path: root/include/soc/sprd/chip_x20/dram_phy_28nm.h

#ifndef _DRAM_PHY_28NM_H_
#define _DRAM_PHY_28NM_H_

#define __LPDDR2_BL__	8	/*4,8,16*/

#define NS2CLK_T(ns,clk)	(((clk)*(ns)+9999)/10000)
#define MAX(x,y)			(((x) > (y)) ? (x) : (y))

#ifndef BIT
#define BIT(x)				(1 << (x))
#endif

typedef enum
{
	/*lpddr1 type*/
	DRAM_LPDDR1		= 0x000,
	/*lpddr2 type*/
	DRAM_LPDDR2		= 0x100,
	/*lpddr3 type*/
	DRAM_LPDDR3		= 0x200,
	/*ddr2 type*/
	DRAM_DDR2		= 0x300,
	/*ddr3 type*/
	DRAM_DDR3		= 0x400,
}DRAM_TYPE_E;

typedef enum{
	CLK_24MHZ	= 24,
	CLK_26MHZ	= 26,
	CLK_38_4MHZ	= 38,
	CLK_48MHZ	= 48,
	CLK_64MHZ	= 64,
	CLK_76_8MHZ	= 77,
	CLK_96MHZ	= 96,
	CLK_100MHZ	= 100,
	CLK_153_6MHZ	= 154,
	CLK_150MHZ	= 150,
	CLK_166MHZ	= 166,
	CLK_192MHZ	= 192,
	CLK_200MHZ	= 200,
	CLK_250MHZ	= 250,
	CLK_267MHZ	= 267,
	CLK_300MHZ	= 300,
	CLK_332MHZ	= 332,
	CLK_333MHZ	= 333,
	CLK_384MHZ	= 384,
	CLK_400MHZ	= 400,
	CLK_427MHZ	= 427,
	CLK_450MHZ	= 450,
	CLK_464MHZ	= 464,
	CLK_466MHZ	= 466,
	CLK_467MHZ	= 467,
	CLK_500MHZ	= 500,
	CLK_525MHZ	= 525,
	CLK_533MHZ	= 533,
	CLK_537MHZ	= 537,
	CLK_540MHZ	= 540,
	CLK_550MHZ	= 550,
	CLK_800MHZ	= 800,
	CLK_1000MHZ	= 1000,
	EMC_CLK_400MHZ	= 400,
	EMC_CLK_450MHZ	= 450,
	EMC_CLK_500MHZ	= 500
}CLK_TYPE_E;

typedef enum
{
	CAP_1CS_2G_X32,
	CAP_1CS_4G_X32,
	CAP_2CS_2G_X32,
	CAP_2CS_3G_X32,
	CAP_2CS_4G_X32,
	CAP_2CS_5G_X32,
	CAP_2CS_6G_X32,
	CAP_2CS_8G_X32,
	CAP_2CS_12G_X32,
	CAP_2CS_16G_X32,
	CAP_1CS_2G_X8_4P,
	CAP_1CS_4G_X16_2P
}DRAM_CAP_SIZE_E;

typedef enum
{
	DRAM_BT_SEQ = 0, //burst type = sequential(default)
	DRAM_BT_INTER= 1 //burst type = interleaved
}DRAM_BURSTTYPE_E;

typedef enum
{
	DRAM_WRAP   = 0, //warp mode
	DRAM_NOWRAP = 1  //no warp mode
}DRAM_WC_E;

typedef enum
{
/*Driver strength for lpddr1*/
	LPDDR1_DS_FULL,
	LPDDR1_DS_HALF,
	LPDDR1_DS_QUARTER,
	LPDDR1_DS_OCTANT,
	LPDDR1_DS_THREE_QUATERS,
/*Driver strength for lpddr2*/
	LPDDR2_DS_34R3 = 0x01,
	LPDDR2_DS_40R  = 0x02,
	LPDDR2_DS_48R  = 0x03,
	LPDDR2_DS_60R  = 0x04,
	LPDDR2_DS_68R6 = 0x05,
	LPDDR2_DS_80R  = 0x06,
	LPDDR2_DS_120R = 0x07,
/*Driver strength for ddr3*/
	DDR3_DS_40R    = 0x00,
	DDR3_DS_34R3   = 0x01
}MEM_IODS_E;

typedef enum
{
	UMCTL2_PORT_MIN     = 0,
	UMCTL2_PORT_AP      = 0,
	UMCTL2_PORT_MM      = 1,
	UMCTL2_PORT_GPU     = 2,
	UMCTL2_PORT_CP2_P0  = 3,
	UMCTL2_PORT_CP1     = 4,
	UMCTL2_PORT_AP_MTX  = 5,
	UMCTL2_PORT_CP0     = 6,
	UMCTL2_PORT_CP2_P1  = 7,
	UMCTL2_PORT_CP0_MTX = 8,	
	UMCTL2_PORT_DSP     = 9,
	UMCTL2_PORT_MAX     = 10
}UMCTL2_PORT_ID_E;

typedef enum
{
	OPERATION_MODE_INIT   = 0x0,
	OPERATION_MODE_NORMAL = 0x1,
	OPERATION_MODE_PD     = 0x2,
	OPERATION_MODE_SR     = 0x3,
	OPERATION_MODE_DPD    = 0x4
}OPERATION_MODE_E;

typedef struct
{
	unsigned int tREFI;		/*average refresh interval time between each row normal=7800ns*/
	unsigned int tMRD;		/*lpddr1:set lpddr2:sbz ddr3:set*/
	unsigned int tRAS;		/*lpddr1:set lpddr2:set ddr3:set*/
	unsigned int tRC;		/*lpddr1:set lpddr2:set ddr3:set*/
	unsigned int tRFC;		/*lpddr1:set lpddr2:set ddr3:set*/
	unsigned int tRCD;		/*lpddr1:set lpddr2:set ddr3:set*/
	unsigned int tRP;		/*lpddr1:set lpddr2:set ddr3:set*/
	unsigned int tRRD;		/*lpddr1:set lpddr2:set ddr3:set*/
	unsigned int tWR;		/*lpddr1:set lpddr2:set ddr3:set*/
	unsigned int tWTR;		/*lpddr1:set lpddr2:set ddr3:set*/
	unsigned int tXSR;		/*lpddr1:set lpddr2:set ddr3:sbz*/
	unsigned int tXP;		/*lpddr1:set lpddr2:set ddr3:set*/
	unsigned int tCKE;		/*lpddr1:set lpddr2:set ddr3:set*/
	unsigned int tRFCab;		/*lpddr1:sbz lpddr2:set ddr3:sbz*/
	unsigned int tRFCpb;		/*lpddr1:sbz lpddr2:set ddr3:sbz*/
	unsigned int tZQINIT;		/*lpddr1:sbz lpddr2:set ddr3:set*/
	unsigned int tZQCL;		/*lpddr1:sbz lpddr2:set ddr3:sbz*/
	unsigned int tZQCS;		/*lpddr1:sbz lpddr2:set ddr3:set*/
	unsigned int tZQreset;		/*lpddr1:sbz lpddr2:set ddr3:sbz*/
	unsigned int tZQoper;		/*lpddr1:sbz lpddr2:sbz ddr3:set*/
	unsigned int tCKESR;		/*lpddr1:sbz lpddr2:set ddr3:sbz*/
	unsigned int tCCD;		/*lpddr1:sbz lpddr2:set ddr3:set*/
	unsigned int tRTP;		/*lpddr1:sbz lpddr2:set ddr3:set*/
	unsigned int tFAW;		/*lpddr1:sbz lpddr2:set ddr3:set*/
	unsigned int tDPD;		/*lpddr1:sbz lpddr2:set ddr3:sbz*/
	unsigned int tDQSCK;		/*lpddr1:sbz lpddr2:set ddr3:set*/
	unsigned int tDQSCKmax;		/*lpddr1:sbz lpddr2:set ddr3:sbz*/
	unsigned int tMRW;		/*lpddr1:sbz lpddr2:set ddr3:sbz*/
	unsigned int tMRR;		/*lpddr1:sbz lpddr2:set ddr3:sbz*/
	unsigned int tDLLK;		/*lpddr1:sbz lpddr2:sbz ddr3:set*/
	unsigned int tMOD;		/*lpddr1:sbz lpddr2:sbz ddr3:set*/
	unsigned int tXS;		/*lpddr1:sbz lpddr2:sbz ddr3:set*/
	unsigned int tCKSRE;		/*lpddr1:sbz lpddr2:sbz ddr3:set*/
	unsigned int tCKSRX;		/*lpddr1:sbz lpddr2:sbz ddr3:set*/
	unsigned int cntRDMode;
	unsigned int cntRDDLY;
	unsigned int cntDQSGX;
	unsigned int cntPGWAIT;
	unsigned int cntZQDIV;
}DDR_ACTIMING_T;

typedef struct
{
	DRAM_TYPE_E 	dram_type;
	DRAM_CAP_SIZE_E	cap;
	unsigned int	cs_num;		/*ranks number*/
	unsigned int	bank_num;	/*banks number*/
	unsigned int	io_width;	/*bus width*/
	unsigned int	bt;		/*burst type*/
	unsigned int	wc;		/*wrap control*/
	unsigned int	bl;		/*burst length*/
	unsigned int	rl;		/*read cas latency*/
	unsigned int	wl;		/*write cas latency*/
	unsigned int	al;		/*ddr2 ddr3 only Posted CAS additive latency*/
	DDR_ACTIMING_T	*ac_timing;
	DDR_ACTIMING_T	*native_ac_timing;
}DRAM_INFO_T;

typedef struct
{
	volatile unsigned int umctl_mstr;	/* 0x0000 master register*/
	volatile unsigned int umctl_stat;	/* 0x0004 operating mode status*/
	volatile unsigned int umctl_resv0[2];	/* 0x0008 ~ 0x000c*/
	volatile unsigned int umctl_mrctrl[2];	/* 0x0010 ~ 0x0014 mode register control*/
	volatile unsigned int umctl_mrstat;	/* 0x0018 mode register status*/
	volatile unsigned int umctl_resv1;	/* 0x001c */
	volatile unsigned int umctl_derateen;	/* 0x0020 temperature derate enable*/
	volatile unsigned int umctl_derateint;	/* 0x0024 temperature derate interval*/
	volatile unsigned int umctl_resv2[2];	/* 0x0028 ~ 0x002c */
	volatile unsigned int umctl_pwrctl;	/* 0x0030 low power control*/
	volatile unsigned int umctl_pwrtmg;	/* 0x0034 low power timing*/
	volatile unsigned int umctl_hwlpctl;	/* 0x0038 hardware low power control*/
	volatile unsigned int umctl_resv3[5];	/* 0x003c ~ 0x004c */
	volatile unsigned int umctl_rfshctl[3];	/* 0x0050 ~ 0x0058 refresh control*/
	volatile unsigned int umctl_resv4;	/* 0x005c */
	volatile unsigned int umctl_rfshctl3;	/* 0x0060 refresh control*/
	volatile unsigned int umctl_rfshtmg;	/* 0x0064 refresh timing*/
	volatile unsigned int umctl_resv5[2];	/* 0x0068 ~ 0x006c */
	volatile unsigned int umctl_ecccfg[2];	/* 0x0070 ~ 0x0074 ecc configruation*/
	volatile unsigned int umctl_eccstat;	/* 0x0078 ecc status*/
	volatile unsigned int umctl_eccclr;	/* 0x007c ecc clear*/
	volatile unsigned int umctl_eccerrcnt;	/* 0x0080 ecc error count*/
	volatile unsigned int umctl_ecccaddr[2];/* 0x0084 ~ 0x0088 ecc corrected error address*/
	volatile unsigned int umctl_ecccsyn[3];	/* 0x008c ~ 0x0094 ecc corrected syndrome*/
	volatile unsigned int umctl_eccbitmask[3];	/* 0x0098 ~ 0x00a0 ecc corrected data bit mask*/
	volatile unsigned int umctl_eccuaddr[2];/* 0x00a4 ~ 0x00a8 ecc unorrected error address*/
	volatile unsigned int umctl_eccusyn[3];	/* 0x00ac ~ 0x00b4 ecc uncorrected syndrome*/
	volatile unsigned int umctl_eccpoisonaddr[2];	/* 0x00b8 ~ 0x00bc ecc data poisoning address*/
	volatile unsigned int umctl_parctl;	/* 0x00c0 parity control*/
	volatile unsigned int umctl_parstat;	/* 0x00c4 parity status*/
	volatile unsigned int umctl_resv6[2];	/* 0x00c8 ~ 0x00cc */
	volatile unsigned int umctl_init[8];	/* 0x00d0 ~ 0x00ec sdram initialization*/
	volatile unsigned int umctl_dimmctl;	/* 0x00f0 dimm control*/
	volatile unsigned int umctl_rankctl;	/* 0x00f4 rank control*/
	volatile unsigned int umctl_resv7[2];	/* 0x00f8 ~ 0x00fc*/
	volatile unsigned int umctl_dramtmg[12];/* 0x0100 ~ 0x012c sdram timing*/
	volatile unsigned int umctl_resv8[20];	/* 0x0130 ~ 0x017c */
	volatile unsigned int umctl_zqctl[3];	/* 0x0180 ~ 0x0188 zq control*/
	volatile unsigned int umctl_zqstat;	/* 0x018c zq status*/
	volatile unsigned int umctl_dfitmg[2];	/* 0x0190 ~ 0x0194 dfi timing*/
	volatile unsigned int umctl_dfilpcfg[2];/* 0x0198 ~ 0x019c dfi low power configruation*/
	volatile unsigned int umctl_dfiupd[4];	/* 0x01a0 ~ 0x01ac dfi update*/
	volatile unsigned int umctl_dfimisc;	/* 0x01b0 dfi miscellaneous control*/
	volatile unsigned int umctl_resv9[3];	/* 0x01b4 ~ 0x01bc */
	volatile unsigned int umctl_dbictl;	/* 0x01c0 dm/dbi control*/
	volatile unsigned int umctl_resv10[3];	/* 0x01c4 ~ 0x01cc */
	volatile unsigned int umctl_trainctl[3];/* 0x01d0 ~ 0x01d8 phy eval training control*/
	volatile unsigned int umctl_trainstat;	/* 0x01dc phy eval training status */	
	volatile unsigned int umctl_resv11[8];	/* 0x01e0 ~ 0x01fc */
	volatile unsigned int umctl_addrmap[9];	/* 0x0200 ~ 0x0220 address map */
	volatile unsigned int umctl_resv12[7];	/* 0x0224 ~ 0x023c */
	volatile unsigned int umctl_odtcfg;	/* 0x0240 odt configruation */
	volatile unsigned int umctl_odtmap;	/* 0x0244 odt/rank map */	
	volatile unsigned int umctl_resv13[2];	/* 0x0248 ~ 0x024c */
	volatile unsigned int umctl_sched;	/* 0x0250 scheduler control */
	volatile unsigned int umctl_resv14;	/* 0x0254 */
	volatile unsigned int umctl_perfhpr[2];	/* 0x0258 ~ 0x025c high priority read*/
	volatile unsigned int umctl_perflpr[2];	/* 0x0260 ~ 0x0264 low priority read */
	volatile unsigned int umctl_perfwr[2];	/* 0x0268 ~ 0x026c write cam */
	volatile unsigned int umctl_resv15[36];	/* 0x0270 ~ 0x02fc */
	volatile unsigned int umctl_dbg[2];	/* 0x0300 ~ 0x0304 debug*/
	volatile unsigned int umctl_dbgcam;	/* 0x0308 cam debug*/
	volatile unsigned int umctl_dbgcmd;	/* 0x030c cam debug*/
	volatile unsigned int umctl_dbgstat;	/* 0x0310 cam debug*/
	volatile unsigned int umctl_resv16[58];	/* 0x0314 ~ 0x03f8 */
	volatile unsigned int umctl_pstat;	/* 0x03fc */
	volatile unsigned int umctl_pccfg;	/* 0x0400 port common configruation*/
	volatile unsigned int umctl_pcfgr0;	/* 0x0404 port 0 configruation read */
	volatile unsigned int umctl_pcfgw0;	/* 0x0408 port 0 configruation write*/
	volatile unsigned int umctl_pcfgc0;	/* 0x040c port 0 common configruation*/
	volatile unsigned int umctl_pcfgidmaskch0_0;	/* 0x0410 channel 0 port 0 configruation*/
	volatile unsigned int umctl_pcfgidvaluech0_0;	/* 0x0414 channel 0 port 0 configruation*/
	volatile unsigned int umctl_resv17[30];	/* 0x0418 ~ 0x048c */
	volatile unsigned int umctl_pctrl0;	/* 0x0490 port control */	
}DMC_UMCTL_REG_INFO_T,*DMC_UMCTL_REG_INFO_PTR_T;

/* UMCTL STAT [0x0004] */
#define BIT_STAT_SELFREF_TYPE				( BIT(5) | BIT(4) )
#define BIT_STAT_OP_MODE					( BIT(2) | BIT(1) | BIT(0) )

/* UMCTL low power control [0x0030] */
#define BIT_PWRCTL_SELFREF_SW				( BIT(5) )
#define BIT_PWRCTL_MPSM_EN					( BIT(4) )
#define BIT_PWRCTL_DFICLK_DIS				( BIT(3) )
#define BIT_PWRCTL_DEEPPD_EN				( BIT(2) )
#define BIT_PWRCTL_PD_EN						( BIT(1) )
#define BIT_PWRCTL_SELFREF_EN				( BIT(0) )

/* UMCTL DBG1 */
#define BIT_DBG1_DIS_DQ						( BIT(0) )

/* UMCTL DBGCAM [0x0308] */
#define BIT_DBGCAM_WR_PP_EPTY				( BIT(29) )
#define BIT_DBGCAM_RD_PP_EPTY				( BIT(28) )
#define BIT_DBGCAM_WR_Q_EPTY				( BIT(26) )
#define BIT_DBGCAM_RD_Q_EPTY				( BIT(25) )
#define BIT_DBGCAM_STALL						( BIT(24) )

/* DFI_MISC */
#define BIT_DFIMISC_PHY_DBI_MODE				( BIT(1) )
#define BIT_DFIMISC_DFI_COMP_EN				( BIT(0) )

/* RFSHCTL3 [0x0060] */
#define BIT_RFSHCTL3_RF_MODE				( BIT(6) | BIT(5) | BIT(4) )
#define BIT_RFSHCTL3_RF_LL					( BIT(1) )
#define BIT_RFSHCTL3_DIS_AUTO_RF				( BIT(0) )

typedef struct
{
	volatile unsigned int publ_ridr;	/* 0x0000 revision identification*/
	volatile unsigned int publ_pir;		/* 0x0004 phy initialization*/
	volatile unsigned int publ_pgcr[4];	/* 0x0008 ~ 0x0014 phy general configruation*/
	volatile unsigned int publ_pgsr[2];	/* 0x0018 ~ 0x001c phy general status*/
	volatile unsigned int publ_pllcr;	/* 0x0020 pll control*/
	volatile unsigned int publ_ptr[5];	/* 0x0024 ~ 0x0034 phy timing*/
	volatile unsigned int publ_acmdlr;	/* 0x0038 ac master delay line*/
	volatile unsigned int publ_aclcdlr;	/* 0x003c ac local calibrated delay line*/
	volatile unsigned int publ_acbdlr[10];	/* 0x0040 ~ 0x0064 ac bit delay line*/
	volatile unsigned int publ_aciocr[6];	/* 0x0068 ~ 0x007c ac i/o configruation*/
	volatile unsigned int publ_dxccr;	/* 0x0080 datx8 common configruation*/
	volatile unsigned int publ_dsgcr;	/* 0x0084 datx8 system general configruation*/
	volatile unsigned int publ_dcr;		/* 0x0088 dram configruation*/
	volatile unsigned int publ_dtpr[4];	/* 0x008c ~ 0x0098 dram timing parameters*/
	volatile unsigned int publ_mr[4];	/* 0x009c ~ 0x00a8 mode register*/
	volatile unsigned int publ_odtcr;	/* 0x00ac odt configruation*/
	volatile unsigned int publ_dtcr;	/* 0x00b0 data training configruation*/
	volatile unsigned int publ_dtar[4];	/* 0x00b4 ~ 0x00c0 data training address*/
	volatile unsigned int publ_dtdr[2];	/* 0x00c4 ~ 0x00c8 data training data*/	
	volatile unsigned int publ_dtedr[2];	/* 0x00cc ~ 0x00d0 data training address */
	volatile unsigned int publ_rdimmgcr[2];	/* 0x00d4 ~ 0x00d8 rdimm general configruation*/
	volatile unsigned int publ_rdimmcr[2];	/* 0x00dc ~ 0x00e0 rdimm control*/
	volatile unsigned int publ_gpr[2];	/* 0x00e4 ~ 0x00e8 general purpose*/
	volatile unsigned int publ_catr[2];	/* 0x00ec ~ 0x00f0 catr*/	
	volatile unsigned int publ_dqsdr;	/* 0x00f4 dqs drift detection */
	volatile unsigned int publ_dtmr[2];	/* 0x00f8 ~ 0x00fc data training mask*/
	volatile unsigned int publ_resv0[32];	/* 0x0100 ~ 0x017c */
	volatile unsigned int publ_dcuar;	/* 0x0180 DCU address*/
	volatile unsigned int publ_dcudr;	/* 0x0184 DCU data*/
	volatile unsigned int publ_dcurr;	/* 0x0188 DCU run*/
	volatile unsigned int publ_dculr;	/* 0x018c DCU loop*/
	volatile unsigned int publ_dcugcr;	/* 0x0190 DCU general configruation*/
	volatile unsigned int publ_dcutpr;	/* 0x0194 DCU timing parameters*/
	volatile unsigned int publ_dcusr[2];	/* 0x0198 ~ 0x019c DCU status*/
	volatile unsigned int publ_resv1[8];	/* 0x01a0 ~ 0x01bc */
	volatile unsigned int publ_bistrr;	/* 0x01c0 BIST run*/
	volatile unsigned int publ_bistwcr;	/* 0x01c4 BIST word count*/
	volatile unsigned int publ_bistmskr[3];	/* 0x01c8 ~ 0x01d0 BIST mask*/
	volatile unsigned int publ_bistlsr;	/* 0x01d4 BIST LFSR seed*/
	volatile unsigned int publ_bistar[3];	/* 0x01d8 ~ 0x01e0 BIST address*/
	volatile unsigned int publ_bistudpr;	/* 0x01e4 BIST User data pattern*/
	volatile unsigned int publ_bistgsr;	/* 0x01e8 BIST general status*/
	volatile unsigned int publ_bistwer;	/* 0x01ec BIST word error*/
	volatile unsigned int publ_bistber[4];	/* 0x01f0 ~ 0x01fc BIST bit error*/
	volatile unsigned int publ_bistwcsr;	/* 0x0200 BIST word count status*/
	volatile unsigned int publ_bistfwr[3];	/* 0x0204 ~ 0x020c BIST fail word*/
	volatile unsigned int publ_resv2[10];	/* 0x0210 ~ 0x0234 catr*/
	volatile unsigned int publ_iovcr[2];	/* 0x0238 ~ 0x023c IO VREF control*/
	volatile unsigned int publ_zqcr;	/* 0x0240 zq impedance control*/
	volatile unsigned int publ_zq0pr;	/* 0x0244 zq impedance program*/
	volatile unsigned int publ_zq0dr;	/* 0x0248 zq impedance data*/
	volatile unsigned int publ_zq0sr;	/* 0x024c zq impedance status*/
	volatile unsigned int publ_resv3;	/* 0x0250 */
	volatile unsigned int publ_zq1pr;	/* 0x0254 zq impedance program*/
	volatile unsigned int publ_zq1dr;	/* 0x0258 zq impedance data*/
	volatile unsigned int publ_zq1sr;	/* 0x025c zq impedance status*/
	volatile unsigned int publ_resv4;	/* 0x0260 */
	volatile unsigned int publ_zq2pr;	/* 0x0264 zq impedance program*/
	volatile unsigned int publ_zq2dr;	/* 0x0268 zq impedance data*/
	volatile unsigned int publ_zq2sr;	/* 0x026c zq impedance status*/
	volatile unsigned int publ_resv5;	/* 0x0270 */
	volatile unsigned int publ_zq3pr;	/* 0x0274 zq impedance program*/
	volatile unsigned int publ_zq3dr;	/* 0x0278 zq impedance data*/
	volatile unsigned int publ_zq3sr;	/* 0x027c zq impedance status*/	
	volatile unsigned int publ_dx0gcr[4];	/* 0x0280 ~ 0x028c datx8 general config*/
	volatile unsigned int publ_dx0gsr[3];	/* 0x0290 ~ 0x0298 datx8 general status*/
	volatile unsigned int publ_dx0bdlr[7];	/* 0x029c ~ 0x02b4 datx8 bit delay line*/
	volatile unsigned int publ_dx0lcdlr[3];	/* 0x02b8 ~ 0x02c0 datx8 local cal*/
	volatile unsigned int publ_dx0mdlr;	/* 0x02c4 datx8 master delay line*/
	volatile unsigned int publ_dx0gtr;	/* 0x02c8 datx8 general timing*/
	volatile unsigned int publ_resv6[13];	/* 0x02cc ~ 0x02fc */
	volatile unsigned int publ_dx1gcr[4];	/* 0x0300 ~ 0x030c datx8 general config*/
	volatile unsigned int publ_dx1gsr[3];	/* 0x0310 ~ 0x0318 datx8 general status*/
	volatile unsigned int publ_dx1bdlr[7];	/* 0x031c ~ 0x0334 datx8 bit delay line*/
	volatile unsigned int publ_dx1lcdlr[3];	/* 0x0338 ~ 0x0340 datx8 local cal*/
	volatile unsigned int publ_dx1mdlr;	/* 0x0344 datx8 master delay line*/
	volatile unsigned int publ_dx1gtr;	/* 0x0348 datx8 general timing*/
	volatile unsigned int publ_resv7[13];	/* 0x034c ~ 0x037c */
	volatile unsigned int publ_dx2gcr[4];	/* 0x0380 ~ 0x038c datx8 general config*/
	volatile unsigned int publ_dx2gsr[3];	/* 0x0390 ~ 0x0398 datx8 general status*/
	volatile unsigned int publ_dx2bdlr[7];	/* 0x039c ~ 0x03b4 datx8 bit delay line*/
	volatile unsigned int publ_dx2lcdlr[3];	/* 0x03b8 ~ 0x03c0 datx8 local cal*/
	volatile unsigned int publ_dx2mdlr;	/* 0x03c4 datx8 master delay line*/
	volatile unsigned int publ_dx2gtr;	/* 0x03c8 datx8 general timing*/
	volatile unsigned int publ_resv8[13];	/* 0x03cc ~ 0x03fc */
	volatile unsigned int publ_dx3gcr[4];	/* 0x0400 ~ 0x040c datx8 general config*/
	volatile unsigned int publ_dx3gsr[3];	/* 0x0410 ~ 0x0418 datx8 general status*/
	volatile unsigned int publ_dx3bdlr[7];	/* 0x041c ~ 0x0434 datx8 bit delay line*/
	volatile unsigned int publ_dx3lcdlr[3];	/* 0x0438 ~ 0x0440 datx8 local cal*/
	volatile unsigned int publ_dx3mdlr;	/* 0x0444 datx8 master delay line*/
	volatile unsigned int publ_dx3gtr;	/* 0x0448 datx8 general timing*/
	volatile unsigned int publ_resv9[13];	/* 0x044c ~ 0x047c */
	volatile unsigned int publ_dx4gcr[4];	/* 0x0480 ~ 0x048c datx8 general config*/
	volatile unsigned int publ_dx4gsr[3];	/* 0x0490 ~ 0x0498 datx8 general status*/
	volatile unsigned int publ_dx4bdlr[7];	/* 0x049c ~ 0x04b4 datx8 bit delay line*/
	volatile unsigned int publ_dx4lcdlr[3];	/* 0x04b8 ~ 0x04c0 datx8 local cal*/
	volatile unsigned int publ_dx4mdlr;	/* 0x04c4 datx8 master delay line*/
	volatile unsigned int publ_dx4gtr;	/* 0x04c8 datx8 general timing*/
	volatile unsigned int publ_resv10[13];	/* 0x04cc ~ 0x04fc */
	volatile unsigned int publ_dx5gcr[4];	/* 0x0500 ~ 0x050c datx8 general config*/
	volatile unsigned int publ_dx5gsr[3];	/* 0x0510 ~ 0x0518 datx8 general status*/
	volatile unsigned int publ_dx5bdlr[7];	/* 0x051c ~ 0x0534 datx8 bit delay line*/
	volatile unsigned int publ_dx5lcdlr[3];	/* 0x0538 ~ 0x0540 datx8 local cal*/
	volatile unsigned int publ_dx5mdlr;	/* 0x0544 datx8 master delay line*/
	volatile unsigned int publ_dx5gtr;	/* 0x0548 datx8 general timing*/
	volatile unsigned int publ_resv11[13];	/* 0x054c ~ 0x057c */
	volatile unsigned int publ_dx6gcr[4];	/* 0x0580 ~ 0x058c datx8 general config*/
	volatile unsigned int publ_dx6gsr[3];	/* 0x0590 ~ 0x0598 datx8 general status*/
	volatile unsigned int publ_dx6bdlr[7];	/* 0x059c ~ 0x05b4 datx8 bit delay line*/
	volatile unsigned int publ_dx6lcdlr[3];	/* 0x05b8 ~ 0x05c0 datx8 local cal*/
	volatile unsigned int publ_dx6mdlr;	/* 0x05c4 datx8 master delay line*/
	volatile unsigned int publ_dx6gtr;	/* 0x05c8 datx8 general timing*/
	volatile unsigned int publ_resv12[13];	/* 0x05cc ~ 0x05fc */
	volatile unsigned int publ_dx7gcr[4];	/* 0x0600 ~ 0x060c datx8 general config*/
	volatile unsigned int publ_dx7gsr[3];	/* 0x0610 ~ 0x0618 datx8 general status*/
	volatile unsigned int publ_dx7bdlr[7];	/* 0x061c ~ 0x0634 datx8 bit delay line*/
	volatile unsigned int publ_dx7lcdlr[3];	/* 0x0638 ~ 0x0640 datx8 local cal*/
	volatile unsigned int publ_dx7mdlr;	/* 0x0644 datx8 master delay line*/
	volatile unsigned int publ_dx7gtr;	/* 0x0648 datx8 general timing*/
	volatile unsigned int publ_resv13[13];	/* 0x064c ~ 0x067c */
	volatile unsigned int publ_dx8gcr[4];	/* 0x0680 ~ 0x068c datx8 general config*/
	volatile unsigned int publ_dx8gsr[3];	/* 0x0690 ~ 0x0698 datx8 general status*/
	volatile unsigned int publ_dx8bdlr[7];	/* 0x069c ~ 0x06b4 datx8 bit delay line*/
	volatile unsigned int publ_dx8lcdlr[3];	/* 0x06b8 ~ 0x06c0 datx8 local cal*/
	volatile unsigned int publ_dx8mdlr;	/* 0x06c4 datx8 master delay line*/
	volatile unsigned int publ_dx8gtr;	/* 0x06c8 datx8 general timing*/
	volatile unsigned int publ_resv14[13];	/* 0x06cc ~ 0x06fc */
}DMC_PUBL_REG_INFO_T,*DMC_PUBL_REG_INFO_PTR_T;

/* PUBL DSGCR */
#define BIT_DSGCR_PUREN						( BIT(0) )
#define BIT_DSGCR_BDISEN						( BIT(1) )
#define BIT_DSGCR_ZUEN						( BIT(2) )
#define BIT_DSGCR_LPIOPD						( BIT(3) )
#define BIT_DSGCR_LPPLLPD					( BIT(4) )
#define BIT_DSGCR_CUAEN						( BIT(5) )
#define BIT_DSGCR_DQSGX						( BIT(6) | BIT(7) )
#define BIT_DSGCR_PUAD						( BIT(8) | BIT(9) | BIT(10) | BIT(11) )
#define BIT_DSGCR_DTOODT					( BIT(12) )
#define BIT_DSGCR_DTOPDO					( BIT(13) )
#define BIT_DSGCR_DTOPDR					( BIT(14) )
#define BIT_DSGCR_DTOIOM					( BIT(15) )
#define BIT_DSGCR_DTOOE						( BIT(16) )
#define BIT_DSGCR_ATOAE						( BIT(17) )
#define BIT_DSGCR_RPMODE					( BIT(18) )
#define BIT_DSGCR_SDRMODE					( BIT(19) | BIT(20) )

/* PUBL PIR [0x0004] */
#define BIT_PIR_INIT							( BIT(0) )
#define BIT_PIR_ZCAL							( BIT(1) )
#define BIT_PIR_CA							( BIT(2) )
#define BIT_PIR_PLLINIT						( BIT(4) )
#define BIT_PIR_DCAL							( BIT(5) )
#define BIT_PIR_PHYRST						( BIT(6) )
#define BIT_PIR_DRAMRST						( BIT(7) )
#define BIT_PIR_DRAMINIT						( BIT(8) )
#define BIT_PIR_WL							( BIT(9) )
#define BIT_PIR_QSGATE						( BIT(10) )
#define BIT_PIR_WLADJ							( BIT(11) )
#define BIT_PIR_RDDSKW						( BIT(12) )
#define BIT_PIR_WDDSKW						( BIT(13) )
#define BIT_PIR_RDEYE							( BIT(14) )
#define BIT_PIR_WDEYE						( BIT(15) )
#define BIT_PIR_ICPC							( BIT(16) )
#define BIT_PIR_PLLBYP						( BIT(17) )
#define BIT_PIR_CTLDINIT						( BIT(18) )
#define BIT_PIR_RDIMMINIT						( BIT(19) )
#define BIT_PIR_CLRSR							( BIT(27) )
#define BIT_PIR_LOOKBYP						( BIT(28) )
#define BIT_PIR_DCALBYP						( BIT(29) )
#define BIT_PIR_ZCALBYP						( BIT(30) )
#define BIT_PIR_INITBYP						( BIT(31) )


//#define EMC_FREQ_AUTO_TEST

#endif