7. System Control

7.1 Introduction

This chapter will introduce the basic system control registers. For example, the clock and reset enable/disable of each block, the pinmux select, the thermal control, the DC2DC control and the GPIO select control. It can help user to set basic parameters for system and flexible operations. This chapter describes the following information and functions. (Detail descriptions please check each register list)

Group 0: Describe the parameters of each block clock and reset enable/disable.
Group 1: Describe the pinmux parameters.
Group 2: Describe the pinmux parameters.
Group 3: Describe the pinmux parameters.
Group 4: Describe the PLL setting parameters for each block.
Group 5: Describe the thermal and DC2DC control parameters.
Group 6: Describe the GPIO control parameters.
Group 7: Describe the GPIO control parameters.

7.2 Hardware Reset control

The system blocks reset can be issued by the Group0.21~30 registers. Each bit map to correspond block. Please make sure the reset bit set as 0 when the block starts to work.For example, if user want to enable I2CM0 reset, please set 0x00010001 to Group0.24 register. Set 0x00010000 to Group0.24 to disable reset.Figure 7-1 show the system hardware reset generator. Moon0 block mean Group0 registers that include control bits in lower 16bits and mask bits in higher 16bits.

Figure 7-1 Hardware Reset Generator

7.3 Clock enable control

The system blocks clock can be enabled or disabled by the Group0.1~10 registers. Each bit map to correspond block. Please set the clock bit to 1 for enable the block's clock.For example, if user want to enable SPI_COMBO_0 clock, please set 0x00040004 to Group0.3 register. Set 0x00040000 to Group0.3 to disable clock.Figure 7-2 show the SPI_COMBO block clock enable structure.

Figure 7-2 SPI_COMBO Block Clock Enable

7.4 System PLL control

There are 5 system PLL blocks in SP7021, they are PLLSYS, PLLA, PLLE, PLLF and PLLTV. They can be programmable by the Group4.0~16 registers.

7.4.1 PLLSYS control

The PLLSYS is used for generating system clock; it could generate wide frequency range with different register setting, Also the PLLSYS could operate steady with low time jitter and low power consumption. The control register is Group4.26. There are three mode in PLLSYS module. Please refer to table 7-1&7-2 for parameters setting.

Table 7-1 Three mode PLLSYS

Table 7-2 The detail setting of three mode PLLSYS

7.4.2 PLLF control

The PLLFLASH(PLLF) is mainly used as clock sources for eMMC, SPI-NAND or SPI-NOR Flash memory. It could generate wide frequency range with different register setting, Also the PLLFLASH could operate steady with low time jitter and low power consumption. The control register is Group4.13. PLLSYS & PLLFLASH have identical function structure so each control bit usage is the same. Please refer to table 7-1&7-2 for parameters setting.

7.4.3 PLLE control

The PLLE is mainly used as clock source for ethernet. It could generate 4 kinds frequency, 50MHz, 2.5MHz, 25MHz and 112.5MHz, which controlled by register Group4.12 bit14, 13, 12 and 11. Please refer to Group4.12 register for detail parameters setting.

7.4.4 PLLTV control

The PLLTV is mainly used as clock source for HDMITX and Display module. It could generate wide frequency range with different register setting, Also the PLLTV could operate steady with low time jitter and low power consumption. The control registers are Group4.14, 15 and 16.

Frequency Operate Equation:

Integer MODE (SEL_FRA_TV=0)

(A) DIVM [6:0]: Reference divider

Ex. M=1 for DIVM[6:0]=7’b000_0000, M=32 for DIVM[6:0]=7’b001_1111.

(B) DIVN [7:0]: PLL feedback divider

Ex. N=11 for DIVN[7:0]=8’b0000_1010, N=32 for DIVN[7:0]=8’b0001_1111.

(C) DIVR[1:0]: Post divider

Ex. R=0 for Divisor=1: FCKOUT= FVCO / 1

R=1 for Divisor=2: FCKOUT= FVCO / 2

R=2 for Divisor=4: FCKOUT= FVCO / 4

R=3 for Divisor=8: FCKOUT= FVCO / 8

Fractional MODE (SEL_FRA_TV=1, DOUBLE_SEL_TV=0)

- For SDM_MOD_TV=0, PH_SEL_TV=0, NFRA=45

- For SDM_MOD_TV=0, PH_SEL_TV=1, NFRA=43

(A) DIVN [7:0]: PLL feedback divider is useless

DIVM & DIVR are the same as Integer mode

7.4.5 PLLA control

The PLLA is mainly used as clock source for audio module. It could generate wide frequency range with different register setting, Also the PLLA could operate steady with low time jitter and low power consumption. The control registers are Group4.7~11.

Frequency Operate Equation:

where R is modulus set by DIVR_A and M by DIVM_A.

F_CKOUTindicates frequency of FCKOUT_A, F_VCO stands for the frequency of VCO and F_CLKREF is the frequency of CLKREF_A(27MHz).

Fractional dividing modulus of f

where N.f_ideal is an ideal fractional dividing modulus and N.f_base is the basic fractional dividing modulus controlled by DIVN_A & PH_SEL_A.

DIVN_A directly represent integer part of the basic fractional dividing modulus shown below:

It should be noted that exception for N cannot be set less than 2 .

The N.f_base provides user a basic fractional dividing modulus with resolution of multiple of 0.1, and the fractional part is controlled by PH_SEL_A as shown in the pin description section. User can intuitively set this part:

It should be noted that exception for .f_base is that setting PH_SEL_A=4’b1001~4’b1110 makes N.f_ideal a truly integer dividing modulus “plus one”, regardless of K & M.

For example, DIVN_A=6’b000100 and PH_SEL_A=4’b1001 makes N.f_ideal=4+1=5

The last part is the residue of the fractional dividing modulus, the ratio of K to M, which is realized by PH_STEP_SEL_A, M_SDM_A & K_SDM_A. Both K & M can be arbitrarily set from 0~2047 and noted that K must be equal or less than M, and the coefficient of 0.1 is set by PH_STEP_SEL=2’b01.

Now user can try to randomly give a fractional dividing modulus. There has an examples shown below.

Ex: N.f = 5.4033333 = 5+0.4+0.01x341/1023

DIVN_A=6’b000101, PH_SEL_A=4’b0100, PH_STEP_SEL=2’b01, K_SDM_A=11’b001-0101-0101 and M_SDM_A=11’b011-1111-1111

Frequency calculate example

M_SDM_A=11’b1001, DIVR_A=2’b00, DOUBLE_SEL=1’b0, MUX_SEL_A=1’b0, PH_STEP_SEL_A=2’b01

7.5 DC2DC control

SP7021 embedded 3 DC2DC modules, they are 3.3V to 0.9V, 3.3V to 1.2V and 3.3V to 1.5V. So SP7021 just need one single power supply that is 3.3V. The parameters can be set by Group5.23~31 registers.

7.6 Thermal sensor control

SP7021 embedded a thermal sensor which operation temperature range between -40°C ~125°C. The resolution is 1°C. The parameters can be set by Group5 registers.

For example, when MO_THERMAL_VBE_SEL=0x01(default), then read TCODE value from G5.12[10:0] and calculate chip temperature as below:

Unit is Celsius.

7.7 System Pinmux control

There are totally 64 pins can be set as Multiplex Peripheral Pins. Multiplex Peripheral Pins include ETH_SW, SDIO, PWM, Input Capture, SPI MASTER, SPI SLAVE, I2C MASTER, UART(1~4), TIMER, GPIO INT functions. This function can be controlled by Group2~3 registers. Please refer to chapter 5 for detail description of this function.

Another pinmux type which provide fixed function in fixed pins is also supported. They can be control by Group1.1~4 registers. For example, in the chapter 4 pin description, the pin92~97 describe as below:

Pin Name

LQFP

176

No

Type

Description(Multiplex Pins in this interface Shown in Bold)

Drive

(mA)

EMMC_D0/

SPI_NAND_D0

92

I/O

EMMC data pin0

SPI_NAND_D0

EMMC_D1/

SPI_NAND_D2

93

I/O

EMMC data pin1

SPI_NAND_D2

EMMC_CLK/

SPI_NAND_CLK

94

I/O

EMMC clock pin

SPI_NAND_CLK

EMMC_D2/

SPI_NAND_D1

95

I/O

EMMC data pin2

SPI_NAND_D1

EMMC_D7/

SPI_NAND_D3

96

I/O

EMMC data pin7

SPI_NAND_D3

EMMC_D6/

SPI_NAND_CEN

97

I/O

EMMC data pin6

SPI_NAND_CEN

If user set Group1.1[4] as "1", the pin92~97 will support SPI_NAND function interface.

If user set Group1.1[5] as "1". the pin92~97 will become EMMC function interface.

7.8 System GPIO control

There are totally 72 GPIO pins which are separated into 9 I/O ports, and each port contains 8 GPIO signals. The I/O driving capability for signals in GPIO0 is 16mA and 8mA for those in other GPIO ports. All 72 GPIO signals are Tri-state Output with Schmitt Trigger Input. The GPIO can be controlled by Group6~7 registers. Please refer to chapter 5 for detail description of this function.

7.9 Core Clock Divide Enable

There has a special mode to divide core clock to half. Core clock is generated by dividing pll clock, so set pll cleck to half, it will let core clock become half also. The control bit is CORECLK_DIV2_EN which map to 0x9EC0000C[10]. 0: Pll cleck, 1: Pll clock/2.

7.10 Registers Map

7.10.1 Registers Memory Map

Address	Group No.	Register Name	Register Description
0x9C000000	G0.0	mo stamp	Chip Revision Stamp ID Register
0x9C000004	G0.1	mo clken0	Clock Enable Register #0
0x9C000008	G0.2	mo clken1	Clock Enable Register #1
0x9C00000C	G0.3	mo clken2	Clock Enable Register #2
0x9C000010	G0.4	mo clken3	Clock Enable Register #3
0x9C000014	G0.5	mo clken4	Clock Enable Register #4
0x9C000018	G0.6	mo clken5	Clock Enable Register #5
0x9C00001C	G0.7	mo clken6	Clock Enable Register #6
0x9C000020	G0.8	mo clken7	Clock Enable Register #7
0x9C000024	G0.9	mo clken8	Clock Enable Register #8
0x9C000028	G0.10	mo clken9	Clock Enable Register #9
0x9C00002C	G0.11	mo gclken0	Clock Gating Enable Register #0
0x9C000030	G0.12	mo gclken1	Clock Gating Enable Register #1
0x9C000034	G0.13	mo gclken2	Clock Gating Enable Register #2
0x9C000038	G0.14	mo gclken3	Clock Gating Enable Register #3
0x9C00003C	G0.15	mo gclken4	Clock Gating Enable Register #4
0x9C000040	G0.16	mo gclken5	Clock Gating Enable Register #5
0x9C000044	G0.17	mo gclken6	Clock Gating Enable Register #6
0x9C000048	G0.18	mo gclken7	Clock Gating Enable Register #7
0x9C00004C	G0.19	mo gclken8	Clock Gating Enable Register #8
0x9C000050	G0.20	mo gclken9	Clock Gating Enable Register #9
0x9C000054	G0.21	mo reset0	Hardware Reset Control Register #0
0x9C000058	G0.22	mo reset1	Hardware Reset Control Register #1
0x9C00005C	G0.23	mo reset2	Hardware Reset Control Register #2
0x9C000060	G0.24	mo reset3	Hardware Reset Control Register #3
0x9C000064	G0.25	mo reset4	Hardware Reset Control Register #4
0x9C000068	G0.26	mo reset5	Hardware Reset Control Register #5
0x9C00006C	G0.27	mo reset6	Hardware Reset Control Register #6
0x9C000070	G0.28	mo reset7	Hardware Reset Control Register #7
0x9C000074	G0.29	mo reset8	Hardware Reset Control Register #8
0x9C000078	G0.30	mo reset9	Hardware Reset Control Register #9
0x9C00007C	G0.31	mo sft cfg mode	Software Configure Hardware Mode

Address	Group No.	Register Name	Register Description
0x9C000080	G1.0	sft cfg 0	Test Mode Control Register
0x9C000084	G1.1	sft cfg 1	PIN Mux Table Control Register #1
0x9C000088	G1.2	sft cfg 2	PIN Mux Table Control Register #2
0x9C00008C	G1.3	sft cfg 3	PIN Mux Table Control Register #3
0x9C000090	G1.4	sft cfg 4	PIN Mux Table Control Register #4
0x9C000094	G1.5	rsv	Reserved
0x9C000098	G1.6	rsv	Reserved
0x9C00009C	G1.7	rsv	Reserved
0x9C0000A0	G1.8	rsv	Reserved
0x9C0000A4	G1.9	rsv	Reserved
0x9C0000A8	G1.10	rsv	Reserved
0x9C0000AC	G1.11	rsv	Reserved
0x9C0000B0	G1.12	rsv	Reserved
0x9C0000B4	G1.13	rsv	Reserved
0x9C0000B8	G1.14	rsv	Reserved
0x9C0000BC	G1.15	rsv	Reserved
0x9C0000C0	G1.16	rsv	Reserved
0x9C0000C4	G1.17	rsv	Reserved
0x9C0000C8	G1.18	rsv	Reserved
0x9C0000CC	G1.19	rsv	Reserved
0x9C0000D0	G1.20	rsv	Reserved
0x9C0000D4	G1.21	rsv	Reserved
0x9C0000D8	G1.22	rsv	Reserved
0x9C0000DC	G1.23	rsv	Reserved
0x9C0000E0	G1.24	rsv	Reserved
0x9C0000E4	G1.25	rsv	Reserved
0x9C0000E8	G1.26	rsv	Reserved
0x9C0000EC	G1.27	rsv	Reserved
0x9C0000F0	G1.28	rsv	Reserved
0x9C0000F4	G1.29	rsv	Reserved
0x9C0000F8	G1.30	rsv	Reserved
0x9C0000FC	G1.31	rsv	Reserved

Address	Group No.	Register Name	Register Description
0x9C000100	G2.0	sft cfg 0	PIN Mux Table Control Register for L2SW CLK & L2SW LED
0x9C000104	G2.1	sft cfg 1	PIN Mux Table Control Register for L2SW LED & L2SW LED
0x9C000108	G2.2	sft cfg 2	PIN Mux Table Control Register for L2SW LED & L2SW MAC
0x9C00010C	G2.3	sft cfg 3	PIN Mux Table Control Register for L2SW P0 & L2SW P0
0x9C000110	G2.4	sft cfg 4	PIN Mux Table Control Register for L2SW P0 & L2SW P0
0x9C000114	G2.5	sft cfg 5	PIN Mux Table Control Register for L2SW P0 & L2SW P0
0x9C000118	G2.6	sft cfg 6	PIN Mux Table Control Register for L2SW P0 & L2SW P1
0x9C00011C	G2.7	sft cfg 7	PIN Mux Table Control Register for L2SW P1 & L2SW P1
0x9C000120	G2.8	sft cfg 8	PIN Mux Table Control Register for L2SW P1 & L2SW P1
0x9C000124	G2.9	sft cfg 9	PIN Mux Table Control Register for L2SW P1 & L2SW P1
0x9C000128	G2.10	sft cfg 10	PIN Mux Table Control Register for L2SW P1 & DAISY MODE
0x9C00012C	G2.11	sft cfg 11	PIN Mux Table Control Register for SDIO CLK & SDIO CMD
0x9C000130	G2.12	sft cfg 12	PIN Mux Table Control Register for SDIO D0 & SDIO D1
0x9C000134	G2.13	sft cfg 13	PIN Mux Table Control Register for SDIO D2 & SDIO D3
0x9C000138	G2.14	sft cfg 14	PIN Mux Table Control Register for PWM0 & PWM1
0x9C00013C	G2.15	sft cfg 15	PIN Mux Table Control Register for PWM2 & PWM3
0x9C000140	G2.16	sft cfg 16	PIN Mux Table Control Register for PWM4 & PWM5
0x9C000144	G2.17	sft cfg 17	PIN Mux Table Control Register for PWM6 & PWM7
0x9C000148	G2.18	sft cfg 18	PIN Mux Table Control Register for ICM0 D & ICM1 D
0x9C00014C	G2.19	sft cfg 19	PIN Mux Table Control Register for ICM2 D & ICM3 D
0x9C000150	G2.20	sft cfg 20	PIN Mux Table Control Register for ICM0 CLK & ICM1 CLK
0x9C000154	G2.21	sft cfg 21	PIN Mux Table Control Register for ICM2 CLK & ICM3 CLK
0x9C000158	G2.22	sft cfg 22	PIN Mux Table Control Register for SPIM0 INT & SPIM0 CLK
0x9C00015C	G2.23	sft cfg 23	PIN Mux Table Control Register for SPIM0 EN & SPIM0 DO
0x9C000160	G2.24	sft cfg 24	PIN Mux Table Control Register for SPIM0 DI & SPIM1 INT
0x9C000164	G2.25	sft cfg 25	PIN Mux Table Control Register for SPIM1 CLK & SPIM1 CEN
0x9C000168	G2.26	sft cfg 26	PIN Mux Table Control Register for SPIM1 DO & SPIM1 DI
0x9C00016C	G2.27	sft cfg 27	PIN Mux Table Control Register for SPIM2 INT
0x9C000170	G2.28	sft cfg 28	PIN Mux Table Control Register for SPIM2 CEN & SPIM2 DO
0x9C000174	G2.29	sft cfg 29	PIN Mux Table Control Register for SPIM2 DI & SPIM3 INT
0x9C000178	G2.30	sft cfg 30	PIN Mux Table Control Register for SPIM3 CLK & SPIM3 CEN
0x9C00017C	G2.31	sft cfg 31	PIN Mux Table Control Register for SPIM3 DO & SPIM3 DI

Address	Group No.	Register Name	Register Description
0x9C000180	G3.0	sft cfg 32	PIN Mux Table Control Register for SPI0S INT & SPI0S CLK
0x9C000184	G3.1	sft cfg 33	PIN Mux Table Control Register for SPI0S EN & SPI0S DO
0x9C000188	G3.2	sft cfg 34	PIN Mux Table Control Register for SPI0S DI & SPI1S INT
0x9C00018C	G3.3	sft cfg 35	PIN Mux Table Control Register for SPI1S CLK & SPI1S EN
0x9C000190	G3.4	sft cfg 36	PIN Mux Table Control Register for SPI1S DO & SPI1S DI
0x9C000194	G3.5	sft cfg 37	PIN Mux Table Control Register for SPI2S INT & SPI2S CLK
0x9C000198	G3.6	sft cfg 38	PIN Mux Table Control Register for SPI2S EN & SPI2S DO
0x9C00019C	G3.7	sft cfg 39	PIN Mux Table Control Register for SPI2S DI & SPI3S INT
0x9C0001A0	G3.8	sft cfg 40	PIN Mux Table Control Register for SPI3S CLK & SPI3S EN
0x9C0001A4	G3.9	sft cfg 41	PIN Mux Table Control Register for SPI3S DO & SPI3S DI
0x9C0001A8	G3.10	sft cfg 42	PIN Mux Table Control Register for I2CM0 CK & I2CM0 D
0x9C0001AC	G3.11	sft cfg 43	PIN Mux Table Control Register for I2CM1 CK & I2CM1 D
0x9C0001B0	G3.12	sft cfg 44	PIN Mux Table Control Register for I2CM2 CK & I2CM2 D
0x9C0001B4	G3.13	sft cfg 45	PIN Mux Table Control Register for I2CM3 CK & I2CM3 D
0x9C0001B8	G3.14	sft cfg 46	PIN Mux Table Control Register for UA1 TX & UA1 RX
0x9C0001BC	G3.15	sft cfg 47	PIN Mux Table Control Register for UA1 CTS & UA1 RTS
0x9C0001C0	G3.16	sft cfg 48	PIN Mux Table Control Register for UA2 TX & UA2 RX
0x9C0001C4	G3.17	sft cfg 49	PIN Mux Table Control Register for UA2 CTS & UA2 RTS
0x9C0001C8	G3.18	sft cfg 50	PIN Mux Table Control Register for UA3 TX & UA3 RX
0x9C0001CC	G3.19	sft cfg 51	PIN Mux Table Control Register for UA3 CTS & UA3 RTS
0x9C0001D0	G3.20	sft cfg 52	PIN Mux Table Control Register for UA4 TX & UA4 RX
0x9C0001D4	G3.21	sft cfg 53	PIN Mux Table Control Register for UA4 CTS & UA4 RTS
0x9C0001D8	G3.22	sft cfg 54	PIN Mux Table Control Register for TIMER0 INT & TIMER1 INT
0x9C0001DC	G3.23	sft cfg 55	PIN Mux Table Control Register for TIMER2 INT & TIMER3 INT
0x9C0001E0	G3.24	sft cfg 56	PIN Mux Table Control Register for GPIO INT0 & GPIO INT1
0x9C0001E4	G3.25	sft cfg 57	PIN Mux Table Control Register for GPIO INT2 & GPIO INT3
0x9C0001E8	G3.26	sft cfg 58	PIN Mux Table Control Register for GPIO INT4 & GPIO INT5
0x9C0001EC	G3.27	sft cfg 59	PIN Mux Table Control Register for GPIO INT6 & GPIO INT7
0x9C0001F0	G3.28	rsv	Reserved
0x9C0001F4	G3.29	rsv	Reserved
0x9C0001F8	G3.30	rsv	Reserved
0x9C0001FC	G3.31	rsv	Reserved

Address	Group No.	Register Name	Register Description
0x9C000200	G4.0	mo4 pllsp ctl 0	SPDIF PLL Control Register #0
0x9C000204	G4.1	mo4 pllsp ctl 1	SPDIF PLL Control Register #1
0x9C000208	G4.2	mo4 pllsp ctl 2	SPDIF PLL Control Register #2
0x9C00020C	G4.3	mo4 pllsp ctl 3	SPDIF PLL Control Register #3
0x9C000210	G4.4	mo4 pllsp ctl 4	SPDIF PLL Control Register #4
0x9C000214	G4.5	mo4 pllsp ctl 5	SPDIF PLL Control Register #5
0x9C000218	G4.6	mo4 pllsp ctl 6	SPDIF PLL Control Register #6
0x9C00021C	G4.7	mo4 plla ctl 0	PLLA Control Register #0
0x9C000220	G4.8	mo4 plla ctl 1	PLLA Control Register #1
0x9C000224	G4.9	mo4 plla ctl 2	PLLA Control Register #2
0x9C000228	G4.10	mo4 plla ctl 3	PLLA Control Register #3
0x9C00022C	G4.11	mo4 plla ctl 4	PLLA Control Register #4
0x9C000230	G4.12	mo4 plle ctl	PLLE Control Register #0
0x9C000234	G4.13	mo4 pllf ctl	PLLF Control Register #0
0x9C000238	G4.14	mo4 plltv ctl 0	PLLTV Control Register #0
0x9C00023C	G4.15	mo4 plltv ctl 1	PLLTV Control Register #1
0x9C000240	G4.16	mo4 plltv ctl 2	PLLTV Control Register #2
0x9C000244	G4.17	mo4 usbc ctl	USBC Control Register
0x9C000248	G4.18	mo4 uphy0 ctl0	UPHY0 Control Register#0
0x9C00024C	G4.19	mo4 uphy0 ctl1	UPHY0 Control Register#1
0x9C000250	G4.20	mo4 uphy0 ctl2	UPHY0 Control Register#2
0x9C000254	G4.21	mo4 uphy0 ctl3	UPHY0 Control Register#3
0x9C000258	G4.22	mo4 uphy1 ctl0	UPHY1 Control Register#0
0x9C00025C	G4.23	mo4 uphy1 ctl1	UPHY1 Control Register#1
0x9C000260	G4.24	mo4 uphy1 ctl2	UPHY1 Control Register#2
0x9C000264	G4.25	mo4 uphy1 ctl3	UPHY1 Control Register#3
0x9C000268	G4.26	mo4 pllsys	PLLSYS
0x9C00026C	G4.27	mo clk sel0	Clock Setting and Selection Register
0x9C000270	G4.28	MO PROBE SEL	Probe module selection
0x9C000274	G4.29	mo4 misc ctl 0	Miscellaneous Control Register #0
0x9C000278	G4.30	mo4 uphy0 sts	Reserved
0x9C00027C	G4.31	Reserved	Reserved

Address	Group No.	Register Name	Register Description
0x9C000280	G5.0	mo5 thermal ctl 0	Thermal Control register #0
0x9C000284	G5.1	mo5 thermal ctl 1	Thermal Control register #1
0x9C000288	G5.2	mo5 thermal ctl 2	Thermal Control register #2
0x9C00028C	G5.3	mo5 thermal ctl 3	Thermal Control register #3
0x9C000290	G5.4	mo5 tmds l2sw ctl	TMDS L2SW Control Register
0x9C000294	G5.5	mo5 l2sw clksw ctl	L2SW Clock Switch Control Register
0x9C000298	G5.6	mo5 I2C2BUS ctl	I2C2BUS Control Register
0x9C00029C	G5.7	pfcnt ctl	PFCNT Register
0x9C0002A0	G5.8	pfcnt sensor ctl 0	PFCNT SENSOR Register #0
0x9C0002A4	G5.9	pfcnt sensor ctl 1	PFCNT SENSOR Register #1
0x9C0002A8	G5.10	pfctn sts 0	PFCNT Macro Status Register
0x9C0002AC	G5.11	pfctn sts 1	PFCNT SENSOR Staus Register
0x9C0002B0	G5.12	thermal sts 0	THERMAL Status Register #0
0x9C0002B4	G5.13	thermal sts 1	Reserved
0x9C0002B8	G5.14	rsv	Reserved
0x9C0002BC	G5.15	rsv	Reserved
0x9C0002C0	G5.16	rsv	Reserved
0x9C0002C4	G5.17	rsv	Reserved
0x9C0002C8	G5.18	rsv	Reserved
0x9C0002CC	G5.19	rsv	Reserved
0x9C0002D0	G5.20	rsv	Reserved
0x9C0002D4	G5.21	rsv	Reserved
0x9C0002D8	G5.22	rsv	Reserved
0x9C0002DC	G5.23	DC09 CTL 0	DC 0.9V Control Register #0
0x9C0002E0	G5.24	DC09 CTL 1	DC 0.9V Control Register #1
0x9C0002E4	G5.25	DC09 CTL 2	DC 0.9V Control Register #2
0x9C0002E8	G5.26	DC12 CTL 0	DC 1.2V Control Register #0
0x9C0002EC	G5.27	DC12 CTL 1	DC 1.2V Control Register #1
0x9C0002F0	G5.28	DC12 CTL 2	DC 1.2V Control Register #2
0x9C0002F4	G5.29	DC15 CTL 0	DC 1.5V Control Register #0
0x9C0002F8	G5.30	DC15 CTL 1	DC 1.5V Control Register #1
0x9C0002FC	G5.31	DC15 CTL 2	DC 1.5V Control Register #2

Address	Group No.	Register Name	Register Description
0x9C000300	G6.0	gpio ctl sel 0	GPIO Control Source Selection Register #0
0x9C000304	G6.1	gpio ctl sel 1	GPIO Control Source Selection Register #1
0x9C000308	G6.2	gpio ctl sel 2	GPIO Control Source Selection Register #2
0x9C00030C	G6.3	gpio ctl sel 3	GPIO Control Source Selection Register #3
0x9C000310	G6.4	gpio ctl sel 4	GPIO Control Source Selection Register #4
0x9C000314	G6.5	gpio ctl sel 5	GPIO Control Source Selection Register #5
0x9C000318	G6.6	gpio ctl sel 6	GPIO Control Source Selection Register #6
0x9C00031C	G6.7	gpio ctl sel 7	GPIO Control Source Selection Register #7
0x9C000320	G6.8	gpio oe 0	GPIO Output Enable Register #0
0x9C000324	G6.9	gpio oe 1	GPIO Output Enable Register #1
0x9C000328	G6.10	gpio oe 2	GPIO Output Enable Register #2
0x9C00032C	G6.11	gpio oe 3	GPIO Output Enable Register #3
0x9C000330	G6.12	gpio oe 4	GPIO Output Enable Register #4
0x9C000334	G6.13	gpio oe 5	GPIO Output Enable Register #5
0x9C000338	G6.14	gpio oe 6	GPIO Output Enable Register #6
0x9C00033C	G6.15	gpio oe 7	GPIO Output Enable Register #7
0x9C000340	G6.16	gpio o 0	GPIO Output Data Register #0
0x9C000344	G6.17	gpio o 1	GPIO Output Data Register #1
0x9C000348	G6.18	gpio o 2	GPIO Output Data Register #2
0x9C00034C	G6.19	gpio o 3	GPIO Output Data Register #3
0x9C000350	G6.20	gpio o 4	GPIO Output Data Register #4
0x9C000354	G6.21	gpio o 5	GPIO Output Data Register #5
0x9C000358	G6.22	gpio o 6	GPIO Output Data Register #6
0x9C00035C	G6.23	gpio o 7	GPIO Output Data Register #7
0x9C000360	G6.24	gpio in 0	GPIO Input Data Register #0
0x9C000364	G6.25	gpio in 1	GPIO Input Data Register #1
0x9C000368	G6.26	gpio in 2	GPIO Input Data Register #2
0x9C00036C	G6.27	gpio in 3	GPIO Input Data Register #3
0x9C000370	G6.28	gpio in 4	GPIO Input Data Register #4
0x9C000374	G6.29	gpio in 5	GPIO Input Data Register #5
0x9C000378	G6.30	rsv	Reserved
0x9C00037C	G6.31	rsv	Reserved

Address	Group No.	Register Name	Register Description
0x9C000380	G7.0	gpio in inv 0	GPIO Input Invert Register #0
0x9C000384	G7.1	gpio in inv 1	GPIO Input Invert Register #1
0x9C000388	G7.2	gpio in inv 2	GPIO Input Invert Register #2
0x9C00038C	G7.3	gpio in inv 3	GPIO Input Invert Register #3
0x9C000390	G7.4	gpio in inv 4	GPIO Input Invert Register #4
0x9C000394	G7.5	gpio in inv 5	GPIO Input Invert Register #5
0x9C000398	G7.6	gpio in inv 6	GPIO Input Invert Register #6
0x9C00039C	G7.7	gpio in inv 7	GPIO Input Invert Register #7
0x9C0003A0	G7.8	gpio out inv 0	GPIO Output Invert Register #0
0x9C0003A4	G7.9	gpio out inv 1	GPIO Output Invert Register #1
0x9C0003A8	G7.10	gpio out inv 2	GPIO Output Invert Register #2
0x9C0003AC	G7.11	gpio out inv 3	GPIO Output Invert Register #3
0x9C0003B0	G7.12	gpio out inv 4	GPIO Output Invert Register #4
0x9C0003B4	G7.13	gpio out inv 5	GPIO Output Invert Register #5
0x9C0003B8	G7.14	gpio out inv 6	GPIO Output Invert Register #6
0x9C0003BC	G7.15	gpio out inv 7	GPIO Output Invert Register #7
0x9C0003C0	G7.16	gpio od 0	GPIO OD Register #0
0x9C0003C4	G7.17	gpio od 1	GPIO OD Register #1
0x9C0003C8	G7.18	gpio od 2	GPIO OD Register #2
0x9C0003CC	G7.19	gpio od 3	GPIO OD Register #3
0x9C0003D0	G7.20	gpio od 4	GPIO OD Register #4
0x9C0003D4	G7.21	gpio od 5	GPIO OD Register #5
0x9C0003D8	G7.22	gpio od 6	GPIO OD Register #6
0x9C0003DC	G7.23	gpio od 7	GPIO OD Register #7
0x9C0003E0	G7.24	rsv	Reserved
0x9C0003E4	G7.25	rsv	Reserved
0x9C0003E8	G7.26	rsv	Reserved
0x9C0003EC	G7.27	rsv	Reserved
0x9C0003F0	G7.28	rsv	Reserved
0x9C0003F4	G7.29	rsv	Reserved
0x9C0003F8	G7.30	rsv	Reserved
0x9C0003FC	G7.31	rsv	Reserved

7.10.2 Registers Description

RGST Table Group 0 MOON

0.0 Chip Revision Stamp ID Register (mo stamp)
Address: 0x9C000000
Reset: 0x0000 0B10

Field Name	Bit	Access	Description
MO STAMP	31:0	RO	Chip Revision Stamp ID

0.1 Clock Enable Register #0 (mo clken0)
Address: 0x9C000004
Reset: 0x0000 FFFF

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
PERI1 CLKEN	15	RW	PERI1 Hardware Clock Enable 0: Disable 1: Enable (default)
UMCTL2 CLKEN	14	RW	SDCTRL0 Hardware Clock Enable 0: Disable 1: Enable (default)
A926 CLKEN	13	RW	A926 Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	12	RW	RESERVED
PERI0 CLKEN	11	RW	PERI0 Hardware Clock Enable 0: Disable 1: Enable (default)
SDCTRL0 CLKEN	10	RW	SDCTRL Hardware Clock Enable 0: Disable 1: Enable (default)
SPIFL CLKEN	9	RW	SPIFL Hardware Clock Enable 0: Disable 1: Enable (default)
RBUS L00 CLKEN	8	RW	RBUS L00 Hardware Clock Enable 0: Disable 1: Enable (default)
BR CLKEN	7	RW	BR Hardware Clock Enable 0: Disable 1: Enable (default)
NOC CLKEN	6	RW	NOC Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	5	RW	RESERVED
IOP CLKEN	4	RW	IOP Hardware Clock Enable 0: Disable 1: Enable (default)
IOCTL CLKEN	3		IO CTL Hardware Clock Enable 0: Disable 1: Enable (default)
RTC CLKEN	2	RW	RTC Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	1		RESERVED
SYSTEM CLKEN	0	RW	SYSTEM Hardware Clock Enable 0: Disable 1: Enable (default)

0.2 Clock Enable Register #1 (mo clken1)
Address: 0x9C000008
Reset: 0x0000 FFFF

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
UADMA CLKEN	15	RW	UADMA Hardware Clock Enable 0: Disable 1: Enable (default)
DDC0 CLKEN	14	RW	DDC0 Hardware Clock Enable 0: Disable 1: Enable (default)
HWUA	13	RW	HWUA Hardware Clock Enable 0: Disable 1: Enable (default)
UA4 CLKEN	12	RW	UA4 Hardware Clock Enable 0: Disable 1: Enable (default)
UA3 CLKEN	11	RW	UA3 Hardware Clock Enable 0: Disable 1: Enable (default)
UA2 CLKEN	10	RW	UA2 Hardware Clock Enable 0: Disable 1: Enable (default)
UA1 CLKEN	9	RW	UA1 Hardware Clock Enable 0: Disable 1: Enable (default)
UA0 CLKEN	8	RW	UA0 Hardware Clock Enable 0: Disable 1: Enable (default)
STC AV2 CLKEN	7	RW	STC AV2 Hardware Clock Enable 0: Disable 1: Enable (default)
STC AV1 CLKEN	6	RW	STC AV1 Hardware Clock Enable 0: Disable 1: Enable (default)
STC AV0 CLKEN	5	RW	STC AV0 Hardware Clock Enable 0: Disable 1: Enable (default)
STC0 CLKEN	4	RW	STC0 Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	3	RW	RESERVED
CHIP CLKEN	2	RW	TRACER Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	1	RW	RESERVED
DDR PHY0 CLKEN	0	RW	DDR PHY0 Hardware Clock Enable 0: Disable 1: Enable (default)

0.3 Clock Enable Register #2 (mo clken2)
Address: 0x9C00000C
Reset: 0x0000 FFFF

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
UPHY1 CLKEN	14	RW	UPHY1 Hardware Clock Enable 0: Disable 1: Enable (default)
UPHY0 CLKEN	13	RW	UPHY0 Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	12	RW	RESERVED
USBC1 CLKEN	11	RW	USBC1 Hardware Clock Enable 0: Disable 1: Enable (default)
USBC0 CLKEN	10	RW	USBC0 Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	9:7	RW	RESERVED
AUD CLKEN	6	RW	AUD Hardware Clock Enable 0: Disable 1: Enable (default)
SPI COMBO 3 CLKEN	5	RW	SPI COMBO 3 Hardware Clock Enable 0: Disable 1: Enable (default)
SPI COMBO 2 CLKEN	4	RW	SPI COMBO 2 Hardware Clock Enable 0: Disable 1: Enable (default)
SPI COMBO 1 CLKEN	3	RW	SPI COMBO 1 Hardware Clock Enable 0: Disable 1: Enable (default)
SPI COMBO 0 CLKEN	2	RW	SPI COMBO 0 Hardware Clock Enable 0: Disable 1: Enable (default)
CBDMA1 CLKEN	1	RW	CBDMA1 Hardware Clock Enable 0: Disable 1: Enable (default)
CBDMA0 CLKEN	0	RW	CBDMA0 Hardware Clock Enable 0: Disable 1: Enable (default)

0.4 Clock Enable Register #3 (mo clken3)
Address: 0x9C000010
Reset: 0x0000 FFFF

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
CARD CTL1 CLKEN	15	RW	CARD CTL1 Hardware Clock Enable 0: Disable 1: Enable (default)
CARD CTL0 CLKEN	14	RW	CARD CTL0 Hardware Clock Enable 0: Disable 1: Enable (default)
PMC CLKEN	13	RW	PMC Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	12:4	RW	RESERVED
I2CM3 CLKEN	3	RW	I2CM3 Hardware Clock Enable 0: Disable 1: Enable (default)
I2CM2 CLKEN	2	RW	I2CM2 Hardware Clock Enable 0: Disable 1: Enable (default)
I2CM1 CLKEN	1	RW	I2CM1 Hardware Clock Enable 0: Disable 1: Enable (default)
I2CM0 CLKEN	0	RW	I2CM0 Hardware Clock Enable 0: Disable 1: Enable (default)

0.5 Clock Enable Register #4 (mo clken4)
Address: 0x9C000014
Reset: 0x0000 FFFF

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
MIPICSI1 CLKEN	15	RW	MIPI CSI1 Hardware Clock Enable 0: Disable 1: Enable (default)
MIPICSI0 CLKEN	14	RW	MIPI CSI0 Hardware Clock Enable 0: Disable 1: Enable (default)
CSIIW1 CLKEN	13	RW	CSIIW1 Hardware Clock Enable 0: Disable 1: Enable (default)
CSIIW0 CLKEN	12	RW	CSIIW0 Hardware Clock Enable 0: Disable 1: Enable (default)
DDFCH CLKEN	11	RW	DDFCH Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	10:5	RW	RESERVED
BCH CLKEN	4	RW	BCH Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	3	RW	RESERVED
CARD CTL4 CLKEN	2	RW	CARD CTL4 Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	1:0	RW	RESERVED

0.6 Clock Enable Register #5 (mo clken5)
Address: 0x9C000018
Reset: 0x0000 FFFF

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	15:6	RW	RESERVED
VPOST CLKEN	5	RW	VPOST Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	4:1	RW	RESERVED
HDMI TX CLKEN	0	RW	HDMI TX Hardware Clock Enable 0: Disable 1: Enable (default)

0.7 Clock Enable Register #6 (mo clken6)
Address: 0x9C00001C
Reset: 0x0000 FFFF

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
INTERRUPT CLKEN	15	RW	INTERRUPT Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	14:11	RW	RESERVED
TCON CLKEN	10	RW	TCON Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	9:2	RW	RESERVED
DMIX CLKEN	1	RW	DMIX Hardware Clock Enable 0: Disable 1: Enable (default)
TGEN CLKEN	0	RW	TGEN Hardware Clock Enable 0: Disable 1: Enable (default)

0.8 Clock Enable Register #7 (mo clken7)
Address: 0x9C000020
Reset: 0x0000 FFFF

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	15:5	RW	RESERVED
RBUS TOP CLKEN	4	RW	RBUS TOP Hardware Clock Enable 0: Disable 1: Enable (default)
GPIO CLKEN	3	RW	GPIO Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	2:1	RW	RESERVED
RGST CLKEN	0	RW	RGST Hardware Clock Enable 0: Disable 1: Enable (default)

0.9 Clock Enable Register #8 (mo clken8)
Address: 0x9C000024
Reset: 0x0000 FFFF

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	15:12	RW	RESERVED
I2C2CBUS CLKEN	11	RW	I2C2CBUS Hardware Clock Enable 0: Disable (default) 1: Enable
SPIND CLKEN	10	RW	SPI NAND Hardware Clock Enable 0: Disable (default) 1: Enable
Reserved	9:7	RW	RESERVED
MAILBOX CLKEN	6	RW	MAILBOX Hardware Clock Enable 0: Disable 1: Enable (default)
Reserved	5:0	RW	RESERVED

0.10 Clock Enable Register #9 (mo clken9)
Address: 0x9C000028
Reset: 0x0000 FFFF

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	RO	RESERVED
AXI GLOBAL CLKEN	9	RW	AXI GLOBAL Hardware IP Clock Enable 0: Disable 1: Enable (default)
ICM CLKEN	8	RW	ICM Hardware IP Clock Enable 0: Disable 1: Enable (default)
L2SW CLKEN	7	RW	L2SW Hardware IP Clock Enable 0: Disable 1: Enable (default)
FPGA CLKEN	6	RW	FPGA Hardware IP Clock Enable 0: Disable 1: Enable (default)
FIO CTL CLKEN	5	RW	FIO CTL Hardware IP Clock Enable 0: Disable 1: Enable (default)
DUMMY MASTER CLKEN	4	RW	DUMMY MASTER Hardware IP Clock Enable 0: Disable 1: Enable (default)
UADBG CLKEN	3	RW	UADBG Hardware IP Clock Enable 0: Disable 1: Enable (default)
DISP PWM CLKEN	2	RW	DISP PWM Hardware IP Clock Enable 0: Disable 1: Enable (default)
Reserved	1	RW	RESERVED
OSD0 CLKEN	0	RW	OSD0 Hardware IP Clock Enable 0: Disable 1: Enable (default)

0.11 Clock Gating Enable Register #0 (mo gclken0)
Address: 0x9C00002C
Reset: 0x0000 FFBF

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
PERI1 GCLKEN	15	RW	PERI1 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
UMCTL2 GCLKEN	14	RW	SDCTRL0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
A926 GCLKEN	13	RW	A926 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	12	RW	RESERVED
PERI0 GCLKEN	11	RW	PERI0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
SDCTRL0 GCLKEN	10	RW	SDCTRL Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
SPIFL GCLKEN	9	RW	SPIFL Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
RBUS L00 GCLKEN	8	RW	RBUS L00 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
BR GCLKEN	7	RW	BR Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
NOC GCLKEN	6	RW	NOC Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	5	RW	Reserved
IOP GCLKEN	4	RW	IOP Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
IOCTL GCLKEN	3	RW	IO CTL Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
RTC GCLKEN	2	RW	RTC Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	1	RW	reserved
SYSTEM GCLKEN	0	RW	SYSTEM Hardware Clock-Gating Enable 0: Disable 1: Enable (default)

0.12 Clock Gating Enable Register #1 (mo gclken1)
Address: 0x9C000030
Reset: 0x0000 FFFD

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
UADMA GCLKEN	15	RW	UADMA Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
DDC0 GCLKEN	14	RW	DDC0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
HWUA	13	RW	HWUA Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
UA4 GCLKEN	12	RW	UA4 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
UA3 GCLKEN	11	RW	UA3 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
UA2 GCLKEN	10	RW	UA2 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
UA1 GCLKEN	9	RW	UA1 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
UA0 GCLKEN	8	RW	UA0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
STC AV2 GCLKEN	7	RW	STC AV2 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
STC AV1 GCLKEN	6	RW	STC AV1 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
STC AV0 GCLKEN	5	RW	STC AV0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
STC0 GCLKEN	4	RW	STC0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	3	RW	RESERVED
CHIP GCLKEN	2	RW	TRACER Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	1	RW	RESERVED
DDR PHY0 GCLKEN	0	RW	DDR PHY0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)

0.13 Clock Gating Enable Register #2 (mo gclken2)
Address: 0x9C000034
Reset: 0x0000 FFFF

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
UPHY1 GCLKEN	14	RW	UPHY1 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
UPHY0 GCLKEN	13	RW	UPHY0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	12	RW	RESERVED
USBC1 GCLKEN	11	RW	USBC1 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
USBC0 GCLKEN	10	RW	USBC0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	9:7	RW	RESERVED
AUD GCLKEN	6	RW	AUD Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
SPI COMBO 3 GCLKEN	5	RW	SPI COMBO 3 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
SPI COMBO 2 GCLKEN	4	RW	SPI COMBO 2 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
SPI COMBO 1 GCLKEN	3	RW	SPI COMBO 1 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
SPI COMBO 0 GCLKEN	2	RW	SPI COMBO 0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
CBDMA1 GCLKEN	1	RW	CBDMA1 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
CBDMA0 GCLKEN	0	RW	CBDMA0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)

0.14 Clock Gating Enable Register #3 (mo gclken3)
Address: 0x9C000038
Reset: 0x0000 FFFF

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
CARD CTL1 GCLKEN	15	RW	CARD CTL1 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
CARD CTL0 GCLKEN	14	RW	CARD CTL0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
PMC GCLKEN	13	RW	PMC Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	12:4	RW	RESERVED
I2CM3 GCLKEN	3	RW	I2CM3 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
I2CM2 GCLKEN	2	RW	I2CM2 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
I2CM1 GCLKEN	1	RW	I2CM1 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
I2CM0 GCLKEN	0	RW	I2CM0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)

0.15 Clock Gating Enable Register #4 (mo gclken4)
Address: 0x9C00003C
Reset: 0x0000 FFFF

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
MIPICSI1 GCLKEN	15	RW	MIPI CSI1 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
MIPICSI0 GCLKEN	14	RW	MIPI CSI0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
CSIIW1 GCLKEN	23	RW	CSIIW1 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
CSIIW0 GCLKEN	12	RW	CSIIW0 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
DDFCH GCLKEN	11	RW	DDFCH Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	10:5	RW	RESERVED
BCH GCLKEN	4	RW	BCH Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	3	RW	RESERVED
CARD CTL4 GCLKEN	2	RW	CARD CTL4 Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	1:0	RW	RESERVED

0.16 Clock Gating Enable Register #5 (mo gclken5)
Address: 0x9C000040
Reset: 0x0000 FFFF

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	15:6	RW	RESERVED
VPOST GCLKEN	5	RW	VPOST Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	4:1	RW	RESERVED
HDMI TX GCLKEN	0	RW	HDMI TX Hardware Clock-Gating Enable 0: Disable 1: Enable (default)

0.17 Clock Gating Enable Register #6 (mo gclken6)
Address: 0x9C000044
Reset: 0x0000 FFFF

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
INTERRUPT GCLKEN	15	RW	INTERRUPT Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	14:11	RW	RESERVED
TCON GCLKEN	10	RW	TCON Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	9:2	RW	RESERVED
DMIX GCLKEN	1	RW	DMIX Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
TGEN GCLKEN	0	RW	TGEN Hardware Clock-Gating Enable 0: Disable 1: Enable (default)

0.18 Clock Gating Enable Register #7 (mo gclken7)
Address: 0x9C000048
Reset: 0x0000 FFFF

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	15:5	RW	RESERVED
RBUS TOP GCLKEN	4	RW	RBUS TOP Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
GPIO GCLKEN	3	RW	GPIO Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	2:1	RW	RESERVED
RGST GCLKEN	0	RW	RGST Hardware Clock-Gating Enable 0: Disable 1: Enable (default)

0.19 Clock Gating Enable Register #8 (mo gclken8)
Address: 0x9C00004C
Reset: 0x0000 FFFF

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	15:12	RW	RESERVED
I2C2CBUS GCLKEN	11	RW	I2C2CBUS Hardware Clock-Gating Enable 0: Disable (default) 1: Enable
SPIND GCLKEN	10	RW	SPI NAND Hardware Clock-Gating Enable 0: Disable (default) 1: Enable
Reserved	9:7	RW	RESERVED
MAILBOX GCLKEN	6	RW	MAILBOX Hardware Clock-Gating Enable 0: Disable 1: Enable (default)
Reserved	5:0	RW	RESERVED

0.20 Clock Gating Enable Register #9 (mo gclken9)
Address: 0x9C000050
Reset: 0x0000 FFFF

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	15:9	RO	RESERVED
AXI GLOBAL GCLKEN	8	RW	AXI GLOBAL Hardware IP Clock-Gating Enable 0: Disable 1: Enable (default)
ICM GCLKEN	7	RW	ICM Hardware IP Clock-Gating Enable 0: Disable 1: Enable (default)
L2SW GCLKEN	6	RW	L2SW Hardware IP Clock-Gating Enable 0: Disable 1: Enable (default)
FPGA GCLKEN	5	RW	FPGA Hardware IP Clock-Gating Enable 0: Disable 1: Enable (default)
FIO CTL GCLKEN	4	RW	FIO CTL Hardware IP Clock-Gating Enable 0: Disable 1: Enable (default)
DUMMY MASTER GCLKEN	3	RW	DUMMY MASTER Hardware IP Clock-Gating Enable 0: Disable 1: Enable (default)
UADBG GCLKEN	2	RW	UADBG Hardware IP Clock-Gating Enable 0: Disable 1: Enable (default)
DISP PWM GCLKEN	1	RW	DISP PWM Hardware IP Clock-Gating Enable 0: Disable 1: Enable (default)
OSD0 GCLKEN	0	RW	OSD0 Hardware IP Clock-Gating Enable 0: Disable 1: Enable (default)

0.21 Hardware Reset Control Register #0 (mo reset0)
Address: 0x9C000054
Reset: 0x0000 015D

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
PERI1 RESET	15	RW	TPI Hardware IP Reset Enable 0: Disable 1: Enable (default)
SDCTRL0 RESET	14	RW	SDCTRL0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
A926 RESET	13	RW	A926 Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	12	RW	RESERVED
PERI0 RESET	11	RW	PERI0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
SPI COMBO RESET	10	RW	SPI COMBO Hardware IP Reset Enable 0: Disable 1: Enable (default)
SPIFL RESET	9	RW	SPIFL Hardware IP Reset Enable 0: Disable 1: Enable (default)
RBUS L00 RESET	8	RW	RBUS L00 Hardware IP Reset Enable 0: Disable (default) 1: Enable
BR RESET	7	RW	BR Hardware IP Reset Enable 0: Disable 1: Enable (default)
NOC RESET	6	RW	NOC Hardware IP Reset Enable 0: Disable (default) 1: Enable
Reserved	5	RW	RESERVED
IOP RESET	4	RW	IOP Hardware IP Reset Enable 0: Disable (default) 1: Enable
IOCTL RESET	3	RW	IO CTL Hardware IP Reset Enable 0: Disable 1: Enable (default)
RTC RESET	2	RW	RTC Hardware IP Reset Enable 0: Disable (default) 1: Enable
Reserved	1	RW	RESERVED
SYSTEM RESET	0	RW	SYSTEM Hardware Reset Enable 0: Disable (default) 1: Enable

0.22 Hardware Reset Control Register #1 (mo reset1)
Address: 0x9C000058
Reset: 0x0000 0004

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
UADMA RESET	15	RW	UADMA Hardware IP Reset Enable 0: Disable 1: Enable (default)
DDC0 RESET	14	RW	DDC0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	13	RW	RESERVED
UA4 RESET	12	RW	UA4 Hardware IP Reset Enable 0: Disable 1: Enable (default)
UA3 RESET	11	RW	UA3 Hardware IP Reset Enable 0: Disable 1: Enable (default)
UA2 RESET	10	RW	UA2 Hardware IP Reset Enable 0: Disable 1: Enable (default)
UA1 RESET	9	RW	UA1 Hardware IP Reset Enable 0: Disable 1: Enable (default)
UA0 RESET	8	RW	UA0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
STC AV2 RESET	7	RW	STC AV2 Hardware IP Reset Enable 0: Disable 1: Enable (default)
STC AV1 RESET	6	RW	STC AV1 Hardware IP Reset Enable 0: Disable 1: Enable (default)
STC AV0 RESET	5	RW	STC AV0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
STC0 RESET	4	RW	STC0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	3	RW	RESERVED
CHIP RESET	2	RW	TRACER Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	1	RW	RESERVED
DDR PHY0 RESET	0	RW	DDR PHY0 Hardware IP Reset Enable 0: Disable 1: Enable (default)

0.23 Hardware Reset Control Register #2 (mo reset2)
Address: 0x9C00005C
Reset: 0x0000 0002

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
UPHY1 RESET	14	RW	UPHY1 Hardware IP Reset Enable 0: Disable 1: Enable (default)
UPHY0 RESET	13	RW	UPHY0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	12	RW	RESERVED
USBC1 RESET	11	RW	USBC1 Hardware IP Reset Enable 0: Disable 1: Enable (default)
USBC0 RESET	10	RW	USBC0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	9:7	RW	RESERVED
AUD RESET	6	RW	AUD Hardware IP Reset Enable 0: Disable 1: Enable (default)
SPI COMBO 3 RESET	5	RW	SPI COMBO 3 Hardware IP Reset Enable 0: Disable 1: Enable (default)
SPI COMBO 2 RESET	4	RW	SPI COMBO 2 Hardware IP Reset Enable 0: Disable 1: Enable (default)
SPI COMBO 2 RESET	3	RW	SPI COMBO 1 Hardware IP Reset Enable 0: Disable 1: Enable (default)
SPI COMBO 0 RESET	2	RW	SPI COMBO 0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
CBDMA1 RESET	1	RW	CBDMA1 Hardware IP Reset Enable 0: Disable 1: Enable (default)
CBDMA0 RESET	0	RW	CBDMA0 Hardware IP Reset Enable 0: Disable 1: Enable (default)

0.24 Hardware Reset Control Register #3 (mo reset3)
Address: 0x9C000060
Reset: 0x0000 3000

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
CARD1 CTL1 RESET	15	RW	CARD CTL1 Hardware IP Reset Enable 0: Disable 1: Enable (default)
CARD CTL0 RESET	14	RW	CARD CTL0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
PMC RESET	13	RW	PMC Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	12:4	RW	RESERVED
I2CM3 RESET3	3	RW	I2CM3 Hardware IP Reset Enable 0: Disable 1: Enable (default)
I2CM2 RESET2	2	RW	I2CM2 Hardware IP Reset Enable 0: Disable 1: Enable (default)
I2CM1 RESET1	1	RW	I2CM1 Hardware IP Reset Enable 0: Disable 1: Enable (default)
I2CM0 RESET0	0	RW	I2CM0 Hardware IP Reset Enable 0: Disable 1: Enable (default)

0.25 Hardware Reset Control Register #4 (mo reset4)
Address: 0x9C000064
Reset: 0x0000 0100

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
MIPICSI1 GCLKEN	15	RW	MIPI CSI1 Hardware IP Reset Enable 0: Disable 1: Enable (default)
MIPICSI0 GCLKEN	14	RW	MIPI CSI0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
CSIIW1 GCLKEN	13	RW	CSIIW1 Hardware IP Reset Enable 0: Disable 1: Enable (default)
CSIIW0 GCLKEN	12	RW	CSIIW0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
DDFCH0 GCLKEN	11	RW	DDFCH0 Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	10:5	RW	RESERVED
BCH RESET	4	RW	BCH Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	3	RW	RESERVED
CARD4 CTL1 RESET	2	RW	CARD CTL4 Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	1:0	RW	RESERVED

0.26 Hardware Reset Control Register #5 (mo reset5)
Address: 0x9C000068
Reset: 0x0000 0100

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	15:6	RW	RESERVED
VPOST GCLKEN	5	RW	VPOST Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	4:1	RW	RESERVED
HDMI CTL1 RESET	0	RW	HDMI Hardware IP Reset Enable 0: Disable 1: Enable (default)

0.27 Hardware Reset Control Register #6 (mo reset6)
Address: 0x9C00006C
Reset: 0x0000 0000

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
INTERRUPT RESET	15	RW	INTERRUPT Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	14:11	RW	RESERVED
TCON RESET	10	RW	TCON Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	9:2	RW	RESERVED
DMIX RESET	1	RW	DMIX Hardware IP Reset Enable 0: Disable 1: Enable (default)
TGEN RESET	0	RW	TGEN Hardware IP Reset Enable 0: Disable 1: Enable (default)

0.28 Hardware Reset Control Register #7 (mo reset7)
Address: 0x9C000070
Reset: 0x0000 0010

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	15:5	RW	RESERVED
RBUS TOP RESET	4	RW	RBUS TOP Hardware IP Reset Enable 0: Disable (default) 1: Enable
GPIO RESET	3	RW	GPIO Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	2:1	RW	RESERVED
RGST RESET	0	RW	RGST Hardware IP Reset Enable 0: Disable 1: Enable (default)

0.29 Hardware Reset Control Register #8 (mo reset8)
Address: 0x9C000074
Reset: 0x0000 0300

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
GPOST0 RESET	15	RW	GPOST Hardware IP Reset Enable 0: Disable 1: Enable (default)
DVE RESET	14	RW	DVE Hardware IP Reset Enable 0: Disable 1: Enable (default)
SEC RESET	13	RW	SEC Hardware IP Reset Enable 0: Disable 1: Enable (default)
GDMA RESET	12	RW	GDMA Hardware IP Reset Enable 0: Disable 1: Enable (default)
I2C2CBUS RESET	11	RW	I2C2CBUS Hardware IP Reset Enable 0: Disable 1: Enable (default)
SPIND RESET	10	RW	SPI NAND Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	9:7	RW	RESERVED
MAILBOX RESET	6	RW	MAILBOX Hardware IP Reset Enable 0: Disable 1: Enable (default)
Reserved	5:0	RW	RESERVED

0.30 Hardware Reset Control Register #9 (mo reset9)
Address: 0x9C000078
Reset: 0x0000 0080

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	15:9	RO	RESERVED
AXI GLOBAL RESET	8	RW	AXI GLOBAL Hardware IP Reset Enable 0: Disable 1: Enable (default)
ICM RESET	7	RW	ICM Hardware IP Reset Enable 0: Disable 1: Enable (default)
L2SW RESET	6	RW	L2SW Hardware IP Reset Enable 0: Disable 1: Enable (default)
FPGA RESET	5	RW	FPGA Hardware IP Reset Enable 0: Disable 1: Enable (default)
FIO CTL RESET	4	RW	FIO CTL Hardware IP Reset Enable 0: Disable 1: Enable (default)
DUMMY MASTER RESET	3	RW	DUMMY MASTER Hardware IP Reset Enable 0: Disable 1: Enable (default)
UADBG RESET	2	RW	UADBG Hardware IP Reset Enable 0: Disable 1: Enable (default)
DISP PWM RESET	1	RW	DISP PWM Hardware IP Reset Enable 0: Disable 1: Enable (default)
OSD0 RESET	0	RW	OSD0 Hardware IP Reset Enable 0: Disable 1: Enable (default)

0.31 Software Configure Hardware Mode (mo sft cfg mode)
Address: 0x9C00007C
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:5	RO	RESERVED
Reserved	16:10	RO	RESERVED
Reserved	9:5	RO	RESERVED
Reserved	4:0	RU	RESERVED

RGST Table Group 1 MOON 1

1.0 Test Mode Control Register (sft cfg 0)
Address:0x9C000080
Reset:0x0

Field Name	Bit	Access	Description
reserved	31:8	RW	RESERVED
reserved	17	RW	RESERVED
SFT CFG RTC TEST SEL	16	RW	RTC TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG USB1 TEST SEL	15	RW	USB1 TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG USB0 TEST SEL	14	RW	USB0 TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG PLLSPDIF TEST SEL	13	RW	PLLSPDIF TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG PLLTV TEST SEL	12	RW	PLLTV TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG PLLE TEST SEL	11	RW	PLLE TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG PLLF TEST SEL	10	RW	PLLF TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG PLLSYS C TEST SEL	9	RW	PLLSYS C TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG PLLA TEST SEL	8	RW	PLLA TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG DDRIO TEST SEL	7	RW	DDRIO TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG DDR SSCPLL TEST SEL	6	RW	DDR SSCPLL TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
Reserved	5	RW	RESERVED
SFT CFG THERMAL TEST SEL	4	RW	THERMAL TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG TMDSTX TEST SEL	3	RW	TMDSTX TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG MIPIDPHY1 TEST SEL	2	RW	MIPIDPHY1 TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG MIPIDPHY0 TEST SEL	1	RW	MIPIDPHY0 TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG CHIP PINMUX TEST SEL	0	RW	CHIP PINMUX TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion

1.1 PIN Mux Table Control Register #1 (sft cfg 1)
Address: 0x9C000084
Reset:0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG AUD EXT ADC IFX0 SEL	15	RW	AUD EXT ADC IFX0 Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG HDMI TX SEL	14:13		HDMI TX Pin-Mux Column Selection Set 0~3 to select pin mux to this group of funcion
SFT CFG FPGA IFX SEL	12	RW	FPGA IFX Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG CHIP UA2AXI SEL	11:10	RW	CHIP UA2AXI Pin-Mux Column Selection Set 0~3 to select pin mux to this group of funcion
SFT CFG CHIP DEBUG SEL	9:8	RW	CHIP DEBUG Pin-Mux Column Selection Set 0~3 to select pin mux to this group of funcion
SFT CFG UA0 SEL	7	RW	UA0 Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG SD CARD SEL	6	RW	SD CARD Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG CARD0 EMMC SEL	5	RW	CARD0 EMMC Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG SPI NAND SEL	4	RW	SPI NAND Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG SPI FLASH 4BIT SEL	3:2	RW	SPI FLASH 4BIT Pin-Mux Column Selection Set 0~3 to select pin mux to this group of funcion
SFT CFG SPI FLASH SEL	1:0	RW	SPI FLASH Pin-Mux Column Selection Set 0~3 to select pin mux to this group of funcion

1.2 PIN Mux Table Control Register #2 (sft cfg 2)
Address: 0x9C000088
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG UPHY0 IF SEL	15:14	RW	UPHY0 IF Pin-Mux Column Selection Set 0~3 to select pin mux to this group of funcion
SFT CFG UADBG SEL	13:12	RW	UADBG Pin-Mux Column Selection Set 0~3 to select pin mux to this group of funcion
SFT CFG IR IN SEL	11	RW	IR IN Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG SLV I2C SEL	10	RW	SLV I2C Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG DBG I2C SEL	9	RW	DBG I2C Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG CLKGENA SEL	8	RW	CLKGENA Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG PCM IEC TX SEL	7	RW	PCM IEC TX Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG PDMRX IFX0 SEL	6	RW	PDMRX IFX0 Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG TDMRX IFX0 SEL	5	RW	TDMRX IFX0 Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG TDMTX IFX0 SEL	4	RW	TDMTX IFX0 Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG IEC TX SEL	3	RW	IEC TX Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG AUD IEC RX0 SEL	2	RW	AUD IEC RX0 Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG AUD TEST SEL	1	RW	AUD TEST Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG AUD EXT DAC IFX0 SEL	0	RW	AUD EXT DAC IFX0 Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion

1.3 PIN Mux Table Control Register #3 (sft cfg 3)

Address: 0x9C00008C
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG 8051 JTAG SEL	15:14	RW	8051 JTAG Pin-Mux Column Selection Set 0~3 to select pin mux to this group of funcion
SFT CFG HWCFG PROB SEL	13	RW	HWCFG PROB Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG CLK27 OUT SEL	12	RW	CLK27 OUT Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG XCK OUT SEL	11	RW	XCK OUT Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG MO1 PLLA 135 147 O SEL	10	RW	MO1 PLLA 135 147 O Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG MO1 CLK27 O SEL	9	RW	MO1 CLK27 O Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG PROBE PORT SEL	8:7	RW	PROBE PORT Pin-Mux Column Selection Set 0~3 to select pin mux to this group of funcion
SFT CFG UPHY0 EXT SEL	6	RW	UPHY0 EXT Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG UPHY1 DEBUG SEL	5	RW	UPHY1 DEBUG Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG UPHY0 DEBUG SEL	4	RW	UPHY0 DEBUG Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG USBC1 OTG EN SEL	3	RW	USBC1 OTG EN Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG USBC0 OTG EN SEL	2	RW	USBC0 OTG EN Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
SFT CFG UPHY1 IF SEL	1:0	RW	UPHY1 IF Pin-Mux Column Selection Set 0~3 to select pin mux to this group of funcion

1.4 PIN Mux Table Control Register #4 (sft cfg 4)
Address: 0x9C000090
Reset:0x0

Field Name	Bit	Access	Description
Mask Bits	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	15:7	RW	RESERVED
SFT CFG LCDIF SEL	6	RW	LCD Interface Pin-Mux Column Selection Set 1 to select pin mux to this group of funcion
Reserved	5:2	RW	RESERVED
SFT CFG ARM926 JTAG SEL	1:0	RW	ARM926 JTAG Pin-Mux Column Selection Set 0~3 to select pin mux to this group of funcion

1.5 Reserved (rsv)
Address: 0x9C000094
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.6 Reserved (rsv)
Address: 0x9C000098
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.7 Reserved (rsv)
Address: 0x9C00009C

Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.7 Reserved (rsv)
Address: 0x9C00009C

Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.8 Reserved (rsv)
Address: 0x9C0000A0
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.9 Reserved (rsv)
Address: 0x9C0000A4
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.10 Reserved (rsv)
Address: 0x9C0000A8
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.11 Reserved (rsv)
Address: 0x9C0000AC

Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.12 Reserved (rsv)
Address: 0x9C0000B0
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.13 Reserved (rsv)
Address: 0x9C0000B4
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.14 Reserved (rsv)
Address: 0x9C0000B8
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.15 Reserved (rsv)
Address: 0x9C0000BC

Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.16 Reserved (rsv)
Address: 0x9C0000C0
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.17 Reserved (rsv)
Address: 0x9C0000C4
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.18 Reserved (rsv)
Address: 0x9C0000C8
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.19 Reserved (rsv)
Address: 0x9C0000CC

Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.20 Reserved (rsv)
Address: 0x9C0000D0
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.21 Reserved (rsv)
Address: 0x9C0000D4
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.22 Reserved (rsv)
Address: 0x9C0000D8
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.23 Reserved (rsv)
Address: 0x9C0000DC

Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.24 Reserved (rsv)
Address: 0x9C0000E0
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.25 Reserved (rsv)
Address: 0x9C0000E4
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.26 Reserved (rsv)
Address: 0x9C0000E8
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.27 Reserved (rsv)
Address: 0x9C0000EC

Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.28 Reserved (rsv)
Address: 0x9C0000F0
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.29 Reserved (rsv)
Address: 0x9C0000F4
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.30 Reserved (rsv)
Address: 0x9C0000F8
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

1.31 Reserved (rsv)
Address: 0x9C0000FC
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

RGST Table Group 2 MOON 2

2.0 PIN Mux Table Control Register for L2SW CLK & L2SW LED (sft cfg 0)
Address: 0x9C000100
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG L2SW LED FLASH0 SEL	14:8	RW	L2SW LED FLASH0 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG L2SW CLK OUT SEL	6:0	RW	L2SW CLK OUT Pin-Mux Column Selection

2.1 PIN Mux Table Control Register for L2SW LED & L2SW LED (sft cfg 1)
Address: 0x9C000104
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG L2SW LED ON0 SEL	14:8	RW	Layer 2 Switch LED ON0 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG L2SW LED FLASH1 SEL	6:0	RW	Layer 2 Switch LED FLASH1 Pin-Mux Column Selection

2.2 PIN Mux Table Control Register for L2SW LED & L2SW MAC (sft cfg 2)

Address: 0x9C000108
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG L2SW MAC SMI MDIO SEL	14:8	RW	Layer 2 Switch MAC SMI MDIO Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG L2SW LED ON1 SEL	6:0	RW	Layer 2 Switch LED ON1 Pin-Mux Column Selection

2.3 PIN Mux Table Control Register for L2SW P0 & L2SW P0 (sft cfg 3)
Address: 0x9C00010C

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG L2SW P0 MAC RMII TXD 0 SEL	14:8	RW	Layer 2 Switch P0 MAC RMII TXD0 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG L2SW P0 MAC RMII TXEN SEL	6:0	RW	Layer 2 Switch P0 MAC RMII TXEN Pin-Mux Column Selection

2.4 PIN Mux Table Control Register for L2SW P0 & L2SW P0 (sft cfg 4)
Address: 0x9C000110
Reset:0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG L2SW P0 MAC RMII CRSDV SEL	14:8	RW	Layer 2 Switch P0 MAC RMII CRSDV PinMux Column Selection
reserved	7	RW	RESERVED
SFT CFG L2SW P0 MAC RMII TXD1 SEL	6:0	RW	Layer 2 Switch P0 MAC RMII TXD1 Pin-Mux Column Selection

2.5 PIN Mux Table Control Register for L2SW P0 & L2SW P0 (sft cfg 5)
Address: 0x9C000114
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG L2SW P0 MAC RMII RXD1 SEL	14:8	RW	Layer 2 Switch P0 MAC RMII RXD1 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG L2SW P0 MAC RMII RXD0 SEL	6:0	RW	Layer 2 Switch P0 MAC RMII RXD0 Pin-Mux Column Selection

2.6 PIN Mux Table Control Register for L2SW P0 & L2SW P1 (sft cfg 6)
Address: 0x9C000118
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG L2SW P1 MAC RMII TXEN SEL	14:8	RW	Layer 2 Switch P1 MAC RMII TXEN Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG L2SW P0 MAC RMII RXER SEL	6:0		Layer 2 Switch P0 MAC RMII RXER Pin-Mux Column Selection

2.7 PIN Mux Table Control Register for L2SW P1 & L2SW P1 (sft cfg 7)
Address: 0x9C00011C

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG L2SW P1 MAC RMII TXD1 SEL	14:8	RW	Layer 2 Switch P1 MAC RMII TXD1 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG L2SW P1 MAC RMII TXD0 SEL	6:0		Layer 2 Switch P1 MAC RMII TXD0 Pin-Mux Column Selection

2.8 PIN Mux Table Control Register for L2SW P1 & L2SW P1 (sft cfg 8)
Address: 0x9C000120
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG L2SW P1 MAC RMII RXD0 SEL	14:8	RW	Layer 2 Switch P1 MAC RMII RXD0 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG L2SW P1 MAC RMII CRSDV SEL	6:0	RW	Layer 2 Switch P1 MAC RMII CRSDV PinMux Column Selection

2.9 PIN Mux Table Control Register for L2SW P1 & L2SW P1 (sft cfg 9)
Address: 0x9C000124
Reset:0x0

Field Name	Bit	Access	Description
Mask Bits	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 writings
reserved	15	RW	RESERVED
SFT CFG L2SW P1 MAC RMII RXER SEL	14:8	RW	Layer 2 Switch P1 MAC RMII RXER PinMux Column Selection
reserved	7	RW	RESERVED
SFT CFG L2SW P1 MAC RMII RXD1 SEL	6:0	RW	Layer 2 Switch P1 MAC RMII RXD1 PinMux Column Selection

2.10 PIN Mux Table Control Register for L2SW P1 & DAISY MODE (sft cfg 10)
Address: 0x9C000128
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SDIO CLK SEL	14:8	RW	SDIO CLK Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG DAISY MODE SEL	6:0	RW	DAISY MODE Pin-Mux Column Selection

2.11 PIN Mux Table Control Register for SDIO CLK & SDIO CMD (sft cfg 11)
Address: 0x9C00012C

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SDIO CMD SEL	14:8	RW	SDIO CMD Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SDIO CLK SEL	6:0	RW	SDIO CLK Pin-Mux Column Selection

2.12 PIN Mux Table Control Register for SDIO D0 & SDIO D1 (sft cfg 12)
Address: 0x9C000130
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SDIO D1 SEL	14:8	RW	SDIO D1 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SDIO D0 SEL	6:0	RW	SDIO D0 Pin-Mux Column Selection

2.13 PIN Mux Table Control Register for SDIO D2 & SDIO D3 (sft cfg 13)
Address: 0x9C000134
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SDIO D3 SEL	14:8	RW	SDIO D3 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SDIO D2 SEL	6:0	RW	SDIO D2 Pin-Mux Column Selection

2.14 PIN Mux Table Control Register for PWM0 & PWM1 (sft cfg 14)
Address: 0x9C000138
Reset:0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG PWM1	14:8	RW	PWM1 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG PWM0	6:0	RW	PWM0 Pin-Mux Column Selection

2.15 PIN Mux Table Control Register for PWM2 & PWM3 (sft cfg 15)
Address: 0x9C00013C

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG PWM3 SEL	14:8	RW	PWM3 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG PWM2 SEL	6:0	RW	PWM2 Pin-Mux Column Selection

2.16 PIN Mux Table Control Register for PWM4 & PWM5 (sft cfg 16)
Address: 0x9C000140
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG PWM5 SEL	14:8	RW	PWM5 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG PWM4 SEL	6:0	RW	PWM4 Pin-Mux Column Selection

2.17 PIN Mux Table Control Register for PWM6 & PWM7 (sft cfg 17)

Address: 0x9C000144
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG PWM7 SEL	14:8	RW	PWM7 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG PWM6 SEL	6:0	RW	PWM6 Pin-Mux Column Selection

2.18 PIN Mux Table Control Register for ICM0 D & ICM1 D (sft cfg 18)
Address: 0x9C000148
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG ICM1	14:8	RW	ICM1 D Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG ICM0	6:0	RW	ICM0 D Pin-Mux Column Selection

2.19 PIN Mux Table Control Register for ICM2 D & ICM3 D (sft cfg 19)
Address: 0x9C00014C

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG ICM3	14:8	RW	ICM3 D Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG ICM2	6:0	RW	ICM2 D Pin-Mux Column Selection

2.20 PIN Mux Table Control Register for ICM0 CLK & ICM1 CLK (sft cfg 20)
Address: 0x9C000150
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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	RRESERVED
SFT CFG ICM1 CLK SEL	14:8	RW	ICM1 CLK Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG ICM0 CLK SEL	6:0	RW	ICM0 CLK Pin-Mux Column Selection

2.21 PIN Mux Table Control Register for ICM2 CLK & ICM3 CLK (sft cfg 21)
Address: 0x9C000154
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG ICM3 CLK SEL	14:8	RW	ICM3 CLK Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG ICM2 CLK SEL	6:0	RW	ICM2 CLK Pin-Mux Column Selection

2.22 PIN Mux Table Control Register for SPIM0 INT & SPIM0 CLK (sft cfg22)
Address:0x9C000158
Reset:0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPIM0 CLK SEL	14:8	RW	SPIM0 CLK Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPIM0 INT SEL	6:0	RW	SPIM0 INT Pin-Mux Column Selection

2.23 PIN Mux Table Control Register for SPIM0 EN & SPIM0 DO (sft cfg 23)
Address: 0x9C00015C

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPIM0 D0 SEL	14:8	RW	SPIM0 D0 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPIM0 EN SEL	6:0	RW	SPIM0 EN Pin-Mux Column Selection

2.24 PIN Mux Table Control Register for SPIM0 DI & SPIM1 INT (sft cfg 24)
Address: 0x9C000160
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPIM0 INT SEL	14:8	RW	SPIM0 INT Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPIM0 DI SEL	6:0	RW	SPIM0 DI Pin-Mux Column Selection

2.25 PIN Mux Table Control Register for SPIM1 CLK & SPIM1 CEN (sft cfg25)
Address: 0x9C000164
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPIM0 CEN SEL	14:8	RW	SPIM0 CEN Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPIM0 CLK SEL	6:0	RW	SPIM0 CLK Pin-Mux Column Selection

2.26PIN Mux Table Control Register for SPIM1 DO & SPIM1 DI (sft cfg 26)

Address: 0x9C000168
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPIM1 DI SEL	14:8	RW	SPIM1 DI Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPIM1 DO SEL	6:0	RW	SPIM1 DO Pin-Mux Column Selection

2.27 PIN Mux Table Control Register for SPIM2 INT & SPIM2 CLK (sft cfg27)
Address: 0x9C00016C

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPIM2 CLK SEL	14:8	RW	SPIM2 CLK Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPIM2 INT SEL	6:0	RW	SPIM2 INT Pin-Mux Column Selection

2.28 PIN Mux Table Control Register for SPIM2 CEN & SPIM2 DO (sft cfg28)
Address: 0x9C000170
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPIM2 DO SEL	14:8	RW	SPIM2 DO Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPIM2 CEN SEL	6:0	RW	SPIM2 CEN Pin-Mux Column Selection

2.29 PIN Mux Table Control Register for SPIM2 DI & SPIM3 INT (sft cfg 29)
Address: 0x9C000174
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPIM3 INT SEL	14:8	RW	SPIM3 INT Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPIM2 DI SEL	6:0	RW	SPIM2 DI Pin-Mux Column Selection

2.30 PIN Mux Table Control Register for SPIM3 CLK & SPIM3 CEN (sft cfg30)
Address: 0x9C000178
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPIM3 CEN SEL	14:8	RW	SPIM3 CEN Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPIM3 CLK SEL	6:0	RW	SPIM3 CLK Pin-Mux Column Selection

2.31 PIN Mux Table Control Register for SPIM3 DO & SPIM3 DI (sft cfg 31)
Address: 0x9C00017C

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPIM3 DI SEL	14:8	RW	SPIM3 DI Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPIM3 DO SEL	6:0	RW	SPIM3 DO Pin-Mux Column Selection

RGST Table Group 3 MOON 3

3.0 PIN Mux Table Control Register for SPI0S INT & SPI0S CLK (sft cfg 32)
Address: 0x9C000180
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPI0S CLK SEL	14:8	RW	SPI0S CLK Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPI0S INT SEL	6:0	RW	SPI0S INT Pin-Mux Column Selection

3.1 PIN Mux Table Control Register for SPI0S EN & SPI0S DO (sft cfg 33)
Address: 0x9C000184
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPI0S DO SEL	14:8	RW	SPI0S DO Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPI0S EN SEL	6:0	RW	SPI0S EN Pin-Mux Column Selection

3.2 PIN Mux Table Control Register for SPI0S DI & SPI1S INT (sft cfg 34)
Address: 0x9C000188
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPI1S INT SEL	14:8	RW	SPI1S INT Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPI0S DI SEL	6:0	RW	SPI0S DI Pin-Mux Column Selection

3.3 PIN Mux Table Control Register for SPI1S CLK & SPI1S EN (sft cfg 35)
Address: 0x9C00018C

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPI1S EN SEL	14:8	RW	SPI1S EN Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPI1S CLK SEL	6:0	RW	SPI1S CLK Pin-Mux Column Selection

3.4 PIN Mux Table Control Register for SPI1S DO & SPI1S DI (sft cfg 36)
Address: 0x9C000190
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPI1S DI SEL	14:8	RW	SPI1S DI Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPI1S DO SEL	6:0	RW	SPI1S DO Pin-Mux Column Selection

3.5 PIN Mux Table Control Register for SPI2S INT & SPI2S CLK (sft cfg 37)
Address: 0x9C000194
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPI2S CLK SEL	14:8	RW	SPI2S CLK Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPI2S INT SEL	6:0	RW	SPI2S INT Pin-Mux Column Selection

3.6 PIN Mux Table Control Register for SPI2S EN & SPI2S DO (sft cfg 38)
Address: 0x9C000198
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPI2S DO SEL	14:8	RW	SPI2S DO Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPI2S EN SEL	6:0	RW	SPI2S EN Pin-Mux Column Selection

3.7 PIN Mux Table Control Register for SPI2S DI & SPI3S INT (sft cfg 39)
Address: 0x9C00019C

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPI3S INT SEL	14:8	RW	SPI3S INT Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPI2S DI SEL	6:0	RW	SPI2S DI Pin-Mux Column Selection

3.8 PIN Mux Table Control Register for SPI3S CLK & SPI3S EN (sft cfg 40)

Address: 0x9C0001A0
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPI3S EN SEL	14:8	RW	SPI3S EN Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPI3S CLK SEL	6:0	RW	SPI3S CLK Pin-Mux Column Selection

3.9 PIN Mux Table Control Register for SPI3S DO & SPI3S DI (sft cfg 41)
Address: 0x9C0001A4
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG SPI3S DI SEL	14:8	RW	SPI3S DI Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG SPI3S DO SEL	6:0	RW	SPI3S DO Pin-Mux Column Selection

3.10 PIN Mux Table Control Register for I2CM0 CK & I2CM0 DAT (sft cfg 42)
Address: 0x9C0001A8
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG I2CM0 DAT SEL	14:8	RW	I2CM0 DAT Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG I2CM0 CK SEL	6:0	RW	I2CM0 CK Pin-Mux Column Selection

3.11 PIN Mux Table Control Register for I2CM1 CK & I2CM1 DAT (sft cfg 43)
Address: 0x9C0001AC

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG I2CM1 DAT SEL	14:8	RW	I2CM1 DAT Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG I2CM1 CK SEL	6:0	RW	I2CM1 CK Pin-Mux Column Selection

3.12 PIN Mux Table Control Register for I2CM2 CK & I2CM2 D (sft cfg 44)
Address: 0x9C0001B0
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG I2CM2 DAT SEL	14:8	RW	I2CM2 DAT Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG I2CM2 CK SEL	6:0	RW	I2CM2 CK Pin-Mux Column Selection

3.13 PIN Mux Table Control Register for I2CM3 CK & I2CM3 D (sft cfg 45)
Address: 0x9C0001B4
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG I2CM3 DAT SEL	14:8	RW	I2CM3 DAT Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG I2CM3 CK SEL	6:0	RW	I2CM3 CK Pin-Mux Column Selection

3.14 PIN Mux Table Control Register for UA1 TX & UA1 RX (sft cfg 46)
Address: 0x9C0001B8
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG UA1 RX SEL	14:8	RW	UA1 RX Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG UA1 TX SEL	6:0	RW	UA1 TX Pin-Mux Column Selection

3.15 PIN Mux Table Control Register for UA1 CTS & UA1 RTS (sft cfg 47)
Address: 0x9C0001BC

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG UA1 RTS SEL	14:8	RW	UA1 RTS Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG UA1 CTS SEL	6:0	RW	UA1 CTS Pin-Mux Column Selection

3.16 PIN Mux Table Control Register for UA2 TX & UA2 RX (sft cfg 48)
Address: 0x9C0001C0
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG UA2 RX SEL	14:8	RW	UA2 RX Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG UA2 TX SEL	6:0	RW	UA2 TX Pin-Mux Column Selection

3.17 PIN Mux Table Control Register for UA2 CTS & UA2 RTS (sft cfg 49)

Address: 0x9C0001C4
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG UA2 RTS SEL	14:8	RW	UA2 RTS Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG UA2 CTS SEL	6:0	RW	UA2 CTS Pin-Mux Column Selection

3.18 PIN Mux Table Control Register for UA3 TX & UA3 RX (sft cfg 50)
Address: 0x9C0001C8
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG UA3 RX SEL	14:8	RW	UA3 RX Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG UA3 TX SEL	6:0	RW	UA3 TX Pin-Mux Column Selection

3.19 PIN Mux Table Control Register for UA3 CTS & UA3 RTS (sft cfg 51)
Address: 0x9C0001CC

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG UA3 RTS SEL	14:8	RW	UA3 RTS Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG UA3 CTS SEL	6:0	RW	UA3 CTS Pin-Mux Column Selection

3.20 PIN Mux Table Control Register for UA4 TX & UA4 RX (sft cfg 52)
Address: 0x9C0001D0
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG UA4 RX SEL	14:8	RW	UA4 RX Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG UA4 TX SEL	6:0	RW	UA4 TX Pin-Mux Column Selection

3.21 PIN Mux Table Control Register for UA4 CTS & UA4 RTS (sft cfg 53)
Address: 0x9C0001D4
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG UA4 RTS SEL	14:8	RW	UA4 RTS Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG UA4 CTS SEL	6:0	RW	UA4 CTS Pin-Mux Column Selection

3.22 PIN Mux Table Control Register for TIMER0 INT & TIMER1 INT (sft cfg54)
Address: 0x9C0001D8
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG TIMER1 INT SEL	14:8	RW	TIMER1 INT Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG TIMER0 INT SEL	6:0	RW	TIMER0 INT Pin-Mux Column Selection

3.23 PIN Mux Table Control Register for TIMER2 INT & TIMER3 INT (sft cfg55)
Address: 0x9C0001DC

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG TIMER3 INT SEL	14:8	RW	TIMER3 INT Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG TIMER2 INT SEL	6:0	RW	TIMER2 INT Pin-Mux Column Selection

3.24 PIN Mux Table Control Register for GPIO INT0 & GPIO INT1 (sft cfg56)
Address: 0x9C0001E0
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG GPIO INT1 SEL	14:8	RW	GPIO INT1 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG GPIO INT0 SEL	6:0	RW	GPIO INT0 Pin-Mux Column Selection

3.25 PIN Mux Table Control Register for GPIO INT2 & GPIO INT3 (sft cfg57)
Address: 0x9C0001E4
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG GPIO INT3 SEL	14:8	RW	GPIO INT3 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG GPIO INT2 SEL	6:0	RW	GPIO INT2 Pin-Mux Column Selection

3.26 PIN Mux Table Control Register for GPIO INT4 & GPIO INT5 (sft cfg58)
Address: 0x9C0001E8
Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG GPIO INT5 SEL	14:8	RW	GPIO INT5 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG GPIO INT4 SEL	6:0	RW	GPIO INT4 Pin-Mux Column Selection

3.27 PIN Mux Table Control Register for GPIO INT6 & GPIO INT7 (sft cfg59)

Address: 0x9C0001EC

Reset: 0x0

Field Name	Bit	Access	Description
Mask Bits	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
SFT CFG GPIO INT7 SEL	14:8	RW	GPIO INT7 Pin-Mux Column Selection
reserved	7	RW	RESERVED
SFT CFG GPIO INT6 SEL	6:0	RW	GPIO INT6 Pin-Mux Column Selection

3.28 Reserved (rsv)
Address: 0x9C0001F0
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

3.29 Reserved (rsv)
Address: 0x9C0001F4
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

3.30 Reserved (rsv)
Address: 0x9C0001F8
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

3.31 Reserved (rsv)
Address: 0x9C0001FC
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

RGST Table Group 4 MOON4

4.0 SPDIF PLL Control Register #0 (mo4 pllsp ctl 0)
Address: 0x9C000200
Reset: 0x0000 BB49

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
MO3 PLLSP ICPP	15:12	RW	PLLSPDIF PD Charge Pump Current 0x0: 2uA 0x1: 4uA (default) 0x2: 8uA 0x3: 12uA 0x4: 16uA 0x5: 20uA 0x6: 24uA 0x7: 29uA
Reserved	11	RW	RESERVED
MO3 PLLSP ICPF	10:8	RW	PLLSPDIF FD Charge Pump Current 0x0: 2uA 0x1: 4uA (default) 0x2: 8uA 0x3: 12uA 0x4: 16uA 0x5: 20uA 0x6: 24uA 0x7: 29uA
MO3 PLLSP FBDIV	7:4	RW	PLLSPDIF Feedback Divider SRC_SEL_SP=0(SPDIFIN) 0x0: div6 0x1: div8 0x2: div12 0x3: div16 0x4: div24 (default) 0x5: div32 0x6: div36 0x7: div48 0x8: div64 0x9: div72 0xA: div96 Others: div4 SRC_SEL_SP=1(ADCBCKIN) 0x0: div12 0x1: div16 0x2: div24 0x3: div32 0x4: div48 (default) 0x5: div64 0x6: div72 0x7: div96 0x8: div128 0x9: div144 0xA: div192 Others: div8
MO3 PLLSP CTL FROM DSP	3	RW	PLLSPDIF Control Source From Audio-DSP
MO3 PLLSP BP	2	RW	PLLSPDIF Bypass Mode Enable
MO3 PLLSP BANK	1:0	RW	PLLSPDIF VCO Bank Selection

4.1 SPDIF PLL Control Register #1 (mo4 pllsp ctl 1)
Address: 0x9C000204
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.
MO3 PLLSP LOCKDETEN	15	RW	PLLSPDIF Lock Detector Enable
MO3 PLLSP FBDIVEN	14	RW	PLLSPDIF FBDIV Enable
MO3 PLLSP LRCYCLE	13:12	RW	PLLSPDIF I2S Format
MO3 PLLSP DIS FD2 MODE	11	RW	PLLSPDIF Disable FD2 Mode 0: FD2 disabled by PD_N only 1: FD2 disabled by PD_N and FLD2_OUT
MO3 PLLSP SR	10:8	RW	PLLSPDIF Sampling Rate 0x0: 32K 0x1: 48K 0x2: 96K 0x3: 192K 0x4: 44.1K 0x5: 88.2K 0x6: 176.4K 0x7: 176.4K
MO3 PLLSP DIS FD1 MODE	7	RW	PLLSPDIF Disable FD1 Mode 0: FD1 disabled by PD_N only 1: FD1 disabled by PD_N and FLD1_OUT
MO3 PLLSP LTCLK PARX	6:4	RW	PLLSPDIF Divider Option Control
MO3 PLLSP PULSEW	3:0	RW	PLLSPDIF Pulse Width of Pulse Generator 0x0~7: Bypass Pulse Gen 0x8: 0.72ns 0x9: 1.83ns 0xA: 3.48ns 0xB: 5.1ns 0xC: 6.78ns 0xD: 8.43ns 0xE: 10.08ns 0xF: 11.43ns

4.2 SPDIF PLL Control Register #2 (mo4 pllsp ctl 2)
Address: 0x9C000208
Reset: 0x0000 9206

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.
MO3 PLLSP FLD1 PARAM	15:0	RW	PLLSPDIF Frequency Lock Detector 1 Parameter

4.3 SPDIF PLL Control Register #3 (mo4 pllsp ctl 3)
Address: 0x9C00020C

Reset: 0x0000 9206

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.
MO3 PLLSP FLD2 PARAM	15:0	RW	PLLSPDIF Frequency Lock Detector 2 Parameter

4.4 SPDIF PLL Control Register #4 (mo4 pllsp ctl 4)
Address: 0x9C000210
Reset: 0x0000 9E47

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.
MO3 PLLSP PFLD PARAM	15:0	RW	PLLSPDIF Phase-Frequency Lock Detector Parameter

4.5 SPDIF PLL Control Register #5 (mo4 pllsp ctl 5)
Address: 0x9C000214
Reset: 0x0000 9106

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.
MO3 PLLSP PLD PARAM	15:0	RW	PLLSPDIF Phase Lock Detector Parameter

4.6 SPDIF PLL Control Register #6 (mo4 pllsp ctl 6)
Address: 0x9C000218
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	15:11	RW	RESERVED
MO3 PLLSP SLOW EN	10	RW	Enable for all exceptional zero type SPDIF data 0: Disable all zero mode (default) 1: Enable all zero mode
MO3 PLLSP SRC SEL	9	RW	PLLSPDIF Input Source Selection 0: SPDIFIN (default) 1: BCKIN
MO3 PLLSP PDN	8	RW	PLLSPDIF Power Down 0: Power down SPDIFPLL 1: Active SPDIFPLL
MO3 PLLSP RSV IN	7:0	RW	PLLSPDIF Reserved In

4.7 PLLA Control Register #0 (mo4 plla ctl 0)
Address: 0x9C00021C

Reset: 0x0000 3022

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 PLLA FS EL	14	RW	PLLA Higher Corner Frequency Selection 0: Corner frequency is 0.1fs(default) 1: Corner frequency is 0.18fs
MO PLLA IT SEL	13	RW	PLLA SDM Input Dithering 0: Dither off (default) 1: Dither on
MO PLLA BP	12	RW	PLLA Bypass Mode 0: Normal function 1: Bypass PLLA clock output to reference source (default)
MO PLLA PD N	11	RW	PLLA Power Down 0: Power down (default) 1: Power up
MO PLLA DOUBLE SEL	10	RW	PLLA Double Frequency Selection 0: Normal function (default) 1: Enable double function
MO PLLA RSV IN	9:2	RW	PLLA Resevred Bit
MO PLLA CP SEL	1:0	RW	PLLA Cp in Loop Filter Option 0x0: 11pF 0x1: 17.2pF 0x2: 23.5pF 0x3: 29.8pF

4.8 PLLA Control Register #1 (mo4 plla ctl 1)
Address: 0x9C000220
Reset: 0x6138 B022

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 PLLA PH SEL	14:11	RW	Fractional part of Base Modulus (N is integer part of Base Modulus, x is the residue of fractional dividing modulus) 0x0: N.0x 0x1: N.1x 0x2: N.2x 0x3: N.3x 0x4: N.4x 0x5: N.5x 0x6: N.6x 0x7: N.7x 0x8: N.8x 0x9: (N-1).9x others: reserved
MO PLLA FCKOUT DIV SEL	10	RW	PLLA Clock out divider for pinmux out 0: Div by 2 (default) 1: Div by 4
Reserved	9	RW	RESERVED
MO PLLA CS SEL	8:7	RW	PLLA Cs in Loop Filter Option Cs option of LPF 0x0: 11pF 0x1: 17.2pF 0x2: 23.5pF 0x3: 29.8pF (default)
Reserved	6	RW	RESERVED
MO PLLA BANK	5:4	RW	PLLA Frequency Selection 0x0: guard bank 0x1: for FCKOUT=135M &147MHz 0x2: for FCKOUT=180M &196MHz (default) 0x3: guard bank
Reserved	3	RW	RESERVED
MO PLLA ICP	2:0	RW	PLLA Charge Pump Current Selection 0x0: 2uA 0x1: 4uA (default) 0x2: 8uA 0x3: 12uA 0x4: 16uA 0x5: 20uA 0x6: 24uA 0x7: 28uA

4.9 PLLA Control Register #2 (mo4 plla ctl 2)
Address:0x9C000224
Reset: 0x0000 04C8

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 PLLA PH STEP SEL	14:13	RW	Adjacent phase skip step selection control 0x0: Skip 0T 0x1: Skip 0.1T 0x2: Skip 0.2T 0x3: Skip 0T
MO PLLA DIVR	12:11	RW	post divider control 0x0: FCKOUT=FVCO 0x1: FCKOUT=FVCO/2 0x2: FCKOUT=FVCO/4 0x3: FCKOUT=FVCO/4
MO PLLA DIVM	10:9	RW	CKREF dividing selection of DIVM block 0x0: ckr=CLKREF 0x1: ckr=CLKREF/2 0x2: ckr=CLKREF/3 0x3: ckr=CLKREF/4
MO PLLA RS SEL	8:7	RW	PLLA Rs in Loop Filter Option Rs option of LPF 0x0: 4kOhm 0x1: 11kOhm (default) 0x2: 18kOhm 0x3: 25kOhm
MO PLLA MUXEL	6	RW	Double PFD selection to avoid from fault lock 0: force single PFD output to CHP 1: force double PFD output to CHP
MO PLLA DIVN	5:0	RW	Integer N dividing modulus control 0x0: /2 0x1: /1 0x2: /2 0x3: /3 0x4: /4 0x5: /5 0x6: /6 0x7: /7 0x8: /8 0x9: /9 ... 0x3D: /61 0x3E: /62 0x3F: /63

4.10 PLLA Control Register #3 (mo4 plla ctl 3)
Address: 0x9C000228
Reset: 0x0000 0402

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	15:11	RW	RESERVED
MO PLLA K SDM	10:0	RW	SDM fractional part of fractional dividing modulus Value range is from 0˜2047. Referring to timing description section to use this register 0x000: 0 0x001: 1 0x002: 2 ... 0x1fe: 2046 0x1ff: 2047

4.11 PLLA Control Register #4 (mo4 plla ctl 4)
Address: 0x9C00022C

Reset: 0x0000 0402

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	15:14	RW	RESERVED
MO PLLA TEST	13	RW	PLLA Test mode control 0: Test mode disable 1: Test mode enable
MO PLLA SRDIV	12:11	RW	SR dividing modulus when test mode enable: For MCLK Testing 2'b00: FCKSR=FVCO6 2'b01: FCKSR=FVCO8 For Sampling Rate Testing 2'b10: FCKSR=FVCO3072 2'b11: FCKSR=FVCO4096
MO PLLA M SDM	10:0	RW	SDM quantizer threshold, value range is from 0˜2047. Referring to timing description section to use this register 0x000: 0 0x001: 1 0x002: 2 ... 0x1fe: 2046 0x1ff: 2047

4.12 PLLE Control Register #1 (mo4 plle ctl)
Address: 0x9C000230
Reset: 0x6138 B022

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 PLLE CLKOUT DIV	14	RW	PLL Clock output divider 0x0: PLL clock output 0x1: PLL clock div 2 output
MO PLLE EN FCK2P5M	13	RW	FCK2P5M clock enable 0x0: disalbe 0x1: enable
MO PLLE EN FCK25M	12	RW	FCK25M clock enable 0x0: disalbe 0x1: enable
MO PLLE EN FCK	11	RW	FCK112P5M clock enable 0x0: disalbe 0x1: enable
MO PLLE RSV IN	10:7	RW	PLLE Resevred Bit
MO PLLE PD N	6	RW	Power down signal 0x0: disable PLL (power down) 0x1: enable PLL
MO PLLE ICP	5:3	RW	ICP current selection of CHP block 0x0: ICP=5uA 0x1: ICP=10uA 0x2: ICP=15uA 0x3: ICP=20uA 0x4: ICP=25uA 0x5: ICP=30uA 0x6: ICP=35uA 0x7: ICP=40uA
MO PLLE BP	2	RW	Bypass mode enable BP=1, FCKOUT=CLK27 (Only can be enabled when PD N=1)
MO PLLE BANK	1:0	RW	PLLE frequency selection 0x0:2.338GHz/V 0x1:2.617GHz/V 0x2: 2.886GHz/V 0x3: 3.103GHz/V

4.13 PLLF Control Register #0 (mo4 pllf ctl)
Address: 0x9C000234
Reset: 0x6138 B022

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	15:12	RW	RESERVED
MO PLLF CLKOUT DIV	11	RW	PLL Clock output divider 1'b0: PLL clock output 1'b1: PLL clock div 2 output
MO PLLF BP	10	RW	PLL Clock Bypass 1'b0:Normal mode 1'b1: Bypass mode
MO PLLF G	9:8	RW	VCO Gain Curve control 2'b00: min gain 2'b01: and 2'b10: normal gain 2'b11: max gain
MO PLLF ICP	7:5	RW	PLL Charge pump Current adjust 3'b000: 10uA 3'b001: 15uA 3'b010: 20uA 3'b011: 25uA 3'b100: 30uA 3'b101: 35uA 3'b110: 40uA 3'b111: 45uA
MO PLLF NS	4:1	RW	SYSPLL Feedback divider control 4'b0011: 4 4'b0100: 5 4'b0101: 6 4'b0110: 7 4'b0111: 8 4'b1000: 9 4'b1001: 10 4'b1010: 11 4'b1011: 12 4'b1100: 13 4'b1101: 14 4'b1110: 15 4'b1111: 16 Other: not use
MO PLLF PD N	0	RW	PLL Power down control: 1'b0: power down mode 1'b1: normal mode

4.14 PLLTV Control Register #0 (mo4 plltv ctl 0)
Address: 0x9C000238
Reset: 0x8044 9CC8

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 PLLTV BP	15	RW	Bypass mode enable 0: For normal operation 1: FCKOUT TV= FCKOUT A TV =27MHz, (Only can be enabled when PD N TV=1)
MO PLLTV CAP SEL	14	RW	Loop filter CAP selection bit 0:For integer mode (normal) (Default) 1:For fractional mode (CAP large than normal)
MO PLLTV MUX SEL	13	RW	Double PFD mux select 0: single-edge PFD output 1: double-edge PFD output for DOUBLE SEL=1
MO PLLTV NFRA	12:6	RW	Fraction part of fractional divider number
MO PLLTV PH EN	5	RW	Test pin for power saving PH EN TV =0, Using power-saving scheme depending on SEL FRA TV & PH SEL TV PH EN TV =1, Forcing not using power saving.
MO PLLTV PH SEL	4	RW	Phase Selection Mode Enable 0: Disable phase-selection mode 1:(Default) Enable phase-selection mode
MO PLLTV RSTB SDM	3	RW	SDM reset pin (low active)
MO PLLTV SDM MOD	2	RW	SDM Quantizer mod select 0: (Default) SDM with Quantizer of mod=91 (original) 1: SDM with Quantizer of mod=55 (modified)
MO PLLTV SEL FRA	1	RW	Fractional Divider Selection 0: Select integer divider (Default) (For 297M , 148.5MHz and 74.25MHz) 1: Select fractional divider (For 296.703296M , 148.3516484MHz and 74.1758242MHz)
MO PLLTV PD N	0	RW	Power down signal 0: disable PLL (power down) 1: enable PLL (Default)

4.15 PLLTV Control Register #1 (mo4 plltv ctl 1)
Address: 0x9C00023C

Reset:0x001A 0200

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 PLLTV FCKOUT DIV SEL	14	RW	FCKOUT clock divider for probing 0: FCKOUT divide 2 output 1: FCKOUT divide 4 output
MO PLLTV RSV IN	13:10	RW	Reserved pin
MO PLLTV DIT SEL	9	RW	Dithering select bit 0: dithering disable 1: dithering enable
MO PLLTV DIVR	8:7	RW	00: FCKOUT =FVCO1 01: FCKOUT =FVCO2 10: FCKOUT =FVCO4 11: FCKOUT =FVCO8
MO PLLTV DOULE SEL	6	RW	Double sampling select 0: Double sampling off 1: Double sampling on, FVCO doubles
MO PLLTV FCKOUT A SEL	5	RW	FCKOUT A Select TV 0: FCKOUT A TV = FCKOUT TV (Default) 1: FCKOUT A TV = 1/2*FCKOUT TV
MO PLLTV FS SEL	4	RW	PLLTV corner frequency select FS SEL TV =0 corner frequency of NTF is 0.1fs FS SEL TV =1 (Default) corner frequency of NTF is 0.18fs
MO PLLTV ICP	3:0	RW	Charge Pump Current selection Normal mode (0,0,0,0) current = 10uA (0,0,0,1) current = 15uA (0,0,1,0) current = 20uA (0,0,1,1) current = 25uA (0,1,0,0) current = 30uA (Default) (0,1,0,1) current = 35uA (0,1,1,0) current = 40uA (0,1,1,1) current = 45uA Fractional mode (1,0,0,0) current = 1uA (1,0,0,1) current = 2uA (1,0,1,0) current = 3uA (1,0,1,1) current = 4uA (1,1,0,0) current = 5uA (1,1,0,1) current = 6uA (1,1,1,0) current = 7uA (1,1,1,1) current = 8uA

4.16 PLLTV Control Register #2 (mo4 plltv ctl 2)
Address: 0x9C000240
Reset: 0x001A 0200

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 PLLTV DIVM	14:8	RW	Reference divider counter number, get more information at Timing Description section
MO PLLTV DIVN	7:0	RW	VCO feedback divider counter number, get more information at Timing Description section

4.17 USBC Control Register (mo4 usbc ctl)
Address: 0x9C000244
Reset: 0x0000 3030

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
MO1 USBC1 USB0 TYPE	14	RW	USBC1 OTG Type Selection
MO1 USBC1 USB0 SEL	13	RW	USBC1 OTG Mode Selection
MO1 USBC1 USB0 CTRL	12	RW	USBC1 OTG Control Selection
MO1 USBC1 POWER MODE	11	RW	USBC1 Power Control
MO1 USBC1 POWER CONTROL	10	RW	USBC1 Power Control Selection
MO1 USBC1 NODRIVE	9	RW	USBC1 No-Drive Control
MO1 USBC1 CTRL DPDMPD	8	RW	USBC1 DP/DM Poll-Down Control
Reserved	7	RW	RESERVED
MO1 USBC0 USB0 TYPE	6	RW	USBC0 OTG Type Selection
MO1 USBC0 USB0 SEL	5	RW	USBC0 OTG Mode Selection
MO1 USBC0 USB0 CTRL	4	RW	USBC0 OTG Control Selection
MO1 USBC0 POWER MODE	3	RW	USBC0 Power Control
MO1 USBC0 POWER CONTROL	2	RW	USBC0 Power Control Selection
MO1 USBC0 NODRIVE	1	RW	USBC0 No-Drive Control
MO1 USBC0 CTRL DPDMPD	0	RW	USBC0 DP/DM Poll-Down Control

4.18 UPHY0 Control Register#0 (mo4 uphy0 ctl0)
Address: 0x9C000248
Reset: 0x0000 0002

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.
MO1 UPHY0 DPN	15:12	RW	UPHY0 FS DP Falling Time Control Option
MO1 UPHY0 R TRIM	11:10	RW	UPHY0 R TRIM Control
MO1 UPHY0 SLUMBER	9	RW	UPHY0 Slumber Power Down Mode During UTMI Suspend
MO1 UPHY0 PARTIAL	8	RW	UPHY0 Partial Power Down Mode During UTMI Suspend
MO1 UPHY0 SIM MODE	7	RW	UPHY0 Simulation Mode
MO1 UPHY0 ID	6:0	RW	UPHY0 I2C Slave Address

4.19 UPHY0 Control Register#1 (mo4 uphy0 ctl1)
Address: 0x9C00024C

Reset: 0x0000 8000

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.
MO1 UPHY0 EN INR	15	RW	UPHY0 EN IER Control UPHY Internal Rext function enable 0: Disable 1: Enable(default)
MO1 UPHY0 IPX	14:12	RW	UPHY0 Charge Pump Current Option
MO1 UPHY0 DMP	11:8	RW	UPHY0 FS DM Raising Time Control Option
MO1 UPHY0 DMN	7:4	RW	UPHY0 FS DM Falling Time Control Option
MO1 UPHY0 DPP	3:0	RW	UPHY0 FS DP Raising Time Control Option

4.20 UPHY0 Control Register #2 (mo4 uphy0 ctl 2)
Address: 0x9C000250
Reset: 0x0000 0404

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	15:14	RW	RESERVED
MO1 UPHY0 R	13:8	RW	UPHY0 Internal REXT Triming Option 0x0: 11905.22k / 0x1: 11673.43k / 0x2: 11485.60k / 0x3: 11325.87k 0x4: 11190.12k / 0x5: 11073.39k / 0x6: 10973.50k / 0x7: 10884.52k 0x8: 10681.99k / 0x9: 10239.76k / 0xA: 10052.23k / 0xB: 9892.74k 0xC: 9760.28k / 0xD: 9643.51k / 0xE: 9543.58k / 0xF: 9454.56k 0x10: 9249.83k / 0x11: 9192.83k / 0x12: 9141.88k / 0x13: 9094.90k 0x14: 9052.52k / 0x15: 9013.11k / 0x16: 8977.30k / 0x17: 8943.79k 0x18: 8865.09k / 0x19: 8839.56k / 0x1A: 8815.94k / 0x1B: 8793.55k 0x1C: 8772.59k / 0x1D: 8752.79k / 0x1E: 8734.34k / 0x1F: 8716.72k 0x20: 15084.14k / 0x21: 14930.75k / 0x22: 14789.59k / 0x23: 14658.46k 0x24: 14539.10k / 0x25: 14425.54k / 0x26: 14319.87k / 0x27: 14220.72k 0x28: 14134.50k / 0x29: 14046.75k / 0x2A: 13964.43k / 0x2B: 13886.58k 0x2C: 13814.61k / 0x2D: 13744.99k / 0x2E: 13679.24k / 0x2F: 13525.36k 0x30: 13373.16k / 0x31: 13219.73k / 0x32: 13078.52k / 0x33: 12947.35k 0x34: 12827.95k / 0x35: 12714.36k / 0x36: 12608.66k / 0x37: 12509.47k 0x38: 12423.22k / 0x39: 12335.44k / 0x3A: 12253.09k / 0x3B: 12175.22k 0x3C: 12103.23k / 0x3D: 12033.58k / 0x3E: 11967.81k / 0x3F: 11905.22k
MO1 UPHY0 DIG DPDM INV	7	RW	UPHY0 DIG DPDM Control Signal
MO1 UPHY0 RX CLK SEL	6	RW	UPHY0 Select Clock Edge Control Signal from AFE to EFE Interface
MO1 UPHY0 TX CLK SEL	5	RW	UPHY0 Select Clock Edge Control Signal from DFE to AFE Interface
MO1 UPHY0 DPDM MON REG EN	4	RW	UPHY0 Enable DPM Monitor
MO1 UPHY0 GATED CLK OFF			UPHY0 Gated Clock Disable UPHY gated clock disable 0: Enable gated clock(default) 1: Disable gated clock
MO1 UTMI0 P EDGE	2	RW	UPHY0 UTMI Edge Control Signal
MO1 UPHY0 DPDM MON REG	1:0	RW	UPHY0 DP/DM State Used by DP/DM monitor

4.21 UPHY0 Control Register #3 (mo4 uphy0 ctl 3)
Address: 0x9C000254
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	RW	RESERVED
MO1 UPHY0 AC	14:12	RW	Charge current operation 0x0: 1.1691mA 0x1: 1.2089mA 0x2: 1.2586mA 0x3: 1.3031mA 0x4: 1.3684mA(default) 0x5: 1.4181mA 0x6: 1.4779mA 0x7: 1.5268mA
MO1 UPHY0 ACB	11:9	RW	Discharge current operation 0x0: 1.1167mA 0x1: 1.2089mA 0x2: 1.4542mA 0x3: 1.5021mA 0x4: 1.3684mA(default) 0x5: 1.7116mA 0x6: 1.8235mA 0x7: 1.5268mA
MO1 UPHY0 R SEL	8	RW	UPHY0 internal REXT trimming control source selection 0: select source from OTP (default) 1: select source from MO1_UPHY0_R
MO1 UPHY0 PLL POWER OFF SEL	7	RW	UPHY0 PLL Power Down Source Selection
Reserved	6:4	RW	RESERVED
MO1 UPHY0 PLL POWER OFF	3	RW	UPHY0 PLL Power Down
Reserved	2:0	RW	RESERVED

4.22 UPHY1 Control Register#0 (mo4 uphy1 ctl0)
Address: 0x9C000258
Reset: 0x0000 0002

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.
MO1 UPHY1 DPN	15:12	RW	UPHY1 FS DP Falling Time Control Option
MO1 UPHY1 R TRIM	11:10	RW	UPHY1 R TRIM Control
MO1 UPHY1 SLUMBER	9	RW	UPHY1 Slumber Power Down Mode During UTMI Suspend
MO1 UPHY1 PARTIAL	8	RW	UPHY1 Partial Power Down Mode During UTMI Suspend
MO1 UPHY1 SIM MODE	7	RW	UPHY1 Simulation Mode
MO1 UPHY1 ID	6:0	RW	UPHY1 I2C Slave Address

4.23 UPHY1 Control Register#1 (mo4 uphy1 ctl1)
Address: 0x9C00025C

Reset: 0x0000 8000

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.
MO1 UPHY1 EN INR	15	RW	UPHY1 EN IER Control UPHY Internal Rext function enable 0: Disable 1: Enable(default)
MO1 UPHY1 IPX	14:12	RW	UPHY1 Charge Pump Current Option
MO1 UPHY1 DMP	11:8	RW	UPHY1 FS DM Raising Time Control Option
MO1 UPHY1 DMN	7:4	RW	UPHY1 FS DM Falling Time Control Option
MO1 UPHY1 DPP	3:0	RW	UPHY1 FS DP Raising Time Control Option

4.24 UPHY1 Control Register #2 (mo4 uphy1 ctl 2)
Address: 0x9C000260
Reset: 0x0000 0404

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	15:14	RW	RESERVED
MO1 UPHY1 R	13:8	RW	UPHY1 Internal REXT Triming Option 0x0: 11905.22k / 0x1: 11673.43k / 0x2: 11485.60k / 0x3: 11325.87k 0x4: 11190.12k / 0x5: 11073.39k / 0x6: 10973.50k / 0x7: 10884.52k 0x8: 10681.99k / 0x9: 10239.76k / 0xA: 10052.23k / 0xB: 9892.74k 0xC: 9760.28k / 0xD: 9643.51k / 0xE: 9543.58k / 0xF: 9454.56k 0x10: 9249.83k / 0x11: 9192.83k / 0x12: 9141.88k / 0x13: 9094.90k 0x14: 9052.52k / 0x15: 9013.11k / 0x16: 8977.30k / 0x17: 8943.79k 0x18: 8865.09k / 0x19: 8839.56k / 0x1A: 8815.94k / 0x1B: 8793.55k 0x1C: 8772.59k / 0x1D: 8752.79k / 0x1E: 8734.34k / 0x1F: 8716.72k 0x20: 15084.14k / 0x21: 14930.75k / 0x22: 14789.59k / 0x23: 14658.46k 0x24: 14539.10k / 0x25: 14425.54k / 0x26: 14319.87k / 0x27: 14220.72k 0x28: 14134.50k / 0x29: 14046.75k / 0x2A: 13964.43k / 0x2B: 13886.58k 0x2C: 13814.61k / 0x2D: 13744.99k / 0x2E: 13679.24k / 0x2F: 13525.36k 0x30: 13373.16k / 0x31: 13219.73k / 0x32: 13078.52k / 0x33: 12947.35k 0x34: 12827.95k / 0x35: 12714.36k / 0x36: 12608.66k / 0x37: 12509.47k 0x38: 12423.22k / 0x39: 12335.44k / 0x3A: 12253.09k / 0x3B: 12175.22k 0x3C: 12103.23k / 0x3D: 12033.58k / 0x3E: 11967.81k / 0x3F: 11905.22k
MO1 UPHY1 DIG DPDM INV	7	RW	UPHY1 DIG DPDM Control Signal
MO1 UPHY1 RX CLK SEL	6	RW	UPHY1 Select Clock Edge Control Signal from AFE to EFE Interface
MO1 UPHY1 TX CLK SEL	5	RW	UPHY1 Select Clock Edge Control Signal from DFE to AFE Interface
MO1 UPHY1 DPDM MON REG EN	4	RW	UPHY1 Enable DPM Monitor
MO1 UPHY1 GATED CLK OFF	3	RW	UPHY1 Gated Clock Disable UPHY gated clock disable 0: Enable gated clock(default) 1: Disable gated clock
MO1 UTMI1 P EDGE	2	RW	UPHY1 UTMI Edge Control Signal
MO1 UPHY1 DPDM MON REG	1:0	RW	UPHY1 DP/DM State Used by DP/DM monitor

4.25 UPHY1 Control Register #3 (mo4 uphy1 ctl 3)
Address: 0x9C000264
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	RW	RESERVED
MO1 UPHY1 AC	14:12	RW	Charge current operation 0x0: 1.1691mA 0x1: 1.2089mA 0x2: 1.2586mA 0x3: 1.3031mA 0x4: 1.3684mA(default) 0x5: 1.4181mA 0x6: 1.4779mA 0x7: 1.5268mA
MO1 UPHY1 ACB	11:9	RW	Discharge current operation 0x0: 1.1167mA 0x1: 1.2089mA 0x2: 1.4542mA 0x3: 1.5021mA 0x4: 1.3684mA(default) 0x5: 1.7116mA 0x6: 1.8235mA 0x7: 1.5268mA
MO1 UPHY1 R SEL	8	RW	UPHY0 internal REXT trimming control source selection 0: select source from OTP (default) 1: select source from MO1_UPHY1_R
MO1 UPHY1 PLL POWER OFF SEL	7	RW	UPHY1 PLL Power Down Source Selection
Reserved	6:4	RW	RESERVED
MO1 UPHY1 PLL POWER OFF	3	RW	UPHY1 PLL Power Down
Reserved	2:0	RW	RESERVED

4.26 PLLSYS (mo4 pllsys)
Address: 0x9C000268
Reset: 0x0000 1CBE

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	15:14	RW	RESERVED
MO BYPASS PLLSYS	13	RW	SYSPLL Clock Bypass 0: Normal mode (default) 1: Bypass mode
MO PLLSYS CLKOUT DIV	12:11	RW	PLLSYS CLKOUT DIV Source Selection PLLSYS CLKOUT DIV is only output to PINMX for PLLSYS test purpose 0x0: PLLSYS CLKOUT DIV sources from PLLSYS CLKOUT 0x1: PLLSYS CLKOUT DIV sources from PLLSYS CLKOUT/4 0x2: PLLSYS CLKOUT DIV sources from PLLSYS CLKOUT/8 0x3: PLLSYS CLKOUT DIV sources from PLLSYS CLKOUT/16(default)
MO PLLSYS PD N	10	RW	PLLSYS Power Down 0: Power down 1: Power on (default)
MO PLLSYS BP	9	RW	PLLSYS Bypass 0: Normal function(default) 1: Bypass PLLSYS CLKOUT to 27MHz clock
MO PLLSYS G	8:7	RW	PLLSYS VCO Gain Curve Control VCO Gain Curve control (MHz/V) Gain value depends on MO PLLSYS NS setting 0x0: lower gain MO PLLSYS NS : VCO Gain 0x3,0x4,0x7,0x9,0xa,0xe,0xf: 500 0x8: 480 0x5,0x6,0xb,0xd: 510 0xc: 520 0x1,0x2: nornal gain MO PLLSYS NS : VCO Gain 0x3,0x5,0x6,0x7,0xb,0xd,0xe,0xf: 560 0x4,0x9: 540 0x8: 500 0xa: 550 0xc: 570 0x3: higher gain MO PLLSYS NS : VCO Gain 0x3,0x6,0x7,0xc,0xd,0xe,0xf: 620 0x4,0x9: 570 0x5,0xb: 600 0x8: 520 0xa: 580
MO PLLSYS ICP	6:4	RW	PLLSYS PLL Charge Pump Current Adjust 0x0: current = 10uA 0x1: current = 15uA 0x2: current = 20uA 0x3: current = 25uA(default) 0x4: current = 30uA 0x5: current = 35uA 0x6: current = 40uA 0x7: current = 45uA
MO PLLSYS NS	3:0	RW	PLLSYS Feedback Divider Control $NS=NS[3]2ˆ3 + NS[2]2ˆ2 NS[1]2ˆ1 NS[0]2ˆ0 + 1$ e.x.: 0x4:4 0x5:5 ....... 0xa:10 0xb:12 0xc:13 0xd:14 0xe:15 0xf: 16(Default) others: Reserved

4.27 Clock Setting and Selection Register (mo clk sel0)
Address: 0x9C00026C

Reset: 0x0000 1CBE

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 A926 DIV SEL	14:11	RW	A926 Clock Source Divider Select 0x0: A926 CLK sources from (CLKOUT of PLLA926 CLK)(default) 0x1: A926 CLK sources from (CLKOUT of PLLA926 CLK)/2 0x2: A926 CLK sources from (CLKOUT of PLLA926 CLK)/4 0x3: A926 CLK sources from (CLKOUT of PLLA926 CLK)/8 0x4: A926 CLK sources from (CLKOUT of PLLA926 CLK)/16 0x5: A926 CLK sources from (CLKOUT of PLLA926 CLK)/32 0x6: A926 CLK sources from (CLKOUT of PLLA926 CLK)/64 0x7: A926 CLK sources from (CLKOUT of PLLA926 CLK)/128 0x8: A926 CLK sources from (CLKOUT of PLLA926 CLK)/256 0x9: A926 CLK sources from (CLKOUT of PLLA926 CLK)/512 0xa: A926 CLK sources from (CLKOUT of PLLA926 CLK)/1024 0xb: A926 CLK sources from (CLKOUT of PLLA926 CLK)/2048 0xc: A926 CLK sources from (CLKOUT of PLLA926 CLK)/4096 0xd: A926 CLK sources from (CLKOUT of PLLA926 CLK)/8192 0xe: A926 CLK sources from (CLKOUT of PLLA926 CLK)/16384 0xf: A926 CLK sources from (CLKOUT of PLLA926 CLK)/32768
MO EXT CLK27 EN	10	RW	Enable external 27MHz clock
MO CLK SPI SEL	9:8	RW	CLK SPI NOR Source Selection 0x0:CLK SPI NOR sources from SYSCLK(default) 0x1:CLK SPI NOR sources from PLLFLASH clock output divider by 2 others: Reserved
MO SYSSLOW DIV SEL	7:4	RW	SYSCLK source select 0x0: SYS sources from (CLKOUT of PLLSYS)(default) 0x1: SYS sources from (CLKOUT of PLLSYS)/2 0x2: SYS sources from (CLKOUT of PLLSYS)/4 0x3: SYS sources from (CLKOUT of PLLSYS)/8 0x4: SYS sources from (CLKOUT of PLLSYS)/16 0x5: SYS sources from (CLKOUT of PLLSYS)/32 0x6: SYS sources from (CLKOUT of PLLSYS)/64 0x7: SYS sources from (CLKOUT of PLLSYS)/128 0x8: SYS sources from (CLKOUT of PLLSYS)/256 0x9: SYS sources from (CLKOUT of PLLSYS)/512 0xa: SYS sources from (CLKOUT of PLLSYS)/1024 0xb: SYS sources from (CLKOUT of PLLSYS)/2048 0xc: SYS sources from (CLKOUT of PLLSYS)/4096 0xd: SYS sources from (CLKOUT of PLLSYS)/8192 0xe: SYS sources from (CLKOUT of PLLSYS)/16384 0xf: SYS sources from (CLKOUT of PLLSYS)/32768
MO CLK SPIND SEL	3:2	RW	SPIND clock select
MO CLKIO INV	1	RW	IOCTL Clock Polarity Adjust 0: The phase of CHIP is the same with BIOCTL output(default) 1: The phase of CHIP is inverted with BIOCTL output
MO CK27 POL	0	RW	27MHz Clock Polarity Adjust 0: The phase of 27MHz clock CLK27 XOR for DISP/CVBS ADC/VDAC is the same with 27MHz crystal output(default) 1: The phase of 27MHz clock CLK27 XOR for DISP/CVBS ADC/VDAC is inversed with 27MHz crystal output

4.28 Probe module selection (MO PROBE SEL)
Address: 0x9C000270
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	15:12	RW	RESERVED
MO PROBE DATA SEL	11:6	RW	PROBE module data sel 0x0: BIO(default) 0x1: WIFI PRE PROC 0x2: SPI COMBO 0x3: DDR PHY 0x6: I2S to PWM 0x7: I2CM0 0x8: I2CM1 0x9: DDC others: reserved
MO PROBE CLK SEL	5:0	RW	PROBE module clock sel 0x0: BIO(default) 0x1: WIFI PRE PROC 0x2: SPI COMBO 0x3: DDR PHY 0x7: I2CM0 0x8: I2CM1 0x9: DDC others: reserved

4.29 Miscellaneous Control Register #0 (mo4 misc ctl 0)
Address: 0x9C000274
Reset: 0x0000 0040

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	15:9	RW	RESERVED
MO1 MOONX USE FREE CLK	8	RW	MOON0/1/2 Use Free Running Clock Enable 0: The clock in MOON0/1/2 is free-running 1: The clock in MOON0/1/2 is gated when no register read/write occures(default)
Reserved	7:5	RW	RESERVED
MO1 STC WDG RST EN	4	RW	STC Watchdog Timeout Trigger System Reset Enable 0: STC watchdog timeout will not trigger system reset(default) 1: STC watchdog timeout will trigger system reset
MO1 IOP WDG RST EN	3	RW	IOP Watchdog Timeout Trigger System Reset Enable 0: IOP watchdog timeout will not trigger system reset(default) 1: IOP watchdog timeout will trigger system reset
MO1 STC WDG2 RST EN	2	RW	STC Watchdog 2 Timeout Trigger System Reset Enable 0: STC watchdog 2 timeout will not trigger system reset(default) 1: STC watchdog 2 timeout will trigger system reset
MO1 RI WDG RST EN	1	RW	RBUS Watchdog Timeout Trigger System Reset Enable 0: RBUS watchdog timeout will not trigger system reset(default) 1: RBUS watchdog timeout will trigger system reset
MO1 TIMER STAND BY EN	0	RW	Timer Standby Mode Enable 0: Disable (default) 1: Enable Active high to enter timer standby mode, default not in standby mode

4.30 Reserved (mo4 uphy0 sts)
Address: 0x9C000278
Reset:0x0

Field Name	Bit	Access	Description
Reserved	31:16	RW	RESERVED
Reserved	15:0	RO	RESERVED

4.31 Reserved
Address: 0x9C00027C

Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:6	RO	RESERVED
Reserved	5:4	RW	RESERVED
Reserved	3:2	RO	RESERVED
Reserved	1	RO	RESERVED
Reserved	0	RO	RESERVED

RGST Table Group 5 MOON5

5.0 Thermal Control register #0 (mo5 thermal ctl 0)
Address: 0x9C000280
Reset: 0x0000 0000

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

5.2 Thermal Control register #2 (mo5 thermal ctl 2)
Address: 0x9C000288
Reset: 0x0000 0000

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

Reset: 0x0000 9206

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

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	15:14	RW	RESERVED
MO L2SW BISH DIS	13	RW	Layer 2 Switch bish operation disable
MO L2SW BISH TH	12:11	RW	Layer 2 Switch bish operation block threshold
Reserved	10	RW	RESERVED
MO HDMI TX EXT CLK SEL	9	RW	PCKI selection
MO RFS ACLK SEL	8:7	RW	Audio clock control bit
RW MO RFS TMDS DATA DOUBLE	6	RW	Data double mode
MO RFS TMDS KV SEL	5:4	RW	KVCO gain selection
MO RFS TMDS SEL R SEL	3	RW	Internal REXT control
MO RFS TMDS TERM EN	2:0	RW	Data path dp term Ron control

5.5 L2SW Clock Switch Control Register (mo5 l2sw clksw ctl)
Address: 0x9C000294
Reset: 0x0000 0000

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

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	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

5.8 PFCNT SENSOR Register #0 (pfcnt sensor ctl 0)
Address: 0x9C0002A0
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.

RG REFCNT MAX

15:0

RW

PFCNT Reference count max

default:16'h0

5.9 PFCNT SENSOR Register #1 (pfcnt sensor ctl 1)
Address: 0x9C0002A4
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.

RG REFCNT MIN

15:0

RW

PFCNT Reference count min

default:16'h0

5.10 PFCNT Macro Status Register (pfctn sts 0)
Address: 0x9C0002A8
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:24	RW	PFCNT SENSOR Staus Register #0
STS PFCNT RSVO	23:16	RW	PFCNT Macro Output
STS PFCNT DO	15:8	RW	PFCNT Macro Data Output
STS PFCNT C	7:0	RW	PFCNT Macro Counter Output

5.11 PFCNT SENSOR Staus Register #1 (pfctn sts 1)
Address: 0x9C0002AC

Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:17	RO	RESERVED
STS PFCNT SENSOR LATCH	16:1	RO	PFCNT SENSOR Latched count value once int default:16'h0
STS PFCNT SENSOR STATUS	0	RO	PFCNT SENSOR Status default:1'b0

5.12 THERMAL Status Register #0 (thermal sts 0)
Address: 0x9C0002B0
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:12	RW	Reserved
THERMAL TCODE	10:0	RO	Register to indicate The temperature code for system application

5.13 Reserved (rsv)
Address: 0x9C0002B4
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:12	RW	RESERVED
Reserved	11	RW	RESERVED
Reserved	10:0	RW	RESERVED

5.14 Reserved (rsv)
Address: 0x9C0002B8
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

5.15 Reserved (rsv)
Address: 0x9C0002BC

Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

5.16 Reserved (rsv)
Address: 0x9C0002C0
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

5.17 Reserved (rsv)
Address: 0x9C0002C4
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

5.18 Reserved (rsv)
Address: 0x9C0002C8
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

5.19 Reserved (rsv)
Address: 0x9C0002CC
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

5.20 Reserved (rsv)
Address: 0x9C0002D0
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

5.21 Reserved (rsv)
Address: 0x9C0002D4
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

5.22 Reserved (rsv)
Address: 0x9C0002D8
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RW	RESERVED

5.23 DC 0.9V Control Register #0 (DC09 CTL 0)
Address: 0x9C0002DC

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 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

5.24 DC 0.9V Control Register #1 (DC09 CTL 1)
Address: 0x9C0002E0
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 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

5.27 DC 1.2V Control Register #1 (DC12 CTL 1)
Address: 0x9C0002EC

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 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

5.30 DC 1.5V Control Register #1 (DC15 CTL 1)
Address: 0x9C0002F8
Reset: 0x0

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

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
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

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.
GPIO CTL SEL[15:0]	15:0	RW	GPIO Control Source Selection Bit 15:0 For each bit of this register: 0: Corresponding GPIO is controlled by IOP register 1: Corresponding GPIO is controlled by the corresponding bit of GPIO output enable and GPIO output data registers in this group(default)

6.1 GPIO Control Source Selection Register #1 (gpio ctl sel 1)
Address: 0x9C000304
Reset: 0xFFFF FFFF

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.
GPIO CTL SEL[31:16]	15:0	RW	GPIO Control Source Selection Bit 31:16 For each bit of this register: 0: Corresponding GPIO is controlled by IOP register 1: Corresponding GPIO is controlled by the corresponding bit of GPIO output enable and GPIO output data registers in this group(default)

6.2 GPIO Control Source Selection Register #2 (gpio ctl sel 2)
Address: 0x9C000308
Reset: 0xFFFF FFFF

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.
GPIO CTL SEL[47:32]	15:0	RW	GPIO Control Source Selection Bit 47:32 For each bit of this register: 0: Corresponding GPIO is controlled by IOP register 1: Corresponding GPIO is controlled by the corresponding bit of GPIO output enable and GPIO output data registers in this group(default)

6.3 GPIO Control Source Selection Register #3 (gpio ctl sel 3)
Address: 0x9C00030C

Reset: 0xFFFF FFFF

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.
GPIO CTL SEL[63:48]	15:0	RW	GPIO Control Source Selection Bit 63:48 For each bit of this register: 0: Corresponding GPIO is controlled by IOP register 1: Corresponding GPIO is controlled by the corresponding bit of GPIO output enable and GPIO output data registers in this group(default)

6.4 GPIO Control Source Selection Register #4 (gpio ctl sel 4)
Address: 0x9C000310
Reset: 0xFFFF FFFF

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.

GPIO CTL SEL[79:64]

15:0

RW

GPIO Control Source Selection Bit 79:64

For each bit of this register:
0: Corresponding GPIO is controlled by IOP register
1: Corresponding GPIO is controlled by the corresponding bit of GPIO output enable and GPIO output data registers in this group(default)

6.5 GPIO Control Source Selection Register #5 (gpio ctl sel 5)
Address: 0x9C000314
Reset: 0xFFFF FFFF

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.
GPIO CTL SEL[95:80]	15:0	RW	GPIO Control Source Selection Bit 95:80 For each bit of this register: 0: Corresponding GPIO is controlled by IOP register 1: Corresponding GPIO is controlled by the corresponding bit of GPIO output enable and GPIO output data registers in this group(default)

6.6 GPIO Control Source Selection Register #6 (gpio ctl sel 6)
Address: 0x9C000318
Reset: 0xFFFF FFFF

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.
GPIO CTL SEL[111:96]	15:0	RW	GPIO Control Source Selection Bit 111:96 For each bit of this register: 0: Corresponding GPIO is controlled by IOP register 1: Corresponding GPIO is controlled by the corresponding bit of GPIO output enable and GPIO output data registers in this group(default)

6.7 GPIO Control Source Selection Register #7 (gpio ctl sel 7)
Address: 0x9C00031C

Reset: 0xFFFF FFFF

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.
GPIO CTL SEL[127:112]	15:0	RW	GPIO Control Source Selection Bit 127:112 For each bit of this register: 0: Corresponding GPIO is controlled by IOP register 1: Corresponding GPIO is controlled by the corresponding bit of GPIO output enable and GPIO output data registers in this group(default)

6.8 GPIO Output Enable Register #0 (gpio oe 0)
Address: 0x9C000320
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.
GPIO OE[15:0]	15:0	RW	GPIO Output Enable Bit 15:0 When corresponding bit in GPIO output enable registers is 1, for each bit of this register: 0: Corresponding GPIO is in input mode(default) 1: Corresponding GPIO is in output mode

6.9 GPIO Output Enable Register #1 (gpio oe 1)
Address: 0x9C000324
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.
GPIO OE[31:16]	15:0	RW	GPIO Output Enable Bit 31:16 When corresponding bit in GPIO output enable registers is 1, for each bit of this register: 0: Corresponding GPIO is in input mode(default) 1: Corresponding GPIO is in output mode

6.10 GPIO Output Enable Register #2 (gpio oe 2)
Address: 0x9C000328
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.
GPIO OE[47:32]	15:0	RW	GPIO Output Enable Bit 47:32 When corresponding bit in GPIO output enable registers is 1, for each bit of this register: 0: Corresponding GPIO is in input mode(default) 1: Corresponding GPIO is in output mode

6.11 GPIO Output Enable Register #3 (gpio oe 3)
Address: 0x9C00032C

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.
GPIO OE[63:48]	15:0	RW	GPIO Output Enable Bit 63:48 When corresponding bit in GPIO output enable registers is 1, for each bit of this register: 0: Corresponding GPIO is in input mode(default) 1: Corresponding GPIO is in output mode

6.12 GPIO Output Enable Register #4 (gpio oe 4)
Address: 0x9C000330
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.
GPIO OE[79:64]	15:0	RW	GPIO Output Enable Bit 79:64 When corresponding bit in GPIO output enable registers is 1, for each bit of this register: 0: Corresponding GPIO is in input mode(default) 1: Corresponding GPIO is in output mode

6.13 GPIO Output Enable Register #5 (gpio oe 5)
Address: 0x9C000334
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.
GPIO OE[95:80]	15:0	RW	GPIO Output Enable Bit 95:80 When corresponding bit in GPIO output enable registers is 1, for each bit of this register: 0: Corresponding GPIO is in input mode(default) 1: Corresponding GPIO is in output mode

6.14 GPIO Output Enable Register #6 (gpio oe 6)
Address: 0x9C000338
Reset: 0xFFFF FFFF

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.
GPIO OE[111:96]	15:0	RW	GPIO Output Enable Bit 111:96 When corresponding bit in GPIO output enable registers is 1, for each bit of this register: 0: Corresponding GPIO is in input mode(default) 1: Corresponding GPIO is in output mode

6.15 GPIO Output Enable Register #7 (gpio oe 7)
Address: 0x9C00033C

Reset: 0xFFFF FFFF

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.
GPIO OE[127:112]	15:0	RW	GPIO Output Enable Bit 127:112 When corresponding bit in GPIO output enable registers is 1, for each bit of this register: 0: Corresponding GPIO is in input mode(default) 1: Corresponding GPIO is in output mode

6.16 GPIO Output Data Register #0 (gpio o 0)
Address: 0x9C000340
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.

GPIO O[15:0]

15:0

RW

GPIO Output Data Bit 31:0
When corresponding bit of GPIO control source registers is 1 and GPIO output enable registers is 1,

corresponding GPIO output data sources from corresponding bit of this register

6.17 GPIO Output Data Register #1 (gpio o 1)
Address: 0x9C000344
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.

GPIO O[31:16]

15:0

RW

GPIO Output Data Bit 31:16
When corresponding bit of GPIO output data registers is 1 and GPIO output enable registers is 1,

corresponding GPIO output data sources from corresponding bit of this register

6.18 GPIO Output Data Register #2 (gpio o 2)
Address: 0x9C000348
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.

GPIO O[47:32]

15:0

RW

GPIO Output Data Bit 47:32
When corresponding bit of GPIO output data registers is 1 and GPIO output enable registers is 1,

corresponding GPIO output data sources from corresponding bit of this register

6.19 GPIO Output Data Register #3 (gpio o 3)
Address: 0x9C00034C

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.

GPIO O[63:48]

15:0

RW

GPIO Output Data Bit 63:48
When corresponding bit of GPIO output data registers is 1 and GPIO output enable registers is 1,

corresponding GPIO output data sources from corresponding bit of this register

6.20 GPIO Output Data Register #4 (gpio o 4)
Address: 0x9C000350
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.

GPIO O[79:64]

15:0

RW

GPIO Output Data Bit 79:64
When corresponding bit of GPIO output data registers is 1 and GPIO output enable registers is 1,

corresponding GPIO output data sources from corresponding bit of this register

6.21 GPIO Output Data Register #5 (gpio o 5)
Address: 0x9C000354
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.

GPIO O[95:80]

15:0

RW

GPIO Output Data Bit 95:80
When corresponding bit of GPIO output data registers is 1 and GPIO output enable registers is 1,

corresponding GPIO output data sources from corresponding bit of this register

6.22 GPIO Output Data Register #6 (gpio o 6)
Address: 0x9C000358
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.
GPIO O[111:96]	15:0	RW	GPIO Output Data Bit 111:96 When corresponding bit in GPIO output data registers is 1, for each bit of this register: 0: Corresponding GPIO is in input mode(default) 1: Corresponding GPIO is in output mode

6.23 GPIO Output Data Register #7 (gpio o 7)
Address: 0x9C00035C

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.
GPIO O[127:112]	15:0	RW	GPIO Output Data Bit 127:112 When corresponding bit in GPIO output data registers is 1, for each bit of this register: 0: Corresponding GPIO is in input mode(default) 1: Corresponding GPIO is in output mode

6.24 GPIO Input Data Register #0 (gpio in 0)
Address: 0x9C000360
Reset: 0x0

Field Name	Bit	Access	Description
GPIO IN[31:0]	31:0	RO	GPIO Input Data Bit 31:0 For each bit of this register, its value equals to the value of corresponding GPIO

6.25 GPIO Input Data Register #1 (gpio in 1)
Address: 0x9C000364
Reset: 0x0

Field Name	Bit	Access	Description
GPIO IN[63:32]	31:0	RO	GPIO Input Data Bit 63:32 For each bit of this register, its value equals to the value of corresponding GPIO

6.26 GPIO Input Data Register #2 (gpio in 2)
Address: 0x9C000368
Reset: 0x0

Field Name	Bit	Access	Description
GPIO IN[95:64]	31:0	RO	GPIO Input Data Bit 95:64 For each bit of this register, its value equals to the value of corresponding GPIO

6.27 GPIO Input Data Register #3 (gpio in 3)
Address: 0x9C00036C

Reset: 0x0

Field Name	Bit	Access	Description
GPIO IN[127:96]	31:0	RO	GPIO Input Data Bit 127:96 For each bit of this register, its value equals to the value of corresponding GPIO

6.28 GPIO Input Data Register #4 (gpio in 4)
Address: 0x9C000370
Reset: 0x0

Field Name	Bit	Access	Description
GPIO IN[159:128]	31:0	RO	GPIO Input Data Bit 159:128 For each bit of this register, its value equals to the value of corresponding GPIO

6.29 GPIO Input Data Register #5 (gpio in 5)
Address: 0x9C000374
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:27	RO	RESERVED
GPIO IN[186:160]	26:0	RO	GPIO Input Data Bit 186:160 For each bit of this register, its value equals to the value of corresponding GPIO

6.30 Reserved (rsv)
Address: 0x9C000378
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RO	RESERVED

6.31 Reserved (rsv)
Address: 0x9C00037C

Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RO	RESERVED

RGST Table Group 7 GPIOXT

7.0 GPIO Input Invert Register #0 (gpio in inv 0)
Address: 0x9C000380
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.
GPIO IN INV[15:0]	15:0	RW	GPIO Input Invert Bit 15:0 When corresponding bit in this registers is 1 to invert input value, for each bit of this register: 0: Corresponding GPIO input value is normal(default) 1: Corresponding GPIO input value is invert

7.1 GPIO Input Invert Register #1 (gpio in inv 1)
Address: 0x9C000384
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.
GPIO IN INV[31:16]	15:0	RW	GPIO Input Invert Bit 31:16 When corresponding bit in this registers is 1 to invert input value, for each bit of this register: 0: Corresponding GPIO input value is normal(default) 1: Corresponding GPIO input value is invert

7.2 GPIO Input Invert Register #2 (gpio in inv 2)
Address: 0x9C000388
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.
GPIO IN INV[47:32]	15:0	RW	GPIO Input Invert Bit47:32 When corresponding bit in this registers is 1 to invert input value, for each bit of this register: 0: Corresponding GPIO input value is normal(default) 1: Corresponding GPIO input value is invert

7.3 GPIO Input Invert Register #3 (gpio in inv 3)
Address: 0x9C00038C

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.
GPIO IN INV[63:48]	15:0	RW	GPIO Input Invert Bit 63:48 When corresponding bit in this registers is 1 to invert input value, for each bit of this register: 0: Corresponding GPIO input value is normal(default) 1: Corresponding GPIO input value is invert

7.4 GPIO Input Invert Register #4 (gpio in inv 4)
Address: 0x9C000390
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.
GPIO IN INV[79:64]	15:0	RW	GPIOInput Invert Bit 79:64 When corresponding bit in this registers is 1 to invert input value, for each bit of this register: 0: Corresponding GPIO input value is normal(default) 1: Corresponding GPIO input value is invert

7.5 GPIO Input Invert Register #5 (gpio in inv 5)
Address: 0x9C000394
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.
GPIO IN INV[95:80]	15:0	RW	GPIO Input Invert Bit 95:80 When corresponding bit in this registers is 1 to invert input value, for each bit of this register: 0: Corresponding GPIO input value is normal(default) 1: Corresponding GPIO input value is invert

7.6 GPIO Input Invert Register #6 (gpio in inv 6)
Address: 0x9C000398
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.
GPIO IN INV[111:96]	15:0	RW	GPIO Input Invert Bit 111:96 When corresponding bit in this registers is 1 to invert input value, for each bit of this register: 0: Corresponding GPIO input value is normal(default) 1: Corresponding GPIO input value is invert

7.7 GPIO Input Invert Register #7 (gpio in inv 7)
Address: 0x9C00039C

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.
GPIO IN INV[127:112]	15:0	RW	GPIO Input Invert Bit 127:112 When corresponding bit in this registers is 1 to invert input value, for each bit of this register: 0: Corresponding GPIO input value is normal(default) 1: Corresponding GPIO input value is invert

7.8 GPIO Output Invert Register #0 (gpio out inv 0)
Address: 0x9C0003A0
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.
GPIO OUT INV[15:0]	15:0	RW	GPIO Output Invert Bit 15:0 When corresponding bit in this registers is 1 to invert output value, for each bit of this register: 0: Corresponding GPIO output value is normal(default) 1: Corresponding GPIO output value is invert

7.9 GPIO Output Invert Register #1 (gpio out inv 1)
Address: 0x9C0003A4
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.
GPIO OUT INV[31:16]	15:0	RW	GPIO Output Invert Bit 31:16 When corresponding bit in this registers is 1 to invert output value, for each bit of this register: 0: Corresponding GPIO output value is normal(default) 1: Corresponding GPIO output value is invert

7.10 GPIO Output Invert Register #2 (gpio out inv 2)
Address: 0x9C0003A8
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.
GPIO OUT INV[47:32]	15:0	RW	GPIO Output Invert Bit 47:32 When corresponding bit in this registers is 1 to invert output value, for each bit of this register: 0: Corresponding GPIO output value is normal(default) 1: Corresponding GPIO output value is invert

7.11 GPIO Output Invert Register #3 (gpio out inv 3)
Address: 0x9C0003AC

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.
GPIO OUT INV[63:48]	15:0	RW	GPIO Output Invert Bit 63:48 When corresponding bit in this registers is 1 to invert output value, for each bit of this register: 0: Corresponding GPIO output value is normal(default) 1: Corresponding GPIO output value is invert

7.12 GPIO Output Invert Register #4 (gpio out inv 4)
Address: 0x9C0003B0
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.
GPIO OUT INV[79:64]	15:0	RW	GPIO Output Invert Bit 79:64 When corresponding bit in this registers is 1 to invert output value, for each bit of this register: 0: Corresponding GPIO output value is normal(default) 1: Corresponding GPIO output value is invert

7.13 GPIO Output Invert Register #5 (gpio out inv 5)
Address: 0x9C0003B4
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.
GPIO OUT INV[95:80]	15:0	RW	GPIO Output Invert Bit 95:80 When corresponding bit in this registers is 1 to invert output value, for each bit of this register: 0: Corresponding GPIO output value is normal(default) 1: Corresponding GPIO output value is invert

7.14 GPIO Output Invert Register #6 (gpio out inv 6)
Address: 0x9C0003B8
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.
GPIO OUT INV[111:96]	15:0	RW	GPIO Output Invert Bit 111:96 When corresponding bit in this registers is 1 to invert output value, for each bit of this register: 0: Corresponding GPIO output value is normal(default) 1: Corresponding GPIO output value is invert

7.15 GPIO Output Invert Register #7 (gpio out inv 7)
Address: 0x9C0003BC

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.
GPIO OUT INV[127:112]	15:0	RW	GPIO Output Invert Bit 127:112 When corresponding bit in this registers is 1 to invert output value, for each bit of this register: 0: Corresponding GPIO output value is normal(default) 1: Corresponding GPIO output value is invert

7.16 GPIO Open Drain Register #0 (gpio od 0)
Address: 0x9C0003C0
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.

GPIO OD[15:0]

15:0

RW

GPIO Open Drain Mode Bit 15:0
When corresponding bit of GPIO OD mode registers is 1, the GPIO PAD is control in OD mode.

Regarding GPIO control, please refer to CH5 Pin Multiplex Function.

7.17 GPIO Open Drain Register #1 (gpio od 1)
Address: 0x9C0003C4
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.

GPIO OD[31:16]

15:0

RW

GPIO Open Drain Mode Bit 31:16
When corresponding bit of GPIO OD mode registers is 1, the GPIO PAD is control in OD mode.

Regarding GPIO control, please refer to CH5 Pin Multiplex Function.

7.18 GPIO Open Drain Register #2 (gpio od 2)
Address: 0x9C0003C8
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.

GPIO OD[47:32]

15:0

RW

GPIO Open Drain Mode Bit 47:32
When corresponding bit of GPIO OD mode registers is 1, the GPIO PAD is control in OD mode.

Regarding GPIO control, please refer to CH5 Pin Multiplex Function.

7.19 GPIO Open Drain Register #3 (gpio od 3)
Address: 0x9C0003CC

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.

GPIO OD[63:48]

15:0

RW

GPIO Open Drain Mode Bit 63:48
When corresponding bit of GPIO OD mode registers is 1, the GPIO PAD is control in OD mode.

Regarding GPIO control, please refer to CH5 Pin Multiplex Function.

7.20 GPIO Open Drain Register #4 (gpio od 4)
Address: 0x9C0003D0
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.

GPIO OD[79:64]

15:0

RW

GPIO Open Drain Mode Bit 79:64
When corresponding bit of GPIO OD mode registers is 1, the GPIO PAD is control in OD mode.

Regarding GPIO control, please refer to CH5 Pin Multiplex Function.

7.21 GPIO Open Drain Register #5 (gpio od 5)
Address: 0x9C0003D4
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.

GPIO OD[95:80]

15:0

RW

GPIO Open Drain Mode Bit 95:80
When corresponding bit of GPIO OD mode registers is 1, the GPIO PAD is control in OD mode.

Regarding GPIO control, please refer to CH5 Pin Multiplex Function.

7.22 GPIO Open Drain Register #6 (gpio od 6)
Address: 0x9C0003D8
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.

GPIO OD[111:96]

15:0

RW

GPIO Open Drain Mode Bit 111:96
When corresponding bit of GPIO OD mode registers is 1, the GPIO PAD is control in OD mode.

Regarding GPIO control, please refer to CH5 Pin Multiplex Function.

7.23 GPIO Open Drain Register #7 (gpio od 7)
Address: 0x9C0003DC

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.

GPIO OD[127:112]

15:0

RW

GPIO Open Drain Mode Bit 127:112
When corresponding bit of GPIO OD mode registers is 1, the GPIO PAD is control in OD mode.

Regarding GPIO control, please refer to CH5 Pin Multiplex Function.

7.24 Reserved (rsv)
Address: 0x9C0003E0
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RO	RESERVED

7.25 Reserved (rsv)
Address: 0x9C0003E4
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RO	RESERVED

7.26 Reserved (rsv)
Address: 0x9C0003E8
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RO	RESERVED

7.27 Reserved (rsv)
Address: 0x9C0003EC
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RO	RESERVED

7.28 Reserved (rsv)
Address: 0x9C0003F0
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RO	RESERVED

7.29 Reserved (rsv)
Address: 0x9C0003F4
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RO	RESERVED

7.30 Reserved (rsv)
Address: 0x9C0003F8
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RO	RESERVED

7.31 Reserved (rsv)
Address: 0x9C0003FC
Reset: 0x0

Field Name	Bit	Access	Description
Reserved	31:0	RO	RESERVED