Page Comparison

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Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
MO THERMAL PD TSENS	15	RW	Power down Temperature sensor 0: power on 1: power down.
MO THERMAL M MODE EN	14	RW	Enable the manual mode to shift the output code TCODE[10:0] 0: from the REG_AVE_CODE[10:0] 1: from the OTP_AVE_CODE[10:0]
MO THERMAL FS SRA	13	RW	SARADC conversion control 0: end conversion 1: start conversion
MO THERMAL EN SAR	12	RW	SARADC enable 0: disable 1: enable
MO THERMAL EN CAL	11	RW	Enable calibration function at specific temperature 0: disable 1: enable
MO THERMAL DC SHIFT	10:8	RW	Shift the SARADC sample/hold DC voltage
MO THERMAL DAC EN	7	RW	Enable the DAC ramp counter test mode 0: disable 1: enable
MO THERMAL DAC CAL EN	6	RW	DAC calibration mode enable 0: disable 1: enable
Reserved	5	RW	Reserved
MO THERMAL CHOP EN	0	RW	TSEN chopper function 0: disable chopper function 1: enable chopper function

5.1 Thermal Control register #1 (mo5 thermal ctl 1)
Address: 0x9C000284
Reset: 0x0000 A14B

Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
Reserved	15	RW	RESERVED
MO THERMAL REG AVE CODE	14:4	RW	Enable the code average function 0: disable 1: enable
MO THERMAL REG ADR	3:0	RW	The memory address

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Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
Reserved	15	RW	RESERVED
MO THERMAL TDEC	14:12	RW	Trimming VBE voltage
MO THERMAL RESERVE	11:4	RW	Reserve pin
MO THERMAL REG UD	3	RW	DAC test mode Up/down counter function
MO THERMAL REG AVE MODE	2:1	RW	Average function 0x0: 4 rimes 0x1: 8 times 0x2: 16 times 0x3: 32 times
MO THERMAL REG AVE CODE EN	0	RW	Enable the code average function 0: disable 1: enable

5.3 Thermal Control register #3 (mo5 thermal ctl 3)
Address: 0x9C00028C

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Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
Reserved	15	RW	RESERVED
MO THERMAL WR EN	14	RW	Enable the memory to write data 0: disable 1: enable
MO THERMAL WR DATA	13:6	RW	The memory input data
MO THERMAL VBG SEL	5:3	RW	VBG voltage select
MO THERMAL VBE SEL	2:1	RW	VBE voltage select 0x0: VBEX1 0x1: VBEX2 0x2: VBEX3 0x3: No use
MO THERMAL TEST	0	RW	Enable SARADC test mode 0: SARADC input from TSEN 1: SARADC input from interior test circuit

5.4 TMDS L2SW Control Register (mo5 tmds l2sw ctl)
Address: 0x9C000290
Reset: 0x0000 0000

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Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
Reserved	15:4	RW	RESERVED
MO CLKRMIITX1 INV	3	RW	Port1 RMII TXCLK invert 0: non invert 1: invert
MO CLKRMIITX0 INV	2	RW	Port0 RMII TXCLK invert 0: non invert 1: invert
MO CLKRMIIRX1 INV	1	RW	Port1 RMII RXCLK invert 0: non invert 1: invert
MO CLKRMIIRX0 INV	0	RW	Port0 RMII RXCLK invert 0: non invert 1: invert

5.6 I2C2BUS Control Register (mo5 I2C2BUS ctl)
Address: 0x9C000298
Reset: 0x0

Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
Reserved	15:8	RW	RESERVED
MO I2C2BUS INVERSE	7	RW	I2CBUS Byte inverse 0: normal(default) 1: inverse
MO I2C2BUS FILER	6:4	RW	The filter of I2C input port SCL and SDA 0x0: 0 continuous same data input (default) 0x1: 1 continuous same data input 0x2: 2 continuous same data input 0x3: 3 continuous same data input 0x4: 4 continuous same data input 0x5: 5 continuous same data input 0x6: 6 continuous same data input 0x7: 15 continuous same data input
MO DRAM B SIZE	3:2	RW	DRAM 1 Size Control 0x0: 128MB 0x1: 256MB 0x2: 512MB 0x3: 1GB
MO DRAM A SIZE	1:0	RW	DRAM 0 Size Control 0x0: 128MB 0x1: 256MB 0x2: 512MB 0x3: 1GB

5.7 PFCNT Register (pfcnt ctl)
Address: 0x9C00029C

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Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
Reserved	15	RW	Reserved
MO PFCNT SENSOR INT CLR	14	RW	PFCNT SENSOR interrupt write 1 clear
MO RG PFCNT SENSE EN	13	RW	PFCNT SENSE enable 0: disable(default) 1: enable
MO RG PFCNT FS	12:10	RW	PFCNT Macro Frequency Setting 0x0: 1T 0x1: 2T 0x3: 4T 0x4:16T 0x5:32T 0x6:64T 0x7: 128T
MO RG PFCNT PD N	9	RW	PFCNT Macro Power Enable 0:Power down(default) 1:Power up
MO RG PFCNT RST N	8	RW	PFCNT Macro Reset Enable 0: Reset 1: No reset(default)
MO RG PFCNT RSVI	7:0	RW	PFCNT Macro Reserved Input

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Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
MO DC09 OPTION	15	RW	Spare register
MO DC09 EN OCP	14	RW	Enable the current-limit detector function 0:Disable(Default) 1:Enable
MO DC09 EN COMP	13	RW	Enable the comparator for temperature-limit, current-limit, power good and LVD 0:Disable(Default) 1:Enable
MO DC09 EN TMP PROT	12	RW	Enable the temperature-limit protect function 0:Disable(Default) 1:Enable
MO DC09 VREF OCP	11:10	RW	The current-limit trip point 0x0: 700mA 0x1: 730mA 0x2: 760mA(Default) 0x3: 800mA
Reserved	9:7	RW	RESERVED
MO DC09 ENB DRVN	6	RW	Under-shoot protect 0:Enable 1:Disable
Reserved	5	RW	RESERVED
MO DC09 VREF SS	4:3	RW	Power ready reference voltage. 0x0: 0.844V(Default) 0x1: 0.824V 0x2: 0.804V 0x3: 0.785V
MO DC09 EN OCP PROT	2	RW	Enable the comparator for temperature-limit, current-limit, power good and LVD 0:Disable(Default) 1:Enable
Reserved	1	RW	RESERVED
Reserved	0	RW	RESERVED

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Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
MO DC09 PWFM	15	RW	PWM or PFM select 0: PWM (default) 1: PFM
MO DC09 EN TMP	14	RW	Enable the temperature-limit detector function 0:Disable(Default) 1:Enable
MO DC09 PWMHYSEN	13:11	RW	Triangle wave generator comparator hysteresis window setting. 0x0:80mV(Default) 0x1:100mV 0x2:115mV 0x3:127mV 0x4:140mV 0x5:150mV 0x6:160mV 0x7:170mV
MO DC09 OCP HYS	10:9	RW	The hysteresis for current-limit trip point 0x0: 1.6%(Default) 0x1: 3% 0x2: 3.7% 0x3: 4.7%
MO DC09 N	8:6	RW	OSC frequency adjust, actual frequency variation is less then 20%. 0x0:429KHz (Default) 0x1:808KHz 0x2:1130KHz 0x3:1471KHz 0x4:1797KHz 0x5:2094KHz 0x6:2391KHz 0x7:2709KHz
MO DC09 TMP HYS	5:4	RW	The hysteresis for thermal-limit trip point 0x0:5C (Default) 0x1:10C 0x2:15C 0x3:20C
MO DC09 T TMP	3:2	RW	The thermal-shutdown trip point 0x0:125C(Default.) 0x1:135C 0x2:145C 0x3:155C
MO DC09 VREF LVD	1:0	RW	Low voltage reference voltage. 0x0:0.706V 0x1:0.687V 0x2:0.667V 0x3:0.647V(Default)

5.25 DC 0.9V Control Register #2 (DC09 CTL 2)
Address: 0x9C0002E4
Reset: 0x0

Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
Reserved	15:10	RW	RESERVED
DC09 LVD OUT	9	RO	Indicate the output voltage are low voltage or not. (control by VREF LVD[1:0]) 0:no low voltage 1:low voltage
DC09 READY	8	RO	Indicate the output voltage are power good or not. (control by VREF SS[1:0]) 0:not power good 1:power good
DC09 TMP OUT	7	RO	Indicate the output voltage are over-temperature or not. (control by T TMP[1:0]) 0:no over-temperature 1:over- temperature
DC09 OCP OUT	6	RO	Indicate the output voltage are over-current or not. (control by VREF OCP[1:0]) 0:no over-current 1:over-current
MO DC09 TRLVLADJ	5:3	RW	Reference voltage of Duty in PFM. 0x0:1.3458V(Default.) 0x1:1.296V 0x2:1.2461V 0x3:1.1963V 0x4:1.3957V 0x5:1.4455V 0x6:1.4954V 0x7:1.5452V
MO DC09 SFTHYSEN	2:0	RW	Soft-start comparator hysteresis window setting. 0x0:80mV(Default) 0x1:100mV 0x2:115mV 0x3:127mV 0x4:140mV 0x5:150mV 0x6:160mV 0x7:170mV

5.26 DC 1.2V Control Register #0 (DC12 CTL 0)
Address: 0x9C0002E8
Reset: 0x0

Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
MO DC12 OPTION	15	RW	Spare register
MO DC12 EN OCP	14	RW	Enable the current-limit detector function 0:Disable(Default) 1:Enable
MO DC12 EN COMP	13	RW	Enable the comparator for temperature-limit, current-limit, power good and LVD 0:Disable(Default) 1:Enable
MO DC12 EN TMP PROT	12	RW	Enable the temperature-limit protect function 0:Disable(Default) 1:Enable
MO DC12 VREF OCP	11:10	RW	The current-limit trip point 0x0: 700mA 0x1: 730mA 0x2:760mA(Default) 0x3: 800mA
Reserved	9:7	RW	RESERVED
MO DC12 ENB DRVN	6	RW	Under-shoot protect 0:Enable 1:Disable
MO DC12 ENB DRVP	5	RW	Over-shoot protect: 0:Enable 1:Disable
MO DC12 VREF SS	4:3	RW	Power ready reference voltage. 0x0: 0.844V(Default.) 0x1: 0.824V 0x2: 0.804V 0x3: 0.785V
MO DC12 EN OCP PROT	2	RW	Enable the comparator for temperature-limit, current-limit, power good and LVD 0:Disable(Default.) 1:Enable
Reserved	1	RW	RESERVED
Reserved	0	RW	RESERVED

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Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
MO DC12 PWFM	15	RW	PWM or PFM select 0: PWM (default) 1: PFM
MO DC12 EN TMP	14	RW	Enable the temperature-limit detector function 0:Disable(Default.) 1:Enable
MO DC12 PWMHYSEN	13:11	RW	Triangle wave generator comparator hysteresis window setting. 0x0:80mV(Default) 0x1:100mV 0x2:115mV 0x3:127mV 0x4:140mV 0x5:150mV 0x6:160mV 0x7:170mV
MO DC12 OCP HYS	10:9	RW	The hysteresis for current-limit trip point 0x0: 1.6%(Default.) 0x1: 3% 0x20: 3.7% 0x3: 4.7%
MO DC12 N	8:6	RW	OSC frequency adjust, actual frequency variation is less then 20%. 0x0:429KHz (Default) 0x1:808KHz 0x2:1130KHz 0x3:1471KHz 0x4:1797KHz 0x5:2094KHz 0x6:2391KHz 0x7:2709KHz
MO DC12 TMP HYS	5:4	RW	The hysteresis for thermal-limit trip point 0x0:5C (Default) 0x1:10C 0x2:15C 0x3:20C
MO DC12 T TMP	3:2	RW	The thermal-shutdown trip point 0x0:125C(Default.) 0x1:135C 0x2:145C 0x3:155C
MO DC12 VREF LVD	1:0	RW	Low voltage reference voltage. 0x0:0.706V 0x1:0.687V 0x2:0.667V 0x3:0.647V(Default)

5.28 DC 1.2V Control Register #2 (DC12 CTL 2)
Address: 0x9C0002F0
Reset: 0x0

Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
Reserved	15:10	RW	RESERVED
DC12 LVD OUT	9	RW	Indicate the output voltage are low voltage or not (control by VREF LVD[1:0]). 0:no low voltage 1:low voltage
DC12 READY	8	RW	Indicate the output voltage are power good or not. (control by VREF SS[1:0]) 0:not power good 1:power good
DC12 TMP OUT	7	RW	Indicate the output voltage are over-temperature or not. (control by T TMP[1:0]) 0:no over-temperature 1:over- temperature
DC12 OCP OUT	6	RW	Indicate the output voltage are over-current or not. (control by VREF OCP[1:0]) 0:no over-current 1:over-current
MO DC12 TRLVLADJ	5:3	RW	Reference voltage of Duty in PFM. 0x0:1.3458V(Default.) 0x1:1.296V 0x2:1.2461V 0x3:1.1963V 0x4:1.3957V 0x5:1.4455V 0x6:1.4954V 0x7:1.5452V
MO DC12 SFTHYSEN	2:0	RW	Soft-start comparator hysteresis window setting. 0x0:80mV(Default) 0x1:100mV 0x2:115mV 0x3:127mV 0x4:140mV 0x5:150mV 0x6:160mV 0x7:170mV

5.29 DC 1.5V Control Register #0 (DC15 CTL 0)
Address: 0x9C0002F4
Reset: 0x0

Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
MO DC15 OPTION	15	RW	Spare register
Reserved	14:10	RW	RESERVED
Reserved	9:7	RW	RESERVED
MO DC15 ENB DRVN	6	RW	Under-shoot protect 0:Enable 1:Disable
MO DC15 ENB DRVP	5	RW	Over-shoot protect: 0:Enable 1:Disable
MO DC15 VREF SS	4:3	RW	Power ready reference voltage. 0x0: 0.844V(Default.) 0x1: 0.824V 0x2: 0.804V 0x3: 0.785V
Reserved	2	RW	RESERVED
Reserved	1	RW	RESERVED
Reserved	0	RW	RESERVED

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Field Name	Bit	Access	Description
Mask bit	31:16	RWRW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
MO DC15 PWFM	15	RW	PWM or PFM select 0: PWM (default) 1: PFM
Reserved	14	RW	RESERVED
MO DC15 PWMHYSEN	13:11	RW	Triangle wave generator comparator hysteresis window setting. 0x0:80mV(Default) 0x1:100mV 0x2:115mV 0x3:127mV 0x4:140mV 0x5:150mV 0x6:160mV 0x7:170mV
Reserved	10:9	RW	RESERVED
MO DC15 N	8:6	RW	OSC frequency adjust, actual frequency variation is less then20%. 0x0:429KHz (Default) 0x1:808KHz 0x2:1130KHz 0x3:1471KHz 0x4:1797KHz 0x5:2094KHz 0x6:2391KHz 0x7:2709KHz
Reserved	5:4	RW	RESERVED
MO DC15 T TMP	3:2	RW	The thermal-shutdown trip point 0x0:125C(Default.) 0x1:135C 0x2:145C 0x3:155C
MO DC15 VREF LVD	1:0	RW	Low voltage reference voltage. 0x0:0.706V 0x1:0.687V 0x2:0.667V 0x3:0.647V(Default)

5.31 DC 1.5V Control Register #2 (DC15 CTL 2)
Address: 0x9C0002FC

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Field Name	Bit	Access	Description
Mask bit	31:16	RW	Write valid bit for each LSB 16 bits The 16 bits map to corresponding LSB 16bits. Write 1 to valid the corresponding bit writing.
Reserved	15:8	RW	RESERVED
DC15 LVD OUT	7	RW	Indicate the output voltage are low voltage or not (control by VREF LVD[1:0]). 0:no low voltage 1:low voltage
DC15 READY	6	RW	Indicate the output voltage are power good or not. (control by VREF SS[1:0]) 0:not power good 1:power good
MO DC15 TRLVLADJ	5:3	RW	Reference voltage of Duty in PFM. 0x0:1.3458V(Default.) 0x1:1.296V 0x2:1.2461V 0x3:1.1963V 0x4:1.3957V 0x5:1.4455V 0x6:1.4954V 0x7:1.5452V
MO DC15 SFTHYSEN	2:0	RW	Soft-start comparator hysteresis window setting. 0x0:80mV(Default) 0x1:100mV 0x2:115mV 0x3:127mV 0x4:140mV 0x5:150mV 0x6:160mV 0x7:170mV

RGST Table Group 6 GPIOXT

6.0 GPIO Control Source Selection Register #0 (gpio ctl sel 0)
Address: 0x9C000300
Reset: 0xFFFF FFFF

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Old Version 37

New Version 38

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