_of_ncells_meas ; number of neighbour cells
ncell_meas ; neighbour cell measurement values
ba_id ; band indication
timing_advance ; timing advance
txpwr_used ; txpwr used
rxlev_val_acc %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; Accumulated RXLEVEL_VAL measurements
rxlev_val_nbr_meas %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; Number of rxlev_val measurements taken on serving cell
mean_bep_block_acc %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; Accumulated value of Mean BEP of a block
cv_bep_block_acc %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; Accumulated value of coefficient of variation of BEP
mean_bep_block_num %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; Number of block used to accumulate the MEAN_BEP
cv_bep_block_num %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; Number of block used to accumulate the CV_BEP
nbr_rcvd_blocks %REL99 AND (TI_PS_FF_EMR OR TI_PS_FF_RTD)% ; Number of correctly decoded block during a reporting period.
facch_dl_count ; FACCH downlink count
facch_ul_count ; FACCH uplink count
}
PRIM MPHC_UPDATE_BA_LIST 0x004A
{
num_of_chans ; number of channels
chan_list ; channel list
pwrc ; power control indicator
dtx_allowed ; DTX allowed
ba_id ; band indication
}
PRIM MPHC_STOP_DEDICATED_REQ 0x0039
{
param ; dummy parameter
}
PRIM MPHC_NCELL_FB_SB_READ 0x004B
{
radio_freq ; channel number
}
PRIM MPHC_NCELL_SB_READ 0x004C
{
sb_flag ; SB flag
radio_freq ; channel number
bsic ; base station identification code
fn_offset ; frame offset
time_alignmnt ; time alignment
}
PRIM OML1_CLOSE_TCH_LOOP_REQ 0x0061
{
sub_channel ; loop sub channel; The parameter defines the sub channel for halfrate operation
frame_erasure ; frame erasure
}
PRIM OML1_CLOSE_TCH_LOOP_CON 0x0065
{
param ; dummy parameter
}
PRIM OML1_OPEN_TCH_LOOP_REQ 0x0062
{
param ; dummy parameter
}
PRIM OML1_OPEN_TCH_LOOP_CON 0x0066
{
param ; dummy parameter
}
PRIM OML1_START_DAI_TEST_REQ 0x0063
{
tested_device ; tested device
}
PRIM OML1_START_DAI_TEST_CON 0x0067
{
param ; dummy parameter
}
PRIM OML1_STOP_DAI_TEST_REQ 0x0064
{
param ; dummy parameter
}
PRIM OML1_STOP_DAI_TEST_CON 0x0068
{
param ; dummy parameter
}
PRIM TST_SLEEP_REQ 0x0004
{
sleep_mode ; sleep mode
Clocks ; clocks
}
PRIM MPHC_ADC_IND 0x0069
{
adc_results [9] ; adc results
}
PRIM MPHC_INIT_L1_REQ 0x0072
{
radio_band_config %!TI_PS_FF_QUAD_BAND_SUPPORT% ; radio band configuration
param %TI_PS_FF_QUAD_BAND_SUPPORT% ; Dummy Parameter
}
PRIM MPHC_INIT_L1_CON 0x0073
{
param %!TI_PS_FF_QUAD_BAND_SUPPORT% ; dummy parameter
multiband_power_class [NB_MAX_GSM_BANDS] %TI_PS_FF_QUAD_BAND_SUPPORT% ; Bands Supported and respective power class
}
PRIM MPHC_DEACTIVATE_REQ 0x006E
{
param ; dummy parameter
}
PRIM TST_TEST_HW_REQ 0x0001
{
param ; dummy parameter
}
PRIM TST_TEST_HW_CON 0x0002
{
dsp_code_version ; Version number of the DSP code
dsp_checksum ; Checksum of DSP code
dsp_patch_version ; Version number of the DSP patch code
mcu_alr_version ; Version number of the MCU ALR code
mcu_gprs_version ; Version number of the MCU GPRS code
mcu_tm_version ; Version number of the Testmode
}
PRIM PH_DATA_IND 0x006D
{
radio_freq AS rf_chan_num ; Channel (radio_freq) that block was read on
l2_channel AS l2_channel_type ; Indicates the MF51 block type read (enum type), maps to l1s msg signal code
error_flag AS error_cause ; Indicates if l2_frame data is invalid
RADIO_FRAME AS l2_frame ; Layer 2 frame
bsic ; Base station identification code
tc ; multiframe number modulo 8
}
PRIM MPHC_STOP_DEDICATED_CON 0x0080
{
param ; dummy
}