caldata.h

free sources for gsm

/*
Copyright (C) 2001 Optimay GmbH. All Rights Reserved.

File:    custt7\cal\caldata.h
Desc:
Author:  Hai Wang
Date:
Notes:   Here are the constants specific used on Edge platform

   $Source  basecust\custt7\cal\caldata.h  (Clearcase Element) $

$Log: $
 * BRANDSMA         9. Jun. 2004  13:21:11  RB: rb_gsmms2, IB: REL_MGMT_024, PB: BRA000055, Rev: 1
 * -> OCR00007317   PTE to support calibration of RX - TX frequency offset
 * -> OCR00007316   new PTE command to store parameters for RFConfig command
 *
 *
 * BRANDSMA         8. Apr. 2004  14:19:16  RB: rb_gsmms2, IB: REL_MGMT_024, PB: SJB000045, Rev: 1
 * -> OCR00006928   PTE, Dual TX ramp data for GMSK and 8PSK each
 *
*/
#if !defined(CUSTT7)
#error "Wrong customer for this file!!"
#endif

/*---------------------------- Global Defines: ---------------------------*/
#ifndef CUSTT7_CALDATA_H
#define CUSTT7_CALDATA_H
#if defined (RENESAS_RF_B5)

/* Calibration data structure willbe built using the following defines */
/* The following defines MUST all exist - set to '0' if not used in this calibration data structure.*/
/* Altering the following data may invalidate existing calibration data, cause stack crashes and
failure of PTE commands. */
#define NO_RF_BANDS 4

#define NO_RAMPS_BAND0 15
#define NO_RAMPS_BAND1 16
#define NO_RAMPS_BAND2 16
#define NO_RAMPS_BAND3 15

#define TX_RAMP_BURST_SIZE 68
#define TX_RAMP_ADJUST_SIZE 0
#define NO_TX_RAMP_ADJUST 0
#define SIZE_OF_GSM_RAMP (TX_RAMP_BURST_SIZE + (TX_RAMP_ADJUST_SIZE * NO_TX_RAMP_ADJUST) + 1)

#define TX_RAMP_BAND0_OFFSET 12
#define TX_RAMP_BAND1_OFFSET (TX_RAMP_BAND0_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND0))
#define TX_RAMP_BAND2_OFFSET (TX_RAMP_BAND1_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND1))
#define TX_RAMP_BAND3_OFFSET (TX_RAMP_BAND2_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND2))
#define FIRSTPCLBAND0 5
#define FIRSTPCLBAND1 0
#define FIRSTPCLBAND2 0
#define FIRSTPCLBAND3 5

#define RX_BB_TABLE_POS 0
#if defined(__SGH_E770_TARGET__) || defined(__SGH_D800_TARGET__) // req h/w tl.lee  add goparty
#define RX_BB_TABLE_SIZE 0                    //s400i侩 亩 函荐 
#else
#define RX_BB_TABLE_SIZE 4
#endif
#define RX_BAND_TABLE_SIZE 26

#define SIZE_OF_RX_TABLE (  RX_BB_TABLE_SIZE + (NO_RF_BANDS * RX_BAND_TABLE_SIZE) )

#define RX_BAND0_TABLE_POS (RX_BB_TABLE_POS + RX_BB_TABLE_SIZE)
#define RX_BAND1_TABLE_POS (RX_BAND0_TABLE_POS + RX_BAND_TABLE_SIZE)
#define RX_BAND2_TABLE_POS (RX_BAND1_TABLE_POS + RX_BAND_TABLE_SIZE)
#define RX_BAND3_TABLE_POS (RX_BAND2_TABLE_POS + RX_BAND_TABLE_SIZE)

#define ADC_CAL_POINTS 2
#define ADC_CAL_CHANNELS 6

#define RF_CONFIG_DATA_SIZE_MAX 16

//#if defined(WIN32)
#define NO_OF_RFINIT_PARM 16
//#endif

typedef struct
   {
   UINT16 CheckSum;             /* 16 bit CRC */
   UINT8 Version[10];
   UINT16 PowerRampTablesBand0[NO_RAMPS_BAND0][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand1[NO_RAMPS_BAND1][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand2[NO_RAMPS_BAND2][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand3[NO_RAMPS_BAND3][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTables8PSKBand0[NO_RAMPS_BAND0][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTables8PSKBand1[NO_RAMPS_BAND1][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTables8PSKBand2[NO_RAMPS_BAND2][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTables8PSKBand3[NO_RAMPS_BAND3][SIZE_OF_GSM_RAMP];
   UINT8 Hw_Rf_Gain_Cal_Table[SIZE_OF_RX_TABLE];
   UINT16 AFCDACStartValue;
   UINT8 GLIMEISV[8];
   BOOLEAN PTEBootSeq;
   INT16 ADCcal[ADC_CAL_POINTS][ADC_CAL_CHANNELS]; /* e.g. Vbatt measurement offset... */
   INT16 CVAR_SLOPE;
   UINT16 CDAC;
   UINT8 RFConfigLength;
   UINT16 RFConfig[RF_CONFIG_DATA_SIZE_MAX];
   UINT16 RxTxFreqOffset[NO_RF_BANDS];
   UINT8 RFInitDataLength;
   UINT16 RFInitData[NO_OF_RFINIT_PARM];
   }     CALIBRATION_DATA;

#elif defined (AERO_PLUS)   //20050310 cmj for Lindy3 AERO_PLUS
// this is for AEROII, AERO+ 
#define NO_RF_BANDS 4

#define NO_RAMPS_BAND0 15
#define NO_RAMPS_BAND1 16
#define NO_RAMPS_BAND2 16
#define NO_RAMPS_BAND3 15

#define TX_RAMP_BURST_SIZE  33
#define TX_RAMP_ADJUST_SIZE  18
#define NO_TX_RAMP_ADJUST  0
#define SIZE_OF_GSM_RAMP  69

#define TX_RAMP_BAND0_OFFSET 12
#define TX_RAMP_BAND1_OFFSET (TX_RAMP_BAND0_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND0))
#define TX_RAMP_BAND2_OFFSET (TX_RAMP_BAND1_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND1))
#define TX_RAMP_BAND3_OFFSET (TX_RAMP_BAND2_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND2))
#define FIRSTPCLBAND0 5
#define FIRSTPCLBAND1 0
#define FIRSTPCLBAND2 0
#define FIRSTPCLBAND3 5

#define RX_BB_TABLE_POS 0

#define RX_BB_TABLE_SIZE 4 
 
#define RX_BAND_TABLE_SIZE 26

#define SIZE_OF_RX_TABLE (  RX_BB_TABLE_SIZE + (NO_RF_BANDS * RX_BAND_TABLE_SIZE) )

#define RX_BAND0_TABLE_POS (RX_BB_TABLE_POS + RX_BB_TABLE_SIZE)
#define RX_BAND1_TABLE_POS (RX_BAND0_TABLE_POS + RX_BAND_TABLE_SIZE)
#define RX_BAND2_TABLE_POS (RX_BAND1_TABLE_POS + RX_BAND_TABLE_SIZE)
#define RX_BAND3_TABLE_POS (RX_BAND2_TABLE_POS + RX_BAND_TABLE_SIZE)

#define ADC_CAL_POINTS 2
#define ADC_CAL_CHANNELS 6

//#define RF_CONFIG_DATA_SIZE_MAX 16

typedef struct
   {
   UINT16 CheckSum;             /* 16 bit CRC */
   UINT8 Version[10];
   UINT16 PowerRampTablesBand0[NO_RAMPS_BAND0][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand1[NO_RAMPS_BAND1][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand2[NO_RAMPS_BAND2][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand3[NO_RAMPS_BAND3][SIZE_OF_GSM_RAMP];
    UINT8 Hw_Rf_Gain_Cal_Table[SIZE_OF_RX_TABLE];
   UINT16 AFCDACStartValue;
   UINT8 GLIMEISV[8];
   BOOLEAN PTEBootSeq;
   INT16 ADCcal[ADC_CAL_POINTS][ADC_CAL_CHANNELS]; /* e.g. Vbatt measurement offset... */
//need to put AERO_PLUS option later.
   INT16 CVAR_SLOPE;
   UINT16 CDAC;
    }     CALIBRATION_DATA;


#elif defined (RFMD)                     /* RFMD !! */

#define NO_RF_BANDS 4

#define NO_RAMPS_BAND0 15       /* GSM900 */
#define NO_RAMPS_BAND1 16       /* DCS1800 */
#define NO_RAMPS_BAND2 16       /* PCS1900 */
#define NO_RAMPS_BAND3 15       /* GSM850 */

#define SIZE_OF_GSM_RAMP 20
#define TX_RAMP_BURST_SIZE 20
#define SIZE_OF_RX_TABLE 104    /* 4* 26 */

/* We may have no adjust data for Edge. HWA */
#define TX_RAMP_ADJUST_SIZE (SIZE_OF_GSM_RAMP - TX_RAMP_BURST_SIZE)

#define TX_RAMP_BAND0_OFFSET 12
#define TX_RAMP_BAND1_OFFSET (TX_RAMP_BAND0_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND0))
#define TX_RAMP_BAND2_OFFSET (TX_RAMP_BAND1_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND1))
#define TX_RAMP_BAND3_OFFSET (TX_RAMP_BAND2_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND2))

#define FIRSTPCLBAND0 5
#define FIRSTPCLBAND1 0
#define FIRSTPCLBAND2 0
#define FIRSTPCLBAND3 5

#define RX_BB_TABLE_POS 0
#define RX_BB_TABLE_SIZE 0
#define RX_BAND_TABLE_SIZE 26   /* Assumes the RX gain table size is the same for every
                                   band. */

#define RX_BAND0_TABLE_POS (RX_BB_TABLE_POS + RX_BB_TABLE_SIZE)
#define RX_BAND1_TABLE_POS (RX_BAND0_TABLE_POS + RX_BAND_TABLE_SIZE)
#define RX_BAND2_TABLE_POS (RX_BAND1_TABLE_POS + RX_BAND_TABLE_SIZE)
#define RX_BAND3_TABLE_POS (RX_BAND2_TABLE_POS + RX_BAND_TABLE_SIZE)

#define ADC_CAL_POINTS 2
#define ADC_CAL_CHANNELS 6

#define DCROFFS_GAIN_SETTINGS 7
#define DCROFFS_SUBBANDS 7
#define SIZE_OF_DCROFFS 392

typedef struct
   {
   UINT16 CheckSum;             /* 16 bit CRC */
   UINT8 Version[10];
   UINT16 PowerRampTablesBand0[NO_RAMPS_BAND0][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand1[NO_RAMPS_BAND1][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand2[NO_RAMPS_BAND2][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand3[NO_RAMPS_BAND3][SIZE_OF_GSM_RAMP];
   UINT8 Hw_Rf_Gain_Cal_Table[SIZE_OF_RX_TABLE];
   UINT16 AFCDACStartValue;
   UINT8 GLIMEISV[8];
   BOOLEAN PTEBootSeq;
   INT16 ADCcal[ADC_CAL_POINTS][ADC_CAL_CHANNELS]; /* e.g. Vbatt measurement offset... */
   INT16 DCRRXOffset[NO_RF_BANDS][DCROFFS_GAIN_SETTINGS][DCROFFS_SUBBANDS][2];
   
   }     CALIBRATION_DATA;


#else 

#define NO_RF_BANDS 4

#define NO_RAMPS_BAND0 15
#define NO_RAMPS_BAND1 16
#define NO_RAMPS_BAND2 16
#define NO_RAMPS_BAND3 15

#define TX_RAMP_BURST_SIZE 68
#define TX_RAMP_ADJUST_SIZE 0
#define NO_TX_RAMP_ADJUST 0
#define SIZE_OF_GSM_RAMP (TX_RAMP_BURST_SIZE + (TX_RAMP_ADJUST_SIZE * NO_TX_RAMP_ADJUST) + 1)

#define TX_RAMP_BAND0_OFFSET 12
#define TX_RAMP_BAND1_OFFSET (TX_RAMP_BAND0_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND0))
#define TX_RAMP_BAND2_OFFSET (TX_RAMP_BAND1_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND1))
#define TX_RAMP_BAND3_OFFSET (TX_RAMP_BAND2_OFFSET + (SIZE_OF_GSM_RAMP * sizeof(UINT16) * NO_RAMPS_BAND2))
#define FIRSTPCLBAND0 5
#define FIRSTPCLBAND1 0
#define FIRSTPCLBAND2 0
#define FIRSTPCLBAND3 5

#define RX_BB_TABLE_POS 0
#define RX_BB_TABLE_SIZE 4
#define RX_BAND_TABLE_SIZE 26

#define SIZE_OF_RX_TABLE (  RX_BB_TABLE_SIZE + (NO_RF_BANDS * RX_BAND_TABLE_SIZE) )

#define RX_BAND0_TABLE_POS (RX_BB_TABLE_POS + RX_BB_TABLE_SIZE)
#define RX_BAND1_TABLE_POS (RX_BAND0_TABLE_POS + RX_BAND_TABLE_SIZE)
#define RX_BAND2_TABLE_POS (RX_BAND1_TABLE_POS + RX_BAND_TABLE_SIZE)
#define RX_BAND3_TABLE_POS (RX_BAND2_TABLE_POS + RX_BAND_TABLE_SIZE)

#define ADC_CAL_POINTS 2
#define ADC_CAL_CHANNELS 6

//#define RF_CONFIG_DATA_SIZE_MAX 16

typedef struct
   {
   UINT16 CheckSum;             /* 16 bit CRC */
   UINT8 Version[10];
   UINT16 PowerRampTablesBand0[NO_RAMPS_BAND0][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand1[NO_RAMPS_BAND1][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand2[NO_RAMPS_BAND2][SIZE_OF_GSM_RAMP];
   UINT16 PowerRampTablesBand3[NO_RAMPS_BAND3][SIZE_OF_GSM_RAMP];
   
   UINT8 Hw_Rf_Gain_Cal_Table[SIZE_OF_RX_TABLE];
   UINT16 AFCDACStartValue;
   UINT8 GLIMEISV[8];
   BOOLEAN PTEBootSeq;
   INT16 ADCcal[ADC_CAL_POINTS][ADC_CAL_CHANNELS]; /* e.g. Vbatt measurement offset... */
   
   }     CALIBRATION_DATA;

#endif                          /* End of file */
#endif