28. Audio

28.1 Introduction

The 【AUD module】is an abbreviation of Audio. This module manages all of the audio playback. It contains the standard I2S and S/PDIF interface (Encode/Decode), signals record from ADC, and multi-channel mix. It supports up to 192KHz sample rate. When the audio data has been decoded by DSP and saved in DRAM, AUD module will fetch the data from DRAM and encode it with I2S or SPDIF protocol. It also can decode the I2s or SPDIF signal and save the data in DRAM for further usage.

28.2 Function Diagram

The input path is shown as figure 28-1 and the output path is shown as figure 28-2. The hardware block diagram is shown as figure 28-3..

Figure 28-1 AUD Intput Functional Blocks

Figure 28-2 AUD Output Functional Blocks

Figure 28-3 AUD Hardware Functional Blocks
The I2S output up to 6 stereo channels and input up to 4 stereo channels.
The SPDIF interface support one output and one input.
The TDM/PDM interface support up to 8 channel microphone array.

28.3 Pin assignment

GPIO_P1_00 ~ GPIO_P1_06 pins will be set to I2S audio IN function while G1.1 register bit15 set to 1. (Please refer to table 28-1)
GPIO_P2_05 ~ GPIO_P3_05 pins will be set to I2S audio OUT function while G1.2 register bit0 set to 1. (Please refer to table 28-1)
GPIO_P2_04 pin will be set to SPDIF IN function while G1.2 register bit2 set to 1. (Please refer to table 28-2)
GPIO_P2_04 pin will be set to SPDIF OUT function while G1.2 register bit3 set to 1. (Please refer to table 28-2)
GPIO_P2_05 ~ GPIO_P3_02 pins will be set to TDM TX function while G1.2 register bit4 set to 1. (Please refer to table 28-3)
GPIO_P1_07 ~ GPIO_P2_02 pins will be set to TDM RX function while G1.2 register bit5 set to 1. (Please refer to table 28-3)
GPIO_P1_07 ~ GPIO_P2_03 pins will be set to PDM RX function while G1.2 register bit6 set to 1. (Please refer to table 28-4)
GPIO_P3_07 ~ GPIO_P4_04 pins will be set to PCM function while G1.2 register bit7 set to 1. (Please refer to table 28-5)
While use audio function, do not set GPIO function and Multiplex Peripheral Pin within GPIO_P1_00 ~ GPIO_P4_04 pins.
Please also careful that some pins have multiplex functions, don't enable them at the same time.

Pin Name	I2S audio IN signals	I2S audio OUT signals
GPIO_P1_00	CLKGENA_EXT_ADC_XCK_O
GPIO_P1_01	ADC_BCK
GPIO_P1_02	ADC_LRCK
GPIO_P1_03	ADC_DATA0
GPIO_P1_04	ADC_DATA1
GPIO_P1_05	ADC_DATA2
GPIO_P1_06	ADC_DATA3
GPIO_P2_05		CLKGENA_EXT_DAT_XCK
GPIO_P2_06		AU_BCK
GPIO_P2_07		AU_LRCK
GPIO_P3_00		AU_DATA0
GPIO_P3_01		AU_DATA1
GPIO_P3_02		AU_DATA2
GPIO_P3_03		AU_DATA3
GPIO_P3_04		AU_DATA4
GPIO_P3_05		AU_DATA5

Table 28-1 I2C audio pin define

Pin Name	SPDIF IN signals	SPDIF OUT signals
GPIO_P2_04	AUD_IEC0_RX
GPIO_P3_06		AUD_IEC0_TX

Table 28-2 SPDIF pin define

Pin Name	TDM TX signals	TDM RX signals
GPIO_P2_05	CLKGENA_TDMTX_XCK_O
GPIO_P2_06	TDMTX_BCK
GPIO_P2_07	TDMTX_SYNC
GPIO_P3_00	TDMTX_DATA4
GPIO_P3_01	TDMTX_DATA8
GPIO_P3_02	TDMTX_DATA16
GPIO_P1_07		TDMRX_BCK
GPIO_P2_00		TDMRX_SYNC
GPIO_P2_01		TDMRX_DATA4
GPIO_P2_02		TDMRX_DATA8

Table 28-3 TDM pin define

Pin Name	PDM RX signals
GPIO_P1_07	PDMRX_BCK
GPIO_P2_00	PDMRX_DATA0
GPIO_P2_01	PDMRX_DATA1
GPIO_P2_02	PDMRX_DATA2
GPIO_P2_03	PDMRX_DATA3

Table 28-4 PDM pin define

Pin Name	PCM signals
GPIO_P3_07	PCM_IEC_TX0
GPIO_P4_00	PCM_IEC_TX1
GPIO_P4_01	PCM_IEC_TX2
GPIO_P4_02	PCM_IEC_TX3
GPIO_P4_03	PCM_IEC_TX4
GPIO_P4_04	PCM_IEC_TX5

Table 28-5 PCM pin define

28.4 Registers Map

28.4.1 Registers Memory Map

Address	Group No.	Register Name	Description
0x9C001E00	G60.0	audif_ctrl	AUD Interface Control
0x9C001E04	G60.1	aud_enable	Audio FIFO Request Enable
0x9C001E08	G60.2	pcm_cfg	Audio PCM (I2S) Format Configuration
0x9C001E0C	G60.3	i2s_mute_flag_ctrl	Mute Flag of I2S TX Module
0x9C001E10	G60.4	ext_adc_cfg	External ADC (I2S) Format Configuration
0x9C001E14	G60.5	int_dac_ctrl0	Internal DAC Control 0 (ACODEC_CFG0)
0x9C001E18	G60.6	int_adc_ctrl	Internal ADC Config
0x9C001E1C	G60.7	adc_in_path_switch	ADC Input Path Switch
0x9C001E20	G60.8	int_adc_dac_cfg	Internal ADC and DAC (I2S) Format Configuration
0x9C001E24	G60.9	reserved	Reserved
0x9C001E28	G60.10	iec_cfg	S/PDIF Configuration
0x9C001E2C	G60.11	iec0_valid_out	Valid Bit for S/PDIF TX0
0x9C001E30	G60.12	iec0_par0_out	Channel Status of S/PDIF TX0
0x9C001E34	G60.13	iec0_par1_out	Channel Status of S/PDIF TX0
0x9C001E38	G60.14	iec1_valid_out	Valid Bit for S/PDIF TX1
0x9C001E3C	G60.15	iec1_par0_out	Channel Status of S/PDIF TX1
0x9C001E40	G60.16	iec1_par1_out	Channel Status of S/PDIF TX1
0x9C001E44	G60.17	iec0_rx_debug_info	Debug Information of S/PDIF RX0
0x9C001E48	G60.18	iec0_valid_in	Valid Bit of S/PDIF RX0
0x9C001E4C	G60.19	iec0_par0_in	Channel Status of S/PDIF RX0
0x9C001E50	G60.20	iec0_par1_in	Channel Status of S/PDIF RX0
0x9C001E54	G60.21	iec1_rx_debug_info	Debug Information of S/PDIF RX1
0x9C001E58	G60.22	iec1_valid_in	Valid Bit of S/PDIF RX1
0x9C001E5C	G60.23	iec1_par0_in	Channel Status of S/PDIF RX1
0x9C001E60	G60.24	iec1_par1_in	Channel Status of S/PDIF RX1
0x9C001E64	G60.25	iec2_rx_debug_info	Debug Information of S/PDIF RX2
0x9C001E68	G60.26	iec2_valid_in	Valid Bit of S/PDIF RX2
0x9C001E6C	G60.27	iec2_par0_in	Channel Status of S/PDIF RX2
0x9C001E70	G60.28	iec2_par1_in	Channel Status of S/PDIF RX2
0x9C001E74	G60.29	reserved	SACD Channel Number (Reserved)
0x9C001E78	G60.30	iec_tx_user_wdata	IEC Tx User FIFO Data
0x9C001E7C	G60.31	iec_tx_user_ctrl	IEC Tx User FIFO Control

Address	Group No.	Register Name	Description
0x9C001E80	G61.0	adcp_ch_enable	ADCPRC Configuration Group 1
0x9C001E84	G61.1	adcp_fubypass	ADCPRC Configuration Group 2
0x9C001E88	G61.2	adcp_mode_ctrl	ADCPRC Mode Control
0x9C001E8C	G61.3	adcp_init_ctrl	ADCP Initialization Control
0x9C001E90	G61.4	adcp_coeff_din	Coefficient Data Input
0x9C001E94	G61.5	adcp_agc_cfg	ADCPRC AGC Configuration of Ch0/1
0x9C001E98	G61.6	adcp_agc_cfg2	ADCPRC AGC Configuration of Ch2/3
0x9C001E9C	G61.7	adcp_gain_0	ADCPRC System Gain0
0x9C001EA0	G61.8	adcp_gain_1	ADCP System Gain1
0x9C001EA4	G61.9	adcp_gain_2	ADCP System Gain2
0x9C001EA8	G61.10	adcp_gain_3	ADCP System Gain3
0x9C001EAC	G61.11	adcp_risc_gain	ADCP RISC Gain
0x9C001EB0	G61.12	adcp_mic_l	ADCPRC Microphone - in Left Channel Data
0x9C001EB4	G61.13	adcp_mic_r	ADCPRC Microphone - in Right Channel Data
0x9C001EB8	G61.14	adcp_agc_gain	ADCPRC AGC Gain
0x9C001EBC	G61.15	reserved	Reserved
0x9C001EC0	G61.16	aud_apt_mode	Audio Playback Timer Mode
0x9C001EC4	G61.17	aud_apt_data	Audio Playback Timer
0x9C001EC8	G61.18	aud_apt_parameter	Audio Playback Timer Parameter
0x9C001ECC	G61.19	reserved	Reserved
0x9C001ED0	G61.20	aud_audhwya	DRAM Base Address Offset
0x9C001ED4	G61.21	aud_inc_0	DMA Counter Increment/Decrement
0x9C001ED8	G61.22	aud_delta_0	Delta Value
0x9C001EDC	G61.23	aud_fifo_enable	Audio FIFO Enable
0x9C001EE0	G61.24	aud_fifo_mode	FIFO Mode Control
0x9C001EE4	G61.25	aud_fifo_support	Supported FIFOs (Debug Function)
0x9C001EE8	G61.26	aud_fifo_reset	Host FIFO Reset
0x9C001EEC	G61.27	aud_chk_ctrl	Checksum Control (Debug Function)
0x9C001EF0	G61.28	aud_new_pts	New PTS
0x9C001EF4	G61.29	aud_new_pts_ptr	FIFO PTR Related to New PTS
0x9C001EF8	G61.30	aud_embedded_input_ctrl	Embedded Input Control (Debug Function)
0x9C001EFC	G61.31	aud_misc_ctrl	Miscellaneous Control

Address	Group No	Register Name	Description
0x9C001F00	G62.0	aud_ext_dac_xck_cfg	External DAC XCK Configuration
0x9C001F04	G62.1	aud_ext_dac_bck_cfg	External DAC BCK Configuration
0x9C001F08	G62.2	aud_iec0_bclk_cfg	S/PDIF TX0 BCLK Configuration
0x9C001F0C	G62.3	aud_ext_adc_xck_cfg	External ADC XCK Configuration
0x9C001F10	G62.4	aud_ext_adc_bck_cfg	External ADC BCK Configuration
0x9C001F14	G62.5	aud_int_adc_xck_cfg	Internal ADC XCK Configuration
0x9C001F18	G62.6	reserved	Reserved
0x9C001F1C	G62.7	aud_int_dac_xck_cfg	Internal DAC XCK Configuration
0x9C001F20	G62.8	aud_int_dac_bck_cfg	Internal DAC BCK Configuration
0x9C001F24	G62.9	aud_iec1_bclk_cfg	S/PDIF TX1 BCLK Configuration
0x9C001F28	G62.10	reserved	Reserved
0x9C001F2C	G62.11	aud_pcm_iec_bclk_cfg	PCM S/PDIF TX BCLK Configuration
0x9C001F30	G62.12	aud_xck_osr104_cfg	Internal DAC XCK OSR104 Configuration
0x9C001F34	G62.13	aud_hdmi_tx_mclk_cfg	HDMI TX MCLK Configuration
0x9C001F38	G62.14	aud_hdmi_tx_bclk_cfg	HDMI TX BCLK Configuration
0x9C001F3C	G62.15	hdm_tx_pcm_cfg	HDMI TX PCM (I2S) Format Configuration
0x9C001F40	G62.16	hdmi_rx_cfg	HDMI RX (I2S) Format Configuration
0x9C001F44	G62.17	aud_aadc_agc_cfg1	DAGC0/1 Config0
0x9C001F48	G62.18	aud_aadc_agc_cfg2	DAGC0/1 Config1
0x9C001F4C	G62.19	aud_aadc_agc_cfg3	DAGC0/1 Config2
0x9C001F50	G62.20	aud_aadc_agc_cfg4	DAGC0/1 Config3
0x9C001F54	G62.21	int_adc_ctrl3	Internal ADC Config 3
0x9C001F58	G62.22	int_adc_ctrl2	Internal ADC Config 2
0x9C001F5C	G62.23	int_dac_ctrl2	Internal DAC Config 2
0x9C001F60	G62.24	int_dac_ctrl1	Internal DAC Config 1
0x9C001F64	G62.25	aud_aadc_agc_cfg0	DAGC0/1 Config0
0x9C001F68	G62.26	aud_force_cken	AUD Force CKEN
0x9C001F6C	G62.27	aud_recovery_ctrl	AUD Recovery Control
0x9C001F70	G62.28	pcm_iec_par0_out	Channel Status of PCM S/PDIF TX
0x9C001F74	G62.29	pcm_iec_par1_out	Channel Status of PCM S/PDIF TX and Configurations
0x9C001F78	G62.30	dmactrl_cnt_inc_1	DMA Counter Increment/Decrement
0x9C001F7C	G62.31	dmactrl_cnt_delta_1	Delta Value

Address	Group No	Register Name	Description
0x9C001F80	G63.0	bt_ifx_cfg	BlueTooth IFX Config
0x9C001F84	G63.1	bt_i2s_cfg	BT I2S Format Configuration
0x9C001F88	G63.2	bt_xck_cfg	BlueTooth XCK Config
0x9C001F8C	G63.3	bt_bck_cfg	BlueTooth BCK Config
0x9C001F90	G63.4	bt_sync_cfg	BlueTooth SYNC Config
0x9C001F94	G63.5	IFX0_SAMPLING_RATE_CNT	IFX0_SAMPLING_RATE_CNT
0x9C001F98	G63.6	IFX1_SAMPLING_RATE_CNT	IFX1_SAMPLING_RATE_CNT
0x9C001F9C	G63.7	ASRC_CTRL	ASRC_CTRL
0x9C001FA0	G63.8	G63ADDR8_reserved	Reserved
0x9C001FA4	G63.9	G63ADDR9_reserved	Reserved
0x9C001FA8	G63.10	G63ADDR10_reserved	Reserved
0x9C001FAC	G63.11	G63ADDR11_reserved	Reserved
0x9C001FB0	G63.12	G63ADDR12_reserved	Reserved
0x9C001FB4	G63.13	pgag_sample_cnt_0l	ADAC_PGA_GAIN ctrl monitor sample counter (debug use.)
0x9C001FB8	G63.14	ADAC_PGA_GAIN_0L_CTRL	ADAC_PGA_GAIN_0L_CTRL
0x9C001FBC	G63.15	ADAC_PGA_GAIN_0R_CTRL	ADAC_PGA_GAIN_0R_CTRL
0x9C001FC0	G63.16	ADAC_PGA_GAIN_1L_CTRL	ADAC_PGA_GAIN_1L_CTRL
0x9C001FC4	G63.17	ADAC_PGA_GAIN_1R_CTRL	ADAC_PGA_GAIN_1R_CTRL
0x9C001FC8	G63.18	ADAC_PGA_GAIN_2R_CTRL	ADAC_PGA_GAIN_2R_CTRL
0x9C001FCC	G63.19	AUD_AADC_AGC_STATUS	DAGC0/1/2 STATUS
0x9C001FD0	G63.20	AUD_AADC_AGC2_CFG0	DAGC2 config0
0x9C001FD4	G63.21	AUD_AADC_AGC2_CFG1	DAGC2 config1
0x9C001FD8	G63.22	AUD_AADC_AGC2_CFG2	DAGC2 config2
0x9C001FDC	G63.23	AUD_AADC_AGC2_CFG3	DAGC2 config3
0x9C001FE0	G63.24	AUD_OPT_TEST_PAT	AUD_OPT_TEST_PAT
0x9C001FE4	G63.25	DSP_OPT_LSB	DSP_OPT_LSB
0x9C001FE8	G63.26	DSP_OPT_MSB	DSP_OPT_MSB
0x9C001FEC	G63.27	int_adc_ctrl1	Internal ADC Config1
0x9C001FF0	G63.28	other_status	aud other status
0x9C001FF4	G63.29	CDRPLL_LOSD_CTRL	CDRPLL_LOSD_CTRL
0x9C001FF8	G63.30	LOSD_RELEASE_CNT	LOSD_RELEASE_CNT
0x9C001FFC	G63.31	other_ctrl	aud other ctrl

Address	Group No	Register Name	Description
0x9C002000	G64.0	aud_a0_base	Base Address
0x9C002004	G64.1	aud_a0_length	FIFO Length
0x9C002008	G64.2	aud_a0_ptr	FIFO Pointer
0x9C00200C	G64.3	aud_a0_cnt	FIFO Count
0x9C002010	G64.4	aud_a1_base	Base Address
0x9C002014	G64.5	aud_a1_length	FIFO Length
0x9C002018	G64.6	aud_a1_ptr	FIFO Pointer
0x9C00201C	G64.7	aud_a1_cnt	FIFO Count
0x9C002020	G64.8	aud_a2_base	Base Address
0x9C002024	G64.9	aud_a2_length	FIFO Length
0x9C002028	G64.10	aud_a2_ptr	FIFO Pointer
0x9C00202C	G64.11	aud_a2_cnt	FIFO Count
0x9C002030	G64.12	aud_a3_base	Base Address
0x9C002034	G64.13	aud_a3_length	FIFO Length
0x9C002038	G64.14	aud_a3_ptr	FIFO Pointer
0x9C00203C	G64.15	aud_a3_cnt	FIFO Count
0x9C002040	G64.16	aud_a4_base	Base Address
0x9C002044	G64.17	aud_a4_length	FIFO Length
0x9C002048	G64.18	aud_a4_ptr	FIFO Pointer
0x9C00204C	G64.19	aud_a4_cnt	FIFO Count
0x9C002050	G64.20	aud_a5_base	Base Address
0x9C002054	G64.21	aud_a5_length	FIFO Length
0x9C002058	G64.22	aud_a5_ptr	FIFO Pointer
0x9C00205C	G64.23	aud_a5_cnt	FIFO Count
0x9C002060	G64.24	aud_a6_base	Base Address
0x9C002064	G64.25	aud_a6_length	FIFO Length
0x9C002068	G64.26	aud_a6_ptr	FIFO Pointer
0x9C00206C	G64.27	aud_a6_cnt	FIFO Count
0x9C002070	G64.28	aud_a7_base	Base Address
0x9C002074	G64.29	aud_a7_length	FIFO Length
0x9C002078	G64.30	aud_a7_ptr	FIFO Pointer
0x9C00207C	G64.31	aud_a7_cnt	FIFO Count

Address	Group No	Register Name	Description
0x9C002080	G65.0	aud_a8_base	Base Address
0x9C002084	G65.1	aud_a8_length	FIFO Length
0x9C002088	G65.2	aud_a8_ptr	FIFO Pointer
0x9C00208C	G65.3	aud_a8_cnt	FIFO Count
0x9C002090	G65.4	aud_a9_base	Base Address
0x9C002094	G65.5	aud_a9_length	FIFO Length
0x9C002098	G65.6	aud_a9_ptr	FIFO Pointer
0x9C00209C	G65.7	aud_a9_cnt	FIFO Count
0x9C0020A0	G65.8	aud_a10_base	Base Address
0x9C0020A4	G65.9	aud_a10_length	FIFO Length
0x9C0020A8	G65.10	aud_a10_ptr	FIFO Pointer
0x9C0020AC	G65.11	aud_a10_cnt	FIFO Count
0x9C0020B0	G65.12	aud_a11_base	Base Address
0x9C0020B4	G65.13	aud_a11_length	FIFO Length
0x9C0020B8	G65.14	aud_a11_ptr	FIFO Pointer
0x9C0020BC	G65.15	aud_a11_cnt	FIFO Count
0x9C0020C0	G65.16	aud_a12_base	Base Address
0x9C0020C4	G65.17	aud_a12_length	FIFO Length
0x9C0020C8	G65.18	aud_a12_ptr	FIFO Pointer
0x9C0020CC	G65.19	aud_a12_cnt	FIFO Count
0x9C0020D0	G65.20	aud_a13_base	Base Address
0x9C0020D4	G65.21	aud_a13_length	FIFO Length
0x9C0020D8	G65.22	aud_a13_ptr	FIFO Pointer
0x9C0020DC	G65.23	aud_a13_cnt	FIFO Count
0x9C0020E0	G65.24	aud_a14_base	Base Address
0x9C0020E4	G65.25	aud_a14_length	FIFO Length
0x9C0020E8	G65.26	aud_a14_ptr	FIFO Pointer
0x9C0020EC	G65.27	aud_a14_cnt	FIFO Count
0x9C0020F0	G65.28	aud_a15_base	Base Address
0x9C0020F4	G65.29	aud_a15_length	FIFO Length
0x9C0020F8	G65.30	aud_a15_ptr	FIFO Pointer
0x9C0020FC	G65.31	aud_a15_cnt	FIFO Count

Address	Group No	Register Name	Description
0x9C002100	G66.0	aud_a16_base	Base Address
0x9C002104	G66.1	aud_a16_length	FIFO Length
0x9C002108	G66.2	aud_a16_ptr	FIFO Pointer
0x9C00210C	G66.3	aud_a16_cnt	FIFO Count
0x9C002110	G66.4	aud_a17_base	Base Address
0x9C002114	G66.5	aud_a17_length	FIFO Length
0x9C002118	G66.6	aud_a17_ptr	FIFO Pointer
0x9C00211C	G66.7	aud_a17_cnt	FIFO Count
0x9C002120	G66.8	aud_a18_base	Base Address
0x9C002124	G66.9	aud_a18_length	FIFO Length
0x9C002128	G66.10	aud_a18_ptr	FIFO Pointer
0x9C00212C	G66.11	aud_a18_cnt	FIFO Count
0x9C002130	G66.12	aud_a19_base	Base Address
0x9C002134	G66.13	aud_a19_length	FIFO Length
0x9C002138	G66.14	aud_a19_ptr	FIFO Pointer
0x9C00213C	G66.15	aud_a19_cnt	FIFO Count
0x9C002140	G66.16	aud_a20_base	Base Address
0x9C002144	G66.17	aud_a20_length	FIFO Length
0x9C002148	G66.18	aud_a20_ptr	FIFO Pointer
0x9C00214C	G66.19	aud_a20_cnt	FIFO Count
0x9C002150	G66.20	aud_a21_base	Base Address
0x9C002154	G66.21	aud_a21_length	FIFO Length
0x9C002158	G66.22	aud_a21_ptr	FIFO Pointer
0x9C00215C	G66.23	aud_a21_cnt	FIFO Count
0x9C002160	G66.24	aud_a22_base	Base Address
0x9C002164	G66.25	aud_a22_length	FIFO Length
0x9C002168	G66.26	aud_a22_ptr	FIFO Pointer
0x9C00216C	G66.27	aud_a22_cnt	FIFO Count
0x9C002170	G66.28	aud_a23_base	Base Address
0x9C002174	G66.29	aud_a23_length	FIFO Length
0x9C002178	G66.30	aud_a23_ptr	FIFO Pointer
0x9C00217C	G66.31	aud_a23_cnt	FIFO Count

Address	Group No	Name	Description
0x9C002180	G67.0	aud_grm_master_gain	Gain Control
0x9C002184	G67.1	aud_grm_gain_control_0	Gain Control
0x9C002188	G67.2	aud_grm_gain_control_1	Gain Control
0x9C00218C	G67.3	aud_grm_gain_control_2	Gain Control
0x9C002190	G67.4	aud_grm_gain_control_3	Gain Control
0x9C002194	G67.5	aud_grm_gain_control_4	Gain Control
0x9C002198	G67.6	aud_grm_mix_control_0	Mixer Setting
0x9C00219C	G67.7	aud_grm_mix_control_1	Mixer Setting
0x9C0021A0	G67.8	aud_grm_mix_control_2	Mixer Setting
0x9C0021A4	G67.9	aud_grm_switch_0	Channel Switch
0x9C0021A8	G67.10	aud_grm_switch_1	Channel Switch
0x9C0021AC	G67.11	aud_grm_switch_int	INT DAC Channel Switch
0x9C0021B0	G67.12	aud_grm_delta_volume	Gain Update
0x9C0021B4	G67.13	aud_grm_delta_ramp_pcm	Gain Update
0x9C0021B8	G67.14	aud_grm_delta_ramp_risc	Gain Update
0x9C0021BC	G67.15	aud_grm_delta_ramp_linein	Gain Update
0x9C0021C0	G67.16	aud_grm_other	Other Setting
0x9C0021C4	G67.17	aud_grm_gain_control_5	Gain Control
0x9C0021C8	G67.18	aud_grm_gain_control_6	Gain Control
0x9C0021CC	G67.19	aud_grm_gain_control_7	Gain Control
0x9C0021D0	G67.20	aud_grm_gain_control_8	Gain Control
0x9C0021D4	G67.21	aud_grm_fifo_eflag	FIFO Error Flag
0x9C0021D8	G67.22	aud_grm_gain_control_9	IEC Tx Interface Gain
0x9C0021DC	G67.23	aud_grm_gain_control_10	I2S Tx Interface Gain
0x9C0021E0	G67.24	aud_grm_switch_hdmi	HDMI DAC Channel Switch
0x9C0021E4	G67.25	aud_grm_gain_control_11	New Gain Control
0x9C0021E8	G67.26	reserved	Reserved
0x9C0021EC	G67.27	reserved	Reserved
0x9C0021F0	G67.28	reserved	Reserved
0x9C0021F4	G67.29	reserved	Reserved
0x9C0021F8	G67.30	reserved	Reserved
0x9C0021FC	G67.31	reserved	Reserved

Address	Group No	Register Name	Description
0x9C002200	G68.0	Reserved	Reserved
0x9C002204	G68.1	Reserved	Reserved
0x9C002208	G68.2	Reserved	Reserved
0x9C00220C	G68.3	Reserved	Reserved
0x9C002210	G68.4	Reserved	Reserved
0x9C002214	G68.5	Reserved	Reserved
0x9C002218	G68.6	Reserved	Reserved
0x9C00221C	G68.7	Reserved	Reserved
0x9C002220	G68.8	Reserved	Reserved
0x9C002224	G68.9	Reserved	Reserved
0x9C002228	G68.10	Reserved	Reserved
0x9C00222C	G68.11	Reserved	Reserved
0x9C002230	G68.12	Reserved	Reserved
0x9C002234	G68.13	Reserved	Reserved
0x9C002238	G68.14	Reserved	Reserved
0x9C00223C	G68.15	Reserved	Reserved
0x9C002240	G68.16	Reserved	Reserved
0x9C002244	G68.17	Reserved	Reserved
0x9C002248	G68.18	Reserved	Reserved
0x9C00224C	G68.19	Reserved	Reserved
0x9C002250	G68.20	Reserved	Reserved
0x9C002254	G68.21	Reserved	Reserved
0x9C002258	G68.22	Reserved	Reserved
0x9C00225C	G68.23	Reserved	Reserved
0x9C002260	G68.24	AUD_MONITOR_TRIGGER	AUD_MONITOR
0x9C002264	G68.25	AUD_SBAR_CNT	AUD_SBAR_CNT
0x9C002268	G68.26	AUD_SBAR_CYCLE	AUD_SBAR_CYCLE
0x9C00226C	G68.27	AUD_MAX_SBAR_CYCLE	AUD_MAX_SBAR_CYCLE
0x9C002270	G68.28	AUD_MIN_SBAR_CYCLE	AUD_MIN_SBAR_CYCLE
0x9C002274	G68.29	AUD_SBAR_STATUS	AUD_SBAR_STATUS
0x9C002278	G68.30	Reserved	Reserved
0x9C00227C	G68.31	Reserved	Reserved

Address	Group No	Register Name	Description
0x9C002280	G69.0	adcp_gps_ch_enable	ADCPRC GPS Configuration Group 1
0x9C002284	G69.1	adcp_gps_fubypass	ADCPRC GPS Configuration Group 2
0x9C002288	G69.2	adcp_gps_mode_ctrl	ADCPRC GPS Mode Control
0x9C00228C	G69.3	adcp_gps_init_ctrl	ADCP GPS Initialization Control
0x9C002290	G69.4	adcp_gps_coeff_din	Coefficient Data Input
0x9C002294	G69.5	adcp_gps_agc_cfg	ADCPRC GPS AGC Configuration of Ch0/1
0x9C002298	G69.6	adcp_gps_agc_cfg2	ADCPRC GPS AGC Configuration of Ch2/3
0x9C00229C	G69.7	adcp_gps_gain_0	ADCPRC GPS System Gain0
0x9C0022A0	G69.8	adcp_gps_gain_1	ADCP GPS System Gain1
0x9C0022A4	G69.9	adcp_gps_gain_2	ADCP GPS System Gain2
0x9C0022A8	G69.10	adcp_gps_gain_3	ADCP GPS System Gain3
0x9C0022AC	G69.11	adcp_gps_risc_gain	ADCP GPS RISC Gain
0x9C0022B0	G69.12	adcp_gps_mic_l	ADCPRC GPS Microphone - in Left Channel Data
0x9C0022B4	G69.13	adcp_gps_mic_r	ADCPRC GPS Microphone - in Right Channel Data
0x9C0022B8	G69.14	adcp_gps_agc_gain	ADCPRC GPS AGC Gain
0x9C0022BC	G69.15	i2s_pwm_control_1	Reserved
0x9C0022C0	G69.16	i2s_pwm_control_2	Reserved
0x9C0022C4	G69.17	i2s_pwm_control_3	Reserved
0x9C0022C8	G69.18	i2s_pwm_control_4	Reserved
0x9C0022CC	G69.19	classd_mos_control	Reserved
0x9C0022D0	G69.20	G69ADDR20_reserved0	Reserved
0x9C0022D4	G69.21	G69ADDR21_reserved0	Reserved
0x9C0022D8	G69.22	G69ADDR22_reserved0	Reserved
0x9C0022DC	G69.23	G69ADDR23_reserved0	Reserved
0x9C0022E0	G69.24	G69ADDR24_reserved0	Reserved
0x9C0022E4	G69.25	G69ADDR25_reserved0	Reserved
0x9C0022E8	G69.26	G69ADDR26_reserved0	Reserved
0x9C0022EC	G69.27	G69ADDR27_reserved0	Reserved
0x9C0022F0	G69.28	G69ADDR28_reserved0	Reserved
0x9C0022F4	G69.29	G69ADDR29_reserved0	Reserved
0x9C0022F8	G69.30	G69ADDR30_reserved0	Reserved
0x9C0022FC	G69.31	G69ADDR31_reserved0	Reserved

Address	Group No	Register Name	Description
0x9C002300	G70.0	fifo_near_value_0_1	AUD FIFO NEAR VALUE 0/1
0x9C002304	G70.1	fifo_near_value_2_3	AUD FIFO NEAR VALUE 2/3
0x9C002308	G70.2	fifo_near_value_4_5	AUD FIFO NEAR VALUE 4/5
0x9C00230C	G70.3	fifo_near_value_6_7	AUD FIFO NEAR VALUE 6/7
0x9C002310	G70.4	fifo_near_value_8_9	AUD FIFO NEAR VALUE 8/9
0x9C002314	G70.5	fifo_near_value_10_11	AUD FIFO NEAR VALUE 10/11
0x9C002318	G70.6	fifo_near_value_12_13	AUD FIFO NEAR VALUE 12/13
0x9C00231C	G70.7	fifo_near_value_14_15	AUD FIFO NEAR VALUE 14/15
0x9C002320	G70.8	fifo_near_status	AUD FIFO NEAR STATUS
0x9C002324	G70.9	fifo_status	AUD FIFO STATUS
0x9C002328	G70.10	fifo_near_mask	AUD FIFO NEAR STATUS MASK
0x9C00232C	G70.11	fifo_status_mask	AUD FIFO STATUS MASK
0x9C002330	G70.12	G70ADDR20_reserved0	Reserved
0x9C002334	G70.13	G70ADDR21_reserved0	Reserved
0x9C002338	G70.14	fifo_near_value_16_17	AUD FIFO NEAR VALUE 16/17
0x9C00233C	G70.15	fifo_near_value_18_19	AUD FIFO NEAR VALUE 18/19
0x9C002340	G70.16	fifo_near_value_20_21	AUD FIFO NEAR VALUE 20/21
0x9C002344	G70.17	fifo_near_value_22_23	AUD FIFO NEAR VALUE 22/23
0x9C002348	G70.18	fifo_near_value_24_25	AUD FIFO NEAR VALUE 24/25
0x9C00234C	G70.19	fifo_near_value_26_27	AUD FIFO NEAR VALUE 26/27
0x9C002350	G70.20	G70ADDR20_reserved0	Reserved
0x9C002354	G70.21	G70ADDR21_reserved0	Reserved
0x9C002358	G70.22	G70ADDR22_reserved0	Reserved
0x9C00235C	G70.23	G70ADDR23_reserved0	Reserved
0x9C002360	G70.24	G70ADDR24_reserved0	Reserved
0x9C002364	G70.25	G70ADDR25_reserved0	Reserved
0x9C002368	G70.26	G70ADDR26_reserved0	Reserved
0x9C00236C	G70.27	G70ADDR27_reserved0	Reserved
0x9C002370	G70.28	G70ADDR28_reserved0	Reserved
0x9C002374	G70.29	G70ADDR29_reserved0	Reserved
0x9C002378	G70.30	G70ADDR30_reserved0	Reserved
0x9C00237C	G70.31	G70ADDR31_reserved0	Reserved

Address	Group No	Register Name	Description
0x9C002380	G71.0	aud_a24_base	Base Address
0x9C002384	G71.1	aud_a24_length	FIFO Length
0x9C002388	G71.2	aud_a24_ptr	FIFO Pointer
0x9C00238C	G71.3	aud_a24_cnt	FIFO Count
0x9C002390	G71.4	aud_a25_base	Base Address
0x9C002394	G71.5	aud_a25_length	FIFO Length
0x9C002398	G71.6	aud_a25_ptr	FIFO Pointer
0x9C00239C	G71.7	aud_a25_cnt	FIFO Count
0x9C0023A0	G71.8	aud_a26_base	Base Address
0x9C0023A4	G71.9	aud_a26_length	FIFO Length
0x9C0023A8	G71.10	aud_a26_ptr	FIFO Pointer
0x9C0023AC	G71.11	aud_a26_cnt	FIFO Count
0x9C0023B0	G71.12	aud_a27_base	Base Address
0x9C0023B4	G71.13	aud_a27_length	FIFO Length
0x9C0023B8	G71.14	aud_a27_ptr	FIFO Pointer
0x9C0023BC	G71.15	aud_a27_cnt	FIFO Count
0x9C0023C0	G71.16	aud_a28_base	Base Address
0x9C0023C4	G71.17	aud_a28_length	FIFO Length
0x9C0023C8	G71.18	aud_a28_ptr	FIFO Pointer
0x9C0023CC	G71.19	aud_a28_cnt	FIFO Count
0x9C0023D0	G71.20	aud_a29_base	Base Address
0x9C0023D4	G71.21	aud_a29_length	FIFO Length
0x9C0023D8	G71.22	aud_a29_ptr	FIFO Pointer
0x9C0023DC	G71.23	aud_a29_cnt	FIFO Count
0x9C0023E0	G71.24	G71ADDR24_reserved0	Reserved
0x9C0023E4	G71.25	G71ADDR25_reserved0	Reserved
0x9C0023E8	G71.26	G71ADDR26_reserved0	Reserved
0x9C0023EC	G71.27	G71ADDR27_reserved0	Reserved
0x9C0023F0	G71.28	G71ADDR28_reserved0	Reserved
0x9C0023F4	G71.29	G71ADDR29_reserved0	Reserved
0x9C0023F8	G71.30	G71ADDR30_reserved0	Reserved
0x9C0023FC	G71.31	G71ADDR31_reserved0	Reserved

Address	Group No	Register Name	Description
0x9C002400	G72.0	tdm_rx_cfg0	TDM RX CONFIG 0
0x9C002404	G72.1	tdm_rx_cfg1	TDM RX CONFIG 1
0x9C002408	G72.2	tdm_rx_cfg2	TDM RX CONFIG 2
0x9C00240C	G72.3	tdm_rx_cfg3	TDM RX CONFIG 3
0x9C002410	G72.4	G72ADDR4_reserved0	Reserved
0x9C002414	G72.5	G72ADDR5_reserved0	Reserved
0x9C002418	G72.6	tdm_tx_cfg0	TDM TX CONFIG 0
0x9C00241C	G72.7	tdm_tx_cfg1	TDM TX CONFIG 1
0x9C002420	G72.8	tdm_tx_cfg2	TDM TX CONFIG 2
0x9C002424	G72.9	tdm_tx_cfg3	TDM TX CONFIG 3
0x9C002428	G72.10	tdm_tx_cfg4	TDM TX CONFIG 4
0x9C00242C	G72.11	G72ADDR11_reserved0	Reserved
0x9C002430	G72.12	G72ADDR12_reserved0	Reserved
0x9C002434	G72.13	G72ADDR13_reserved0	Reserved
0x9C002438	G72.14	pdm_cfg0	PDM CONFIG 0
0x9C00243C	G72.15	pdm_cfg1	PDM CONFIG 1
0x9C002440	G72.16	pdm_cfg2	PDM CONFIG 2
0x9C002444	G72.17	pdm_cfg3	PDM CONFIG 3
0x9C002448	G72.18	pdm_cfg4	PDM CONFIG 4
0x9C00244C	G72.19	pdm_cfg5	PDM CONFIG 5
0x9C002450	G72.20	G72ADDR26_reserved0	Reserved
0x9C002454	G72.21	G72ADDR27_reserved0	Reserved
0x9C002458	G72.22	aud_tdmtx_xck_cfg	TDM XCK Configuration
0x9C00245C	G72.23	aud_tdmtx_bck_cfg	TDM BCK Configuration
0x9C002460	G72.24	aud_tdmrx_xck_cfg	TDM XCK Configuration
0x9C002464	G72.25	aud_tdmrx_bck_cfg	TDM BCK Configuration
0x9C002468	G72.26	aud_pdmrx_bck_cfg	PDM XCK Configuration
0x9C00246C	G72.27	aud_pdmrx_xck_cfg	PDM BCK Configuration
0x9C002470	G72.28	G72ADDR28_reserved0	Reserved
0x9C002474	G72.29	G72ADDR29_reserved0	Reserved
0x9C002478	G72.30	tdm_pdm_tx_sel	TDM or PDM TX selection
0x9C00247C	G72.31	G72ADDR31_reserved0	Reserved

28.4.2 Registers Description

Group 60 AUD REG G0

AUD Group 0 Registers.

60.0 AUD Interface Control (audif ctrl)
Address: 0x9C001E00
Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:18	RO	RESERVED
CONFIG BT BCK STOP	17	RW	BCK Clock Enable Active high to disable the BCK output of audio hardware set 0.
CONFIG BT LRCK STOP	16	RW	LRCK Clock Enable Active high to disable the LRCK output of audio hardware set 0.
AUDIO OFFSET	15:13	RW	Audio Offect Setting Reserved for further usage.
CONFIG1 BCK STOP	12	RW	BCK Clock Enable Active high to disable the BCK output of audio hardware set 1.
CONFIG1 LRCK STOP	11	RW	LRCK Clock Enable Active high to disable the LRCK output of audio hardware set 1.
CONFIG0 BCK STOP	10	RW	BCK Clock Enable Active high to disable the BCK output of audio hardware set 0.
CONFIG0 LRCK STOP	9	RW	LRCK Clock Enable Active high to disable the LRCK output of audio hardware set 0.
ADCP GPS RST B	8	RW	ADCPRC GPS Reset Synchronous reset, active high. It will reset the whole AD- CPRC GPS module.
ADCP RST B	7	RW	ADCPRC Reset Synchronous reset, active high. It will reset the whole AD- CPRC module.
IEC1 TX RST	6	RW	S/PDIF Transmitter Reset Synchronous reset, active high. It will reset the S/PDIF TX1 module.
INT ADC RST B	5	RW	Internal ADC Configuration Reset Reserved for further usage.
EXT ADC RST B	4	RW	External ADC Configuration Reset Synchronous reset, active high. It will clear the EXT ADC CFG register.
IEC0 TX RST	3	RW	S/PDIF Transmitter Reset Synchronous reset, active high. It will reset the S/PDIF TX module.
PCM RST B	2	RW	Audio PCM Reset Reserved for further usage.
G60A0 reserved0	1	RW	RESERVED Reserved for further usage.
FIFO RST B	0	RW	Audio FIFO Reset Synchronous reset, active high. It will clear the FIFO and the related internal registers in all modules.

60.1 Audio FIFO Request Enable (aud enable)
Address: 0x9C001E04
Reset: 0x005F 0000

Field Name	Bit	Access	Description
reserved	31:23	RO	RESERVED
PCM ENABLE UNLINK	22	RW	PCM FIFO Unlinked Enable Bit 22 is for A6. Active high to enable the read request signal for seperate PCM FIFO.
I2S PWM ENABLE	21	RW	I2S PWM Enable Active high to enable I2S PWM.
PCM ENABLE UNLINK	20:16	RW	PCM FIFO Unlinked Enable Bit 16 is for A0 and bit 20 is for A4. Active high to enable the read request signal for seperate PCM FIFO.
G60A1 reserved2	15	RW	RESERVED Reserved for further usage.
BT ENABLE	14	RW	BT TX(RX) FIFO Enable Active high to enable the write(read) request signal for BT RX(TX) FIFO.
G60A1 reserved1	13	RW	RESERVED Reserved for further usage.
TDM PDM IN ENABLE	12	RW	TDM or PDM FIFO Enable Active high to enable the write request signal for TDM or PDM RX FIFO.
HDMI0 IN ENABLE	11	RW	HDMI RX FIFO Enable Active high to enable the write request signal for HDMI RX FIFO.
SPDIF2 IN ENABLE	10	RW	S/PDIF RX 2 FIFO Enable Active high to enable the write request signal for S/PDIF RX 2 FIFO.
SPDIF1 IN ENABLE	9	RW	S/PDIF RX 1 FIFO Enable Active high to enable the write request signal for S/PDIF RX 1 FIFO.
SPDIF1 OUT ENABLE	8	RW	S/PDIF TX 1 FIFO Enable Active high to enable the read request signal for S/PDIF TX 1 FIFO.
RECORD ENABLE	7	RW	Record FIFO Enable Active high to enable the write request signal for record FIFO.
SPDIF0 IN ENABLE	6	RW	S/PDIF RX 0 FIFO Enable Active high to enable the write request signal for S/PDIF RX 0 FIFO.
INT ADC ENABLE	5	RW	Internal ADC FIFO Enable Active high to enable the write request signal for Mic FIFO and for echo FIFO.
G60A1 reserved0	4	RW	RESERVED Reserved for further usage.
EXT ADC ENABLE	3	RW	External ADC FIFO Enable Reserved for further usage. (Active high to enable the write request signal for line-in FIFO)
RISC ENABLE	2	RW	RISC FIFO Enable Active high to enable the read request signal for RISC FIFO.
SPDIF0 OUT ENABLE	1	RW	S/PDIF TX 0 FIFO Enable Active high to enable the read request signal for S/PDIF TX 0 FIFO.
PCM ENABLE	0	RW	PCM FIFO Enable Active high to enable the read request signal for PCM FIFO.

60.2 Audio PCM (I2S) Format Configuration (pcm cfg)
Address: 0x9C001E08
Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:10	RO	RESERVED
PCM CFG LRSEL	9:8	RW	BCK and LRCK Selection 0x0: Master mode. (default) Use CLKGENA EXT DAC BCK O as BCK and generated CONFIG0 LRCK O as LRCK. 0x1: Master mode. Use CLKGENA EXT ADC BCK O as BCK and generated CONFIG1 LRCK O as LRCK. 0x2: Slave mode. Use external PI AU BCK I as BCK and PI AU BCK I as LRCK. 0x3: Slave mode. Use external PI ADC BCK I as BCK and PI ADC BCK I as LRCK.
I2S TX0 CFG EDGE	7	RW	Synchronized BCK Edge Selection 0: Serial data is valid on rising edge of BCK. (default) 1: Serial data is valid on falling edge of BCK.
I2S TX0 CFG LRCYCLE	6:5	RW	LRCK Cycle Selection 0x0: One LRCK cycle = 16 BCK cycles. (default) 0x1: One LRCK cycle = 24 BCK cycles. 0x2: One LRCK cycle = 32 BCK cycles. 0x3: One LRCK cycle = 16 BCK cycles.
I2S TX0 CFG PARITY	4	RW	PCM Data Parity 0: Left channel when LRCK is low. (default) 1: Left channel when LRCK is high.
I2S TX0 CFG DWIDE	3:2	RW	PCM Data Width 0x0: 16 bits (default) 0x1: 18 bits. 0x2: 20 bits. 0x3: 24 bits.
I2S TX0 CFG JUSTIFY	1	RW	PCM Data Justify 0: Left justify (default) 1: Right justify
I2S TX0 CFG DELAY	0	RW	ext dac format configuration The MSB of PCM data to external DAC delays one BCK cycle after LRCK trsnsition.(default is 0.)

60.3 Mute Flag of I2S TX Module (i2s mute flag ctrl)
Address: 0x9C001E0C

Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:15	RO	RESERVED
I2S TX0 MUTE	14	RW	I2S TX0 Mute Control Active high to mute corresponding channel. default are not mute. bit 0: Mute channel 6.
reserved	13	RW	RESERVED
I2S TX0 MUTE	12:8	RW	I2S TX0 Mute Control Active high to mute corresponding channel. default are not mute. bit 0: Mute channel 0. bit 1: Mute channel 1. bit 2: Mute channel 2. bit 3: Mute channel 3. bit 4: Mute channel 4.
G60A3 reserved1	7:6	RO	RESERVED Reserved for further usage.
I2S TX1 MUTE FLAG	5	RO	Mute Flag for I2S TX1 This flag shows that recent 64 input samples of I2S TX1 module are all zero or not.
I2S TX0 MUTE FLAG	4	RO	Mute Flag for I2S TX0 This flag shows that recent 64 input samples of I2S TX0 module are all zero or not.
G60A3 reserved0	3	RO	RESERVED Reserved for further usage.
MUTE THRESHOLD	2:0	RW	Mute Threshold Discard low MUTE THRESHOLD bits

60.4 External ADC (I2S) Format Configuration (ext adc cfg)
Address: 0x9C001E10
Reset: 0x0000 0000

Field NameBitAccessDescription
G60A4 reserved031:10RO RESERVED

Field Name	Bit	Access	Description
reserved	31:10	RO	RESERVED
ADC CFG LRSEL	9:8	RW	BCK and LRCK Selection Reseved.Replaced by I2S RX1 CFG LRSEL for EXTADC HDMIRX SWAP
I2S RX0 CFG EDGE	7	RW	Synchronized BCK Edge Selection 0: Serial data is valid on rising edge of BCK. (default) 1: Serial data is valid on falling edge of BCK.
I2S RX0 CFG LRCYCLE	6:5	RW	LRCK Cycle Selection 0x0: One LRCK cycle = 16 BCK cycles. (default) 0x1: One LRCK cycle = 24 BCK cycles. 0x2: One LRCK cycle = 32 BCK cycles. 0x3: One LRCK cycle = 16 BCK cycles.
I2S RX0 CFG PARITY	4	RW	PCM Data Parity 0: Left channel when LRCK is low. (default) 1: Left channel when LRCK is high.
I2S RX0 CFG DWIDE	3:2	RW	PCM Data Width 0x0: 16 bits (default) 0x1: 18 bits. 0x2: 20 bits. 0x3: 24 bits.
I2S RX0 CFG JUSTIFY	1	RW	PCM Data Justify 0: Left justify (default) 1: Right justify
I2S RX0 CFG DELAY	0	RW	ext dac format configuration The MSB of PCM data to external DAC delays one BCK cycle after LRCK trsnsition.(default is 0)

60.5 Internal DAC Control 0 (ACODEC CFG0) (int dac ctrl0)
Address: 0x9C001E14
Reset: 0xE018 8013

Field Name	Bit	Access	Description
aio da	31:30	RW	DAC GPIO Mode 0x0: DA0/1/2/3 are all gpio 0x1: DA1/2/3 are gpio (2ch DAC mode) 0x2: DA3 is gpio (5.1ch DAC mode) 0x3: No gpio (7.1ch DAC mode) (default)
en dithe	29	RW	Enable dither function 0: disable. (default) 1: enable
reserved	28	RW	reserved
RCON1	27:26	RW	DAC1 RCF frequence Response R-option
str2	25	RW	Enable to enhance DAC OP driving power 0: disable. (default) 1: enable
str1	24	RW	Enable to enhance DAC OP driving power 0: disable. (default) 1: enable
str0	23	RW	Enable to enhance DAC OP driving power 0: disable. (default) 1: enable
fs	22:20	RW	Sample Rate Control 0x0: 8KHz - 16KHz 0x1: 16KHz - 32KHz 0x2: 32KHz - 64KHz (default) 0x3: 64KHz - 128KHz 0x4: 128KHz - 192KHz
ckinv	19	RW	DACLK inversion Active high for inversion
dwa sel	18	RW	Enable data weighting average function to reduce noise Active high for enable
enzcd2	17	RW	Enable zero crossover detection function Active high for enable
enzcd1	16	RW	Enable zero crossover detection function Active high for enable
enzcd0	15	RW	Enable zero crossover detection function Active high for enable
aen	14:12	RW	Auto-sleep Enable Bit 12 is for DA0 and bit 13 is for DA1. bit 14 is for DA2 Active low to enable auto-sleep. (default are all zeros)
en ref	11	RW	Common mode voltage reference enable Active high to enable.
den	10:8	RW	De-emphasis Enable Bit 8 is for DA0 and bit 9 is for DA1. bit 10 is for DA2 Active high to turn off de-emphasis function. (default)
RCON0	7:6	RW	DAC0 RCF frequence Response R-option
G60A5 reserved0	5	RW	reserved
pwdar2	4	RW	Right channel power down Active high to enter power-down mode. (default)
pwdal1	3	RW	Left channel power down Active high to enter power-down mode. (default)
pwdar1	2	RW	Right channel power down Active high to enter power-down mode. (default)
pwdal0	1	RW	Left channel power down Active high to enter power-down mode. (default)
pwdar0	0	RW	Right channel power down Active high to enter power-down mode. (default)

60.6 Internal ADC Config 0 (int adc ctrl0)
Address: 0x9C001E18
Reset: 0x8000 0726

Field Name	Bit	Access	Description
rstb	31	RW	ACODEC Reset This reset bit is applied to ADC. Active low to enter power- down mode. (default)
AADC ENZCD1	30	RW	ENZCD ADC 1 Zero crossover detection function control 0: Function enable 1: Funcition disable (default)
reserved	29	RW	reserved
pdvref1	28	RW	ADC 1 Enable reference voltage "VREF" power-down Active high for enable
pdadl1	27	RW	ADC 1 Power Down L Channel Active high to power-down
pdadr1	26	RW	ADC 1 Power Down R Channel Active high to power-down
enhpl1	25	RW	ADC 1 Enable HPF of L Channel Active high for enable
enhpr1	24	RW	ADC 1 Enable HPF of R Channel Active high for enable
ovrs1	23:22	RW	ADC 1 Oversample Range Select ADC input limit range. 0x0: 0.84Full range (default) 0x1: 0.71Full range 0x2: 0.60Full range 0x3: 0.50Full range
reserved	21	RW	reserved
gsel1 l	20:16	RW	ADC 1 L-channel Gain Control Range of gain is 6dB downto -24 dB. Step size is 1dB. 0x1f is mute. 0x00: 6dB 0x01: 5dB ... 0x1e: -24dB (default) 0x1f: mute
G60A6 reserved2	15	RW	reserved
AADC ENZCD0	14	RW	ENZCD ADC 0 Zero crossover detection function control 0: Function enable 1: Funcition disable (default)
G60A6 reserved1	13	RW	reserved
pdvref0	12	RW	ADC 0 Enable reference voltage "VREF" power-down Active high for enable
pdadl0	11	RW	ADC 0 Power Down L Channel Active high to power-down
pdadr0	10	RW	ADC 0 Power Down R Channel Active high to power-down
enhpl0	9	RW	ADC 0 Enable HPF of L Channel Active high for enable
enhpr0	8	RW	ADC 0 Enable HPF of R Channel Active high for enable
ovrs0	7:6	RW	ADC 0 Oversample Range Select ADC input limit range. 0x0: 0.84Full range (default) 0x1: 0.71Full range 0x2: 0.60Full range 0x3: 0.50Full range
G60A6 reserved0	5	RW	reserved
gsel0	4:0	RW	ADC 0 L-channel Gain Control Range of gain is 6dB downto -24 dB. Step size is 1dB. 0x1f is mute. 0x00: 6dB 0x01: 5dB ... 0x1e: -24dB (default) 0x1f: mute

60.7 ADC Input Path Switch (adc in path switch)
Address: 0x9C001E1C

Reset: 0x0000 0000

Field Name	Bit	Access	Description
G60A7 reserved0	31:2	RO	RESERVED Reserved for further usage.
FPGA MODE	1	RW	Input Source Selection of Channel 0/1 Select input source of adcprc ch0/1 (These 2 channels sup- port echo function.) 0: Internal ADC. (default) 1: External ADC0.
ADC SWITCH	0	RW	ADC Switch Switch input source of line-in (ch2/3) and microphone in (ch0/1). 0: mic-in = "int ADC0", line-in = "ext ADC0" 1: mic-in = "ext ADC0", line-in = "int ADC0"

60.8 Internal ADC and DAC (I2S) Format Configuration (int adc dac cfg)
Address: 0x9C001E20
Reset: 0x0010 004D

Field Name	Bit	Access	Description
G60A8 reserved3	31:26	RO	RESERVED Reserved for further usage.
G60A8 reserved2	25:24	RW	RESERVED Reserved for further usage.
INT ADC CFG EDGE	23	RW	Synchronized BCK Edge Selection 0: Serial data is valid on rising edge of BCK. (default) 1: Serial data is valid on falling edge of BCK.
INT ADC CFG LRCYCLE	22:21	RW	LRCK Cycle Selection 0x0: One LRCK cycle = 16 BCK cycles. (default) 0x1: One LRCK cycle = 24 BCK cycles. 0x2: One LRCK cycle = 32 BCK cycles. 0x3: One LRCK cycle = 16 BCK cycles.
INT ADC CFG PARITY	20	RW	PCM Data Parity 0: Left channel when LRCK is low. 1: Left channel when LRCK is high.(default)
INT ADC CFG DWIDE	19:18	RW	PCM Data Width 0x0: 16 bits (default) 0x1: 18 bits. 0x2: 20 bits. 0x3: 24 bits.
INT ADC CFG JUSTIFY	17	RW	PCM Data Justify 0: Left justify (default) 1: Right justify
INT ADC CFG DELAY	16	RW	ext dac format configuration The MSB of PCM data to external DAC delays one BCK cycle after LRCKtrsnsition.(default is 0)
G60A8 reserved1	15:10	RO	RESERVED Reserved for further usage.
G60A8 reserved0	9:8	RW	RESERVED Reserved for further usage.
INT DAC CFG EDGE	7	RW	Synchronized BCK Edge Selection 0: Serial data is valid on rising edge of BCK. (default) 1: Serial data is valid on falling edge of BCK.
INT DAC CFG LRCYCLE	6:5	RW	LRCK Cycle Selection 0x0: One LRCK cycle = 16 BCK cycles. 0x1: One LRCK cycle = 24 BCK cycles. 0x2: One LRCK cycle = 32 BCK cycles. (default) 0x3: One LRCK cycle = 16 BCK cycles.
INT DAC CFG PARITY	4	RW	PCM Data Parity 0: Left channel when LRCK is low. (default) 1: Left channel when LRCK is high.
INT DAC CFG DWIDE	3:2	RW	PCM Data Width 0x0: 16 bits 0x1: 18 bits. 0x2: 20 bits. 0x3: 24 bits. (default)
INT DAC CFG JUSTIFY	1	RW	PCM Data Justify 0: Left justify (default) 1: Right justify
INT DAC CFG DELAY	0	RW	ext dac format configuration The MSB of PCM data to external DAC delays one BCK cycle after LRCK trsnsition.(default is 1, delays one BCK cycle)

60.9 Reserved (G60ADDR9 reserved)
Address: 0x9C001E24
Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:0	RO	reserved

60.10 S/PDIF Configuration (iec cfg)
Address: 0x9C001E28
Reset: 0x0000 4000

Field Name	Bit	Access	Description
reserved	31:18	RO	RESERVED
IEC0 RX NEW MODE	17	RW	IEC0 RX New Mode Enable Active high to enable IEC0 RX New Mode.
IEC1 RX SOURCE SEL	16	RW	Input Source Selection of S/PDIF RX1 Both PI IEC1 RX and HDMI ARC SPDIF TX input ports can be the input source of S/PDIF RX1. 0: Select PI IEC1 RX (default) 1: Select HDMI ARC SPDIF TX
IEC0 RX SOURCE SEL	15	RW	Input Source Selection of S/PDIF RX0 Both IEC0 RX and IEC1 RX input ports can be the input source of S/PDIF RX0. (IEC1 RX is the selected result from PI IEC1 RX and HDMI ARC SPDIF TX.) 0: Select IEC0 RX (default) 1: Select IEC1 RX
IEC AGENT ENABLE	14	RW	IEC Agent Enable Active high to enable the IEC agent function. With IEC agent enabled, before the next Preamble B, the source data of S/PDIF TX will be claimed to zero after the valid bit of S/PDIF TX is changed.
IEC2 RX CHANNEL SEL	13	RW	Channel Selection of S/PDIF RX2 for upadting channel status Used to select the channel from which the channel status is decoded. 0: From left channel. (default) 1: From right channel.
IEC2 RX LR ATTRIBUTE	12	RW	Show the Channel Flag of S/PDIF RX2 Active high to show the channel flag in the LSB of 24-bit decoded data. (Debug Only)
IEC1 RX CHANNEL SEL	11	RW	Channel Selection of S/PDIF RX1 for upadting channel status Used to select the channel from which the channel status is decoded. 0: From left channel. (default) 1: From right channel.
IEC1 RX LR ATTRIBUTE	10	RW	Show the Channel Flag of S/PDIF RX1 Active high to show the channel flag in the LSB of 24-bit decoded data. (Debug Only)
IEC0 RX CHANNEL SEL	9	RW	Channel Selection of S/PDIF RX0 for upadting channel status Used to select the channel from which the channel status is decoded. 0: From left channel. (default) 1: From right channel.
IEC0 RX LR ATTRIBUTE	8	RW	Show the Channel Flag of S/PDIF RX0 Active high to show the channel flag in the LSB of 24-bit decoded data. (Debug Only)
IEC1 TX MUTE	7	RW	Mute S/PDIF TX1 Source Data Active high to tie the 24-bit source data to ground.
IEC1 TX RAW	6	RW	S/PDIF TX1 Ramp Function Bypass Active high to bypass the ramp function.
IEC1 TX CSS MODE	5	RW	CSS Mode of S/PDIF TX1 Active high to mask 8-bit LSB of 24-bit data to zero.
IEC1 TX FREEZE	4	RW	Freeze S/PDIF TX1 Output Port Active high to tie the S/PDIF encoded output port to ground.
IEC0 TX MUTE	3	RW	Mute S/PDIF TX0 Source Data Active high to tie the 24-bit source data to ground.
IEC0 TX RAW	2	RW	S/PDIF TX0 Ramp Function Bypass Active high to bypass the ramp function.
IEC0 TX CSS MODE	1	RW	CSS Mode of S/PDIF TX0 Active high to mask 8-bit LSB of 24-bit data to zero.
IEC0 TX FREEZE	0	RW	Freeze S/PDIF TX0 Output Port Active high to tie the S/PDIF encoded output port to ground.

60.11 Valid Bit for S/PDIF TX0 (iec0 valid out)
Address: 0x9C001E2C

Reset: 0x0000 0000

Field Name	Bit	Access	Description
G60A11 reserved0	31:1	RO	RESERVED Reserved for further usage.
IEC0 VALID OUT	0	RW	Valid Bit Valid bit of S/PDIF status information. Pratically, it is used to indicates the data type. 0: PCM Data. (default) 1: RAW data.

60.12 Channel Status of S/PDIF TX0 (iec0 par0 out)
Address: 0x9C001E30
Reset: 0x0000 0000

Field Name	Bit	Access	Description
iec0 par0 out	31:0	RW	1st to 32th Bit of Channel Status
			IEC TX. Each frame(one L/R channel pair) are the same
			channel status.
			31th to 24th:
			bit31: 25th bit of channel status
			bit30: 26th bit of channel status
			bit29: 27th bit of channel status
			bit28: 28th bit of channel status
			bit27: 29th bit of channel status
			bit26: 30th bit of channel status
			bit25: 31th bit of channel status
			bit24: 32th bit of channel status
			23th to 16th:
			bit23: 17th bit of channel status
			bit22: 18th bit of channel status
			bit21: 19th bit of channel status
			bit20: 20th bit of channel status
			bit19: 21th bit of channel status
			bit18: 22th bit of channel status
			bit17: 23th bit of channel status
			bit16: 24th bit of channel status
			9th to 16th:
			bit15: 9th bit of channel status
			bit14: 10th bit of channel status
			bit13: 11th bit of channel status
			bit12: 12th bit of channel status
			bit11: 13th bit of channel status
			bit10: 14th bit of channel status
			bit09: 15th bit of channel status
			bit08: 16th bit of channel status
			1st to 8th:
			bit07: 1st bit of channel status
			bit06: 2nd bit of channel status
			bit05: 3rd bit of channel status
			bit04: 4th bit of channel status
			bit03: 5th bit of channel status
			bit02: 6th bit of channel status
			bit01: 7th bit of channel status
			bit00: 8th bit of channel status

60.13 Channel Status of S/PDIF TX0 (iec0 par1 out)
Address: 0x9C001E34
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G60A13 reserved0	31:16	RO	RESERVED Reserved for further usage.
iec0 par1 out	15:0	RW	33th to 48th Bit of Channel Status IEC TX frame 49 to 192 channel status all zeros. 41th to 48th: bit15: 41th bit of channel status bit14: 42th bit of channel status bit13: 43th bit of channel status bit12: 44th bit of channel status bit11: 45th bit of channel status bit10: 46th bit of channel status bit09: 47th bit of channel status bit08: 48th bit of channel status 33th to 40th: bit07: 33th bit of channel status bit06: 34th bit of channel status bit05: 35th bit of channel status bit04: 36th bit of channel status bit03: 37th bit of channel status bit02: 38th bit of channel status bit01: 39th bit of channel status bit00: 40th bit of channel status

60.14 Valid Bit for S/PDIF TX1 (iec1 valid out)
Address:0x9C001E38
Reset: 0x0000 0000

Field Name

Bit

Access

Description

reserved

31:1

RO

RESERVED

IEC1 VALID OUT

0

RW

Valid Bit

Valid bit of S/PDIF status information. Pratically, it is used to indicates the data type.

0: PCM Data.

1: RAW data.

60.15 Channel Status of S/PDIF TX1 (iec1 par0 out)
Address: 0x9C001E3C

Reset: 0x0000 0000

Field Name	Bit	Access	Description
iec1 par0 out	31:0	RW	1st to 32th Bit of Channel Status Please reference Address 12 iec0 par0 out.

60.16 Channel Status of S/PDIF TX1 (iec1 par1 out)
Address: 0x9C001E40
Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:16	RO	RESERVED
iec1 par1 out	15:0	RW	33th to 48th Bit of Channel Status Please reference Address 13 iec0 par1 out.

60.17 Debug Information of S/PDIF RX0 (iec0 rx debug info)
Address: 0x9C001E44
Reset: 0x0000 0000

Field Name	Bit	Access	Description
IEC0 SAMPLE RATE CNT	31:20	RO	hardware use crystal 27M to count sampling rate Ref. to Formula: FS = 27000 / IEC0 SAMPLE RATE CNT. (Unit: KHz)
reserved	19	RO	RESERVED
IEC0 VALID OUT DLY	18	RU	S/PDIF TX0 Valid Bit Current valid bit of S/PDIF TX0.
IEC0 PARITY ERR	17	RO	Parity Error Even parity check error.
IEC0 DEC ERR	16	RUW	Decode Error When reading this flag, return value shows the result of preambled detection. Retuen 1 means the result is error. Write 1 to this bit can clear error flag. Read function: 0:No error 1:Error Write function: 0:No change 1:Clear
G60A17 reserved0	15:11	RO	RESERVED Reserved for further usage.
IEC0 PERIOD 8T	10:0	RO	S/PDIF RX 0 Sample Rate Detect Report the S/PDIF input sample rate by sysclk clock cycles and times 8.

60.18 Valid Bit of S/PDIF RX0 (iec0 valid in)
Address: 0x9C001E48
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G60A18 reserved0	31:1	RO	RESERVED Reserved for further usage.
IEC0 VALID IN	0	RO	Valid Bit Valid bit of S/PDIF status information. Pratically, it is used to indicates the data type. 0: PCM Data. 1: RAW data.

60.19 Channel Status of S/PDIF RX0 (iec0 par0 in)
Address: 0x9C001E4C

Reset: 0x0000 0000

Field Name	Bit	Access	Description
IEC0 PAR0 IN	31:0	RO	1st to 32th Bit of Channel Status (read only)
			IEC RX. Each frame(one L/R channel pair) are the same
			channel status.
			31th to 24th:
			bit31: 25th bit of channel status
			bit30: 26th bit of channel status
			bit29: 27th bit of channel status
			bit28: 28th bit of channel status
			bit27: 29th bit of channel status
			bit26: 30th bit of channel status
			bit25: 31th bit of channel status
			bit24: 32th bit of channel status
			23th to 16th:
			bit23: 17th bit of channel status
			bit22: 18th bit of channel status
			bit21: 19th bit of channel status
			bit20: 20th bit of channel status
			bit19: 21th bit of channel status
			bit18: 22th bit of channel status
			bit17: 23th bit of channel status
			bit16: 24th bit of channel status
			9th to 16th:
			bit15: 9th bit of channel status
			bit14: 10th bit of channel status
			bit13: 11th bit of channel status
			bit12: 12th bit of channel status
			bit11: 13th bit of channel status
			bit10: 14th bit of channel status
			bit09: 15th bit of channel status
			bit08: 16th bit of channel status
			1st to 8th:
			bit07: 1st bit of channel status
			bit06: 2nd bit of channel status
			bit05: 3rd bit of channel status
			bit04: 4th bit of channel status
			bit03: 5th bit of channel status
			bit02: 6th bit of channel status
			bit01: 7th bit of channel status
			bit00: 8th bit of channel status

60.20 Channel Status of S/PDIF RX0 (iec0 par1 in)
Address: 0x9C001E50
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G60A20 reserved0	31:1	RO	RESERVED Reserved for further usage.
IEC0 PAR1 IN	15:0	RO	33th to 48th Bit of Channel Status (Read only) 41th to 48th: bit15: 41th bit of channel status bit14: 42th bit of channel status bit13: 43th bit of channel status bit12: 44th bit of channel status bit11: 45th bit of channel status bit10: 46th bit of channel status bit09: 47th bit of channel status bit08: 48th bit of channel status 33th to 40th: bit07: 33th bit of channel status bit06: 34th bit of channel status bit05: 35th bit of channel status bit04: 36th bit of channel status bit03: 37th bit of channel status bit02: 38th bit of channel status bit01: 39th bit of channel status bit00: 40th bit of channel status

60.21 Debug Information of S/PDIF RX1 (iec1 rx debug info)
Address: 0x9C001E54
Reset: 0x0000 0000

Field Name	Bit	Access	Description
IEC1 SAMPLE RATE CNT	31:20	RO	hardware use crystal 27M to count sampling rate Ref. to Formula: FS = 27000 / IEC1 SAMPLE RATE CNT. (Unit: KHz)
reserved	19	RO	RESERVED
IEC1 VALID OUT DLY	18	RU	S/PDIF TX1 Valid Bit Current valid bit of S/PDIF TX1.
IEC1 PARITY ERR	17	RO	Parity Error Even parity check error.
IEC1 DEC ERR	16	RO	Decode Error Preamble Detection Error.
G60A21 reserved0	15:11	RO	RESERVED Reserved for further usage.
IEC1 PERIOD 8T	10:0	RO	S/PDIF RX1 Sample Rate Detect Report the S/PDIF input sample rate by sysclk clock cycles and times 8.

60.22 Valid Bit of S/PDIF RX1 (iec1 valid in)
Address: 0x9C001E58
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G60A22 reserved0	31:1	RO	RESERVED Reserved for further usage.
IEC1 VALID IN	0	RO	Valid Bit Valid bit of S/PDIF status information. Pratically, it is used to indicates the data type. 0: PCM Data. 1: RAW data.

60.23 Channel Status of S/PDIF RX1 (iec1 par0 in)
Address: 0x9C001E5C

Reset: 0x0000 0000

Field Name	Bit	Access	Description
IEC1 PAR0 IN	31:0	RO	1st to 32th Bit of Channel Status Please reference Address 19 iec0 par0 in.

60.24 Channel Status of S/PDIF RX1 (iec1 par1 in)
Address: 0x9C001E60
Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved0	31:16	RO	RESERVED Reserved for further usage.
IEC1 PAR1 IN	15:0	RO	33th to 48th Bit of Channel Status Please reference Address 20 iec0 par1 in.

60.25 Debug Information of S/PDIF RX2 (iec2 rx debug info)
Address: 0x9C001E64
Reset: 0x0000 0000

Field Name	Bit	Access	Description
IEC2 SAMPLE RATE CNT	31:20	RO	hardware use crystal 27M to count sampling rate Ref. to Formula: FS = 27000 / IEC2 SAMPLE RATE CNT. (Unit: KHz)
reserved	19:18	RO	RESERVED
IEC2 PARITY ERR	17	RO	Parity Error Even parity check error.
EC2 DEC ERR	16	RO	Decode Error Preamble Detection Error
reserved	15:11	RO	RESERVED
IEC2 PERIOD 8T	10:0	RO	S/PDIF RX2 Sample Rate Detect Report the S/PDIF input sample rate by sysclk clock cycles and times 8.

60.26 Valid Bit of S/PDIF RX2 (iec2 valid in)
Address: 0x9C001E68
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G60A26 reserved0	31:1	RO	RESERVED Reserved for further usage.
IEC2 VALID IN	0	RO	Valid Bit Valid bit of S/PDIF status information. Pratically, it is used to indicates the data type. 0: PCM Data. 1: RAW data.

60.27 Channel Status of S/PDIF RX2 (iec2 par0 in)
Address: 0x9C001E6C

Reset: 0x0000 0000

Field Name	Bit	Access	Description
IEC2 PAR0 IN	31:0	RO	1st to 32th Bit of Channel Status Please reference Address 19 iec0 par0 in.

60.28 Channel Status of S/PDIF RX2 (iec2 par1 in)
Address: 0x9C001E70
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G60A28 reserved0	31:16	RO	RESERVED Reserved for further usage.
IEC2 PAR1 IN	15:0	RO	33th to 48th Bit of Channel Status Please reference Address 20 iec0 par0 in.

60.29 SACD Channel Number (Reserved) (G60ADDR29 reserved)
Address: 0x9C001E74
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G60A29 reserved0	31:0	RO	RESERVED Reserved for further usage.

60.30 IEC Tx User FIFO Data (iec tx user wdata)
Address: 0x9C001E78
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G60A30 reserved0	31:16	RO	RESERVED Reserved for further usage.
iec user wdata	15:0	RW	IEC Tx User FIFO Data Write user data to this register and than tirgger write strobe to push data to user FIFO.

60.31 IEC Tx User FIFO Control (iec tx user ctrl)
Address: 0x9C001E7C

Reset: 0x0000 0044

Field Name	Bit	Access	Description
iec1 user cnt	31:24	RO	IEC1 Tx User FIFO Count Current data count of user FIFO. The maxmum value is 64.
iec0 user cnt	23:16	RO	IEC0 Tx User FIFO Count Current data count of user FIFO. The maxmum value is 64.
reserved	15:7	RO	reserved
iec1 user rst	6	RW	IEC1 Tx User FIFO Reset Level reset. When this reset bit is 1, iec1 user en is ignored. 0: Normal mode 1: Reset
iec1 user en	5	other	IEC1 Tx User FIFO Enable When iec1 user rst is 1, this enable bit is cleared to 0. 0: Disable 1: Enable
iec1 user we	4	other	IEC1 Tx User FIFO Write Enable Write strobe of user FIFO. It is auto cleared at next cycle.
reserved	3	RO	reserved
iec0 user rst	2	RW	IEC0 Tx User FIFO Reset Level reset. When this reset bit is 1, iec0 user en is ignored. 0: Normal mode 1: Reset
iec0 user en	1	other	IEC0 Tx User FIFO Enable When iec0 user rst is 1, this enable bit is cleared to 0. 0: Disable 1: Enable
iec0 user we	0	other	IEC0 Tx User FIFO Write Enable Write strobe of user FIFO. It is auto cleared at next cycle.

Group 61AUD REG G1

AUD Group 1 Registers.

61.0 ADCPRC Configuration Group 1 (adcp ch enable)
Address: 0x9C001E80
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G61A0 reserved0	31:4	RO	RESERVED Reserved for further usage.
ADCP CH ENABLE	3:0	RW	ADCPRC Channel Enable Channel 0/1 or channel 2/3 MUST be enabled gether.(default all channel are disable) bit 3: Active high to enable channel 3. bit 2: Active high to enable channel 2. bit 1: Active high to enable channel 1. bit 0: Active high to enable channel 0.	to-

61.1 ADCPRC Configuration Group 2 (adcp fubypass)
Address: 0x9C001E84
Reset: 0x0000 7777

Field Name	Bit	Access	Description
G61A1 reserved0	31:16	RO	RESERVED Reserved for further usage.
ADCP CH3 CONFIG	15:12	RW	ADCP Channel 3 Configuration default all function are bypass. bit 3: Reserved. bit 2: Active high to bypass the AGC function. bit 1: Active high to bypass the DC Notch function. bit 0: Active high to bypass the FIR function.
ADCP CH2 CONFIG	11:8	RW	ADCP Channel 2 Configuration default all function are bypass. bit 3: Reserved. bit 2: Active high to bypass the AGC function. bit 1: Active high to bypass the DC Notch function. bit 0: Active high to bypass the FIR function.
ADCP CH1 CONFIG	7:4	RW	ADCP Channel 1 Configuration default all function are bypass. bit 3: Reserved. bit 2: Active high to bypass the AGC function. bit 1: Active high to bypass the DC Notch function. bit 0: Active high to bypass the FIR function.
ADCP CH0 CONFIG	3:0	RW	ADCP Channel 0 Configuration default all function are bypass. bit 3: Reserved. bit 2: Active high to bypass the AGC function. bit 1: Active high to bypass the DC notch function. bit 0: Active high to bypass the FIR function.

61.2 ADCPRC Mode Control (adcp mode ctrl)
Address: 0x9C001E88
Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:10	RO	RESERVED
MIC STEREO ON	9	RW	Mic Stereo Enable 0: Mic fifo is mono (default) 1: Mic fifo is stereo
LINEIN PATH SEL	8	RW	Line-in Path Select Set 1 to select adcp ch2/3 for line-in source. Set 0 to select ch0/1 for line-in source, which is just like QAE377. 0: 377 mode (default) 1: Full function mode
reserved	7:5	RO	RESERVED
ADCP MICUP RATIO	4:3	RW	Up-Sample Ratio of Up Sampling on Mic 0x0: 1X (no up sampleing) (default) 0x1: 2X 0x2: 4X 0x3: Reserved
ADCP B12MODE	2	RW	Reserved Reserved
ADCP ECHODN RATIO	1:0	RW	Down-Sample Ratio of Down Sampling on Mic to Echo Buffer 0x0: 1X (no down sampleing) (default) 0x1: 1/2 0x2: 1/4 0x3: Reserved

61.3 ADCP Initialization Control (adcp init ctrl)
Address: 0x9C001E8C

Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:14	RO	RESERVED
ADCP MIC MUTE	13	RW	Mic Mute Enable Active high to claim the mic output data to zero.
ADCP INIT BUSY	12	RU	Initial Busy Flag
ADCP INITBUF	11	W1C	Buffer Initial Initial delay buffers. Assert this bit to make hardware start to initilize buffers. This bit will be cleared at next clock cycle.
adcp idx inc mode	10	RW	Index Increment Mode Active high to enable the post increment of coefficient index.
ADCP FU IDX	9:6	RW	Function Unit Index 0x0: FIR. 0x1: DC notch filter. 0x2: AGC. 0x3: Reserved. 0x4: Echo SRC (up-sapmle) 0x5: Echo mix. 0x6: PCM SRC (up-sample) 0x7: Echo SRC. (down sample) 0x8: ECHO SRC. (down sample 2) others: Reserved.
ADCP CH IDX	5:4	RW	Channel Index 0x0: Channel 0. 0x1: Channel 1. 0x2: Reserved. 0x3: Reserved.
adcp coeff idx	3:0	RW	Coefficient Index If adcp idx inc mode is asserted, adcp coeff idx will be in- creased by 1 automatically.

61.4 Coefficient Data Input (adcp coeff din)
Address: 0x9C001E90
Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:24	RO	RESERVED
ADCP COEFF DIN	23:0	RW	Coefficient Data Input

61.5 ADCPRC AGC Configuration of Ch0/1 (adcp agc cfg)
Address: 0x9C001E94
Reset: 0x0065 0200

Field Name	Bit	Access	Description
reserved	31:28	RO	RESERVED
ADCP STEPLEN0	27:24	RW	Step Length Setting the length of a ramp up/down step. The length unit is 64 samples. 0x0: 64 samples. (default) 0x1: 128 samples. ... 0xf: 1024 samples.
ADCP ETH OFF	23:16	RW	Energy Threshold of Turn-Off The real threshold will be 256 times of this value. If you set 0x10 to this field, then the real threshold for hardware will be 0x1000. Note that, this threshold can not be 0, otherwise agc gain won't go to 0 because the energy is a non-nagtive value and it is never lower than 0. (default value is 0x65. Then the real threshold is 0x6500.)
ADCP ETH0	15:0	RW	Energy Threshold of Turn-On The real threshold will be 256 times of this value. If you set 100 (0x64) to this field, then the real threshold for hard- ware will be 0x6400. (default value is 0x200. Then the real threshold is 0x20000.)

61.6 ADCPRC AGC Configuration of Ch2/3 (adcp agc cfg2)
Address: 0x9C001E98
Reset: 0x0065 0200

Field Name	Bit	Access	Description
G61A6 reserved0	31:28	RO	RESERVED Reserved for further usage.
ADCP STEPLEN2	27:24	RW	StepLength Setting the length of a ramp up/down step. The length unit is 64 samples. 0x0: 64 samples. (default) 0x1: 128 samples. ... 0xf: 1024 samples.
ADCP ETH OFF2	23:16	RW	Energy Threshold of Turn-Off The real threshold will be 256 times of this value. If you set 0x10 to this field, then the real threshold for hardware will be 0x1000. (default value is 0x65. Then the real threshold is 0x6500.)
ADCP ETH2	15:0	RW	Energy Threshold of Turn-On The real threshold will be 256 times of this value. If you set 100 (0x64) to this field, then the real threshold for hard- ware will be 0x6400. Note that, this threshold can not be 0, otherwise agc gain won't go to 0 because the energy is a non-nagtive value and it is never lower than 0. (default value is 0x200. Then the real threshold is 0x20000.)

61.7 ADCPRC System Gain0 (adcp gain 0)
Address: 0x9C001E9C

Reset: 0x0080 0000

Field Name	Bit	Access	Description
G61A7 reserved0	31:24	RO	RESERVED Reserved for further usage.
ADCP SYS GAIN0	23:0	RW	Fractional Gain 0 to 0x7FFFFFF.

61.8 ADCP System Gain1 (adcp gain 1)
Address: 0x9C001EA0
Reset: 0x0080 0000

Field Name	Bit	Access	Description
G61A8 reserved0	31:24	RO	RESERVED Reserved for further usage.
ADCP SYS GAIN1	23:0	RW	Fractional Gain 0 to 0x7FFFFFF.

61.9 ADCP System Gain2 (adcp gain 2)
Address: 0x9C001EA4
Reset: 0x0080 0000

Field Name	Bit	Access	Description
G61A9 reserved0	31:24	RO	RESERVED Reserved for further usage.
ADCP SYS GAIN2	23:0	RW	Fractional Gain 0 to 0x7FFFFFF.

61.10 ADCP System Gain3 (adcp gain 3)
Address: 0x9C001EA8
Reset: 0x0080 0000

Field Name	Bit	Access	Description
G61A10 reserved0	31:24	RO	RESERVED Reserved for further usage.
ADCP SYS GAIN3	23:0	RW	Fractional Gain 0 to 0x7FFFFFF.

61.11 ADCP RISC Gain (adcp risc gain)
Address: 0x9C001EAC

Reset: 0x0000 1111

Field Name	Bit	Access	Description
reserved	31:15	RO	RESERVED
ADCP RISC GAIN3	14:12	RW	Integer Gain of Channel 3 Value from 0 to 7.
reserved	11	RO	RESERVED
ADCP RISC GAIN2	10:8	RW	Integer Gain of Channel 2 Value from 0 to 7.
G61A11 reserved1	7	RO	RESERVED Reserved for further usage.
ADCP RISC GAIN1	6:4	RW	Integer Gain of Channel 1 Value from 0 to 7.
G61A11 reserved0	3	RO	RESERVED Reserved for further usage.
ADCP RISC GAIN0	2:0	RW	Integer Gain of Channel 0 Value from 0 to 7.

61.12 ADCPRC Microphone-in Left Channel Data (adcp mic l)
Address: 0x9C001EB0
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G61A12 reserved0	31:24	RO	RESERVED Reserved for further usage.
ADCP MIC L	23:0	RO	ADCPRC Microphone-in Left Channel Data

61.13 ADCPRC Microphone-in Right Channel Data (adcp mic r)
Address: 0x9C001EB4
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G61A13 reserved0	31:24	RO	RESERVED Reserved for further usage.
ADCP MIC R	23:0	RO	ADCPRC Microphone-in Right Channel Data

61.14 ADCPRC AGC Gain (adcp agc gain)
Address: 0x9C001EB8
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G61A14 reserved3	31	RO	RESERVED Reserved for further usage.
ADGAIN CH3	30:24	RO	Ch3 AGC Gain Current AGC gain value of ch 3. The gain value is a frac- tional number between 0 and 1. Please refer to description of ADGAIN CH0.
G61A14 reserved2	23	RO	RESERVED Reserved for further usage.
ADGAIN CH2	22:16	RO	Ch2 AGC Gain Current AGC gain value of ch 2. The gain value is a frac- tional number between 0 and 1. Please refer to description of ADGAIN CH0.
G61A14 reserved1	15	RO	RESERVED Reserved for further usage.
ADGAIN CH1	14:8	RO	Ch1 AGC Gain Current AGC gain value of ch 1. The gain value is a frac- tional number between 0 and 1. Please refer to description of ADGAIN CH0.
G61A14 reserved0	7	RO	RESERVED Reserved for further usage.
ADGAIN CH0	6:0	RO	Ch0 AGC Gain Current AGC gain value of ch 0. The gain value should be divided by 64 and mapped to a fractional number from 0 to 1. If value of this field is 1, its real gain is 1/64. 0: gain is 0 1: gain is 1/64 ... 64: gain is 1

61.15 Reserved (G61ADDR15 reserved)
Address: 0x9C001EBC

Reset: 0x0000 0000

Field Name	Bit	Access	Description
G61A15 reserved	31	RO	RESERVED Reserved for further usage.

61.16 Audio Playback Timer Mode (aud apt mode)
Address: 0x9C001EC0
Reset: 0x0000 0001

Field Name	Bit	Access	Description
G61A16 reserved0	31:5	RO	RESERVED Reserved for further usage.
new pts flag	4	RU	New PTS Cmd Valid Asserted when a new PTS cmd is valid. It is read only and cleard when cmd is taken or manually modified by control register (bit 3 down 2 of this register)
set new pts flag	3:2	WO	Set New Cmd Flag Use this function to modify new pts flag manually. 0x0: Nop (default) 0x1: Reserved 0x2: Clear flag 0x3: Set flag
apt mode	1:0	RW	Audio Playback Timer Mode Set 1 to reset APT DATA (level trigger). Besides, APT DATA stops counting in this model. (default) Set 2 to stop counting. This register can not be written un- less you set it to stop mode. Please set it to mode 0 before enabling FIFO to ensure that no FIFO request is missed by playback timer. 0x0: counting mode (APT DATA is read only) 0x1: reset mode (APT DATA is read only) (default) 0x2: stop mode (APT DATA is R/W) 0x3: Reserved.

61.17 Audio Playback Timer (aud apt data)
Address: 0x9C001EC4
Reset: 0x0000 0000

Field Name	Bit	Access	Description
APT DATA	31:0	RUW	Audio Playback Timer This timer converts audio playback count into STC (90khz) clock domain. 32-bit unsigned integer. It is read only when apt mode is not 2.

61.18 Audio Playback Timer Parameter (aud apt parameter)
Address: 0x9C001EC8
Reset: 0x0000 0000

Field Name	Bit	Access	Description
APT SAMPLE NUM	31:6	RW	Sample Number This parameter defines how long we should add remain- der to APT. If sample number is 49 then remainder param- eter will be added to play time register every 49 samples. 16-bit unsigned integer
APT INT REMAINDER	15:12	RW	Integer Part of Remainder This value will be added to play time every segment. 0 to 7
APT FRAC REMAINDER	11:8	RW	Fractional Part of Remainder This value will be added to play time every segment. 0 to 7
APT INT DELTA	7:4	RW	Integer Part of Delta This value will be added to play time whenever an audio sample is played from PCM FIFO.0 to FIFO.7
APT FRAC DELTA	3:0	RW	Fractional Part of Delta This value will be added to play time whenever an audio sample is played from PCM FIFO.0 to FIFO.7

61.19 DRAM Base Address Offset2 (aud audhwya2)
Address: 0x9C001ECC

Reset: 0x0000 0000

Field Name	Bit	Access	Description
AUDHWYA2	31:7	RW	DRAM Base Address Offset for AUD Hardware Active when AUDYA NEW MODE=1. when enabled, all input fifo and echo fifo will used AUDHWYA2 to replace AUDHWYA. Please refer to the register description of AU- DHWYA for more details.
G61A19 reserved0	6:0	RO	RESERVED Reserved for further usage.

61.20 DRAM Base Address Offset (aud audhwya)
Address: 0x9C001ED0
Reset: 0x0000 0000

Field Name	Bit	Access	Description
AUDHWYA	31:7	RW	DRAM Base Address Offset for AUD Hardware The physical address for AUD hardware on DRAM is off- seted by AUDHWYA after mapping. Please refer to the register description of AUD FIFO DMA for more details.
G61A20 reserved0	6:0	RO	RESERVED Reserved for further usage.

61.21 DMA Counter Increment/Decrement (aud inc 0)
Address: 0x9C001ED4
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G61A21 reserved0	31:21	Other	RESERVED Reserved for further usage.
DMACTL CNT INC0	20:0	Other	FIFO NO.0 NO.9 Increment / FIFO NO.10 NO.20 Decre- ment Active high to increment/decrease the DMA counter. Each bit is used for each FIFO.

61.22 Delta Value (aud delta 0)
Address: 0x9C001ED8
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G61A22 reserved0	31:24	RO	RESERVED Reserved for further usage.
DMACTL CNT DELTA0	23:2	RW	Delta Value for FIFO Count 24-bit byte count. The 2-bit LSB is tied to zero.
G61A22 reserved0	1:0	RO	RESERVED Reserved for further usage.

61.23 Audio FIFO Enable (aud fifo enable)
Address: 0x9C001EDC

Reset: 0x0000 0000

Field Name

Bit

Access

Description

G61A23 reserved0

31:30

RO

RESERVED
Reserved for further usage.

AUD FIFO ENABLE

29:0

RW

Audio FIFO Enable (Channel Mapped) Active high to enable the corresponding FIFO. (default all FIFOs are disable)
others: Reserved.
bit 25: TDM PDM RX3. (FIFO NO.25) bit 24: TDM PDM RX2. (FIFO NO.24) bit 23: TDM PDM RX1. (FIFO NO.23) bit 22: TDM PDM RX0. (FIFO NO.22) bit 21: HDMI RX3. (FIFO NO.21)
bit 20: Main PCM5. (FIFO NO.20)
bit 19: BT TX.(Q628 no use) (FIFO NO.19)
bit 18: HDMI RX2. (FIFO NO.18) bit 17: HDMI RX1. (FIFO NO.17) bit 16: HDMI RX0. (FIFO NO.16) bit 15: Reserved.
bit 14: S/PDIF RX 1. (FIFO NO.14)
bit 13: S/PDIF RX 0. (FIFO NO.13)
bit 12: Record or S/PDIF RX 2. (FIFO NO.12)
bit 11: Line-in. (FIFO NO.11)
bit 10: Mic. (FIFO NO.10) bit 09: RISC. (FIFO NO.9) bit 08: Reserved.
bit 07: Echo. (FIFO NO.7)
bit 06: S/PDIF TX 1. (FIFO NO.6) bit 05: S/PDIF TX 0. (FIFO NO.5) bit 04: Main PCM 4. (FIFO NO.4) bit 03: Main PCM 3. (FIFO NO.3) bit 02: Main PCM 2. (FIFO NO.2) bit 01: Main PCM 1. (FIFO NO.1) bit 00: Main PCM 0. (FIFO NO.0)

Note: only FIFO 7 (Echo) and 10 (MIC) are mono data. All the others are all stereo data.

61.24 FIFO Mode Control (aud fifo mode)
Address: 0x9C001EE0
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G61A24 reserved0	31:18	RO	RESERVED Reserved for further usage.
PCM FIFOS UNLINK	17	RW	PCM FIFO Link 0: PCM FIFO A0 A4 is link togetor (default) 1: PCM FIFO A0 A4 is unlink.
MIC CONNECT	16	RW	MIC and Echo Count Connect Active high to connect mic and echo FIFO counter to- gether. Note that, this bit must be set before you configure Echo and Mic FIFOs. Otherwise, the delay feature of echo will be NOT correct.
G61A24 reserved0	15:13	RO	RESERVED Reserved for further usage.
debug ch	12:8	RW	Channel to Debug When debug func is 7, use this field to specify the channel to debug. The result data is shown in reg 25 as well.
debug func	7:4	RW	AUD FIFO Debug Function Result data for specified debug function is shown in reg 25 of this register group 0x0: fifo support (default) 0x1: AUD FSM.PORT VALID 0x2: AUD FSM.PORT REQ FLAG 0x3: AUD DMACTL.CHANNEL FSM 0x4: AUD DMACTL.TASK FSM 0x5: AUD DMACTL.task fsm is using sram 0x6: AUD DMACTL.FIFO NOT OK 0x7: AUD FIFOCTL.Axx FIFO CNT 0x8: AUD FIFOCTL.FIFOMEM VALID FLAG 0x9: FIFO MEM VALID FLAG & DRAM VALID FLAG 0xa: AUD GRM.audgrm fsm others: fifo support
MANUAL PREFETCH DIS	3:2	RW	Manual Prefetch Disable (Debug) By default, FSM of FIFO issues PBus manual prefetch to reduce the read latency when jump to the head of a ring FIFO in DRAM. bit 0: Set 1 to disable manual prefetch of all the other read channels. (A5 to A9) bit 1: Set 1 to disable manual prefetch of PCM FIFOs (A0 to A4)
DITHER ENABLE	1	RW	PCM data is 24 bits width, when in 16 bit mode, the low 8 bits is zero. If DITHER ENABLE is 1, the low 8 bit will be random data.
PCM16	0	RW	PCM16 Mode 0: 24-bit PCM. (default) 1: 16-bit PCM.

61.25 Supported FIFOs (Debug Function) (aud fifo support)
Address: 0x9C001EE4
Reset: 0x0FFF 7EFF

Field Name

Bit

Access

Description

FIFO SUPPORT

31:0

RO

FIFO Support Flag

Output result of debug func id that given in reg24 bit 7 down to 4.

When debug func is 0, this register shows supported FIFOs. Each bit indicates which FIFO is supported.

61.26 Host FIFO Reset (aud fifo reset)
Address: 0x9C001EE8
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G61A26 reserved0	31:30	RO	RESERVED Reserved for further usage.
FHOST FIFO RST	29:0	other	HOST FIFO Reset Flag / HOST FIFO Reset Read: Busy flag. Write: Active high to reset the corresponding FIFO. For example, write 0x20 to this register will reset spdif0 output FIFO only. Note: FIFO reset operation will never be complete if you do NOT enable that FIFO.

61.27 Checksum Control (Debug Function) (aud chk ctrl)

Address: 0x9C001EEC

Reset: 0x0000 0100

Field Name	Bit	Access	Description
G61A27 reserved0	31:9	RO	RESERVED Reserved for further usage.
CHK RUN	8	RU	Checksum Running Flag
CHK ID	7:4	RW	Data Source ID Select which data soruce to be calculated. 0x0: PCM output data after ramp (before mic mixed in) (default) 0x1: PCM output data before gain 0x2: PCM input data at output port of adcprc 0x3: PCM input data at of record in
CHK RDMODE	3	RW	Read Mode Select the data source of checksum data register. 0: checksum. 1: output sample count.
CHK TCNT EN	2	RW	Target Count Enable When active high, the checksum calculation is stopped af- ter the sample count achieves the given target count.
CHK SZ	1	RW	Skip Leading Zero Active high to skip the leading zero data to be counted
CHK SW RST	0	RW	Reset Active high to reset sample counter and checksum.

61.28 New PTS (aud new pts)
Address: 0x9C001EF0
Reset: 0x0000 0000

Field Name	Bit	Access	Description
new pts	31:0	RW	New PTS to sync. New PTS value related to FIFO pointer given in reg29. It is 32-bit unsigned integer.

61.29 FIFO PTR Related to New PTS (aud new pts ptr)
Address: 0x9C001EF4
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G61A29 reserved0	31:24	RO	RESERVED Reserved for further usage.
new pts ptr	23:0	RW	FIFO PTR Related to New PTS When a0 ptr hits this value, new PTS given in reg 28 will be update to APT DATA (reg 17)

61.30 Embedded Input Control (Debug Function) (aud embedded input ctrl)
Address: 0x9C001EF8
Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:16	RO	RESERVED
hdmi tx bist 60db	15	RW	Data Selection of SineGen 0: 0db Sine generator. (default) 1: 60db Sine generator.
hdmi tx bist en	14	RW	Source Data Selection of PCM 0: From original PCM. (default) 1: From Sine generator.
tdm pdm mute	13	RW	Mute Source Data Active high to claimed the source data to zero.
tdm tdm bist en	12	RW	Source Data Selection of TDM or PDM 0: From original TDM or PDM. (default) 1: From Sine generator.
int dac bist 60db	11	RW	Data Selection of SineGen 0: 0db Sine generator. (default) 1: 60db Sine generator.
int dac bist en	10	RW	Source Data Selection of PCM 0: From original PCM. (default) 1: From Sine generator.
ext dac bist 60db	9	RW	Data Selection of SineGen 0: 0db Sine generator. (default) 1: 60db Sine generator.
ext dac bist en	8	RW	Source Data Selection of PCM 0: From original PCM. (default) 1: From Sine generator.
G61A30 reserved0	7:6	RO	RESERVED Reserved for further usage.
int adc mute	5	RW	Mute Source Data Active high to claimed the source data to zero.
int adc bist en	4	RW	Source Data Selection of ADC 0: From original ADC. (default) 1: From Sine generator.
iec0 rx mute	3	RW	Mute Source Data Active high to claimed the source data to zero.
iec0 rx bist en	2	RW	Source Data Selection of S/PDIF TX0 0: From original IEC. (default) 1: From Sine generator.
ext adc mute	1	RW	Mute Source Data Active high to claimed the source data to zero.
ext adc bist en	0	RW	Source Data Selection of ADC 0: From original ADC. (default) 1: From Sine generator.

61.31 Miscellaneous Control (aud misc ctrl)
Address: 0x9C001EFC

Reset: 0x0000 0801

Field Name	Bit	Access	Description
G61A31 reserved0	31:15	RO	RESERVED Reserved for further usage.
AUDYA NEW MODE	14	RW	AUDYA NEW MODE 0: Legacy mode, all fifo ref to AUDHWYA. (default) 1: New android mode, all input fifo and echo fifo ref to AUDHWYA2. Others ref to AUDHWYA.
IEC RX USER IN SEL	13:12	RW	IEC Rx User Data Input Select This field defines usage of FIFO 12. 0x0:Used for record in or iec2 Rx (depends on RECORD FIFO IN SEL) (default) 0x1: Used for iec0 Rx user data 0x2: Used for iec1 Rx user data 0x3: reserved (Function is the same as 2'b00)
app do lmrm	11	RW	Apply APP to Lm/Rm Channel It skip APP module and passes Lm/Rm data to GRM di- rectly. This bit only takes effect when PCM SKIP APP is 0. It is a backup function for not processing Lm/Rm in APP module. The official control bit for this feature is reg11 of G72. 0: Not apply to Lm/Rm 1: Apply to Lm/Rm (default)
HIGH BIT RATE	10:9	RW	High Bit Rate Mode for HDMI bit 0: Active high to enter high bit rate mode. FIFO NO.6 Read Request Signal Selection. (From I2S TX1 READ REQ or IEC TX1 READ REQ) bit 1: Ac- tive high to choose high-bit-rate data from PCM FIFO. (de- fault is from S/PDIF TX1 FIFO)
EXT ADC WR REQ DLY	8:3	RW	Write request delay for debug use, EXT ADC write request delay cycle num- bers. when do embedded control test, in order to avoid EXT ADC and EXT DAC send request at the same time, it need delay EXT ADC write request, unit is cycle.
RECORD FIFO IN SEL	2	RW	FIFO NO.14 Write Request Signal Selection 0: RECORD FIFO WRITE REQ. (default) 1: IEC2 IN FIFO WRITE REQ.
PCM I2S IEC OUT SEL	1	RW	Read Request Signal Selection of HDMI Selection for I2S TX1 READ REQ. 0: From PCM I2S interface. (default) 1: From PCM IEC interface.
PCM SKIP APP	0	RW	Skip APP Function Active high to skip APP. Otherwise, PCM data will go to APP before AUD GRM module.

Group 62AUD REG G2

AUD Group 2 Registers.

62.0 External DAC XCK Configuration (aud ext dac xck cfg)
Address: 0x9C001F00
Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:20	RO	RESERVED
EXT DAC XCK DIV65 SEL	19	RW	Divide 6.5 Select Divide XCK by 6.5 0: Disable divider (default) 1: Enable divider
AUD EXT DAC SEC XCK SEL	18	RW	Second XCK Source Select Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL). 0: XCK source is selected by bit 12 and 11 (default) 1: XCK source is PI HDMI AUDIO MCLK
CLKGENA EXT DAC XCK INV	17	RW	External DAC XCK Inverse Control If set to 1 will inverse XCK
CLKGENA EXT DAC XCK EN	16	RO	External DAC XCK Enable Flag It shows that CLKGENA EXT DAC XCK is enabled or not.
G62A0 reserved0	15	RO	RESERVED Reserved for further usage.
EXT DAC XCK EN	14	RW	External DAC XCK Enable Active high to enable CLKGENA EXT DAC XCK.
EXT DAC XCK OE	13	RW	External DAC XCK Output Enable 0: CLKGENA EXT DAC XCK = PI EXT DAC XCK I. 1: CLKGENA EXT DAC XCK = CLKGENA EXT DAC XCK.
EXT DAC XCK SRC SEL	12:11	RW	External DAC XCK Source Selection 0x0: EXT DAC XCK SRC = CDRPLL. 0x1: EXT DAC XCK SRC = PLLA FCKOUT. (PLLA) 0x2: EXT DAC XCK SRC = PLLA FCKOUT. (DPLL) 0x3: EXT DAC XCK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY)
ext dac xck divider config	10:0	RW	CLKGENA EXT DAC XCK Configuration Assert each bit to enable each clock divider. bit 10: Clock 10 = EXT DAC XCK SRC / 3. bit 09: Clock 09 = Clock 10 / 3. bit 08: Clock 08 = Clock 09 / 3. bit 07: Clock 07 = Clock 08 / 3. bit 06: Clock 06 = Clock 07 / 2. bit 05: Clock 05 = Clock 06 / 2. bit 04: Clock 04 = Clock 05 / 2. bit 03: Clock 03 = Clock 04 / 2. bit 02: Clock 02 = Clock 03 / 2. bit 01: Clock 01 = Clock 02 / 2. bit 00: CLKGENA EXT DAC XCK = Clock 01 / 2. CLKGENA EXT DAC XCK = EXT DAC XCK SRC / (6.5*(bit 19) + 3m + 2n ) m = sum(bit10-bit7), n = sum(bit6-bit0).

62.1 External DAC BCK Configuration (aud ext dac bck cfg)
Address: 0x9C001F04
Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:18	RO	RESERVED
CLKGENA EXT DAC BCK INV	17	RW	External DAC XCK Inverse Control If set to 1 will inverse BCK
G62A1 reserved0	16	RO	RESERVED Reserved for further usage.
CLKGENA EXT DAC BCK EN	15	RO	External DAC BCK Enable Flag It shows that CLKGENA EXT DAC BCK is enabled or not.
EXT DAC BCK EN	14	RW	External DAC BCK Enable Active high to enable CLKGENA EXT DAC BCK.
EXT DAC BCK SRC SEL	13:11	RW	External DAC BCK Source Selection 0x1: EXT DAC BCK SRC = PLLA FCKOUT. (PLLA) 0x2: EXT DAC BCK SRC = PLLA FCKOUT. (DPLL) 0x3: EXT DAC BCK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY) 0x4: EXT DAC BCK SRC = CLKGENA EXT DAC XCK. others: EXT DAC BCK SRC = 0.
ext dac bck divider config	10:0	RW	CLKGENA EXT DAC BCK Configuration Assert each bit to enable each clock divider. bit 10: Clock 10 = EXT DAC BCK SRC / 3. bit 09: Clock 09 = Clock 10 / 3. bit 08: Clock 08 = Clock 09 / 3. bit 07: Clock 07 = Clock 08 / 3. bit 06: Clock 06 = Clock 07 / 2. bit 05: Clock 05 = Clock 06 / 2. bit 04: Clock 04 = Clock 05 / 2. bit 03: Clock 03 = Clock 04 / 2. bit 02: Clock 02 = Clock 03 / 2. bit 01: Clock 01 = Clock 02 / 2. bit 00: CLKGENA EXT DAC BCK = Clock 01 / 2. CLKGENA EXT DAC BCK = EXT DAC BCK SRC / (3m + 2n ) m = sum(bit10-bit7), n = sum(bit6-bit0).

62.2 S/PDIF TX0 BCLK Configuration (aud iec0 bclk cfg)
Address: 0x9C001F08
Reset: 0x0000 0000

Field Name	Bit	Access	Description
reserved	31:24	RO	RESERVED
AUD IEC0 BCLK DIV65 SEL	23	RW	Divide 6.5 Select Divide XCK by 6.5 0: Disable divider (default) 1: Enable divider
AUD IEC0 SEC XCK SEL	22	RW	Second XCK Source Select Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL). 0: XCK source is selected by bit 12 and 11 (default) 1: XCK source is PI HDMI AUDIO MCLK
IEC0 DS RATIO	21:20	RW	S/PDIF TX0 Down-Sample Ratio This will decide the real S/PDIF TX0 read request signal for data update inside AUD GRM module. It's a multiple of IEC READ REQ derived from IEC0 IFX BCLK DIV. 0x1: Is 2X. 0x2: Is 4X. others: Is 1X. (default)
IEC0 FIFO BCLK DIV	19:18	RW	S/PDIF TX0 BCLK Division for FIFO This will decide the REAL S/PDIF TX0 read request signal for FIFO NO.5. This multiple also depends on the setting of IEC0 IFX BCLK DIV. It's a multiple of IEC READ REQ. If IEC0 IFX BCLK DIV is 1X, 0x1: Is 2X. 0x2: Is 4X. others: Is 1X. (default) If IEC0 IFX BCLK DIV is 0.5X, 0x1: Is 1X. 0x2: Is 2X. others: Is 0.5X. If IEC0 IFX BCLK DIV is 0.25X, 0x1: Is 0.5X. 0x2: Is 1X. others: Is 0.25X.
IEC0 IFX BCLK DIV	17:16	RW	S/PDIF TX0 BCLK Division for Encoder This will decide the real bi-phase clock of S/PDIF encoder. It's a multiple of CLKGENA IEC0 BCLK. 0x1: IEC READ REQ = 0.5X. 0x2: IEC READ REQ = 0.25X. others: IEC READ REQ = 1X. (default)
CLKGENA IEC0 BCLK EN	15	RO	S/PDIF TX0 BCLK Enable Flag It shows that CLKGENA IEC0 BCLK is enabled or not.
IEC0 BCLK EN	14	RW	S/PDIF TX0 BCLK Enable Active high to enable CLKGENA IEC0 BCLK.
IEC0 BCLK SRC SEL	13:11	RW	S/PDIF TX0 BCLK Source Selection 0x0: CDRPLL 0x1: IEC0 BCLK SRC = PLLA FCKOUT. (PLLA) 0x2: IEC0 BCLK SRC = PLLA FCKOUT. (DPLL) 0x3: IEC0 BCLK SRC = PI XTAL. (TEST CLK 27M, De- bug ONLY) 0x4: IEC0 BCLK SRC = CLKGENA EXT DAC XCK. others: IEC0 BCLK SRC = 0.
iec0 bclk divider config	10:0	RW	CLKGENA IEC0 BCLK Configuration Assert each bit to enable each clock divider. bit 10: Clock 10 = IEC0 BCLK SRC / 3. bit 09: Clock 09 = Clock 10 / 3. bit 08: Clock 08 = Clock 09 / 3. bit 07: Clock 07 = Clock 08 / 3. bit 06: Clock 06 = Clock 07 / 2. bit 05: Clock 05 = Clock 06 / 2. bit 04: Clock 04 = Clock 05 / 2. bit 03: Clock 03 = Clock 04 / 2. bit 02: Clock 02 = Clock 03 / 2. bit 01: Clock 01 = Clock 02 / 2. bit 00: CLKGENA IEC0 BCLK = Clock 01 / 2. CLKGENA IEC0 BCLK = IEC0 BCLK SRC / (6.5*(bit 23) + 3m + 2n ) m = sum(bit10-bit7), n = sum(bit6-bit0).

62.3 External ADC XCK Configuration (aud ext adc xck cfg)
Address: 0x9C001F0C

Reset: 0x0000 0000

Field NameBitAccessDescription
G62A3 reserved131:20RO RESERVED
Reserved for further usage. EXT ADC XCK DIV65 SEL19 RW Divide 6.5 Select
Divide XCK by 6.5
0: Disable divider (default)
1: Enable divider
AUD EXT ADC SEC XCK SEL 18 RW Second XCK Source Select
Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL).
0: XCK source is selected by bit 12 and 11 (default)
1: XCK source is PI HDMI AUDIO MCLK G62A3 reserved017:16RO RESERVED
Reserved for further usage.
CLKGENA EXT ADC XCK EN 15RO External ADC XCK Enable Flag
It shows that CLKGENA EXT ADC XCK is enabled or not.
EXT ADC XCK EN 14 RW External ADC XCK Enable
Active high to enable CLKGENA EXT ADC XCK.

EXT ADC XCK OE	13	RW	External ADC XCK Output Enable 0: CLKGENA EXT ADC XCK = PI EXT DAC XCK I(all same source). 1: CLKGENA EXT ADC XCK = CLKGENA EXT ADC XCK.
EXT ADC XCK SRC SEL	12:11	RW	External ADC XCK Source Selection
			0x0: EXT ADC XCK SRC = CDRPLL.
			0x1: EXT ADC XCK SRC = PLLA FCKOUT. (PLLA)
			0x2: EXT ADC XCK SRC = PLLA FCKOUT. (DPLL)
			0x3: EXT ADC XCK SRC = PI XTAL. (TEST CLK 27M,
			Debug ONLY)
ext adc xck divider config	10:0	RW	CLKGENA EXT ADC XCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = EXT ADC XCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA EXT ADC XCK = Clock 01 / 2.
			CLKGENA EXT ADC XCK = EXT ADC XCK SRC / (6.5*(bit 19) + 3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

62.4 External ADC BCK Configuration (aud ext adc bck cfg)
Address:0x9C001F10
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A4 reserved031:16RO RESERVED
Reserved for further usage. CLKGENA EXT ADC BCK EN 15RO External ADC BCK Enable Flag
It shows that CLKGENA EXT ADC BCK is enabled or
not.
EXT ADC BCK EN 14 RW External ADC BCK Enable
Active high to enable CLKGENA EXT ADC BCK.

EXT ADC BCK SRC SEL	13:11	RW	External ADC BCK Source Selection 0x1: EXT ADC BCK SRC = PLLA FCKOUT. (PLLA) 0x2: EXT ADC BCK SRC = PLLA FCKOUT. (DPLL) 0x3: EXT ADC BCK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY) 0x4: EXT ADC BCK SRC = CLKGENA EXT ADC XCK. others: EXT ADC BCK SRC = 0.
ext adc bck divider config	10:0	RW	CLKGENA EXT ADC BCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = EXT ADC BCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA EXT ADC BCK = Clock 01 / 2. CLKGENA EXT ADC BCK = EXT ADC BCK SRC / (3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

62.5Internal ADC XCK Configuration (aud int adc xck cfg)
Address:0x9C001F14
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A5 reserved131:20RO RESERVED
Reserved for further usage. INT ADC XCK DIV65 SEL19 RW Divide 6.5 Select
Divide XCK by 6.5
0: Disable divider (default)
1: Enable divider
AUD INT ADC SEC XCK SEL 18 RW Second XCK Source Select
Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL).
0: XCK source is selected by bit 12 and 11 (default)
1: XCK source is PI HDMI AUDIO MCLK

G62A5 reserved0	17:16	RO	RESERVED Reserved for further usage.
CLKGENA INT ADC XCK EN	15	RO	Internal ADC XCK Enable Flag
			It shows that CLKGENA INT ADC XCK is enabled or
			not.
INT ADC XCK EN	14	RW	Internal ADC XCK Enable
			Active high to enable CLKGENA INT ADC XCK.
INT ADC XCK OE	13	RW	Internal ADC XCK Output Enable
			0: CLKGENA INT DAC XCK =
			PI EXT DAC XCK I(all same source).
			1: CLKGENA INT DAC XCK =
			CLKGENA INT DAC XCK.
INT ADC XCK SRC SEL	12:11	RW	Internal ADC XCK Source Selection
			0x0: INT ADC XCK SRC = CDRPLL.
			0x1: INT ADC XCK SRC = PLLA FCKOUT. (PLLA)
			0x2: INT ADC XCK SRC = PLLA FCKOUT. (DPLL)
			0x3: INT ADC XCK SRC = PI XTAL. (TEST CLK 27M,
			Debug ONLY)
int adc xck divider config	10:0	RW	CLKGENA INT ADC XCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = INT ADC XCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA INT ADC XCK = Clock 01 / 2.
			CLKGENA INT ADC XCK = INT ADC XCK SRC / (6.5*(bit 19) + 3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

62.6 Reserved (G62ADDR6 reserved)
Address:0x9C001F18
Reset: 0x0000 0000

Field NameBitAccessDescription

G62A6 reserved031:0RO reserved

62.7Internal DAC XCK Configuration (aud int dac xck cfg)
Address: 0x9C001F1C Reset: 0x0000 0000

Field NameBitAccessDescription
G62A7 reserved131:20RO RESERVED
Reserved for further usage. INT DAC XCK DIV65 SEL19 RW Divide 6.5 Select
Divide XCK by 6.5
0: Disable divider (default)
1: Enable divider
AUD INT DAC SEC XCK SEL 18 RW Second XCK Source Select
Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL).
0: XCK source is selected by bit 12 and 11 (default)
1: XCK source is PI HDMI AUDIO MCLK CLKGENA INT DAC XCK INV 17 RW Internal DAC XCK Inverse Control
If set to 1 will inverse XCK

G62A7 reserved0	16	RO	RESERVED Reserved for further usage.
CLKGENA INT DAC XCK EN	15	RO	Internal DAC XCK Enable Flag It shows that CLKGENA INT DAC XCK is enabled or not.
INT DAC XCK EN	14	RW	Internal DAC XCK Enable Active high to enable CLKGENA INT DAC XCK.
INT DAC XCK OE	13	RW	Internal DAC XCK Output Enable 0: CLKGENA INT DAC XCK = PI EXT DAC XCK I(all same source). 1: CLKGENA INT DAC XCK = CLKGENA INT DAC XCK.

INT DAC XCK SRC SEL	12:11	RW	Internal DAC XCK Source Selection 0x0: INT DAC XCK SRC = CDRPLL. 0x1: INT DAC XCK SRC = PLLA FCKOUT. (PLLA) 0x2: INT DAC XCK SRC = PLLA FCKOUT. (DPLL) 0x3: INT DAC XCK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY)
int dac xck divider config	10:0	RW	CLKGENA INT DAC XCK Configuration
				Assert each bit to enable each clock divider.
				bit 10: Clock 10 = INT DAC XCK SRC / 3.
				bit 09: Clock 09 = Clock 10 / 3.
				bit 08: Clock 08 = Clock 09 / 3.
				bit 07: Clock 07 = Clock 08 / 3.
				bit 06: Clock 06 = Clock 07 / 2.
				bit 05: Clock 05 = Clock 06 / 2.
				bit 04: Clock 04 = Clock 05 / 2.
				bit 03: Clock 03 = Clock 04 / 2.
				bit 02: Clock 02 = Clock 03 / 2.
				bit 01: Clock 01 = Clock 02 / 2.
				bit 00: CLKGENA INT DAC XCK = Clock 01 / 2.
				CLKGENA INT DAC XCK = INT DAC XCK SRC / (6.5*(bit 19) + 3m + 2n )
				m = sum(bit10-bit7), n = sum(bit6-bit0).

62.8Internal DAC BCK Configuration (aud int dac bck cfg)
Address:0x9C001F20
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A8 reserved131:18RO RESERVED
Reserved for further usage.

CLKGENA INT DAC BCK INV	17	RW	External DAC XCK Inverse Control If set to 1 will inverse BCK
G62A8 reserved0	16	RO	RESERVED Reserved for further usage.
CLKGENA INT DAC BCK EN	15	RO	Internal DAC BCK Enable Flag It shows that CLKGENA INT DAC BCK is enabled or not.
INT DAC BCK EN	14	RW	Internal DAC BCK Enable Active high to enable CLKGENA INT DAC BCK.

INT DAC BCK SRC SEL	13:11	RW		Internal DAC BCK Source Selection 0x1: INT DAC BCK SRC = PLLA FCKOUT. (PLLA) 0x2: INT DAC BCK SRC = PLLA FCKOUT. (DPLL) 0x3: INT DAC BCK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY) 0x4: INT DAC BCK SRC = CLKGENA INT DAC XCK. others: INT DAC BCK SRC = 0.
int dac bck divider config	10:0	RW		CLKGENA INT DAC BCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = INT DAC BCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA INT DAC BCK = Clock 01 / 2. CLKGENA INT DAC BCK = INT DAC BCK SRC / (3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

62.9S/PDIF TX1 BCLK Configuration (aud iec1 bclk cfg)
Address:0x9C001F24
Reset: 0x0000 0000

Field NameBitAccessDescription

G62A9 reserved1 31:24		RO		RESERVED Reserved for further usage.
AUD IEC1 BCLK DIV65 SEL	23		RW		Divide 6.5 Select Divide XCK by 6.5 0: Disable divider (default) 1: Enable divider

AUD IEC1 SEC XCK SEL	22	RW	Second XCK Source Select Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL). 0: XCK source is selected by bit 12 and 11 (default) 1: XCK source is PI HDMI AUDIO MCLK
G62A9 reserved0	21:20	RO	RESERVED Reserved for further usage.
IEC1 FIFO BCLK DIV	19:18	RW	S/PDIF TX1 BCLK Division for FIFO This will decide the REAL S/PDIF TX1 read request signal for FIFO NO.6. This multiple also depends on the setting of IEC1 IFX BCLK DIV. It's a multiple of IEC READ REQ. If IEC1 IFX BCLK DIV is 1X, 0x1: Is 2X. 0x2: Is 4X. others: Is 1X. (default) If IEC1 IFX BCLK DIV is 0.5X, 0x1: Is 1X. 0x2: Is 2X. others: Is 0.5X. If IEC1 IFX BCLK DIV is 0.25X, 0x1: Is 0.5X. 0x2: Is 1X. others: Is 0.25X.
IEC1 IFX BCLK DIV	17:16	RW	S/PDIF TX1 BCLK Division for Encoder This will decide the real bi-phase clock of S/PDIF encoder. It's a multiple of CLKGENA IEC1 BCLK. 0x1: IEC READ REQ = 0.5X. 0x2: IEC READ REQ = 0.25X. others: IEC READ REQ = 1X. (default)
CLKGENA IEC1 BCLK EN	15	RO	S/PDIF TX1 BCLK Enable Flag It shows that CLKGENA IEC1 BCLK is enabled or not.
IEC1 BCLK EN	14	RW	S/PDIF TX1 BCLK Enable Active high to enable CLKGENA IEC1 BCLK.
IEC1 BCLK SRC SEL	13:11	RW	S/PDIF TX1 BCLK Source Selection 0x0: IEC1 BCLK SRC = CDRPLL. 0x1: IEC1 BCLK SRC = PLLA FCKOUT. (PLLA) 0x2: IEC1 BCLK SRC = PLLA FCKOUT. (DPLL) 0x3: IEC1 BCLK SRC = PI XTAL. (TEST CLK 27M, De- bug ONLY) 0x4: IEC1 BCLK SRC = CLKGENA EXT DAC XCK. others: IEC1 BCLK SRC = 0.

iec1 bclk divider config	10:0	RW	CLKGENA IEC1 BCLK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = IEC1 BCLK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA IEC1 BCLK = Clock 01 / 2.
			CLKGENA IEC1 BCLK = IEC1 BCLK SRC / (6.5*(bit 23) + 3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

62.10 Reserved (G62ADDR10 reserved)
Address:0x9C001F28
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A10 reserved031:0RO reserved

62.11PCM S/PDIF TX BCLK Configuration (aud pcm iec bclk cfg)
Address: 0x9C001F2C Reset: 0x0000 0000

Field NameBitAccessDescription
G62A11 reserved031:16RO RESERVED
Reserved for further usage. CLKGENA PCM IEC BCLK EN 15RO PCM S/PDIF TX BCLK Enable Flag
It shows that CLKGENA PCM IEC BCLK is enabled or
not.
PCM IEC BCLK EN 14 RW PCM S/PDIF TX BCLK Enable
Active high to enable CLKGENA PCM IEC BCLK.

PCM IEC BCLK SRC SEL	13:11	RW	PCM S/PDIF TX BCLK Source Selection 0x0: PCM IEC BCLK SRC = CDRPLL. 0x1: PCM IEC BCLK SRC = PLLA FCKOUT. (PLLA) 0x2: PCM IEC BCLK SRC = PLLA FCKOUT. (DPLL) 0x3: PCM IEC BCLK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY) 0x4: PCM IEC BCLK SRC = CLKGENA EXT DAC XCK. others: PCM IEC BCLK SRC = 0.
pcm iec bclk divider config	10:0	RW	CLKGENA PCM IEC BCLK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = PCM IEC BCLK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA PCM IEC BCLK = Clock 01 / 2.
			CLKGENA PCM IEC BCLK = PCM IEC BCLK SRC (3m + 2n )	/
			m = sum(bit10-bit7), n = sum(bit6-bit0).

62.12Internal DAC XCK OSR104 Configuration (aud xck osr104 cfg)
Address:0x9C001F30
Reset: 0x0000 0000

Field NameBitAccessDescription

G62A12 reserved1 31:20		RO	RESERVED Reserved for further usage.
AUD XCK OSR104 DIV65 SEL	19	RW	XCK OSR104 Divide 6.5 Select Divide XCK by 6.5 for XCK OSR104. 0: Disable divider (default) 1: Enable divider

XCK OSR104 SEC XCK SEL	18	RW		Second XCK Source Select Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL). 0: XCK source is selected by bit 12 and 11 (default) 1: XCK source is PI HDMI AUDIO MCLK
CLKGENA XCK OSR104 INV	17	RW		Internal DAC XCK Inverse Control
				If set to 1 will inverse XCK
G62A12 reserved0	16	RO		RESERVED
				Reserved for further usage.
CLKGENA XCK OSR104 EN	15	RO		Internal DAC XCK Enable Flag
				It shows that CLKGENA XCK OSR104 is enabled or not.
XCK OSR104 EN	14	RW		XCK OSR104 Enable
				Active high to enable CLKGENA XCK OSR104.
XCK OSR104 OE	13	RW		Reserved
				Reserved
XCK OSR104 SRC SEL	12:11	RW		XCK OSR104 Source Selection
				0x0: XCK OSR104 SRC = CDRPLL.
				0x1: XCK OSR104 SRC = PLLA FCKOUT. (PLLA)
				0x2: XCK OSR104 SRC = PLLA FCKOUT. (DPLL)
				0x3: XCK OSR104 SRC = PI XTAL. (TEST CLK 27M, De-
				bug ONLY)
xck osr104 divider config	10:0	RW		CLKGENA INT DAC XCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = XCK OSR104 SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA XCK OSR104 = Clock 01 / 2.
			CLKGENA XCK OSR104 = XCK OSR104 SRC / (6.5*(bit 19) + 3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

62.13 HDMI TX MCLK Configuration (aud hdmi tx mclk cfg)
Address:0x9C001F34
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A13 reserved131:20RO RESERVED
Reserved for further usage. HDMI TX MCLK DIV65 SEL19 RW Divide 6.5 Select
Divide XCK by 6.5
0: Disable divider (default)
1: Enable divider
AUD HDMI TX SEC XCK SEL 18 RW Second XCK Source Select
Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL).
0: XCK source is selected by bit 12 and 11 (default)
1: XCK source is PI HDMI AUDIO MCLK CLKGA HDMI TX MCLK INV 17 RW Internal DAC XCK Inverse Control
If set to 1 will inverse XCK
G62A13 reserved016RO RESERVED
Reserved for further usage. CLKGA HDMI TX MCLK EN 15RO Internal DAC XCK Enable Flag
It shows that CLKGENA HDMI TX MCLK is enabled or
not.
HDMI TX MCLK EN 14 RW Internal DAC XCK Enable
Active high to enable CLKGENA HDMI TX MCLK. HDMI TX MCLK OE13 RW Internal DAC XCK Output Enable
0: CLKGENA HDMI TX MCLK =
PI EXT DAC XCK I(all same source).
1: CLKGENA HDMI TX MCLK = CLKGENA HDMI TX MCLK.
HDMI TX MCLK SRC SEL12:11 RW Internal DAC XCK Source Selection
0x0: HDMI TX MCLK SRC = CDRPLL.
0x1: HDMI TX MCLK SRC = PLLA FCKOUT. (PLLA)
0x2: HDMI TX MCLK SRC = PLLA FCKOUT. (DPLL)
0x3: HDMI TX MCLK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY)

hdmi tx mclk divider config	10:0	RW	CLKGENA HDMI TX MCLK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = HDMI TX MCLK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA HDMI TX MCLK = Clock 01 / 2.
			CLKGENA HDMI TX MCLK = HDMI TX MCLK SRC / (6.5*(bit 19) + 3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

62.14 HDMI TX BCLK Configuration (aud hdmi tx bclk cfg)
Address:0x9C001F38
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A14 reserved131:18RO RESERVED
Reserved for further usage.
CLKGA HDMI TX BCLK INV 17 RW External DAC XCK Inverse Control
If set to 1 will inverse BCK G62A14 reserved016RO RESERVED
Reserved for further usage.
CLKGENA HDMI TX BCLK EN 15RO Internal DAC BCK Enable Flag
It shows that CLKGENA HDMI TX BCLK is enabled or not.
HDMI TX BCLK EN 14 RW Internal DAC BCK Enable
Active high to enable CLKGENA HDMI TX BCLK.

HDMI TX BCLK SRC SEL	13:11	RW	Internal DAC BCK Source Selection 0x1: HDMI TX BCLK SRC = PLLA FCKOUT. (PLLA) 0x2: HDMI TX BCLK SRC = PLLA FCKOUT. (DPLL) 0x3: HDMI TX BCLK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY) 0x4: HDMI TX BCLK SRC = CLKGENA HDMI TX MCLK. others: HDMI TX BCLK SRC = 0.
hdmi tx bclk divider config	10:0	RW	CLKGENA HDMI TX BCLK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = HDMI TX BCLK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA HDMI TX BCLK = Clock 01 / 2.
			CLKGENA HDMI TX BCLK = HDMI TX BCLK SRC (3m + 2n )	/
			m = sum(bit10-bit7), n = sum(bit6-bit0).

62.15 HDMI TX PCM (I2S) Format Configuration (hdmi tx pcm cfg)
Address: 0x9C001F3C Reset: 0x0000 004D

Field NameBitAccessDescription
G62A15 reserved131:10RO RESERVED
Reserved for further usage. G62A15 reserved09:8 RW RESERVED
Reserved for further usage.
HDMI TX CFG EDGE7 RW Synchronized BCK Edge Selection
0: Serial data is valid on rising edge of BCK. (default)
1: Serial data is valid on falling edge of BCK.

HDMI TX CFG LRCYCLE	6:5	RW	LRCK Cycle Selection 0x0: One LRCK cycle = 16 BCK cycles. 0x1: One LRCK cycle = 24 BCK cycles. 0x2: One LRCK cycle = 32 BCK cycles. (default) 0x3: One LRCK cycle = 16 BCK cycles.
HDMI TX CFG PARITY	4	RW	PCM Data Parity 0: Left channel when LRCK is low.(default) 1: Left channel when LRCK is high.
HDMI TX CFG DWIDE	3:2	RW	PCM Data Width 0x0: 16 bits 0x1: 18 bits. 0x2: 20 bits. 0x3: 24 bits. (default)
HDMI TX CFG JUSTIFY	1	RW	PCM Data Justify 0: Left justify (default) 1: Right justify
HDMI TX CFG DELAY	0	RW	ext dac format configuration The MSB of PCM data to external DAC delays one BCK cycle after LRCK trsnsition.(default is 1, delay one BCK cycle)

62.16 HDMI RX (I2S) Format Configuration (hdmi rx cfg)
Address:0x9C001F40
Reset: 0x0000 004D

Field NameBitAccessDescription
G62A16 reserved031:10RO RESERVED
Reserved for further usage.
HDMI RX CFG LRSEL9:8 RW BCK and LRCK Selection

			Active to replaceADC CFG LRSELfor EX- TADC HDMIRX SWAP 0x0: Master mode. Use CLKGENA EXT ADC BCK O as BCK and generated CONFIG1 LRCK O as LRCK. (default) 0x1: Master mode. Use CLKGENA EXT DAC BCK O as BCK and generated CONFIG0 LRCK O as LRCK. 0x2: Slave mode. Use external PI ADC BCK I as BCK and PI ADC BCK I as LRCK. 0x3: 11: Slave mode. Use external PI AU BCK I as BCK and PI AU BCK I as LRCK.
HDMI RX CFG EDGE	7	RW	Synchronized BCK Edge Selection 0: Serial data is valid on rising edge of BCK. (default) 1: Serial data is valid on falling edge of BCK.
HDMI RX CFG LRCYCLE	6:5	RW	LRCK Cycle Selection 0x0: One LRCK cycle = 16 BCK cycles. 0x1: One LRCK cycle = 24 BCK cycles. 0x2: One LRCK cycle = 32 BCK cycles. (default) 0x3: One LRCK cycle = 16 BCK cycles.
HDMI RX CFG PARITY	4	RW	PCM Data Parity 0: Left channel when LRCK is low. (default) 1: Left channel when LRCK is high.
HDMI RX CFG DWIDE	3:2	RW	PCM Data Width 0x0: 16 bits 0x1: 18 bits. 0x2: 20 bits. 0x3: 24 bits. (default)
HDMI RX CFG JUSTIFY	1	RW	PCM Data Justify 0: Left justify (default) 1: Right justify
HDMI RX CFG DELAY	0	RW	ext dac format configuration The MSB of PCM data to external DAC delays one BCK cycle after LRCK trsnsition.(default is 1, delay one BCK cycle)

62.17DAGC0/1 Config0 (AUD AADC AGC CFG0)
Address:0x9C001F44
Reset: 0x0000 F007

Field NameBitAccessDescription
DAGC1 PEAKMODE 31 RW DAGC1 PEAKMODE
Select RMS or Peak mode
0: RMS mode
1: Peak mode (default) DAGC1 THOLD 30:24 RW DAGC1 THOLD
The threshold's maximum value is 0x7F and 0x01 in mini-
mum; 0x00 is not allowed (0x01 0x7f) default=0x70
DAGC1 ACKSCALE 23:22 RW DAGC1 ACKSCALE
Release Time Scale Control Register
0x0: AttackTime [7:0] * 1 (default)
0x1: AttackTime [7:0] * 4
0x2: AttackTime [7:0] * 16
0x3: AttackTime [7:0] * 64
DAGC1 RELSCALE21:20 RW DAGC1 RELSCALE
Release Time Scale Control Register
0x0: ReleaseTime [7:0] * 1 (default)
0x1: ReleaseTime [7:0] * 4
0x2: ReleaseTime [7:0] * 16
0x3: ReleaseTime [7:0] * 64
DAGC1 ENZCD 19 RW DAGC1 ENZCD
Zero Cross Function of Compressor. As described before,
1: enable zero cross.the compressor will adjust the main volume automatically.This bit is used to control whether or not the volume change wait to zero cross.
0: Disable (default)
1: Enable
RESERVED18:16 RW Reserved
Reserved for further usage
DAGC0 PEAKMODE 15 RW DAGC0 PEAKMODE
Select RMS or Peak mode
0: RMS mode
1: Peak mode (default) DAGC0 THOLD 14:8 RW DAGC0 THOLD
The threshold's maximum value is 0x7F and 0x01 in mini-
mum; 0x00 is not allowed (0x01 0x7f) default=0x70

DAGC0 ACKSCALE	7:6	RW	DAGC0 ACKSCALE Release Time Scale Control Register 0x0: AttackTime [7:0] * 1 (default) 0x1: AttackTime [7:0] * 4 0x2: AttackTime [7:0] * 16 0x3: AttackTime [7:0] * 64
DAGC0 RELSCALE	5:4	RW	DAGC0 RELSCALE Release Time Scale Control Register 0x0: ReleaseTime [7:0] * 1 (default) 0x1: ReleaseTime [7:0] * 4 0x2: ReleaseTime [7:0] * 16 0x3: ReleaseTime [7:0] * 64
DAGC0 ENZCD	3	RW	DAGC0 ENZCD Zero Cross Function of Compressor. As described before, 1: enable zero cross.the compressor will adjust the main volume automatically.This bit is used to control whether or not the volume change wait to zero cross. 0: Disable (default) 1: Enable
RESERVED	2:0	RW	Reserved Reserved for further usage

62.18DAGC0/1 Config1 (AUD AADC AGC CFG1)
Address:0x9C001F48
Reset: 0x0000 80FF

Field Name	BitAccess	Description
DAGC1 ACKTIME	31:24 RW	DAGC1 ACKTIME The definition of attack time is how fast the compressor responses to the wave data peak or RMS over than the threshold. The real attack time is AttackTime*AttScale. de- fault:0x80
DAGC1 RELTIME	23:16 RW	DAGC1 RELTIME The definition of release time is how fast the compressor responses to the wave data peak or RMS lower than the threshold. The release time is ReleaseTime*RelScale. de- fault:0xFF

DAGC0 ACKTIME	15:8	RW	DAGC0 ACKTIME The definition of attack time is how fast the compressor responses to the wave data peak or RMS over than the threshold. The real attack time is AttackTime*AttScale. de- fault:0x80
DAGC0 RELTIME	7:0	RW	DAGC0 RELTIME The definition of release time is how fast the compressor responses to the wave data peak or RMS lower than the threshold. The release time is ReleaseTime*RelScale. de- fault:0xFF

62.19DAGC0/1 Config2 (AUD AADC AGC CFG2)
Address: 0x9C001F4C Reset: 0x0000 00F0

Field NameBitAccessDescription
DAGC1 UFREQ31:20 RW DAGC1 UFREQ
This register is used to adjust the PGAG update frequency. to update PGAG in a too short time will result in addi- tional noise due to the analog response time. We suggest keep the original value of this register.(0x000 0xFFF) de- fault=0x00F
RESERVED119 RW Reserved
Reserved for further usage
DAGC1 SOURCE MODE 18:17 RW DAGC1 SOURCE MODE
0x0: mono, L channel (default)
0x1: mono, R channel
0x2: stereo, max(abs(L), abs(R)) DAGC1 EN 16 RW DAGC1 EN
Digital AGC enable register. When programmer enables
this bit, the original PGAG setting will be discarded and digital AGC will take over the control of PGAG.
0: disable(default)
1: enable
DAGC0 UFREQ15:4 RW DAGC0 UFREQ
This register is used to adjust the PGAG update frequency. to update PGAG in a too short time will result in addi- tional noise due to the analog response time. We suggest keep the original value of this register.(0x000 0xFFF) de- fault=0x00F

RESERVED0	3	RW	Reserved Reserved for further usage
DAGC0 SOURCE MODE	2:1	RW	DAGC0 SOURCE MODE 0x0: mono, L channel (default) 0x1: mono, R channel 0x2: stereo, max(abs(L), abs(R))
DAGC0 EN	0	RW	DAGC0 EN Digital AGC enable register. When programmer enables this bit, the original PGAG setting will be discarded and digital AGC will take over the control of PGAG. 0: disable(default) 1: enable

62.20DAGC0/1 Config3 (AUD AADC AGC CFG3)
Address:0x9C001F50
Reset: 0x0000 0800

Field NameBitAccessDescription
DAGC1 minus datain div2 eco 31 RW DAGC1 minus datain div2 eco
improve algorithm
0: when data is minus, not div2 (default)
1: when data is minus, div2
DAGC1 UTHOLD 30:16 RW DAGC UTHOLD
This register is used to control the update threshold of dig- ital AGC. When the difference in-between input volume and setting threshold is smaller this value, the PGA gain will be kept, otherwise, the PGA gain will be updated. This register can improve the stability of PGA gain, but is will reduce the sensitivity of digital AGC.
DAGC0 minus datain div2 eco 15 RW DAGC0 minus datain div2 eco
improve algorithm
0: when data is minus, not div2 (default)
1: when data is minus, div2
DAGC0 UTHOLD 14:0 RW DAGC UTHOLD
This register is used to control the update threshold of dig- ital AGC. When the difference in-between input volume and setting threshold is smaller this value, the PGA gain will be kept, otherwise, the PGA gain will be updated. This register can improve the stability of PGA gain, but is will reduce the sensitivity of digital AGC.

62.21Internal ADC Config 3 (int adc ctrl3)
Address:0x9C001F54
Reset: 0x3F24 5C1E

Field NameBitAccessDescription
G62A21 reserved431:30 RW reserved

AADC AIO AD 29:24 RW AADC AIO AD
default are analog pad.
bit 0: AIN0L/AIN0R = 0 GPIO, = 1 analog pad bit 1: AIN1L/AIN1R = 0 GPIO, = 1 analog pad bit 2: AIN2L/AIN2R = 0 GPIO, = 1 analog pad bit 3: AIN3L/AIN3R = 0 GPIO, = 1 analog pad bit 4: AIN4L/AIN4R = 0 GPIO, = 1 analog pad bit 5: AIN5L/AIN5R = 0 GPIO, = 1 analog pad
G62A21 reserved323:22 RW reserved

AADC2 SWITCH CFG21:20 RW ENZCD
ADC 2 SWITCH CFG
0x0: AADC2 = AADC0
0x1: AADC2 = AADC1
0x2: AADC2 = AADC2 (default)
0x3: AADC2 = 0
AADC1 SWITCH CFG19:18 RW ENZCD
ADC 1 SWITCH CFG
0x0: AADC1 = AADC0
0x1: AADC1 = AADC1 (default)
0x2: AADC1 = AADC2
0x3: AADC1 = 0
AADC0 SWITCH CFG17:16 RW ENZCD
ADC 0 SWITCH CFG
0x0: AADC0 = AADC0 (default)
0x1: AADC0 = AADC1
0x2: AADC0 = AADC2
0x3: AADC0 = 0
G62A21 reserved215 RW reserved

AADC ENZCD2	14	RW	ENZCD ADC 2 Zero crossover detection function control 0: Function enable 1: Funcition disable (default)
G62A21 reserved1	13	RW	reserved
pdvref2	12	RW	ADC 2 Enable reference voltage "VREF" power-down Active high for enable
pdadl2	11	RW	ADC 2 Power Down L Channel Active high to power-down
pdadr2	10	RW	ADC 2 Power Down R Channel Active high to power-down
enhpl2	9	RW	ADC 2 Enable HPF of L Channel Active high for enable
enhpr2	8	RW	ADC 2 Enable HPF of R Channel Active high for enable
ovrs2	7:6	RW	ADC 2 Oversample Range Select ADC input limit range. 0x0: 0.84Full range (default) 0x1: 0.71Full range 0x2: 0.60Full range 0x3: 0.50Full range
G62A21 reserved0	5	RW	reserved
gsel2 l	4:0	RW	ADC 2 L-channel Gain Control Range of gain is 6dB downto -24 dB. Step size is 1dB. 0x00: 6dB 0x01: 5dB ... 0x1e: -24dB (default) 0x1f: mute

62.22Internal ADC Config 2 (int adc ctrl2)
Address:0x9C001F58
Reset: 0x0000 0026

Field NameBitAccessDescription
G62A22 reserved231:27 RW reserved

AADC GSELR MIC	26:24	RW	PGA MIC To adjust the gain of right channel PGA MIC. 0x0: 40 dB 0x1: 30 dB 0x2: 27.5 dB 0x3: 21 dB 0x4: 12 dB 0x5: 9 dB 0x6: 0 dB (default) 0x7: mute
AADC GSELL MIC	23:21	RW	PGA MIC To adjust the gain of left channel PGA MIC. 0x0: 40 dB 0x1: 30 dB 0x2: 27.5 dB 0x3: 21 dB 0x4: 12 dB 0x5: 9 dB 0x6: 0 dB (default) 0x7: mute
gsel2 r	20:16	RW	ADC 2 R-channel Gain Control Range of gain is 6dB downto -24 dB. Step size is 1dB. 0x00: 6dB 0x01: 5dB ... 0x1e: -24dB (default) 0x1f: mute
G62A22 reserved1	15:13	RW	reserved
gsel1 r	12:8	RW	ADC 1 R-channel Gain Control Range of gain is 6dB downto -24 dB. Step size is 1dB. 0x00: 6dB 0x01: 5dB ... 0x1e: -24dB (default) 0x1f: mute
G62A22 reserved0	7:5	RW	reserved

4:0	RW	ADC 0 R-channel Gain Control
		Range of gain is 6dB downto -24 dB. Step size is 1dB.
		0x00: 6dB
		0x01: 5dB
		...
		0x1e: -24dB (default)
		0x1f: mute

gsel0 r

62.23Internal DAC Control 2 (int dac ctrl2)
Address: 0x9C001F5C Reset: 0x1E1E 1E1E

Field NameBitAccessDescription
SL131:24 Other DAC1 L-channel volume control
+15dB(8'h0) -45dB, 0.5dB/step
0x00: 15 dB
...
0x1c: 1 dB
0x1d: 0.5 dB
0x1e: 0 dB (default)
0x1f: -0.5 dB
0x20: -1 dB
...
0x78: -45 dB
SR123:16 Other DAC1 R-channel volume control
+15dB(8'h0) -45dB, 0.5dB/step
0x00: 15 dB
...
0x1c: 1 dB
0x1d: 0.5 dB
0x1e: 0 dB (default)
0x1f: -0.5 dB
0x20: -1 dB
...
0x78: -45 dB

SL0	15:8	Other	DAC0 L-channel volume control +15dB(8'h0) -45dB, 0.5dB/step 0x00: 15 dB ... 0x1c: 1 dB 0x1d: 0.5 dB 0x1e: 0 dB (default) 0x1f: -0.5 dB 0x20: -1 dB ... 0x78: -45 dB
SR0	7:0	Other	DAC0 R-channel volume control +15dB(8'h0) -45dB, 0.5dB/step 0x00: 15 dB ... 0x1c: 1 dB 0x1d: 0.5 dB 0x1e: 0 dB (default) 0x1f: -0.5 dB 0x20: -1 dB ... 0x78: -45 dB

62.24 Reserved (G62ADDR24 reserved)
Address:0x9C001F60
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A24 reserved031:0RO reserved

62.25Internal DAC Control 1 (int dac ctrl1)
Address:0x9C001F64
Reset: 0x0010 0003

Field NameBitAccessDescription

ADAC RSTB	31	RW	( ADAC RSTB ) ADAC SW Reset 0: Reset (default) 1: Normal
PARALLEL IN	30	RW	( PARALLEL IN ) Parallel 24 bits Audio DAC input 0: Normal mode (default) 1: Parallel in mode for test Audio DAC
G62A25 reserved0	29:27	RW	RESERVED Reserved for further usage.
RSEL2 1	26	RW	( RSELDA ) Current Adjustment 0: Drop down output current 20 percent max. (default) 1: Drop down output current 20 percent max.
RSEL2 0	25	RW	( RSELDA ) Current Adjustment 0: Drop down output current 20 percent max. (default) 1: Drop down output current 20 percent max.
RSEL1 1	24	RW	( RSELDA ) Current Adjustment 0: Drop down output current 20 percent max. (default) 1: Drop down output current 20 percent max.
RSEL1 0	23	RW	( RSELDA ) Current Adjustment 0: Drop down output current 20 percent max. (default) 1: Drop down output current 20 percent max.
RSEL0 1	22	RW	( RSELDA ) Current Adjustment 0: Drop down output current 20 percent max. (default) 1: Drop down output current 20 percent max.
RSEL0 0	21	RW	( RSELDA ) Current Adjustment 0: Drop down output current 20 percent max. (default) 1: Drop down output current 20 percent max.
AS LEVEL	20:19	RW	DAC auto sleep level 0x0: only msb 14 bit be checked. 0x1: only msb 15 bit be checked. (default) 0x2: only msb 16 bit be checked. 0x3: only msb 17 bit be checked.
TDA	18:17	RW	( TDA ) Test Mode 0x0: Normal Mode (default) others: Test Mode Select

osr 104	16	RW	( OSR 104 ) Clock sourece select 0: Select MCLK (default) 1: Select MCLK OSR104
SR2	15:8	Other	DAC2 R-channel volume control +15dB(8'h0) -45dB, 0.5dB/step 0x00: 15 dB ... 0x1c: 1 dB 0x1d: 0.5 dB 0x1e: 0 dB (default) 0x1f: -0.5 dB 0x20: -1 dB ... 0x78: -45 dB
RCON2	7:6	RW	DAC2 RCF frequence Response R-option
mute2	5:4	RW	Mute Enable of DA2 Bit 4 is for L channel, and bit 5 is for R channel. high to mute specified channel.	Active
mute1	3:2	RW	Mute Enable of DA1 Bit 2 is for L channel, and bit 3 is for R channel. high to mute specified channel.	Active
mute0	1:0	RW	Mute Enable of DA0 Bit 0 is for L channel, and bit 1 is for R channel. high to mute specified channel.	Active

62.26AUD Force CKEN (aud force cken)
Address:0x9C001F68
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A26 reserved131:18RO reserved

G62A26 reserved017:12 RW Force GCLK EN Active

force aud adcp gps cken11 RW Force GCLK EN Active
See description of bit 0. force aud grm fifo cken10 RW Force GCLK EN Active
See description of bit 0.

force aud grm fsm cken	9	RW	Force GCLK EN Active See description of bit 0.
force aud iecrx p cken	8	RW	Force GCLK EN Active ForceAUD IECRX P GCLK EN and AUD IECRX S GCLK EN active. See description of bit 0.
force aud sbar cken	7	RW	Force GCLK EN Active See description of bit 0.
force aud fifoctl cken	6	RW	Force GCLK EN Active See description of bit 0.
force aud special reg cken	5	RW	Force GCLK EN Active See description of bit 0.
force aud grm reg cken	4	RW	Force GCLK EN Active See description of bit 0.
force aud grm pcmsync cken	3	RW	Force GCLK EN Active See description of bit 0.
force aud adcp cken	2	RW	Force GCLK EN Active See description of bit 0.
force aud dmactl cken	1	RW	Force GCLK EN Active See description of bit 0.
force aud reg cken	0	RW	Force GCLK EN Active Set 1 to force CKEN to 1. Used when gated clock function is failed.

62.27AUD Recovery Control (aud recovery ctrl)
Address: 0x9C001F6C Reset: 0x0000 0001

Field Name	Bit	Access	Description
G62A27 reserved0	31:1	RO	RESERVED Reserved for further usage.
RECOVERY CTRL	0	Other	AUD Recovery Flag / Enable [Read]: AUD is in recovery mode when this bit is asserted. [Write]: Active high to enter AUD recovery mode manu- ally. AUD will enter recovery mode after reset automati- cally. When APP enters it's recovery mode, both AUD and APP leave recovery their own recovery mode and enter normal mode.

62.28Channel Status of PCM S/PDIF TX (pcm iec par0 out)
Address:0x9C001F70
Reset: 0x0000 0000

Field NameBitAccessDescription
pcm iec par0 out 31:0 RW Channel Status [0:31]
Please reference 60.12 iec0 par0 out.

62.29 Channel Status of PCM S/PDIF TX and Configurations (pcm iec par1 out)
Address:0x9C001F74
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A29 reserved031:21RO RESERVED
Reserved for further usage. PCM IEC TX RST20 RW S/PDIF Transmitter Reset
Synchronous reset, active high. It will reset the PCM
S/PDIF TX module.
PCM IEC TX MUTE 19 RW Mute PCM S/PDIF TX Source Data
Active high to tie the 24-bit source data to ground. PCM IEC TX RAW 18 RW RESERVED
Reserved for further usage.
PCM IEC TX CSS MODE 17 RW CSS Mode of PCM S/PDIF TX
Active high to mask 8-bit LSB of 24-bit data to zero. PCM IEC TX FREEZE16 RW Freeze PCM S/PDIF TX Output Port
Active high to tie the S/PDIF encoded output port to
ground.
pcm iec par1 out 15:0 RW Channel Status [32:47]
Please reference 60.12 iec0 par1 out.

62.30DMA Counter Increment/Decrement (dmactrl cnt inc 1)
Address:0x9C001F78
Reset: 0x0000 0000

Field NameBitAccessDescription

G62A30 reserved0	31:21 Other	RESERVED Reserved for further usage.
DMACTL CNT INC1	20:0 Other	FIFO NO.0 NO.9 Increment / FIFO NO.10 NO.20 Decre- ment Active high to increment/decrease the DMA counter. Each bit is used for each FIFO.

62.31Delta Value (dmactrl cnt delta 1)
Address: 0x9C001F7C Reset: 0x0000 0000

Field NameBitAccessDescription
G62A31 reserved131:24RO RESERVED
Reserved for further usage. DMACTL CNT DELTA1 23:2 RW Delta Value for FIFO Count
24-bit byte count. The 2-bit LSB is tied to zero.
G62A31 reserved01:0RO RESERVED
Reserved for further usage.
PChip Group 63AUD REG G3

AUD Group 3 Registers.

63.0 BlueTooth IFX Config (bt ifx cfg)
Address:0x9C001F80
Reset: 0x0000 0000

Field NameBitAccessDescription
G63A0 reserved031:17RO RESERVED
Reserved for further usage. BT GAIN VALUE SEL16 RW BT GAIN VALUE SEL
0: from L channel (default)
1: from R channel
BT I2S EN 15 RW BT I2S format enable
0: blue tooth use pcm ifx protocol (default)
1: blue tooth use i2s protocol
BT SLAVE EN 14 RW BT slave mode enable
0: DVD BT ifx work in master mode. (default)
1: DVD BT ifx work in slave mode
BTPCM MUTE EN 13 RW BTPCM mute enable
0: PCM OUT demute (default)
1: force PCM OUT to 0. BTPCM CFG DELAY 12 RW BTPCM Data Delay
0: 1st transceiver data bit send when PCM SYNC rising
edge. (default)
1: 1st transceiver data bit to delays one PCM CLK cycle after PCM SYNC rising edge.
BTPCM TX TRISTATE EN 11 RW BTPCM TX tri-state enable
0: drive PCM OUT continuously.(default)
1: tri-state PCM OUT immediately after falling or rising edge of PCM CLK in the last bit of an active slot, assuming the next slot is not active
BTPCM TRI RISING EDGE10 RW BTPCM TX tri-state rising edge enable
0: tri-state PCM OUT immediately after falling edge of
PCM CLK. (default)
1: tri-state PCM OUT immediately after rising edge of
PCM CLK.

BTPCM SAMPLE FORMAT	9:8	RW	BTPCM sample format 0x0: 13bit sample with 16-cycle slot duration. (default) 0x1: 16bit sample with 16-cycle slot duration. 0x2: 8bit sample with 16-cycle slot duration. 0x3: 8bit sample with 8-cycle slot duration.
BTPCM LSB FIRST EN	7	RW	BTPCM LSB first enable 0: MSB first of transmit and receive voice samples.(default) 1: LSB first of transmit and receive voice samples.
BTPCM SIGNEXT EN	6	RW	BTPCM sign entension enable 0: Padding of 8 or 13-bit voice sample into a 16-bit slot by inserting extra LSBs. When padding is selected with 13-bit voice sample, the 3 padding bits are the audio gain setting, with 8-bit sample the 8 padding bits are zeroes.(default) 1: sing-extenstion.
BTPCM audio gain	5:3	other	BTPCM audio gain read: RX audio gain write: TX audio gain
BTPCM Capture SLOT	2:0	RW	BTPCM Capture Slot No 0x0: Fully slot to be capture(max is 38) (default) 0x1: 1ST slot to be capture. 0x2: 2ND slot to be capture. 0x3: 3RD slot to be capture. 0x4: 4TH slot to be capture. 0x5: First two slot to be capture. 0x6: First four slot to be capture. 0x7: LAST slot to be capture. the odd(even) slot would assign to L(R) channel

63.1BT I2S Format Configuration (bt i2s cfg)
Address:0x9C001F84
Reset: 0x0000 0001

Field NameBitAccessDescription
G63A1 reserved131:10RO RESERVED
Reserved for further usage. G63A1 reserved09:8 RW RESERVED
Reserved for further usage.

I2S TX0 CFG EDGE	7	RW	Synchronized BCK Edge Selection 0: Serial data is synchronized on rising edge of BCK. (de- fault) 1: Serial data is synchronized on falling edge of BCK.
I2S TX0 CFG LRCYCLE	6:5	RW	LRCK Cycle Selection 0x0: One LRCK cycle = 32 BCK cycles. (default) 0x1: One LRCK cycle = 48 BCK cycles. 0x2: One LRCK cycle = 64 BCK cycles. 0x3: One LRCK cycle = 32 BCK cycles.
I2S TX0 CFG PARITY	4	RW	PCM Data Parity 0: Left channel when LRCK is low.(default) 1: Left channel when LRCK is high.
I2S TX0 CFG DWIDE	3:2	RW	PCM Data Width 0x0: 16 bits (default) 0x1: 18 bits. 0x2: 20 bits. 0x3: 24 bits.
I2S TX0 CFG JUSTIFY	1	RW	PCM Data Justify 0: Left justify (default) 1: Right justify
I2S TX0 CFG DELAY	0	RW	Data Delay The MSB of PCM data to external DAC delays one BCK cycle after LRCK transition (default is 1, delay one BCK cycle).

63.2 BlueTooth XCK Config (bt xck cfg)
Address:0x9C001F88
Reset: 0x0000 0000

Field NameBitAccessDescription

G63A2 reserved1 31:20		RO	RESERVED Reserved for further usage.
BT XCK DIV65 SEL	19	RW	Divide 6.5 Select Divide XCK by 6.5 0: Disable divider (default) 1: Enable divider

BT XCK SEC XCK SEL	18	RW	Second XCK Source Select Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL). 0: XCK source is selected by bit 12 and 11 (default) 1: XCK source is PI HDMI AUDIO MCLK
G63A2 reserved0	17:16	RO	RESERVED
			Reserved for further usage.
CLKGENA BT XCK EN	15	RU	BlueTooth XCK Enable Flag
			0: No XCK
			1: BlueTooth XCK is enable and XCK is stable.
BT XCK EN	14	RW	BlueTooth XCK Enable
			Active high to enable CLKGENA BT XCK.
BT XCK OE	13	RW	BlueTooth XCK Output Enable
			0: CLKGENA BT XCK = PI EXT DAC XCK I(all same
			source).
			1: CLKGENA BT XCK = CLKGENA BT XCK.
			*Note 1
BT XCK SRC SEL	12:11	RW	BlueTooth XCK Source Selection
			0x0: BT XCK SRC = 0.
			0x1: BT XCK SRC = PLLA FCKOUT(*Note 2). (PLLA)
			0x2: BT XCK SRC = 0.
			0x3: BT XCK SRC = PI XTAL. (TEST CLK 27M, Debug
			ONLY)
CLOCK DIVIDER CONFIG	10:0	RW	CLKGENA BT XCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = BT XCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA BT XCK = Clock 01 / 2.
			CLKGENA BT XCK = BT XCK SRC / (6.5*(bit 19) + 3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

63.3 BlueTooth BCK Config (bt bck cfg)
Address: 0x9C001F8C Reset: 0x0000 0000

Field NameBitAccessDescription
G63A3 reserved031:16RO RESERVED
Reserved for further usage. CLKGENA BT BCK EN 15RO BlueTooth BCK Enable Flag
0: No BCK
1: BlueTooth BCK is enable and BCK is stable. BT BCK EN 14 RW BlueTooth BCK Enable
Active high to enable CLKGENA BT BCK.
BT BCK SRC SEL13:11 RW BlueTooth BCK Source Selection
0x1: BT BCK SRC = PLLA FCKOUT. (PLLA)
0x2: BT BCK SRC = 0.
0x3: BT BCK SRC = PI XTAL. (TEST CLK 27M, Debug only)
0x4: BT BCK SRC
= CLKGENA BT XCK. others: BT BCK SRC = 0.
CLOCK DIVIDER CONFIG 10:0 RW CLKGENA BT BCK Configuration
Assert each bit to enable each clock divider. bit 10: Clock 10 = BT BCK SRC / 3.
bit 09: Clock 09 = Clock 10 / 3. bit 08: Clock 08 = Clock 09 / 3. bit 07: Clock 07 = Clock 08 / 3. bit 06: Clock 06 = Clock 07 / 2. bit 05: Clock 05 = Clock 06 / 2. bit 04: Clock 04 = Clock 05 / 2. bit 03: Clock 03 = Clock 04 / 2. bit 02: Clock 02 = Clock 03 / 2. bit 01: Clock 01 = Clock 02 / 2.
bit 00: CLKGENA BT BCK = Clock 01/2. CLKGENA BT BCK = BT BCK SRC / (3m + 2n )
n = sum(bit6-bit0), m = sum(bit10-bit7)

63.4 BlueTooth SYNC Config (bt sync cfg)
Address:0x9C001F90
Reset: 0x0000 1010

Field NameBitAccessDescription
G63A4 reserved031:16RO RESERVED
Reserved for further usage. SYNC HI WIDTH 15:12 RW sync HI width
0: half the PCM SYNC rate
1 to 8: 1 to 8 PCM CLK period (default)
9: 16 PCM CLK period.
10: 32 PCM CLK period.
11: 64 PCM CLK period.
12: 128 PCM CLK period.
13: 256 PCM CLK period.
14: 512 PCM CLK period.
15: 1024 PCM CLK period. SYNC SUPPRESS EN 11 RW sync suppress enable
0: enable PCM SYNC output when master (default)
1: suppress PCM SYNC while keeping PCM CLK run- ning. Some CODECS use this to enter a low power state
SYNC FALLING EDGE10 RW sync falling edge contorl
0: PCM SYNC falling in the rising edge of PCM CLK. (de- fault)
1: PCM SYNC falling in the falling edge of PCM CLK. CLOCK DIVIDER CONFIG 9:0 RW CLKGENA BT SYNC Configuration
Define how many PCM CLK cycles in one PCM SYNC pe-
riod.
Folloing is the spec define setting.
8: 64K (freq of PCM CLK)
16: 128K (default)
32: 256K
64: 512K
128: 1024K
192: 1536K
256: 2048K
300: 2400K

Note: Only valid when BT I2S EN = 0;

63.5IFX0 SAMPLING RATE CNT (IFX0 SAMPLING RATE CNT)
Address: 0x9C001F94
Reset: 0x0000 0000

Field NameBitAccessDescription
IFX0 SAMPLING RATE CNT 31:0RO ASRC sampling rate counter0
ASRC (asynchronous sampling rate connverter) counter for interface0

63.6IFX1 SAMPLING RATE CNT (IFX1 SAMPLING RATE CNT)
Address:0x9C001F98
Reset: 0x0000 0000

Field Name	BitAccess	Description
IFX1 SAMPLING RATE CNT	31:0RO	ASRC sampling rate counter1 ASRC (asynchronous sampling rate connverter) counter for interface1

63.7ASRC CTRL (ASRC CTRL)
Address: 0x9C001F9C Reset: 0x0000 0000

Field NameBitAccessDescription
RESERVED131:13RO Reserved
Reserved for further usage
ASRC PAUSE12 RW ASRC PAUSE
when equal to 1, pause ifx0/1 sample counter

IFX1 SAMPLING RATE SEL	11:8	RW	ASRC select ifx0 0x0: IEC0 RX (default) 0x1: IEC1 RX(Reserved) 0x2: IEC2 RX(Reserved) 0x3: I2S RX TOP0 0x4: I2S RX TOP1 0x5: I2S RX TOP3 0x6: BT RX 0x7: 0 0x8: IEC0 TX 0x9: IEC1 TX(Reserved) 0xa:PCM IEC TX(Reserved) 0xb:EXT DAC 0xc:INT DAC 0xd:HDMI I2S TX 0xe: BT TX others = 0
IFX0 SAMPLING RATE SEL	7:4	RW	ASRC select ifx0 0x0: IEC0 RX (default) 0x1: IEC1 RX(Reserved) 0x2: IEC2 RX(Reserved) 0x3: I2S RX TOP0 0x4: I2S RX TOP1 0x5: I2S RX TOP3 0x6: BT RX 0x7: 0 0x8: IEC0 TX 0x9: IEC1 TX(Reserved) 0xa:PCM IEC TX(Reserved) 0xb:EXT DAC 0xc:INT DAC 0xd:HDMI I2S TX 0xe: BT TX others = 0
RESERVED	3:1	RO	Reserved Reserved for further usage
SAMPLING RATE CNT EN	0	RW	ASRC enable, start to count ifx0/ifx1 sample num 0: disable (default) 1: enable

63.8aud i2s xck pwm cfg (audı2s pwm xck cfg)
Address:0x9C001FA0
Reset: 0x0000 0000

Field NameBitAccessDescription
G63A8 reserved031:20RO RESERVED
Reserved for further usage. I2S PWM XCK DIV65 SEL19 RW Divide 6.5 Select
Divide XCK by 6.5
0: Disable divider (default)
1: Enable divider
I2S PWM SEC XCK SEL18 RW Second XCK Source Select
Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL).
0: XCK source is selected by bit 12 and 11 (default)
1: XCK source is PI HDMI AUDIO MCLK I2S PWM XCK INV 17 RW I2S PWM XCK Inverse Control
If set to 1 will inverse XCK
G63A8 reserved016:15RO RESERVED
Reserved for further usage. I2S PWM XCK EN 14 RW I2S PWM XCK Enable
Active high to enable I2S PWM XCK.
PWM XCK OE13 RW I2S PWM Output Enable
0: CLKGENA PWM XCK =
PI EXT DAC XCK I(all same source).
1: CLKGENA PWM XCK = CLKGENA I2S PWM XCK.
I2S PWM XCK SRC SEL12:11 RW Internal ADC XCK Source Selection
0x0: I2S PWM XCK SRC = CDRPLL.
0x1: I2S PWM XCK SRC = PLLA FCKOUT. (PLLA)
0x2: I2S PWM XCK SRC = PLLA FCKOUT. (DPLL)
0x3: I2S PWM XCK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY)

i2s pwm xck divider config	10:0	RW	I2S PWM XCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = INT ADC XCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 3.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA I2S PWM XCK = Clock 01 / 2.
			CLKGENA I2S PWM XCK = I2S PWM XCK SRC / (6.5*(bit 19) + 3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

63.9aud i2s bck pwm cfg (audı2s pwm bck cfg)
Address:0x9C001FA4
Reset: 0x0000 0000

Field NameBitAccessDescription
G63A9 reserved031:19RO RESERVED
Reserved for further usage. I2S PWM FIFO EN 18 RW Enable I2S PWM FIFO
0: Disable(default) IEC1 Use A6
1: Enable.
I2S PWM BCK INV 17 RW I2S PWM BCK Inverse Control
If set to 1 will inverse BCK G63A9 reserved016:15RO RESERVED
Reserved for further usage.
I2S PWM BCK EN 14 RW I2S PWM BCK Enable
Active high to enable I2S PWM BCK. PWM BCK OE13 RW I2S PWM Output Enable
0: CLKGENA PWM BCK =
PI EXT DAC BCK I(all same source).
1: CLKGENA PWM BCK = CLKGENA I2S PWM BCK.

I2S PWM BCK SRC SEL	12:11	RW	Internal ADC BCK Source Selection 0x0: I2S PWM BCK SRC = CDRPLL. 0x1: I2S PWM BCK SRC = PLLA FCKOUT. (PLLA) 0x2: I2S PWM BCK SRC = PLLA FCKOUT. (DPLL) 0x3: I2S PWM BCK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY)
i2s pwm bck divider config	10:0	RW	I2S PWM BCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = INT ADC BCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 2.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA I2S PWM CK = Clock 01 / 2.
			CLKGENA I2S PWM BCK = I2S PWM BCK SRC / (6.5*(bit 19) + 3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

63.10 Reserved (G63ADDR10 reserved)
Address:0x9C001FA8
Reset: 0x0000 0000

Field NameBitAccessDescription
G63A10 reserved031:0RO RESERVED
Reserved for further usage.

63.11 Reserved (G63ADDR11 reserved)
Address: 0x9C001FAC Reset: 0x0000 0000

Field NameBitAccessDescription
G63A11 reserved031:0RO RESERVED
Reserved for further usage.

63.12 Reserved (G63ADDR12 reserved)
Address:0x9C001FB0
Reset: 0x0000 0000

Field NameBitAccessDescription
G63A12 reserved031:0RO RESERVED
Reserved for further usage.

63.13ADAC PGA GAIN ctrlmonitorsamplecounter(debuguse.) (pgag sample cnt 0l)
Address:0x9C001FB4
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G63A13 reserved0	31	RO	RESERVED Reserved for further usage.
pgag sample cnt 0l	30:0	RO	ADAC PGA GAIN ctrl monitor sample counter (debug use.)

63.14ADAC PGA GAIN 0L CTRL (ADAC PGA GAIN 0L CTRL)
Address:0x9C001FB8
Reset: 0x0000 0000

Field NameBitAccessDescription
PGAG UPDATA FLAG 0L31w1c PGAG update flag(channel 0L)
RGST write command:
1: clean flag
RGST read command:
1: update ready
0: not update ready

PGAG UPDATA SCOUNT 0L30:0 RW PGAG update sample count(channel 0L)
setting how many sample count to update PGA gain

63.15ADAC PGA GAIN 0R CTRL (ADAC PGA GAIN 0R CTRL)
Address: 0x9C001FBC Reset: 0x0000 0000

Field NameBitAccessDescription
PGAG UPDATA FLAG 0R31w1c PGAG update flag(channel 0R)
RGST write command:
1: clean flag
RGST read command:
1: update ready
0: not update ready

PGAG UPDATA SCOUNT 0R30:0 RW PGAG update sample count(channel 0R)
setting how many sample count to update PGA gain

63.16ADAC PGA GAIN 1L CTRL (ADAC PGA GAIN 1L CTRL)
Address:0x9C001FC0
Reset: 0x0000 0000

Field NameBitAccessDescription
PGAG UPDATA FLAG 1L31w1c PGAG update flag(channel 1L)
RGST write command:
1: clean flag
RGST read command:
1: update ready
0: not update ready

PGAG UPDATA SCOUNT 1L30:0 RW PGAG update sample count(channel 1L)
setting how many sample count to update PGA gain

63.17ADAC PGA GAIN 1R CTRL (ADAC PGA GAIN 1R CTRL)
Address:0x9C001FC4
Reset: 0x0000 0000

Field Name	Bit	Access	Description
PGAG UPDATA FLAG 1R	31	w1c	PGAG update flag(channel 1R) RGST write command: 1: clean flag RGST read command: 1: update ready 0: not update ready
PGAG UPDATA SCOUNT 1R	30:0	RW	PGAG update sample count(channel 1R) setting how many sample count to update PGA gain

63.18ADAC PGA GAIN 2R CTRL (ADAC PGA GAIN 2R CTRL)
Address:0x9C001FC8
Reset: 0x0000 0000

Field NameBitAccessDescription
PGAG UPDATA FLAG 2R31w1c PGAG update flag(channel 2R)
RGST write command:
1: clean flag
RGST read command:
1: update ready
0: not update ready

PGAG UPDATA SCOUNT 2R30:0 RW PGAG update sample count(channel 2R)
setting how many sample count to update PGA gain

63.19DAGC0/1/2 STATUS (AUD AADC AGC STATUS)
Address: 0x9C001FCC Reset: 0x0000 0000

Field NameBitAccessDescription
G63A19 reserved031:30RO reserved

AUD AADC AGC2R STATUS29:25RO DAGC2 R-channel PAG gain
According mic in data to auto gain control AADC PGA. AUD AADC AGC2L STATUS24:20RO DAGC2 L-channel PAG gain
According mic in data to auto gain control AADC PGA.

AUD AADC AGC1R STATUS	19:15	RO	DAGC1 R-channel PAG gain According mic in data to auto gain control AADC PGA.
AUD AADC AGC1L STATUS	14:10	RO	DAGC1 L-channel PAG gain According mic in data to auto gain control AADC PGA.
AUD AADC AGC0R STATUS	9:5	RO	DAGC0 R-channel PAG gain According mic in data to auto gain control AADC PGA.
AUD AADC AGC0L STATUS	4:0	RO	DAGC0 L-channel PAG gain According mic in data to auto gain control AADC PGA.

63.20DAGC2 config0 (AUD AADC AGC2 CFG0)
Address:0x9C001FD0
Reset: 0x0000 F007

Field Name	Bit	Access	Description
DAGC2 PEAKMODE	15	RW	DAGC2 PEAKMODE Select RMS or Peak mode 0: RMS mode 1: Peak mode (default)
DAGC2 THOLD	14:8	RW	DAGC2 THOLD The threshold's maximum value is 0x7F and 0x01 in mini- mum; 0x00 is not allowed (0x01 0x7f) defalut=0x70
DAGC2 ACKSCALE	7:6	RW	DAGC2 ACKSCALE Release Time Scale Control Register 0x0: AttackTime [7:0] * 1 (default) 0x1: AttackTime [7:0] * 4 0x2: AttackTime [7:0] * 16 0x3: AttackTime [7:0] * 64
DAGC2 RELSCALE	5:4	RW	DAGC2 RELSCALE Release Time Scale Control Register 0x0: ReleaseTime [7:0] * 1 (default) 0x1: ReleaseTime [7:0] * 4 0x2: ReleaseTime [7:0] * 16 0x3: ReleaseTime [7:0] * 64

DAGC2 ENZCD	3	RW	DAGC2 ENZCD Zero Cross Function of Compressor. As described before, 1: enable zero cross.the compressor will adjust the main volume automatically.This bit is used to control whether or not the volume change wait to zero cross. 0: Disable (default) 1: Enable
RESERVED	2:0	RW	DAGC2 RATIO(Reserved) Programmer must fill 0x7 to these three bits.

63.21DAGC2 config1 (AUD AADC AGC2 CFG1)
Address:0x9C001FD4
Reset: 0x0000 80FF

Field Name	Bit	Access	Description
DAGC2 ACKTIME	15:8	RW	DAGC2 ACKTIME The definition of attack time is how fast the compressor responses to the wave data peak or RMS over than the threshold. The real attack time is AttackTime*AttScale. de- fault:0x80
DAGC2 RELTIME	7:0	RW	DAGC2 RELTIME The definition of release time is how fast the compressor responses to the wave data peak or RMS lower than the threshold. The release time is ReleaseTime*RelScale. de- fault:0xFF

63.22DAGC2 config2 (AUD AADC AGC2 CFG2)
Address:0x9C001FD8
Reset: 0x0000 00F0

Field NameBitAccessDescription

15:4	RW	DAGC2 UFREQ
		This register is used to adjust the PGAG update frequency.
		to update PGAG in a too short time will result in addi-
		tional noise due to the analog response time. We suggest
		keep the original value of this register.(0x000 0xFFF) de-
		fault=0x00F

DAGC2 UFREQ

RESERVED	3	RW	Reserved Reserved for further usage
DAGC2 SOURCE MODE	2:1	RW	DAGC2 SOURCE MODE 0x0: mono, L channel (default) 0x1: mono, R channel 0x2: stereo, max(abs(L), abs(R))
DAGC2 EN	0	RW	DAGC EN Digital AGC enable register. When programmer enables this bit, the original PGAG setting will be discarded and digital AGC will take over the control of PGAG. 0:disable(default) 1:enable

63.23DAGC2 config3 (AUD AADC AGC2 CFG3)
Address: 0x9C001FDC Reset: 0x0000 0800

Field NameBitAccessDescription
G63A23 reserved031:16RO RESERVED
Reserved for further usage. DAGC2 minus datain div2 eco 15 RW DAGC2 minus datain div2 eco
improve algorithm
0: when data is minus, not div2 (default)
1:when data is minus, div2
DAGC2 UTHOLD 14:0 RW DAGC UTHOLD
This register is used to control the update threshold of dig- ital AGC. When the difference in-between input volume and setting threshold is smaller this value, the PGA gain will be kept, otherwise, the PGA gain will be updated. This register can improve the stability of PGA gain, but is will reduce the sensitivity of digital AGC.

63.24AUD OPT TEST PAT (AUD OPT TEST PAT)
Address:0x9C001FE0
Reset: 0x9763 4502

Field NameBitAccessDescription

AUD OPT TEST PAT 31:0 RW AUD OPT TEST PAT
see wiki

63.25DSP OPT LSB (DSP OPT LSB)
Address:0x9C001FE4
Reset: 0x0000 0000

Field NameBitAccessDescription
DSP OPT L 31:0RU DSP OTP L
DSP OPT LSB 32bit.

63.26DSP OPT MSB (DSP OPT MSB)
Address:0x9C001FE8
Reset: 0x0000 0000

Field NameBitAccessDescription
DSP OPT M 31:0RU DSP OTP M
DSP OPT LSB 32bit.

63.27Internal ADC Config1 (int adc ctrl1)
Address: 0x9C001FEC Reset: 0x0000 0000

Field Name	Bit	Access	Description
G63A27 reserved7	31	RW	reserved

INR2 SEL30:28 RW T0 select ADC 2 R - ch input
0x0: ADC input AINR0 (default)
0x1: ADC input AINR1
0x2: ADC input AINR2
0x3: ADC input AINR3
0x4: ADC input AINR4 others: reserved

G63A27 reserved6 INL2 SEL	27 26:24	RW RW	reserved T0 select ADC 2 L - ch input
			0x0: ADC input AINL0 (default) 0x1: ADC input AINL1 0x2: ADC input AINL2 0x3: ADC input AINL3 0x4: ADC input AINL4 others: reserved
G63A27 reserved5	23	RW	reserved
INR1 SEL	22:20	RW	T0 select ADC 1 R - ch input 0x0: ADC input AINR0 (default) 0x1: ADC input AINR1 0x2: ADC input AINR2 0x3: ADC input AINR3 0x4: ADC input AINR4 others: reserved
G63A27 reserved4	19	RW	reserved
INL1 SEL	18:16	RW	T0 select ADC 1 L - ch input 0x0: ADC input AINL0 (default) 0x1: ADC input AINL1 0x2: ADC input AINL2 0x3: ADC input AINL3 0x4: ADC input AINL4 others: reserved
G63A27 reserved3	15	RW	reserved
INR0 SEL	14:12	RW	T0 select ADC 0 R - ch input 0x0: ADC input AINR0 (default) 0x1: ADC input AINR1 0x2: ADC input AINR2 0x3: ADC input AINR3 0x4: ADC input AINR4 others: reserved
G63A27 reserved2	11	RW	reserved

INL0 SEL	10:8	RW	T0 select ADC 0 L - ch input 0x0: ADC input AINL0 (default) 0x1: ADC input AINL1 0x2: ADC input AINL2 0x3: ADC input AINL3 0x4: ADC input AINL4 others: reserved
G63A27 reserved1	7:6	RW	RSEL(8388 reserved)
G63A27 reserved0	5:4	RW	ASEL(8388 reserved)
TAD	3:0	RW	( TAD ) TEST MODE OF ADC 0x0: Normal mode ( default ) others: Test Mode

63.28aud other status (other status)
Address:0x9C001FF0
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G63A28 reserved0	31:1	RO	RESERVED Reserved for further usage.
BT MUTE FLAG	0	RU	BT Mute Flag Mute flag of BT TX datai, it will be set when MUTE CNTR == 127 in pcm mode or MUTE CNTR == 63 in i2s mode. MUTE CNTR will increase when BT TX sample is zero, and will be reset when BT TX sample is not zero.

63.29CDRPLL LOSD CTRL (CDRPLL LOSD CTRL)
Address:0x9C001FF4
Reset: 0x0000 1030

Field NameBitAccessDescription
RESERVED31:16RO Reserved
Reserved for further usage
CDRPLL LOCK 15RO CDRPLL LOCK
CDRPLL lock signal.

CDR IN FREQ SEL	14:12	RW	CDR IN FREQ SEL When CDRPLL input source is I2S in (EXT ADC0), to se- lect I2S in sampling rate 0x0: 32K 0x1: 48K(default) 0x2: 96K 0x3: 192K 0x4: 44.1K 0x5: 88.2K 0x6: 176.4K
RESERVED	11	RO	Reserved Reserved for further usage
CDRPLL PWM SEL	10	WO	CDR PWM SEL CDRPLL input source 0: IEC in (IEC0 RX) (default) 1: I2S in (EXT ADC0)
CDR SRC SEL	9	RW	CDR SRC SEL CDRPLL input source 0: IEC in (IEC0 RX) (default) 1: I2S in (EXT ADC0)
CDRPLL EN	8	RW	CDRPLL EN CDRPLL enable 0: disable(default) 1: enable
RESERVED	7:6	RO	Reserved Reserved for further usage
LOSD LOSS SIGNAL IEC	5	RO	LOSD LOSS SIGNAL IEC Read IEC0 RX LOSD status, "1" is loss signal
LOSD LOSS SIGNAL I2S	4	RO	LOSD LOSS SIGNAL I2S Read EXT ADC0 LOSD status, "1" is loss signal
HW CHANGE SOURCE SEL	3	RW	HW CHANGE SOURCE SEL

hardware auto change clock source between PLLA(or
DPLL) and CDRPLL

		1: DPLL (PLLA2 FCKOUT)
2	RW	LOSD EN IEC IEC0 RX LOSD(Loss of signal detect) function enable 0: disable(default) 1: enable

0: PLLA (PLLA1 FCKOUT) (default)

LOSD EN IEC

LOSD EN I2S	1	RW	LOSD EN I2S EXT ADC0 LOSD(Loss of signal detect) function enable 0: disable(default) 1: enable
LOSD HW CTRL EN	0	RW	LOSD HW CTRL EN Accroding to LOSD(Loss of signal detect), Hardware auto switch XCK source(PLLA1 FCKOUT or CDRPLL) 0: disable(default) 1: enable

63.30LOSD RELEASE CNT (LOSD RELEASE CNT)
Address:0x9C001FF8
Reset: 0x02100 000

Field NameBitAccessDescription
LOSD IEC DETECT CNT 31:24 RW LOSD IEC DETECT CNT
Detect signal condition
how many correct pramble B be detected continuously
LOSD I2S DETECT CNT 23:16 RW LOSD I2S DETECT CNT
Detect signal condition
how many correct BCK be detected continuously (unit 64) LOSD RELEASE CNT IEC15:8 RW IEC LOSD Release cnt setting
LOSD(loss of signal Detect), when counter bigger than
LOSD RELEASE CNT between each transition, Detect lose signal
LOSD RELEASE CNT I2S7:0 RW I2S LOSD Release cnt setting
LOSD(loss of signal Detect), when counter bigger than LOSD RELEASE CNT between each transition, Detect lose signal

63.31aud other ctrl (other ctrl)
Address: 0x9C001FFC Reset: 0x3000 0000

Field NameBitAccessDescription
IEC ZERO FRAME THD 31:24 RW Set Zero Frame Threshold for CDRPLL.
0<IEC ZERO FRAME THD<=0xff

G63A31 reserved4	23:21	RO	RESERVED Reserved for further usage.
IEC0 RX DATA ZERO FLAG	20	RO	In order to solve the lock frequency takes too long time in the case of all zero data in CDRPLL. 0: zero frame cnt < IEC ZERO FRAME THD 1: zero frame cnt >= IEC ZERO FRAME THD
G63A31 reserved3	19:16	RO	RESERVED Reserved for further usage.
UVM MODE	15	RW	UVM use only. 0: normal mode(default) 1: UVM use only.
G63A31 reserved2	14:13	RO	RESERVED Reserved for further usage.
VCD MIX EN	12	RW	VCD PATH MIX EN 0: Skip VCD PATH mix (default) 1: RISC fifo output replaced by HDMI0 IN 0.
G63A31 reserved1	11:10	RO	RESERVED Reserved for further usage.
EXT ADC0 SW	9	RW	EXT ADC0 SW A16 FIFO EXT ADC0 source select 0: EXT ADC0 (default) 1: AADC2 CB
BONDING TEST EN	8	RW	BONDING TEST EN Write 1 to enable BONDING TEST, the bonding content ref to AUD OPT TEST PAT. Write 0 is normal.
INT ADC1 SW	7	RW	INT ADC1 I/P Switch 0: Normal mode (default) 1: INT ADC1 input relpace by PI ADC DATA1.
INT ADC0 SW	6	RW	INT ADC0 I/P Switch 0: Normal mode (default) 1: INT ADC0 input relpace by PI ADC DATA0.
SPU SEL	5	RW	SPU PATH SEL 0: Skip SPU Path (default) 1: RISC fifo output replaced by SPU PATH.
SPU BG EN	4	RW	SPU Bridge Ifx Enable 0: disable (default) 1: enable
G63A31 reserved0	3:0	RO	RESERVED Reserved for further usage.

PChip Group 64AUD DMA G0

AUD FIFO DMA Group 0 Registers.

64.0 Base Address (aud a0 base)
Address: 0x9C002000
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A0 reserved131:24RO RESERVED
Reserved for further usage.
a0 base23:2 RW Base Address for FIFO NO.0
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a0 base. G64A0 reserved01:0RO RESERVED
Reserved for further usage.

64.1FIFO Length (aud a0 length)
Address:0x9C002004
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A1 reserved131:24RO RESERVED
Reserved for further usage.
a0 length 23:2 RW Channel Length for FIFO NO.0
Byte length, and must be a multiple of 128. G64A1 reserved01:0RO RESERVED
Reserved for further usage.

64.2FIFO Pointer (aud a0 ptr)
Address:0x9C002008
Reset: 0x0000 0000
Field NameBitAccessDescription
G64A2 reserved131:24RO RESERVED
Reserved for further usage.
a0 ptr 23:2 RW DRAM Access Pointer for FIFO NO.0
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G64A2 reserved01:0RO RESERVED
Reserved for further usage.

64.3FIFO Count (aud a0 cnt)
Address: 0x9C00200C Reset: 0x0000 0000

Field NameBitAccessDescription
G64A3 reserved131:24RO RESERVED
Reserved for further usage.
a0 cnt23:2 RW DRAM Data Count for FIFO NO.0
Byte count, and must be a multiple of 4. G64A3 reserved01:0RO RESERVED
Reserved for further usage.

64.4 Base Address (aud a1 base)
Address:0x9C002010
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A4 reserved131:24RO RESERVED
Reserved for further usage.
a1 base23:2 RW Base Address for FIFO NO.1
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a1 base. G64A4 reserved01:0RO RESERVED
Reserved for further usage.
64.5FIFO Length (aud a1 length)
Address:0x9C002014
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A5 reserved131:24RO RESERVED
Reserved for further usage.
a1 length 23:2 RW Channel Length for FIFO NO.1
Byte length, and must be a multiple of 128. G64A5 reserved01:0RO RESERVED
Reserved for further usage.

64.6FIFO Pointer (aud a1 ptr)
Address:0x9C002018
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A6 reserved131:24RO RESERVED
Reserved for further usage.
a1 ptr 23:2 RW DRAM Access Pointer for FIFO NO.1
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G64A6 reserved01:0RO RESERVED
Reserved for further usage.

64.7FIFO Count (aud a1 cnt)
Address: 0x9C00201C Reset: 0x0000 0000

Field NameBitAccessDescription
G64A7 reserved131:24RO RESERVED
Reserved for further usage.
a1 cnt23:2 RW DRAM Data Count for FIFO NO.1
Byte count, and must be a multiple of 4.
G64A7 reserved01:0RO RESERVED
Reserved for further usage.

64.8 Base Address (aud a2 base)
Address:0x9C002020
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A8 reserved131:24RO RESERVED
Reserved for further usage.
a2 base23:2 RW Base Address for FIFO NO.2
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a2 base. G64A8 reserved01:0RO RESERVED
Reserved for further usage.

64.9FIFO Length (aud a2 length)
Address:0x9C002024
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A9 reserved131:24RO RESERVED
Reserved for further usage.
a2 length 23:2 RW Channel Length for FIFO NO.2
Byte length, and must be a multiple of 128. G64A9 reserved01:0RO RESERVED
Reserved for further usage.

64.10FIFO Pointer (aud a2 ptr)
Address:0x9C002028
Reset: 0x0000 0000

Field NameBitAccessDescription

G64A10 reserved1	31:24	RO	RESERVED Reserved for further usage.
a2 ptr	23:2	RW	DRAM Access Pointer for FIFO NO.2 This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G64A10 reserved0	1:0	RO	RESERVED Reserved for further usage.

64.11FIFO Count (aud a2 cnt)
Address: 0x9C00202C Reset: 0x0000 0000

Field NameBitAccessDescription
G64A11 reserved131:24RO RESERVED
Reserved for further usage.
a2 cnt23:2 RW DRAM Data Count for FIFO NO.2
Byte count, and must be a multiple of 4. G64A11 reserved01:0RO RESERVED
Reserved for further usage.

64.12 Base Address (aud a3 base)
Address:0x9C002030
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A12 reserved131:24RO RESERVED
Reserved for further usage.
a3 base23:2 RW Base Address for FIFO NO.3
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a3 base. G64A12 reserved01:0RO RESERVED
Reserved for further usage.
64.13FIFO Length (aud a3 length)
Address:0x9C002034
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A13 reserved131:24RO RESERVED
Reserved for further usage.
a3 length 23:2 RW Channel Length for FIFO NO.3
Byte length, and must be a multiple of 128. G64A13 reserved01:0RO RESERVED
Reserved for further usage.

64.14FIFO Pointer (aud a3 ptr)
Address:0x9C002038
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A14 reserved131:24RO RESERVED
Reserved for further usage.
a3 ptr 23:2 RW DRAM Access Pointer for FIFO NO.3
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G64A14 reserved01:0RO RESERVED
Reserved for further usage.

64.15FIFO Count (aud a3 cnt)
Address: 0x9C00203C Reset: 0x0000 0000

Field NameBitAccessDescription
G64A15 reserved131:24RO RESERVED
Reserved for further usage.
a3 cnt23:2 RW DRAM Data Count for FIFO NO.3
Byte count, and must be a multiple of 4.
G64A15 reserved01:0RO RESERVED
Reserved for further usage.

64.16 Base Address (aud a4 base)
Address:0x9C002040
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A16 reserved131:24RO RESERVED
Reserved for further usage.
a4 base23:2 RW Base Address for FIFO NO.4
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a4 base. G64A16 reserved01:0RO RESERVED
Reserved for further usage.

64.17FIFO Length (aud a4 length)
Address:0x9C002044
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A17 reserved131:24RO RESERVED
Reserved for further usage.
a4 length 23:2 RW Channel Length for FIFO NO.4
Byte length, and must be a multiple of 128. G64A17 reserved01:0RO RESERVED
Reserved for further usage.

64.18FIFO Pointer (aud a4 ptr)
Address:0x9C002048
Reset: 0x0000 0000

Field NameBitAccessDescription

G64A18 reserved1	31:24	RO	RESERVED Reserved for further usage.
a4 ptr	23:2	RW	DRAM Access Pointer for FIFO NO.4 This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G64A18 reserved0	1:0	RO	RESERVED Reserved for further usage.

64.19FIFO Count (aud a4 cnt)
Address: 0x9C00204C Reset: 0x0000 0000

Field NameBitAccessDescription
G64A19 reserved131:24RO RESERVED
Reserved for further usage.
a4 cnt23:2 RW DRAM Data Count for FIFO NO.4
Byte count, and must be a multiple of 4. G64A19 reserved01:0RO RESERVED
Reserved for further usage.

64.20 Base Address (aud a5 base)
Address:0x9C002050
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A20 reserved131:24RO RESERVED
Reserved for further usage.
a5 base23:2 RW Base Address for FIFO NO.5
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a5 base. G64A20 reserved01:0RO RESERVED
Reserved for further usage.
64.21FIFO Length (aud a5 length)
Address:0x9C002054
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A21 reserved131:24RO RESERVED
Reserved for further usage.
a5 length 23:2 RW Channel Length for FIFO NO.5
Byte length, and must be a multiple of 128. G64A21 reserved01:0RO RESERVED
Reserved for further usage.

64.22FIFO Pointer (aud a5 ptr)
Address:0x9C002058
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A22 reserved131:24RO RESERVED
Reserved for further usage.
a5 ptr 23:2 RW DRAM Access Pointer for FIFO NO.5
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G64A22 reserved01:0RO RESERVED
Reserved for further usage.

64.23FIFO Count (aud a5 cnt)
Address: 0x9C00205C Reset: 0x0000 0000

Field NameBitAccessDescription
G64A23 reserved131:24RO RESERVED
Reserved for further usage.
a5 cnt23:2 RW DRAM Data Count for FIFO NO.5
Byte count, and must be a multiple of 4.
G64A23 reserved01:0RO RESERVED
Reserved for further usage.

64.24 Base Address (aud a6 base)
Address:0x9C002060
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A24 reserved131:24RO RESERVED
Reserved for further usage.
a6 base23:2 RW Base Address for FIFO NO.6
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a6 base. G64A24 reserved01:0RO RESERVED
Reserved for further usage.

64.25FIFO Length (aud a6 length)
Address:0x9C002064
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A25 reserved131:24RO RESERVED
Reserved for further usage.
a6 length 23:2 RW Channel Length for FIFO NO.6
Byte length, and must be a multiple of 128. G64A25 reserved01:0RO RESERVED
Reserved for further usage.

64.26FIFO Pointer (aud a6 ptr)
Address:0x9C002068
Reset: 0x0000 0000

Field NameBitAccessDescription

G64A26 reserved1	31:24	RO	RESERVED Reserved for further usage.
a6 ptr	23:2	RW	DRAM Access Pointer for FIFO NO.6 This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G64A26 reserved0	1:0	RO	RESERVED Reserved for further usage.

64.27FIFO Count (aud a6 cnt)
Address: 0x9C00206C Reset: 0x0000 0000

Field NameBitAccessDescription
G64A27 reserved131:24RO RESERVED
Reserved for further usage.
a6 cnt23:2 RW DRAM Data Count for FIFO NO.6
Byte count, and must be a multiple of 4. G64A27 reserved01:0RO RESERVED
Reserved for further usage.

64.28 Base Address (aud a7 base)
Address:0x9C002070
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A28 reserved131:24RO RESERVED
Reserved for further usage.
a7 base23:2 RW Base Address for FIFO NO.7
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a7 base. G64A28 reserved01:0RO RESERVED
Reserved for further usage.
64.29FIFO Length (aud a7 length)
Address:0x9C002074
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A29 reserved131:24RO RESERVED
Reserved for further usage.
a7 length 23:2 RW Channel Length for FIFO NO.7
Byte length, and must be a multiple of 128. G64A29 reserved01:0RO RESERVED
Reserved for further usage.

64.30FIFO Pointer (aud a7 ptr)
Address:0x9C002078
Reset: 0x0000 0000

Field NameBitAccessDescription
G64A30 reserved131:24RO RESERVED
Reserved for further usage.
a7 ptr 23:2 RW DRAM Access Pointer for FIFO NO.7
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G64A30 reserved01:0RO RESERVED
Reserved for further usage.

64.31FIFO Count (aud a7 cnt)
Address: 0x9C00207C Reset: 0x0000 0000

Field NameBitAccessDescription
G64A31 reserved131:24RO RESERVED
Reserved for further usage.
a7 cnt23:2 RW DRAM Data Count for FIFO NO.7
Byte count, and must be a multiple of 4.
G64A31 reserved01:0RO RESERVED
Reserved for further usage.
PChip Group 65AUD DMA G1

AUD FIFO DMA Group 1 Registers.

65.0 Base Address (aud a8 base)
Address: 0x9C002080
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A0 reserved031:0dc reserved

65.1FIFO Length (aud a8 length)
Address:0x9C002084
Reset: 0x0000 0000

Field Name	BitAccess	Description
G65A1 reserved0	31:0dc	reserved

65.2FIFO Pointer (aud a8 ptr)
Address:0x9C002088
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G65A2 reserved0	31:0	dc	reserved

65.3FIFO Count (aud a8 cnt)
Address: 0x9C00208C Reset: 0x0000 0000

Field NameBitAccessDescription

G65A3 reserved031:0dc reserved

65.4 Base Address (aud a9 base)
Address:0x9C002090
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A4 reserved131:24RO RESERVED
Reserved for further usage.
a9 base23:2 RW Base Address for FIFO NO.9
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a9 base. G65A4 reserved01:0RO RESERVED
Reserved for further usage.

65.5FIFO Length (aud a9 length)
Address:0x9C002094
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A5 reserved131:24RO RESERVED
Reserved for further usage.
a9 length 23:2 RW Channel Length for FIFO NO.9
Byte length, and must be a multiple of 128. G65A5 reserved01:0RO RESERVED
Reserved for further usage.

65.6FIFO Pointer (aud a9 ptr)
Address:0x9C002098
Reset: 0x0000 0000

Field NameBitAccessDescription

G65A6 reserved1	31:24	RO	RESERVED Reserved for further usage.
a9 ptr	23:2	RW	DRAM Access Pointer for FIFO NO.9 This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G65A6 reserved0	1:0	RO	RESERVED Reserved for further usage.

65.7FIFO Count (aud a9 cnt)
Address: 0x9C00209C Reset: 0x0000 0000

Field NameBitAccessDescription
G65A7 reserved131:24RO RESERVED
Reserved for further usage.
a9 cnt23:2 RW DRAM Data Count for FIFO NO.9
Byte count, and must be a multiple of 4. G65A7 reserved01:0RO RESERVED
Reserved for further usage.

65.8 Base Address (aud a10 base)
Address:0x9C0020A0
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A8 reserved131:24RO RESERVED
Reserved for further usage.
a10 base23:2 RW Base Address for FIFO NO.10
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a10 base. G65A8 reserved01:0RO RESERVED
Reserved for further usage.
65.9FIFO Length (aud a10 length)
Address:0x9C0020A4
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A9 reserved131:24RO RESERVED
Reserved for further usage.
a10 length 23:2 RW Channel Length for FIFO NO.10
Byte length, and must be a multiple of 128. G65A9 reserved01:0RO RESERVED
Reserved for further usage.

65.10FIFO Pointer (aud a10 ptr)
Address:0x9C0020A8
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A10 reserved131:24RO RESERVED
Reserved for further usage.
a10 ptr 23:2 RW DRAM Access Pointer for FIFO NO.10
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G65A10 reserved01:0RO RESERVED
Reserved for further usage.

65.11FIFO Count (aud a10 cnt)
Address: 0x9C0020AC Reset: 0x0000 0000

Field NameBitAccessDescription
G65A11 reserved131:24RO RESERVED
Reserved for further usage.
a10 cnt23:2 RW DRAM Data Count for FIFO NO.10
Byte count, and must be a multiple of 4.
G65A11 reserved01:0RO RESERVED
Reserved for further usage.

65.12 Base Address (aud a11 base)
Address:0x9C0020B0
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A12 reserved131:24RO RESERVED
Reserved for further usage.
a11 base23:2 RW Base Address for FIFO NO.11
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a11 base. G65A12 reserved01:0RO RESERVED
Reserved for further usage.

65.13FIFO Length (aud a11 length)
Address:0x9C0020B4
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A13 reserved131:24RO RESERVED
Reserved for further usage.
a11 length 23:2 RW Channel Length for FIFO NO.11
Byte length, and must be a multiple of 128. G65A13 reserved01:0RO RESERVED
Reserved for further usage.

65.14FIFO Pointer (aud a11 ptr)
Address:0x9C0020B8
Reset: 0x0000 0000

Field NameBitAccessDescription

G65A14 reserved1	31:24	RO	RESERVED Reserved for further usage.
a11 ptr	23:2	RW	DRAM Access Pointer for FIFO NO.11 This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G65A14 reserved0	1:0	RO	RESERVED Reserved for further usage.

65.15FIFO Count (aud a11 cnt)
Address: 0x9C0020BC Reset: 0x0000 0000

Field NameBitAccessDescription
G65A15 reserved131:24RO RESERVED
Reserved for further usage.
a11 cnt23:2 RW DRAM Data Count for FIFO NO.11
Byte count, and must be a multiple of 4. G65A15 reserved01:0RO RESERVED
Reserved for further usage.

65.16 Base Address (aud a12 base)
Address:0x9C0020C0
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A16 reserved131:24RO RESERVED
Reserved for further usage.
a12 base23:2 RW Base Address for FIFO NO.12
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a12 base. G65A16 reserved01:0RO RESERVED
Reserved for further usage.
65.17FIFO Length (aud a12 length)
Address:0x9C0020C4
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A17 reserved131:24RO RESERVED
Reserved for further usage.
a12 length 23:2 RW Channel Length for FIFO NO.12
Byte length, and must be a multiple of 128. G65A17 reserved01:0RO RESERVED
Reserved for further usage.

65.18FIFO Pointer (aud a12 ptr)
Address:0x9C0020C8
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A18 reserved131:24RO RESERVED
Reserved for further usage.
a12 ptr 23:2 RW DRAM Access Pointer for FIFO NO.12
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G65A18 reserved01:0RO RESERVED
Reserved for further usage.

65.19FIFO Count (aud a12 cnt)
Address: 0x9C0020CC Reset: 0x0000 0000

Field NameBitAccessDescription
G65A19 reserved131:24RO RESERVED
Reserved for further usage.
a12 cnt23:2 RW DRAM Data Count for FIFO NO.12
Byte count, and must be a multiple of 4.
G65A19 reserved01:0RO RESERVED
Reserved for further usage.

65.20 Base Address (aud a13 base)
Address:0x9C0020D0
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A20 reserved131:24RO RESERVED
Reserved for further usage.
a13 base23:2 RW Base Address for FIFO NO.13
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a13 base. G65A20 reserved01:0RO RESERVED
Reserved for further usage.

65.21FIFO Length (aud a13 length)
Address:0x9C0020D4
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A21 reserved131:24RO RESERVED
Reserved for further usage.
a13 length 23:2 RW Channel Length for FIFO NO.13
Byte length, and must be a multiple of 128. G65A21 reserved01:0RO RESERVED
Reserved for further usage.

65.22FIFO Pointer (aud a13 ptr)
Address:0x9C0020D8
Reset: 0x0000 0000

Field NameBitAccessDescription

G65A22 reserved1	31:24	RO	RESERVED Reserved for further usage.
a13 ptr	23:2	RW	DRAM Access Pointer for FIFO NO.13 This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G65A22 reserved0	1:0	RO	RESERVED Reserved for further usage.

65.23FIFO Count (aud a13 cnt)
Address: 0x9C0020DC Reset: 0x0000 0000

Field NameBitAccessDescription
G65A23 reserved131:24RO RESERVED
Reserved for further usage.
a13 cnt23:2 RW DRAM Data Count for FIFO NO.13
Byte count, and must be a multiple of 4. G65A23 reserved01:0RO RESERVED
Reserved for further usage.

65.24 Base Address (aud a14 base)
Address:0x9C0020E0
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A24 reserved131:24RO RESERVED
Reserved for further usage.
a14 base23:2 RW Base Address for FIFO NO.14
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a14 base. G65A24 reserved01:0RO RESERVED
Reserved for further usage.
65.25FIFO Length (aud a14 length)
Address:0x9C0020E4
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A25 reserved131:24RO RESERVED
Reserved for further usage.
a14 length 23:2 RW Channel Length for FIFO NO.14
Byte length, and must be a multiple of 128. G65A25 reserved01:0RO RESERVED
Reserved for further usage.

65.26FIFO Pointer (aud a14 ptr)
Address:0x9C0020E8
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A26 reserved131:24RO RESERVED
Reserved for further usage.
a14 ptr 23:2 RW DRAM Access Pointer for FIFO NO.14
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G65A26 reserved01:0RO RESERVED
Reserved for further usage.

65.27FIFO Count (aud a14 cnt)
Address: 0x9C0020EC Reset: 0x0000 0000

Field NameBitAccessDescription
G65A27 reserved131:24RO RESERVED
Reserved for further usage.
a14 cnt23:2 RW DRAM Data Count for FIFO NO.14
Byte count, and must be a multiple of 4.
G65A27 reserved01:0RO RESERVED
Reserved for further usage.

65.28 Base Address (aud a15 base)
Address:0x9C0020F0
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A28 reserved031:0dc reserved

65.29FIFO Length (aud a15 length)
Address:0x9C0020F4
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A29 reserved031:0dc reserved

65.30FIFO Pointer (aud a15 ptr)
Address:0x9C0020F8
Reset: 0x0000 0000

Field NameBitAccessDescription
G65A30 reserved031:0dc reserved

65.31FIFO Count (aud a15 cnt)
Address: 0x9C0020FC Reset: 0x0000 0000

Field NameBitAccessDescription
G65A31 reserved031:0dc reserved
PChip Group 66AUD DMA G2

AUD FIFO DMA Group 2 Registers.

66.0 Base Address (aud a16 base)
Address: 0x9C002100
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A0 reserved131:24RO RESERVED
Reserved for further usage.
a16 base23:2 RW Base Address for FIFO NO.16
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a16 base. G66A0 reserved01:0RO RESERVED
Reserved for further usage.

66.1FIFO Length (aud a16 length)
Address:0x9C002104
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A1 reserved131:24RO RESERVED
Reserved for further usage.
a16 length 23:2 RW Channel Length for FIFO NO.16
Byte length, and must be a multiple of 128. G66A1 reserved01:0RO RESERVED
Reserved for further usage.

66.2FIFO Pointer (aud a16 ptr)
Address:0x9C002108
Reset: 0x0000 0000
Field NameBitAccessDescription
G66A2 reserved131:24RO RESERVED
Reserved for further usage.
a16 ptr 23:2 RW DRAM Access Pointer for FIFO NO.16
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A2 reserved01:0RO RESERVED
Reserved for further usage.

66.3FIFO Count (aud a16 cnt)
Address: 0x9C00210C Reset: 0x0000 0000

Field NameBitAccessDescription
G66A3 reserved131:24RO RESERVED
Reserved for further usage.
a16 cnt23:2 RW DRAM Data Count for FIFO NO.16
Byte count, and must be a multiple of 4. G66A3 reserved01:0RO RESERVED
Reserved for further usage.

66.4 Base Address (aud a17 base)
Address:0x9C002110
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A4 reserved131:24RO RESERVED
Reserved for further usage.
a17 base23:2 RW Base Address for FIFO NO.17
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a17 base. G66A4 reserved01:0RO RESERVED
Reserved for further usage.
66.5FIFO Length (aud a17 length)
Address:0x9C002114
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A5 reserved131:24RO RESERVED
Reserved for further usage.
a17 length 23:2 RW Channel Length for FIFO NO.17
Byte length, and must be a multiple of 128. G66A5 reserved01:0RO RESERVED
Reserved for further usage.

66.6FIFO Pointer (aud a17 ptr)
Address:0x9C002118
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A6 reserved131:24RO RESERVED
Reserved for further usage.
a17 ptr 23:2 RW DRAM Access Pointer for FIFO NO.17
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A6 reserved01:0RO RESERVED
Reserved for further usage.

66.7FIFO Count (aud a17 cnt)
Address: 0x9C00211C Reset: 0x0000 0000

Field NameBitAccessDescription
G66A7 reserved131:24RO RESERVED
Reserved for further usage.
a17 cnt23:2 RW DRAM Data Count for FIFO NO.17
Byte count, and must be a multiple of 4.
G66A7 reserved01:0RO RESERVED
Reserved for further usage.

66.8 Base Address (aud a18 base)
Address:0x9C002120
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A8 reserved131:24RO RESERVED
Reserved for further usage.
a18 base23:2 RW Base Address for FIFO NO.18
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a18 base. G66A8 reserved01:0RO RESERVED
Reserved for further usage.

66.9FIFO Length (aud a18 length)
Address:0x9C002124
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A9 reserved131:24RO RESERVED
Reserved for further usage.
a18 length 23:2 RW Channel Length for FIFO NO.18
Byte length, and must be a multiple of 128. G66A9 reserved01:0RO RESERVED
Reserved for further usage.

66.10FIFO Pointer (aud a18 ptr)
Address:0x9C002128
Reset: 0x0000 0000

Field NameBitAccessDescription

G66A10 reserved1	31:24	RO	RESERVED Reserved for further usage.
a18 ptr	23:2	RW	DRAM Access Pointer for FIFO NO.18 This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A10 reserved0	1:0	RO	RESERVED Reserved for further usage.

66.11FIFO Count (aud a18 cnt)
Address: 0x9C00212C Reset: 0x0000 0000

Field NameBitAccessDescription
G66A11 reserved131:24RO RESERVED
Reserved for further usage.
a18 cnt23:2 RW DRAM Data Count for FIFO NO.18
Byte count, and must be a multiple of 4. G66A11 reserved01:0RO RESERVED
Reserved for further usage.

66.12 Base Address (aud a19 base)
Address:0x9C002130
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A12 reserved131:24RO RESERVED
Reserved for further usage.
a19 base23:2 RW Base Address for FIFO NO.19
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a19 base. G66A12 reserved01:0RO RESERVED
Reserved for further usage.
66.13FIFO Length (aud a19 length)
Address:0x9C002134
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A13 reserved131:24RO RESERVED
Reserved for further usage.
a19 length 23:2 RW Channel Length for FIFO NO.19
Byte length, and must be a multiple of 128. G66A13 reserved01:0RO RESERVED
Reserved for further usage.

66.14FIFO Pointer (aud a19 ptr)
Address:0x9C002138
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A14 reserved131:24RO RESERVED
Reserved for further usage.
a19 ptr 23:2 RW DRAM Access Pointer for FIFO NO.19
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A14 reserved01:0RO RESERVED
Reserved for further usage.

66.15FIFO Count (aud a19 cnt)
Address: 0x9C00213C Reset: 0x0000 0000

Field NameBitAccessDescription
G66A15 reserved131:24RO RESERVED
Reserved for further usage.
a19 cnt23:2 RW DRAM Data Count for FIFO NO.19
Byte count, and must be a multiple of 4.
G66A15 reserved01:0RO RESERVED
Reserved for further usage.

66.16 Base Address (aud a20 base)
Address:0x9C002140
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A16 reserved131:24RO RESERVED
Reserved for further usage.
a20 base23:2 RW Base Address for FIFO NO.20
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a20 base. G66A16 reserved01:0RO RESERVED
Reserved for further usage.

66.17FIFO Length (aud a20 length)
Address:0x9C002144
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A17 reserved131:24RO RESERVED
Reserved for further usage.
a20 length 23:2 RW Channel Length for FIFO NO.20
Byte length, and must be a multiple of 128. G66A17 reserved01:0RO RESERVED
Reserved for further usage.

66.18FIFO Pointer (aud a20 ptr)
Address:0x9C002148
Reset: 0x0000 0000

Field NameBitAccessDescription

G66A18 reserved1	31:24	RO	RESERVED Reserved for further usage.
a20 ptr	23:2	RW	DRAM Access Pointer for FIFO NO.20 This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A18 reserved0	1:0	RO	RESERVED Reserved for further usage.

66.19FIFO Count (aud a20 cnt)
Address: 0x9C00214C Reset: 0x0000 0000

Field NameBitAccessDescription
G66A19 reserved131:24RO RESERVED
Reserved for further usage.
a20 cnt23:2 RW DRAM Data Count for FIFO NO.20
Byte count, and must be a multiple of 4. G66A19 reserved01:0RO RESERVED
Reserved for further usage.

66.20 Base Address (aud a21 base)
Address:0x9C002150
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A20 reserved131:24RO RESERVED
Reserved for further usage.
a21 base23:2 RW Base Address for FIFO NO.21
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a21 base. G66A20 reserved01:0RO RESERVED
Reserved for further usage.
66.21FIFO Length (aud a21 length)
Address:0x9C002154
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A21 reserved131:24RO RESERVED
Reserved for further usage.
a21 length 23:2 RW Channel Length for FIFO NO.21
Byte length, and must be a multiple of 128. G66A21 reserved01:0RO RESERVED
Reserved for further usage.

66.22FIFO Pointer (aud a21 ptr)
Address:0x9C002158
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A22 reserved131:24RO RESERVED
Reserved for further usage.
a21 ptr 23:2 RW DRAM Access Pointer for FIFO NO.21
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A22 reserved01:0RO RESERVED
Reserved for further usage.

66.23FIFO Count (aud a21 cnt)
Address: 0x9C00215C Reset: 0x0000 0000

Field NameBitAccessDescription
G66A23 reserved131:24RO RESERVED
Reserved for further usage.
a21 cnt23:2 RW DRAM Data Count for FIFO NO.21
Byte count, and must be a multiple of 4.
G66A23 reserved01:0RO RESERVED
Reserved for further usage.

66.24 Base Address (aud a22 base)
Address:0x9C002160
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A24 reserved131:24RO RESERVED
Reserved for further usage.
a22 base23:2 RW Base Address for FIFO NO.22
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a22 base. G66A24 reserved01:0RO RESERVED
Reserved for further usage.

66.25FIFO Length (aud a22 length)
Address:0x9C002164
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A25 reserved131:24RO RESERVED
Reserved for further usage.
a22 length 23:2 RW Channel Length for FIFO NO.22
Byte length, and must be a multiple of 128. G66A25 reserved01:0RO RESERVED
Reserved for further usage.

66.26FIFO Pointer (aud a22 ptr)
Address:0x9C002168
Reset: 0x0000 0000

Field NameBitAccessDescription

G66A26 reserved1	31:24	RO	RESERVED Reserved for further usage.
a22 ptr	23:2	RW	DRAM Access Pointer for FIFO NO.22 This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A26 reserved0	1:0	RO	RESERVED Reserved for further usage.

66.27FIFO Count (aud a22 cnt)
Address: 0x9C00216C Reset: 0x0000 0000

Field NameBitAccessDescription
G66A27 reserved131:24RO RESERVED
Reserved for further usage.
a22 cnt23:2 RW DRAM Data Count for FIFO NO.22
Byte count, and must be a multiple of 4. G66A27 reserved01:0RO RESERVED
Reserved for further usage.

66.28 Base Address (aud a23 base)
Address:0x9C002170
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A28 reserved131:24RO RESERVED
Reserved for further usage.
a23 base23:2 RW Base Address for FIFO NO.23
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a23 base. G66A28 reserved01:0RO RESERVED
Reserved for further usage.
66.29FIFO Length (aud a23 length)
Address:0x9C002174
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A29 reserved131:24RO RESERVED
Reserved for further usage.
a23 length 23:2 RW Channel Length for FIFO NO.23
Byte length, and must be a multiple of 128. G66A29 reserved01:0RO RESERVED
Reserved for further usage.

66.30FIFO Pointer (aud a23 ptr)
Address:0x9C002178
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A30 reserved131:24RO RESERVED
Reserved for further usage.
a23 ptr 23:2 RW DRAM Access Pointer for FIFO NO.23
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A30 reserved01:0RO RESERVED
Reserved for further usage.

66.31FIFO Count (aud a23 cnt)
Address: 0x9C00217C Reset: 0x0000 0000

Field NameBitAccessDescription
G66A31 reserved131:24RO RESERVED
Reserved for further usage.
a23 cnt23:2 RW DRAM Data Count for FIFO NO.23
Byte count, and must be a multiple of 4.
G66A31 reserved01:0RO RESERVED
Reserved for further usage.
PChip Group 67AUD GRM

Audio Gain, Ramp, Mixer registers.

67.0Gain Control (aud grm master gain)
Address: 0x9C002180
Reset: 0x0000 0000

Field Name	Bit	Access	Description
mgain target	31:8	RW	Gain status/target to AUD GRM multiplier #M Read: Please refer to the gain read mode field in register aud grm other. Write: This target is in 1.23 fixed point format.
G67A0 reserved0	7:0	RO	RESERVED Reserved for further usage.

67.1Gain Control (aud grm gain control 0)
Address:0x9C002184
Reset: 0x8080 8080

Field NameBitAccessDescription
gain15 target 31:24 RW Gain status/target to AUD GRM multiplier #15
Read: Please refer to the gain read mode field in register aud grm other.
Write: This target is in 1.7 fixed point format. gain12 target 23:16 RW Gain status/target to AUD GRM multiplier #12
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format. gain3 target 15:8 RW Gain status/target to AUD GRM multiplier #3
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format. gain0 target 7:0 RW Gain status/target to AUD GRM multiplier #0
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format.
67.2Gain Control (aud grm gain control 1)
Address:0x9C002188
Reset: 0x0000 0000

Field NameBitAccessDescription
gain50 target 31:24 RW Gain status/target to AUD GRM multiplier #50
Read: Please refer to the gain read mode field in register aud grm other.
Write: This target is in 1.7 fixed point format. gain49 target 23:16 RW Gain status/target to AUD GRM multiplier #49
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format. gain19 target 15:8 RW Gain status/target to AUD GRM multiplier #19
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format. gain18 target 7:0 RW Gain status/target to AUD GRM multiplier #18
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format.

67.3Gain Control (aud grm gain control 2)
Address: 0x9C00218C Reset: 0x0000 0000

Field NameBitAccessDescription
G67A3 reserved031:24RO RESERVED
Reserved for further usage.
gain34 target 23:16 RW Gain status/target to AUD GRM multiplier #34
Read: Please refer to the gain read mode field in register aud grm other.
Write: This target is in 1.7 fixed point format. gain33 target 15:8 RW Gain status/target to AUD GRM multiplier #33
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format.

7:0	RW	Gain status/target to AUD GRM multiplier #32
		Read: Please refer to the gain read mode field in register
		aud grm other.
		Write: This target is in 1.7 fixed point format.

gain32 target

67.4Gain Control (aud grm gain control 3)
Address:0x9C002190
Reset: 0x0000 0000

Field NameBitAccessDescription
gain40 target 31:24 RW Gain status/target to AUD GRM multiplier #40
Read: Please refer to the gain read mode field in register aud grm other.
Write: This target is in 1.7 fixed point format. gain39 target 23:16 RW Gain status/target to AUD GRM multiplier #39
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format. gain38 target 15:8 RW Gain status/target to AUD GRM multiplier #38
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format. gain37 target 7:0 RW Gain status/target to AUD GRM multiplier #37
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format.

67.5Gain Control (aud grm gain control 4)
Address:0x9C002194
Reset: 0x0000 0000

Field NameBitAccessDescription
gain54 target 31:24 RW Gain status/target to AUD GRM multiplier #54
Read: Please refer to the gain read mode field in register aud grm other.
Write: This target is in 1.7 fixed point format.
gain53 target 23:16 RW Gain status/target to AUD GRM multiplier #53
Read: Please refer to the gain read mode field in register aud grm other.
Write: This target is in 1.7 fixed point format.
vc coeff target 15:9 RW

vocal cancel en8 RW
Reserved for further usage. Reserved for further usage.
gain55 switch 7Other Gain status/switch to AUD GRM multiplier #55
Read: Indicate whether the gain reaches it's target.
Write: Active high to switch on, and the target of gain55 will be set to 1.
gain51 switch 6Other Gain status/switch to AUD GRM multiplier #51
Read: Indicate whether the gain reaches it's target.
Write: Active high to switch on, and the target of gain51 will be set to 1.
gain35 switch 5Other Gain status/switch to AUD GRM multiplier #35
Read: Indicate whether the gain reaches it's target.
Write: Active high to switch on, and the target of gain35 will be set to 1.
gain57 switch 4Other Gain status/switch to AUD GRM multiplier #57
Read: Indicate whether the gain reaches it's target.
Write: Active high to switch on, and the target of gain57 will be set to 1.
gain47 switch 3Other Gain status/switch to AUD GRM multiplier #47
Read: Indicate whether the gain reaches it's target.
Write: Active high to switch on, and the target of gain47 will be set to 1.
gain43 switch 2Other Gain status/switch to AUD GRM multiplier #43
Read: Indicate whether the gain reaches it's target.
Write: Active high to switch on, and the target of gain43 will be set to 1.
gain30 switch 1Other Gain status/switch to AUD GRM multiplier #30
Read: Indicate whether the gain reaches it's target.
Write: Active high to switch on, and the target of gain30 will be set to 1.
gain20 switch 0Other Gain status/switch to AUD GRM multiplier #20
Read: Indicate whether the gain reaches it's target.
Write: Active high to switch on, and the target of gain20 will be set to 1.
67.6Mixer Setting (aud grm mix control 0)
Address:0x9C002198
Reset: 0x0000 0000

Field Name	Bit	Access	Description
Mix53	29	RW	Mix switch #53 Active high to mix S/PDIF1 output right channel with RISC right channel.
Mix47	28	RW	Mix switch #47 Active high to mix S/PDIF1 output left channel with RISC left channel.
Mix37	27	RW	Mix switch #37 Active high to mix S/PDIF0 output right channel with RISC right channel.
Mix31	26	RW	Mix switch #31 Active high to mix S/PDIF0 output left channel with RISC left channel.
Mix19	25	RW	Mix switch #19 Active high to mix PCM4 right channel with with RISC right channel.
Mix18	24	RW	Mix switch #18 Active high to mix PCM3 right channel with with RISC right channel.
Mix17	23	RW	Mix switch #17 Active high to mix PCM2 right channel with with RISC right channel.
Mix16	22	RW	Mix switch #16 Active high to mix PCM1 right channel with with RISC right channel.
Mix15	21	RW	Mix switch #15 Active high to mix PCM0 right channel with RISC right channel.
Mix14	20	RW	Mix switch #14 Active high to mix PCM4 left channel with RISC left chan- nel.
Mix13	19	RW	Mix switch #13 Active high to mix PCM3 left channel with RISC left chan- nel.

Mix12	18	RW	Mix switch #12 Active high to mix PCM2 left channel with RISC left chan- nel.
Mix11	17	RW	Mix switch #11 Active high to mix PCM1 left channel with RISC left chan- nel.
Mix10	16	RW	Mix switch #10 Active high to mix PCM0 left channel with RISC left chan- nel.
G67A6 reserved0	15	RO	RESERVED Reserved for further usage.
Mix72	14	RW	Mix switch #72 (MUX, backdoor) Active high to switch on and use Echo channel for addi- tion, whereas use Mic channel for addition. This is a back- door to give a chance that new microphone effects can be implemented by DSP.
Mix52	13	RW	Mix switch #52 Active high to mix S/PDIF1 output right channel with Mic/Echo.
Mix46	12	RW	Mix switch #46 Active high to mix S/PDIF1 output left channel with Mic/Echo.
Mix36	11	RW	Mix switch #36 Active high to mix S/PDIF0 output right channel with Mic/Echo.
Mix30	10	RW	Mix switch #30 Active high to mix S/PDIF0 output left channel with Mic/Echo.
Mix9	9	RW	Mix switch #9 Active high to mix PCM4 right channel with Mic/Echo.
Mix8	8	RW	Mix switch #8 Active high to mix PCM4 left channel with Mic/Echo.
Mix7	7	RW	Mix switch #7 Active high to mix PCM3 right channel with Mic/Echo.
Mix6	6	RW	Mix switch #6 Active high to mix PCM3 left channel with Mic/Echo.
Mix5	5	RW	Mix switch #5 Active high to mix PCM2 right channel with Mic/Echo.
Mix4	4	RW	Mix switch #4 Active high to mix PCM2 left channel with Mic/Echo.

Mix3	3	RW	Mix switch #3 Active high to mix PCM1 right channel with Mic/Echo.
Mix2	2	RW	Mix switch #2 Active high to mix PCM1 left channel with Mic/Echo.
Mix1	1	RW	Mix switch #1 Active high to mix PCM0 right channel with Mic/Echo.
Mix0	0	RW	Mix switch #0 Active high to mix PCM0 left channel with Mic/Echo.

67.7Mixer Setting (aud grm mix control 1)
Address: 0x9C00219C Reset: 0x0000 0000

Field Name	Bit	Access	Description
Mix55	30	RW	Mix switch #55 Active high to mix S/PDIF1 output left channel with reg gain43, and mix S/PDIF1 output right channel with reg gain44.
Mix57	29	RW	Mix switch #57 Active high to mix S/PDIF1 output right channel with reg gain48.
Mix80	28	RW	Mix switch #80 Active high to mix S/PDIF1 output right channel with ramped PCM4 right channel.
Mix79	27	RW	Mix switch #79 Active high to mix S/PDIF1 output right channel with ramped PCM0 right channel.
Mix51	26	RW	Mix switch #51 Active high to mix S/PDIF1 output right channel with vol- umed PCM4 right channel.
Mix50	25	RW	Mix switch #50 Active high to mix S/PDIF1 output right channel with vol- umed PCM0 right channel.
Mix49	24	RW	Mix switch #49 Active high to mix S/PDIF1 output right channel with PCM4 right channel.
Mix48	23	RW	Mix switch #48 Active high to mix S/PDIF1 output right channel with PCM0 right channel.

Mix56	22	RW	Mix switch #56 Active high to mix S/PDIF1 reg gain47.	output left channel with output left channel with output left channel with
Mix78	21	RW	Mix switch #78 Active high to mix S/PDIF1 ramped PCM4 left channel.
Mix77	20	RW	Mix switch #77 Active high to mix S/PDIF1 ramped PCM0 left channel.
Mix45	19	RW	Mix switch #45
			Active high to mix S/PDIF1 output left channel with vol- umed PCM4 left channel.
Mix44	18	RW	Mix switch #44 Active high to mix S/PDIF1 output left channel with vol- umed PCM0 left channel.
Mix43	17	RW	Mix switch #43 Active high to mix S/PDIF1 output left channel with PCM4 left channel.
Mix42	16	RW	Mix switch #42 Active high to mix S/PDIF1 output left channel with PCM0 left channel.
G67A7 reserved0	15	RO	RESERVED Reserved for further usage.
Mix41	14	RW	Mix switch #41 Active high to mix S/PDIF0 output left channel with reg gain47, and mix S/PDIF0 output right channel with reg gain48.
Mix40	13	RW	Mix switch #40 Active high to mix S/PDIF0 output right channel with reg gain44.
Mix76	12	RW	Mix switch #76 Active high to mix S/PDIF0 output right channel with ramped PCM4 right channel.
Mix75	11	RW	Mix switch #75 Active high to mix S/PDIF0 output right channel with ramped PCM0 right channel.
Mix35	10	RW	Mix switch #35 Active high to mix S/PDIF0 output right channel with vol- umed PCM4 right channel.

Mix34	9	RW	Mix switch #34 Active high to mix S/PDIF0 output right channel with vol- umed PCM0 right channel.
Mix33	8	RW	Mix switch #33 Active high to mix S/PDIF0 output right channel with PCM4 right channel.
Mix32	7	RW	Mix switch #32 Active high to mix S/PDIF0 output right channel with PCM0 right channel.
Mix39	6	RW	Mix switch #39 Active high to mix S/PDIF0 output left channel with reg gain43.
Mix74	5	RW	Mix switch #74 Active high to mix S/PDIF0 output left channel with ramped PCM4 left channel.
Mix73	4	RW	Mix switch #73 Active high to mix S/PDIF0 output left channel with ramped PCM0 left channel.
Mix29	3	RW	Mix switch #29 Active high to mix S/PDIF0 output left channel with vol- umed PCM4 left channel.
Mix28	2	RW	Mix switch #28 Active high to mix S/PDIF0 output left channel with vol- umed PCM0 left channel.
Mix27	1	RW	Mix switch #27 Active high to mix S/PDIF0 output left channel with PCM4 left channel.
Mix26	0	RW	Mix switch #26 Active high to mix S/PDIF0 output left channel with PCM0 left channel.

67.8Mixer Setting (aud grm mix control 2)
Address:0x9C0021A0
Reset: 0x0000 0000

Field NameBitAccessDescription
Mix84 27 RW Mix switch #84
Active high to mix PCM6 right channel with RISC right channel.

Mix83	26	RW	Mix switch #83 Active high to mix PCM6 left channel with RISC left chan- nel.
Mix82	25	RW	Mix switch #82 Active high to mix PCM6 right channel with Mic/Echo.
Mix81	24	RW	Mix switch #81 Active high to mix PCM6 left channel with Mic/Echo.
Mix54	23	RW	Mix switch #54 Active high to mix S/PDIF1 output left channel with reg gain55, and mix S/PDIF1 output right channel with reg gain56.
Mix38	22	RW	Mix switch #38 Active high to mix S/PDIF0 output left channel with reg gain55, and mix S/PDIF0 output right channel with reg gain56.
Mix25	21	RW	Mix switch #25 Active high to mix internal DAC right channel with reg mix15.
Mix24	20	RW	Mix switch #24 Active high to mix internal DAC right channel with reg gain56.
Mix23	19	RW	Mix switch #23 Active high to mix internal DAC left channel with reg mix10.
Mix22	18	RW	Mix switch #22 Active high to mix internal DAC left channel with reg gain55.
Mix21	17	RW	Mix switch #21 (MUX) Active high to switch on and select reg gain56 as PCM0 right output, whereas select reg mix15.
Mix20	16	RW	Mix switch #20 (MUX) Active high to switch on and select reg gain55 as PCM0 left output, whereas select reg mix10.
G67A8 reserved0	15:14	RO	RESERVED Reserved for further usage.
Mix71	13	RW	Mix switch #71 Active high to mix record right channel with PCM0 right channel.
Mix70	12	RW	Mix switch #70 Mix record right channel with PCM4 right channel.

Mix69	11	RW	Mix switch #69 Active high to mix record right channel with volumed PCM0 right channel.
Mix68	10	RW	Mix switch #68 Active high to mix record right channel with volumed PCM4 right channel.
Mix67	9	RW	Mix switch #67 Active high to mix record right channel with Mic/Echo.
Mix66	8	RW	Mix switch #66 Active high to mix record right channel with RISC right channel.
Mix65	7	RW	Mix switch #65 Active high to mix record right channel with line-in right channel.
Mix64	6	RW	Mix switch #64 Active high to mix record left channel with with PCM0 left channel.
Mix63	5	RW	Mix switch #63 Active high to mix record left channel with with PCM4 left channel.
Mix62	4	RW	Mix switch #62 Active high to mix record left channel with volumed PCM0 left channel.
Mix61	3	RW	Mix switch #61 Active high to mix record left channel with volumed PCM4 left channel.
Mix60	2	RW	Mix switch #60 Active high to mix record left channel with Mic/Echo.
Mix59	1	RW	Mix switch #59 Active high to mix record left channel with RISC left chan- nel.
Mix58	0	RW	Mix switch #58 Active high to mix record left channel with line-in left channel.

67.9Channel Switch (aud grm switch 0)
Address:0x9C0021A4
Reset: 0x0000 0000

Field NameBitAccessDescription
pcm3r switch 31:28 RW Off-chip DAC data3 right channel selection.
0x0: select pcm0 left channel as output. (default)
0x1: select pcm0 right channel as output.
0x2: select pcm1 left channel as output.
0x3: select pcm1 right channel as output.
0x4: select pcm2 left channel as output.
0x5: select pcm2 right channel as output.
0x6: select pcm3 left channel as output.
0x7: select pcm3 right channel as output.
0x8: select pcm4 left channel as output.
0x9: select pcm4 right channel as output.
0xa: select pcm6 left channel as output.
0xb: select pcm6 right channel as output. others: Clamp output to zero.
pcm3l switch 27:24 RW Off-chip DAC data3 left channel selection.
0x0: select pcm0 left channel as output. (default)
0x1: select pcm0 right channel as output.
0x2: select pcm1 left channel as output.
0x3: select pcm1 right channel as output.
0x4: select pcm2 left channel as output.
0x5: select pcm2 right channel as output.
0x6: select pcm3 left channel as output.
0x7: select pcm3 right channel as output.
0x8: select pcm4 left channel as output.
0x9: select pcm4 right channel as output.
0xa: select pcm6 left channel as output.
0xb: select pcm6 right channel as output. others: Clamp output to zero.

pcm2r switch	23:20	RW	Off-chip DAC data2 right channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. 0xa: select pcm6 left channel as output. 0xb: select pcm6 right channel as output. others: Clamp output to zero.
pcm2l switch	19:16	RW	Off-chip DAC data2 left channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. 0xa: select pcm6 left channel as output. 0xb: select pcm6 right channel as output. others: Clamp output to zero.
pcm1r switch	15:12	RW	Off-chip DAC data1 right channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. 0xa: select pcm6 left channel as output. 0xb: select pcm6 right channel as output. others: Clamp output to zero.

pcm1l switch	11:8	RW	Off-chip DAC data1 left channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. 0xa: select pcm6 left channel as output. 0xb: select pcm6 right channel as output. others: Clamp output to zero.
pcm0r switch	7:4	RW	Off-chip DAC data0 right channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. 0xa: select pcm6 left channel as output. 0xb: select pcm6 right channel as output. others: Clamp output to zero.
pcm0l switch	3:0	RW	Off-chip DAC data0 left channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. 0xa: select pcm6 left channel as output. 0xb: select pcm6 right channel as output. others: Clamp output to zero.

67.10Channel Switch (aud grm switch 1)
Address:0x9C0021A8
Reset: 0x0000 0000

Field NameBitAccessDescription
pcm6r switch 15:12 RW Off-chip DAC data4 right channel selection.
0x0: select pcm0 left channel as output. (default)
0x1: select pcm0 right channel as output.
0x2: select pcm1 left channel as output.
0x3: select pcm1 right channel as output.
0x4: select pcm2 left channel as output.
0x5: select pcm2 right channel as output.
0x6: select pcm3 left channel as output.
0x7: select pcm3 right channel as output.
0x8: select pcm4 left channel as output.
0x9: select pcm4 right channel as output.
0xa: select pcm6 left channel as output.
0xb: select pcm6 right channel as output. others: Clamp output to zero.
pcm6l switch 11:8 RW Off-chip DAC data4 right channel selection.
0x0: select pcm0 left channel as output. (default)
0x1: select pcm0 right channel as output.
0x2: select pcm1 left channel as output.
0x3: select pcm1 right channel as output.
0x4: select pcm2 left channel as output.
0x5: select pcm2 right channel as output.
0x6: select pcm3 left channel as output.
0x7: select pcm3 right channel as output.
0x8: select pcm4 left channel as output.
0x9: select pcm4 right channel as output.
0xa: select pcm6 left channel as output.
0xb: select pcm6 right channel as output. others: Clamp output to zero.

pcm4r switch	7:4	RW	Off-chip DAC data4 right channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. 0xa: select pcm6 left channel as output. 0xb: select pcm6 right channel as output. others: Clamp output to zero.
pcm4l switch	3:0	RW	Off-chip DAC data4 left channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. 0xa: select pcm6 left channel as output. 0xb: select pcm6 right channel as output. others: Clamp output to zero.

67.11INT DAC Channel Switch (aud grm switch int)
Address: 0x9C0021AC Reset: 0x0000 0000

Field NameBitAccessDescription

pcm3r switch int	31:28	RW	INT DAC data3 right channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.
pcm3l switch int	27:24	RW	INT DAC data3 left channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.
pcm2r switch int	23:20	RW	INT DAC data2 right channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.

pcm2l switch int	19:16	RW	INT DAC data2 left channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.
pcm1r switch int	15:12	RW	INT DAC data1 right channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.
pcm1l switch int	11:8	RW	INT DAC data1 left channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.

pcm0r switch int	7:4	RW	INT DAC data0 right channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.
pcm0l switch int	3:0	RW	INT DAC data0 left channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.

67.12Gain Update (aud grm delta volume)
Address:0x9C0021B0
Reset: 0x0000 0000

Field Name	Bit	Access	Description
delta volume	15:8	RW	Increase/decrease value for volume gain update current gain will be updated with delta volume when sample num volume is reached, and next current gain equals present current gain add or substrate delta volume.
sample num volume	7:0	RW	Volume gain update trigger setting When each sample is out, hardware sample counter will increased by 1. If the hardware sample counter equals sample num volume, gain update function will be trig- gerred and hardware sample counter will be reset as zero and start couting again.

67.13Gain Update (aud grm delta ramp pcm)
Address:0x9C0021B4
Reset: 0x0000 0000

Field Name	Bit	Access	Description
delta ramp pcm	15:8	RW	Increase/decrease value for PCM ramp gain update Current gain will be updated with delta ramp pcm when sample num ramp pcm is reached, and next cur- rent gain equals present current gain add or substrate delta ramp pcm.Used for Gain20, Gain43, Gain47, Gain55.
sample num ramp pcm	7:0	RW	PCM ramp gain update trigger setting When each sample is out, hardware sample counter will increased by 1. If the hardware sample counter equals sample num ramp pcm, gain update function will be trig- gerred and hardware sample counter will be reset as zero and start couting again.

67.14Gain Update (aud grm delta ramp risc)
Address:0x9C0021B8
Reset: 0x0000 0000

Field Name	Bit	Access	Description
delta ramp risc	15:8	RW	Increase/decrease value for RISC ramp gain update current gain will be updated with delta ramp risc when sample num ramp risc is reached, and next cur- rent gain equals present current gain add or substrate delta ramp risc. Used for Gain30.
sample num ramp risc	7:0	RW	RISC ramp gain update trigger setting When each sample is out, hardware sample counter will increased by 1. If the hardware sample counter equals sample num ramp risc, gain update function will be trig- gerred and hardware sample counter will be reset as zero and start couting again.

67.15Gain Update (aud grm delta ramp linein)
Address: 0x9C0021BC Reset: 0x0000 0000

Field Name	Bit	Access	Description
delta ramp linein	15:8	RW	Increase/decrease value for line-in ramp gain update current gain will be updated with delta ramp linein when sample num ramp linein is reached, and next cur- rent gain equals present current gain add or substrate delta ramp linein. Used for Gain35, Gain51, Gain57.
sample num ramp linein	7:0	RW	Line-in ramp gain update trigger setting When each sample is out, hardware sample counter will increased by 1. If the hardware sample counter equals sample num ramp linein, gain update function will be triggerred and hardware sample counter will be reset as zero and start couting again.

67.16Other Setting (aud grm other)
Address:0x9C0021C0
Reset: 0x0000 0000

Field NameBitAccessDescription
debug mode31 RW Debug mode
The debug mode is used to synchronize the FIFO request for data comparison.
G67A16 reserved030:18RO RESERVED
Reserved for further usage.
pcm audfifo req done mode17 RW PCM Request Done Mode (Debug Function)
Mode 1 is legacy mode. pcm audfifo req done mode is only affected by req flag and HOST FIFO RST FLAG[0]. Mode 0 is new mode. pcm audfifo req done mode is affected by 5 LSBs of HOST FIFO RST FLAG.
0: new mode (default)
1: legacy mode

pcm zero flag	16	RU	PCM zero indication This flag shows pcm data before gain and ramp is zero or not. It is different from pcm leading zero flag. When leading zero mode is disabled, pcm leading zero flag is al- ways 0. However, pcm zero flag always reflacts the real status of pcm0l in AUD GRM
leading zero mask	15:8	RW	Mask FIFO output LSB The LSB of data from FIFO will be masked with these 8 bits.
leading zero flag	7:3	RU	Leading zero indication bit 0: pcm leading zero flag. bit 1: risc leading zero flag. bit 2: iec0 out leading zero flag. bit 3: iec1 out leading zero flag. bit 4: pcm int dac leading zero flag.
leading zero mode	2	RW	Leading-zero mode switch Active high to disable leading-zero mode.
gain read mode	1:0	RW	Gain read status 0x0: Read corresponding target gain. 0x1: Read whether the current gain reached the target gain and stable. 0x2: Read current gain's 8-bit MSB. (master gain is full 24-bit) 0x3: Reserved.

67.17Gain Control (aud grm gain control 5)
Address:0x9C0021C4
Reset: 0x8080 8080

Field Name	BitAccess	Description
gain61 target	31:24 RW	Gain status/target to AUD GRM multiplier #40 Read: Please refer to the gain read mode field in register aud grm other. Write: This target is in 1.7 fixed point format.
gain60 target	23:16 RW	Gain status/target to AUD GRM multiplier #39 Read: Please refer to the gain read mode field in register aud grm other. Write: This target is in 1.7 fixed point format.

gain59 target	15:8	RW	Gain status/target to AUD GRM multiplier #38 Read: Please refer to the gain read mode field in register aud grm other. Write: This target is in 1.7 fixed point format.
gain58 target	7:0	RW	Gain status/target to AUD GRM multiplier #37 Read: Please refer to the gain read mode field in register aud grm other. Write: This target is in 1.7 fixed point format.

67.18Gain Control (aud grm gain control 6)
Address:0x9C0021C8
Reset: 0x8080 8080

Field NameBitAccessDescription
gain65 target 31:24 RW Gain status/target to AUD GRM multiplier #40
Read: Please refer to the gain read mode field in register aud grm other.
Write: This target is in 1.7 fixed point format. gain64 target 23:16 RW Gain status/target to AUD GRM multiplier #39
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format. gain63 target 15:8 RW Gain status/target to AUD GRM multiplier #38
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format. gain62 target 7:0 RW Gain status/target to AUD GRM multiplier #37
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format.

67.19Gain Control (aud grm gain control 7)
Address: 0x9C0021CC Reset: 0x8000 0000

Field NameBitAccessDescription

		Read: Please refer to the gain read mode field in register aud grm other. Write: This target is in 1.17 fixed point format.
13:0	RO	RESERVED Reserved for further usage.

gain66 target 31:14 RW Gain status/target to AUD GRM multiplier #40

G67A19 reserved0

67.20Gain Control (aud grm gain control 8)
Address:0x9C0021D0
Reset: 0x8000 0000

Field NameBitAccessDescription

		Read: Please refer to the gain read mode field in register aud grm other. Write: This target is in 1.17 fixed point format.
13:0	RO	RESERVED Reserved for further usage.

gain67 target 31:14 RW Gain status/target to AUD GRM multiplier #40

G67A18 reserved0

67.21FIFO Error Flag (aud grm fifo eflag)
Address:0x9C0021D4
Reset: 0x0000 0000

Field Name	Bit	Access	Description
RST OUT FIFO ERR CNT	31	other	Reset Output FIFO ERR CNT Clear EFlag by initialize error cnt. It is auto reset at next cycle. if(RST OUT FIFO ERR CNT == 1)error cnt = OUT FIFO EFLAG MODE
RST IN FIFO ERR CNT	30	other	Reset Input FIFO ERR CNT Clear EFlag by initialize error cnt. It is auto reset at next cycle. if(RST IN FIFO ERR CNT == 1) error cnt = IN FIFO EFLAG MODE
OUT FIFO EFLAG MODE	29	RW	Output FIFO EFlag Mode Please refer to the description of IN FIFO EFLAG MODE. 0: Initialize cnt value to 0 1: Initialize cnt value ot 1

IN FIFO EFLAG MODE	28	RW	Input FIFO EFlag Mode This bit specifies the clear mode. It sets initial vlaue of internal error count to different values. The error flag is set whenever error cnt goes to 2. 0: Initialize cnt value to 0 1: Initialize cnt value ot 1
G67A21 reserved0	27:13	RO	reserved
FIFO EFLAG	12:0	RU	FIFO Error Flag Each bit represents for a FIFO status. bit 13: tdm or pdm input bit 12: hemi0 pcm input bit 11: iec2 rx bit 10: iec1 rx bit 9: iec0 rx bit 8: record input bit 7: line-in FIFO bit 6: mic input bit 5: risc output bit 4: second PCM output bit 3: echo output bit 2: iec1 tx bit 1: iec0 tx bit 0: pcm output (a0-a4) The error flag is set whenever error cnt goes to 2. Please specify a proper EFlag mode for your application. 0: No error 1: An error was happend

The error cnt is increased whenever there is an request from interface but previous request is not ser- viced yet.
For output FIFO, they are probably enabled when PCM buffer is empty. In this case, they output request won't be serviced for a long time but we won't take it as an error.
Therefore, 2 functions are designed to ensure the error flags only report the real errors we insterested. (1)Initial value of error cnt could be 0 or 1.
(2)Always assert error flag whenever error cnt goes to 2.

67.22IEC Tx Interface Gain (aud grm gain control 9)
Address:0x9C0021D8
Reset: 0x8000 8000

Field NameBitAccessDescription
gain6931:16 RW Gain69
Interface gain for iec1 output without smoothing function. Value 0 to 0x8000 maps to 0 to full scale.
gain6815:0 RW Gain68
Interface gain for iec0 output without smoothing function. Value 0 to 0x8000 maps to 0 to full scale.

67.23I2S Tx Interface Gain (aud grm gain control 10)
Address: 0x9C0021DC Reset: 0x0000 8000

Field NameBitAccessDescription
G67A23 reserved031:16RO reserved

gain7015:0 RW Gain70
Interface gain for i2s output without smoothing function. Value 0 to 0x8000 maps to 0 to full scale.

67.24 HDMI DAC Channel Switch (aud grm switch hdmi)
Address:0x9C0021E0
Reset: 0x0000 0000

Field NameBitAccessDescription
pcm3r switch hdmi 31:28 RW HDMI DAC data3 right channel selection.
0x0: select pcm0 left channel as output. (default)
0x1: select pcm0 right channel as output.
0x2: select pcm1 left channel as output.
0x3: select pcm1 right channel as output.
0x4: select pcm2 left channel as output.
0x5: select pcm2 right channel as output.
0x6: select pcm3 left channel as output.
0x7: select pcm3 right channel as output.
0x8: select pcm4 left channel as output.
0x9: select pcm4 right channel as output. others: Clamp output to zero.

pcm3l switch hdmi	27:24	RW	HDMI DAC data3 left channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.
pcm2r switch hdmi	23:20	RW	HDMI DAC data2 right channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.
pcm2l switch hdmi	19:16	RW	HDMI DAC data2 left channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.

pcm1r switch hdmi	15:12	RW	HDMI DAC data1 right channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.
pcm1l switch hdmi	11:8	RW	HDMI DAC data1 left channel selection. 0x0: select pcm0 left channel as output. (default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.
pcm0r switch hdmi	7:4	RW	HDMI DAC data0 right channel selection. 0x0: select pcm0 left channel as output.(default) 0x1: select pcm0 right channel as output. 0x2: select pcm1 left channel as output. 0x3: select pcm1 right channel as output. 0x4: select pcm2 left channel as output. 0x5: select pcm2 right channel as output. 0x6: select pcm3 left channel as output. 0x7: select pcm3 right channel as output. 0x8: select pcm4 left channel as output. 0x9: select pcm4 right channel as output. others: Clamp output to zero.

3:0	RW	HDMI DAC data0 left channel selection.
		0x0: select pcm0 left channel as output. (default)
		0x1: select pcm0 right channel as output.
		0x2: select pcm1 left channel as output.
		0x3: select pcm1 right channel as output.
		0x4: select pcm2 left channel as output.
		0x5: select pcm2 right channel as output.
		0x6: select pcm3 left channel as output.
		0x7: select pcm3 right channel as output.
		0x8: select pcm4 left channel as output.
		0x9: select pcm4 right channel as output.
		others: Clamp output to zero.

pcm0l switch hdmi

67.25 Reserved (G67ADDR25 reserved)
Address:0x9C0021E4
Reset: 0x0000 8080

Field NameBitAccessDescription
G67A25 reserved031:16RO reserved

gain80 target 15:8 RW Gain status/target to AUD GRM multiplier #38
Read: Please refer to the gain read mode field in register aud grm other.
Write: This target is in 1.7 fixed point format. gain81 target 7:0 RW Gain status/target to AUD GRM multiplier #37
Read: Please refer to the gain read mode field in register
aud grm other.
Write: This target is in 1.7 fixed point format.

67.26 Reserved (G67ADDR26 reserved)
Address:0x9C0021E8
Reset: 0x0000 0000

Field NameBitAccessDescription
G67A26 reserved031:0RO reserved
67.27 Reserved (G67ADDR27 reserved)
Address: 0x9C0021EC Reset: 0x0000 0000

Field NameBitAccessDescription
G67A27 reserved031:0RO reserved

67.28 Reserved (G67ADDR28 reserved)
Address:0x9C0021F0
Reset: 0x0000 0000

Field NameBitAccessDescription
G67A28 reserved031:0RO reserved

67.29 Reserved (G67ADDR29 reserved)
Address:0x9C0021F4
Reset: 0x0000 0000

Field NameBitAccessDescription
G67A29 reserved031:0RO reserved

67.30 Reserved (G67ADDR30 reserved)
Address:0x9C0021F8
Reset: 0x0000 0000

Field NameBitAccessDescription
G67A30 reserved031:0RO reserved
67.31 Reserved (G67ADDR31 reserved)
Address: 0x9C0021FC Reset: 0x0000 0000

Field NameBitAccessDescription
G67A31 reserved031:0RO reserved
PChip Group 68AUD MONITOR

AUD MONITOR Registers.

68.0 Reserved (G68ADDR0 Reserved)
Address:0x9C002200
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A0 reserved031:0RO reserved

68.1 Reserved (G68ADDR1 Reserved)
Address:0x9C002204
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A1 reserved031:0RO reserved

68.2 Reserved (G68ADDR2 Reserved)
Address:0x9C002208
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A2 reserved031:0RO reserved

68.3 Reserved (G68ADDR3 Reserved)
Address: 0x9C00220C Reset: 0x0000 0000

Field NameBitAccessDescription
G68A3 reserved031:0RO reserved

68.4 Reserved (G68ADDR4 Reserved)
Address:0x9C002210
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A4 reserved031:0RO reserved

68.5 Reserved (G68ADDR5 Reserved)
Address:0x9C002214
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A5 reserved031:0RO reserved

68.6 Reserved (G68ADDR6 Reserved)
Address:0x9C002218
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A6 reserved031:0RO reserved

68.7 Reserved (G68ADDR7 Reserved)
Address: 0x9C00221C Reset: 0x0000 0000

Field NameBitAccessDescription
G68A7 reserved031:0RO reserved

68.8 Reserved (G68ADDR8 Reserved)
Address:0x9C002220
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A8 reserved031:0RO reserved

68.9 Reserved (G68ADDR9 Reserved)
Address:0x9C002224
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A9 reserved031:0RO reserved

68.10 Reserved (G68ADDR10 Reserved)
Address:0x9C002228
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A10 reserved031:0RO reserved

68.11 Reserved (G68ADDR11 Reserved)
Address: 0x9C00222C Reset: 0x0000 0000

Field NameBitAccessDescription
G68A11 reserved031:0RO reserved

68.12 Reserved (G68ADDR12 Reserved)
Address:0x9C002230
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A12 reserved031:0RO reserved

68.13 Reserved (G68ADDR13 Reserved)
Address:0x9C002234
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A13 reserved031:0RO reserved

68.14 Reserved (G68ADDR14 Reserved)
Address:0x9C002238
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A14 reserved031:0RO reserved

68.15 Reserved (G68ADDR15 Reserved)
Address: 0x9C00223C Reset: 0x0000 0000

Field NameBitAccessDescription
G68A15 reserved031:0RO reserved

68.16 Reserved (G68ADDR16 Reserved)
Address:0x9C002240
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A16 reserved031:0RO reserved

68.17 Reserved (G68ADDR17 Reserved)
Address:0x9C002244
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A17 reserved031:0RO reserved

68.18 Reserved (G68ADDR18 Reserved)
Address:0x9C002248
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A18 reserved031:0RO reserved

68.19 Reserved (G68ADDR19 Reserved)
Address: 0x9C00224C Reset: 0x0000 0000

Field NameBitAccessDescription
G68A19 reserved031:0RO reserved

68.20 Reserved (G68ADDR20 Reserved)
Address:0x9C002250
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A20 reserved031:0RO reserved

68.21 Reserved (G68ADDR21 Reserved)
Address:0x9C002254
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A21 reserved031:0RO reserved

68.22 Reserved (G68ADDR22 Reserved)
Address:0x9C002258
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A22 reserved031:0RO reserved

68.23 Reserved (G68ADDR23 Reserved)
Address: 0x9C00225C Reset: 0x0000 0000

Field NameBitAccessDescription
G68A23 reserved031:0RO reserved

68.24AUD MONITOR (AUD MONITOR TRIGGER)
Address:0x9C002260
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A24 reserved031:10RO RESERVED
Reserved for further usage. CH FOR COUNT 9:4 RW CH FOR COUNT
Active when PER CH EN is set.
The SBAR traffic information will be counted only the channel number is equal to CH FOR COUNT.
PER CH EN 3 RW PER CH EN
0: Disable. Monitor count all channel traffic information in. (default)
1: Enable. Monitor count only one channel information, the channel is declared in CH FOR COUNT.
RX DIS2 RW RX DIS
0: Disable. Rx traffic information will be counted. (default)
1: Enable. Discard Rx traffic information. TX DIS1 RW TX DIS
0: Disable. Tx traffic information will be counted. (default)
1: Enable. Discard Tx traffic information. MONITOR TRIGGER0 RW MONITOR TRIGGER
Enable performance monitor and begin SBAR counter in-
crement.
0: Disable. Reset SBAR Monitor. (default)
1: Enable. Start all counter.

68.25AUD SBAR CNT (AUD SBAR CNT)
Address:0x9C002264
Reset: 0x0000 0000

Field NameBitAccessDescription
AUD SBAR CNT 31:0RO AUD SBAR CNT
Total SBAR access count, starting when set moni- tor trigger.

68.26AUD SBAR CYCLE (AUD SBAR CYCLE)
Address:0x9C002268
Reset: 0x0000 0000

Field NameBitAccessDescription
AUD SBAR CYCLE31:0RO AUD SBAR CYCLE
Total AUD SBAR execution cycles, starting when set mon- itor trigger.

68.27AUD MAX SBAR CYCLE (AUD MAX SBAR CYCLE)
Address: 0x9C00226C Reset: 0x0000 0000

Field NameBitAccessDescription
AUD MAX SBAR CYCLE31:0RO AUD MAX SBAR CYCLE
The max AUD SBAR cycles in one time AUD SBAR ac- cess, starting when set monitor trigger.

68.28AUD MIN SBAR CYCLE (AUD MIN SBAR CYCLE)
Address:0x9C002270
Reset: 0x0000 FFFF

Field NameBitAccessDescription
AUD MIN SBAR CYCLE31:0RO AUD MIN SBAR CYCLE
The min AUD SBAR cycles in one time AUD SBAR access, starting when set monitor trigger.
68.29AUD SBAR STATUS (AUD SBAR STATUS)
Address:0x9C002274
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G68A29 reserved0	31:5	RO	RESERVED Reserved for further usage.
SBAR AUD BUSY	4	RU	SBAR AUD BUSY 0: AUD SBAR idle. 1: AUD SBAR busy.
OCP FSM	3:0	RU	OCP FSM For hardware debug only.

68.30 Reserved (G68ADDR30 Reserved)
Address:0x9C002278
Reset: 0x0000 0000

Field NameBitAccessDescription
G68A30 reserved031:0RO reserved

68.31 Reserved (G68ADDR31 Reserved)
Address: 0x9C00227C Reset: 0x0000 0000

Field NameBitAccessDescription
G68A31 reserved031:0RO reserved
PChip Group 69AUD REG G4

AUD Group 4 Registers.
Note: ADCPRC G69.A0 to G69.A14 , only support DC-notch, AGC, RISC-gain, SYS-gain function. Others function not support. Only have channel0/channel1, and don't have echo path.

69.0ADCPRC GPS Configuration Group 1 (adcp gps ch enable)
Address:0x9C002280
Reset: 0x0000 0000

Field Name	Bit	Access	Description
G69A0 reserved0	31:4	RO	RESERVED Reserved for further usage.
ADCP CH ENABLE	3:0	RW	ADCPRC Channel Enable Channel 0/1 or channel 2/3 MUST be enabled together. (default all channel are disable) bit 3: Active high to enable channel 3. (Reserved) bit 2: Active high to enable channel 2. (Reserved) bit 1: Active high to enable channel 1. bit 0: Active high to enable channel 0.

69.1ADCPRC GPS Configuration Group 2 (adcp gps fubypass)
Address:0x9C002284
Reset: 0x0000 7777

Field NameBitAccessDescription
G69A1 reserved031:16RO RESERVED
Reserved for further usage.
ADCP CH3 CONFIG(Reserved) 15:12 RW ADCP Channel 3 Configuration (Reserved)
default all function are bypass. bit 3: Reserved.
bit 2: Active high to bypass the AGC function.
bit 1: Active high to bypass the DC Notch function. bit 0: Active high to bypass the FIR function.

ADCP CH2 CONFIG(Reser	ved) 11:8	RW	ADCP Channel 2 Configuration(Reserved) default all function are bypass. bit 3: Reserved. bit 2: Active high to bypass the AGC function. bit 1: Active high to bypass the DC Notch function. bit 0: Active high to bypass the FIR function.
ADCP CH1 CONFIG	7:4	RW	ADCP Channel 1 Configuration default all function are bypass. bit 3: Reserved. bit 2: Active high to bypass the AGC function. bit 1: Active high to bypass the DC Notch function. bit 0: Active high to bypass the FIR function.
ADCP CH0 CONFIG	3:0	RW	ADCP Channel 0 Configuration default all function are bypass. bit 3: Reserved. bit 2: Active high to bypass the AGC function. bit 1: Active high to bypass the DC notch function. bit 0: Active high to bypass the FIR function.

69.2ADCPRC GPS Mode Control (adcp gps mode ctrl)
Address:0x9C002288
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A2 reserved131:10RO RESERVED
Reserved for further usage. MIC STEREO ON 9 RW Mic Stereo Enable
0: Mic fifo is mono (default)
1: Mic fifo is stereo
LINEIN PATH SEL8 RW Line-in Path Select
Set 1 to select adcp ch2/3 for line-in source. Set 0 to select ch0/1 for line-in source, which is just like QAE377.
0: 377 mode (default)
1: Full function mode
G69A2 reserved07:5RO RESERVED
Reserved for further usage.

ADCP MICUP RATIO	4:3	RW	Up-Sample Ratio of Up Sampling on Mic 0x0: 1X (no up sampleing) (default) 0x1: 2X 0x2: 4X 0x3: Reserved
ADCP B12MODE	2	RW	Reserved Reserved
ADCP ECHODN RATIO	1:0	RW	Down-Sample Ratio of Down Sampling on Mic to Echo Buffer 0x0: 1X (no down sampleing) (default) 0x1: 1/2 0x2: 1/4 0x3: Reserved

69.3ADCP GPS Initialization Control (adcp gps init ctrl)
Address: 0x9C00228C Reset: 0x0000 0000

Field NameBitAccessDescription
G69A3 reserved031:14RO RESERVED
Reserved for further usage. ADCP MIC MUTE 13 RW Mic Mute Enable
Active high to claim the mic output data to zero.
ADCP INIT BUSY12RU Initial Busy Flag

ADCP INITBUF 11W1C Buffer Initial
Initial delay buffers. Assert this bit to make hardware start to initilize buffers. This bit will be cleared at next clock cycle.
adcp idx inc mode10 RW Index Increment Mode
Active high to enable the post increment of coefficient in- dex.

ADCP FU IDX	9:6	RW	Function Unit Index 0x0: FIR. 0x1: DC notch filter. 0x2: AGC. 0x3: Reserved. 0x4: Echo SRC (up-sapmle) 0x5: Echo mix. 0x6: PCM SRC (up-sample) 0x7: Echo SRC. (down sample) 0x8: ECHO SRC. (down sample 2) others: Reserved.
ADCP CH IDX	5:4	RW	Channel Index 0x0: Channel 0. 0x1: Channel 1. 0x2: Reserved. 0x3: Reserved.
adcp coeff idx	3:0	RW	Coefficient Index If adcp idx inc mode is asserted, adcp coeff idx will be in- creased by 1 automatically.

69.4 Coefficient Data Input (adcp gps coeff din)
Address:0x9C002290
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A4 reserved031:24RO RESERVED
Reserved for further usage.
ADCP COEFF DIN 23:0 RW Coefficient Data Input

69.5ADCPRC GPS AGC Configuration of Ch0/1 (adcp gps agc cfg)
Address:0x9C002294
Reset: 0x0065 0200

Field NameBitAccessDescription
G69A5 reserved031:28RO RESERVED
Reserved for further usage.

ADCP STEPLEN0	27:24	RW	Step Length Setting the length of a ramp up/down step. The length unit is 64 samples. 0x0: 64 samples. (default) 0x1: 128 samples. ... 0xf: 1024 samples.
ADCP ETH OFF	23:16	RW	Energy Threshold of Turn-Off The real threshold will be 256 times of this value. If you set 0x10 to this field, then the real threshold for hardware will be 0x1000. Note that, this threshold can not be 0, otherwise agc gain won't go to 0 because the energy is a non-nagtive value and it is never lower than 0. (default value is 0x65. Then the real threshold is 0x6500.)
ADCP ETH0	15:0	RW	Energy Threshold of Turn-On The real threshold will be 256 times of this value. If you set 100 (0x64) to this field, then the real threshold for hard- ware will be 0x6400. (default value is 0x200. Then the real threshold is 0x20000.)

69.6 Reserved (G69ADDR6 reserved0)
Address:0x9C002298
Reset: 0x0065 0200

Field NameBitAccessDescription
G69A6 reserved031:28RO RESERVED
Reserved for further usage. ADCP STEPLEN2(Reserved)27:24 RW Step Length (Reserved)
Setting the length of a ramp up/down step.
The length unit is 64 samples.
0x0: 64 samples. (default)
0x1: 128 samples.
...
0xf: 1024 samples.
ADCP ETH OFF2(Reserved)23:16 RW Energy Threshold of Turn-Off (Reserved)
The real threshold will be 256 times of this value. If you set
0x10 to this field, then the real threshold for hardware will be 0x1000. (default value is 0x65. Then the real threshold is 0x6500.)

ADCP ETH2(Reserved)	15:0	RW	Energy Threshold of Turn-On(Reserved)
			The real threshold will be 256 times of this value. If you
			set 100 (0x64) to this field, then the real threshold for hard-
			ware will be 0x6400. Note that, this threshold can not be
			0, otherwise agc gain won't go to 0 because the energy is a
			non-nagtive value and it is never lower than 0.
			(default value is 0x200. Then the real threshold is 0x20000.)

69.7ADCPRC GPS System Gain0 (adcp gps gain 0)
Address: 0x9C00229C Reset: 0x0080 0000

Field NameBitAccessDescription
G69A7 reserved031:24RO RESERVED
Reserved for further usage. ADCP SYS GAIN0 23:0 RW Fractional Gain
0 to 0x7FFFFFF.

69.8ADCP GPS System Gain1 (adcp gps gain 1)
Address:0x9C0022A0
Reset: 0x0080 0000

Field NameBitAccessDescription
G69A8 reserved031:24RO RESERVED
Reserved for further usage. ADCP SYS GAIN1 23:0 RW Fractional Gain
0 to 0x7FFFFFF.

69.9 Reserved (G69ADDR9 reserved0)
Address:0x9C0022A4
Reset: 0x0080 0000

Field NameBitAccessDescription
G69A9 reserved031:24RO RESERVED
Reserved for further usage.
ADCP SYS GAIN2(Reserved)23:0 RW Fractional Gain
0 to 0x7FFFFFF.

69.10 Reserved (G69ADDR10 reserved0)
Address:0x9C0022A8
Reset: 0x0080 0000

Field NameBitAccessDescription

G69A10 reserved0	31:24RO	RESERVED Reserved for further usage.
ADCP SYS GAIN3(Reserved)	23:0 RW	Fractional Gain 0 to 0x7FFFFFF.

69.11ADCP GPS RISC Gain (adcp gps risc gain)
Address: 0x9C0022AC Reset: 0x0000 1111

Field NameBitAccessDescription
G69A11 reserved331:15RO RESERVED
Reserved for further usage.
ADCP RISC GAIN3(Reserved)14:12 RW Integer Gain of Channel 3 (Reserved)
Value from 0 to 7. G69A11 reserved211RO RESERVED
Reserved for further usage.
ADCP RISC GAIN2 (Re- served)

10:8 RW Integer Gain of Channel 2 (Reserved)
Value from 0 to 7.
G69A11 reserved17RO RESERVED
Reserved for further usage. ADCP RISC GAIN1 6:4 RW Integer Gain of Channel 1
Value from 0 to 7.
G69A11 reserved03RO RESERVED
Reserved for further usage. ADCP RISC GAIN0 2:0 RW Integer Gain of Channel 0
Value from 0 to 7.
69.12ADCPRC GPS Microphone-in Left Channel Data (adcp gps mic l)
Address:0x9C0022B0
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A12 reserved031:24RO RESERVED
Reserved for further usage.
ADCP MIC L 23:0RO ADCPRC Microphone-in Left Channel Data

69.13ADCPRC GPS Microphone-in Right Channel Data (adcp gps mic r)
Address:0x9C0022B4
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A13 reserved031:24RO RESERVED
Reserved for further usage.
ADCP MIC R23:0RO ADCPRC Microphone-in Right Channel Data

69.14ADCPRC GPS AGC Gain (adcp gps agc gain)
Address:0x9C0022B8
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A14 reserved331RO RESERVED
Reserved for further usage. ADGAIN CH3(Reserved)30:24RO Ch3 AGC Gain (Reserved)
Current AGC gain value of ch 3. The gain value is a frac-
tional number between 0 and 1. Please refer to description of ADGAIN CH0.
G69A14 reserved223RO RESERVED
Reserved for further usage.

ADGAIN CH2(Reserved)	22:16	RO	Ch2 AGC Gain (Reserved) Current AGC gain value of ch 2. The gain value is a frac- tional number between 0 and 1. Please refer to description of ADGAIN CH0.
G69A14 reserved1	15	RO	RESERVED Reserved for further usage.
ADGAIN CH1	14:8	RO	Ch1 AGC Gain Current AGC gain value of ch 1. The gain value is a frac- tional number between 0 and 1. Please refer to description of ADGAIN CH0.
G69A14 reserved0	7	RO	RESERVED Reserved for further usage.
ADGAIN CH0	6:0	RO	Ch0 AGC Gain Current AGC gain value of ch 0. The gain value should be divided by 64 and mapped to a fractional number from 0 to 1. If value of this field is 1, its real gain is 1/64. 0: gain is 0 1: gain is 1/64 ... 64: gain is 1

69.15I2S PWM CTRL 1 (i2s pwm control 1)
Address: 0x9C0022BC Reset: 0x0000 0000

Field NameBitAccessDescription
G69A15 reserved031:23RO RESERVED
Reserved for further usage. DEAD TIME 122:18 RW DEAD TIME
Value from 0 to 31.
MULTI SEL 117:16 RW MULTIPILER SEL
0x0: x1 (default)
0x1: x2
0x2: x4
0x3: x8

ONLY LOW EN 115 RW ENABLE LOW
0: Disable (default)
1: Enable.

MUTE ENB 1	14	RW	ENABLE MUTE 0: Disable (default) 1: Enable.
PWM DLY SEL 1	13:11	RW	DELAY PWM OUT P2 1 0x0: No Delay(default) 0x1: Delay 1 Clock 0x2: Delay 2 Clocks 0x3: Delay 3 Clocks 0x4: Delay 4 Clocks 0x5: Delay 5 Clocks 0x6: Delay 6 Clocks others: No Delay
IND BIT SEL 1	10:9	RW	INDEPENDENT PWM 0x0: 8-bits (default) 0x1: 9-bits 0x2: 10-bits 0x3: 7-bits
DRI MODE SEL 1	8:7	RW	DRI MODE SEL 0x0: bipolar (default) 0x1: unipolar 0x2: bipolar and reset counter 0x3: unipolar and reset counter
COM BIT SEL 1	6:5	RW	COMPLEMENTARY PWM 0x0: 6-bits (default) 0x1: 7-bits 0x2: 8-bits 0x3: 7-bits
IND COM SEL 1	4	RW	PWM MODE SEL 0: Complementary. (default) 1: Independent.
SINGLE EN 1	3	RW	PWM OUT P2 1 0: PWM OUT P2 1 = PWM OUT P2. (default) 1: PWM OUT P2 1 = 0.
MSB INV 1	2	RW	INVERSE I2S SIGNAL MSB 0: No Inverse. (default) 1: Inverse.
PWM INV 1	1	RW	INVERSE PWM DAC OUT 0: No Inverse. (default) 1: Inverse.

PWM ALIGN SEL 10 RW PWM ALIGN Mode
0: Central-aligned PWM. (default)
1: Left-aligned PWM.

69.16I2S PWM CTRL 2 (i2s pwm control 2)
Address:0x9C0022C0
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A16 reserved031:23RO RESERVED
Reserved for further usage. DEAD TIME 222:18 RW DEAD TIME
Value from 0 to 31.
MULTI SEL 217:16 RW MULTIPILER SEL
0x0: x1 (default)
0x1: x2
0x2: x4
0x3: x8

ONLY LOW EN 215 RW ENABLE LOW
0: Disable (default)
1: Enable.
MUTE ENB 214 RW ENABLE MUTE
0: Disable (default)
1: Enable.
PWM DLY SEL 213:11 RW DELAY PWM OUT P2 2
0x0: No Delay(default)
0x1: Delay 1 Clock
0x2: Delay 2 Clocks
0x3: Delay 3 Clocks
0x4: Delay 4 Clocks
0x5: Delay 5 Clocks
0x6: Delay 6 Clocks others: No Delay
IND BIT SEL 210:9 RW INDEPENDENT PWM
0x0: 8-bits (default)
0x1: 9-bits
0x2: 10-bits
0x3: 7-bits

DRI MODE SEL 2	8:7	RW	DRI MODE SEL 0x0: bipolar (default) 0x1: unipolar 0x2: bipolar and reset counter 0x3: unipolar and reset counter
COM BIT SEL 2	6:5	RW	COMPLEMENTARY PWM 0x0: 6-bits (default) 0x1: 7-bits 0x2: 8-bits 0x3: 7-bits
IND COM SEL 2	4	RW	PWM MODE SEL 0: Complementary. (default) 1: Independent.
SINGLE EN 2	3	RW	PWM OUT P2 1 0: PWM OUT P2 2 = PWM OUT P2. (default) 1: PWM OUT P2 2 = 0.
MSB INV 2	2	RW	INVERSE I2S SIGNAL MSB 0: No Inverse. (default) 1: Inverse.
PWM INV 2	1	RW	INVERSE PWM DAC OUT 0: No Inverse. (default) 1: Inverse.
PWM ALIGN SEL 2	0	RW	PWM ALIGN Mode 0: Central-aligned PWM. (default) 1: Left-aligned PWM.

69.17I2S PWM CTRL 3 (i2s pwm control 3)
Address:0x9C0022C4
Reset: 0x0000 0000

Field Name	BitAccess	Description
G69A17 reserved0	31:23RO	RESERVED Reserved for further usage.
DEAD TIME 3	22:18 RW	DEAD TIME Value from 0 to 31.

MULTI SEL 3	17:16	RW	MULTIPILER SEL 0x0: x1 (default) 0x1: x2 0x2: x4 0x3: x8
ONLY LOW EN 3	15	RW	ENABLE LOW 0: Disable (default) 1: Enable.
MUTE ENB 3	14	RW	ENABLE MUTE 0: Disable (default) 1: Enable.
PWM DLY SEL 3	13:11	RW	DELAY PWM OUT P2 3 0x0: No Delay(default) 0x1: Delay 1 Clock 0x2: Delay 2 Clocks 0x3: Delay 3 Clocks 0x4: Delay 4 Clocks 0x5: Delay 5 Clocks 0x6: Delay 6 Clocks others: No Delay
IND BIT SEL 3	10:9	RW	INDEPENDENT PWM 0x0: 8-bits (default) 0x1: 9-bits 0x2: 10-bits 0x3: 7-bits
DRI MODE SEL 3	8:7	RW	DRI MODE SEL 0x0: bipolar (default) 0x1: unipolar 0x2: bipolar and reset counter 0x3: unipolar and reset counter
COM BIT SEL 3	6:5	RW	COMPLEMENTARY PWM 0x0: 6-bits (default) 0x1: 7-bits 0x2: 8-bits 0x3: 7-bits
IND COM SEL 3	4	RW	PWM MODE SEL 0: Complementary. (default) 1: Independent.

SINGLE EN 3	3	RW	PWM OUT P2 1 0: PWM OUT P2 3 = PWM OUT P2. (default) 1: PWM OUT P2 3 = 0.
MSB INV 3	2	RW	INVERSE I2S SIGNAL MSB 0: No Inverse. (default) 1: Inverse.
PWM INV 3	1	RW	INVERSE PWM DAC OUT 0: No Inverse. (default) 1: Inverse.
PWM ALIGN SEL 3	0	RW	PWM ALIGN Mode 0: Central-aligned PWM. (default) 1: Left-aligned PWM.

69.18I2S PWM CTRL 4 (i2s pwm control 4)
Address:0x9C0022C8
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A18 reserved031:23RO RESERVED
Reserved for further usage. DEAD TIME 422:18 RW DEAD TIME
Value from 0 to 31.
MULTI SEL 417:16 RW MULTIPILER SEL
0x0: x1 (default)
0x1: x2
0x2: x4
0x3: x8

ONLY LOW EN 415 RW ENABLE LOW
0: Disable (default)
1: Enable.
MUTE ENB 414 RW ENABLE MUTE
0: Disable (default)
1: Enable.

PWM DLY SEL 4	13:11	RW	DELAY PWM OUT P2 4 0x0: No Delay(default) 0x1: Delay 1 Clock 0x2: Delay 2 Clocks 0x3: Delay 3 Clocks 0x4: Delay 4 Clocks 0x5: Delay 5 Clocks 0x6: Delay 6 Clocks others: No Delay
IND BIT SEL 4	10:9	RW	INDEPENDENT PWM 0x0: 8-bits (default) 0x1: 9-bits 0x2: 10-bits 0x3: 7-bits
DRI MODE SEL 4	8:7	RW	DRI MODE SEL 0x0: bipolar (default) 0x1: unipolar 0x2: bipolar and reset counter 0x3: unipolar and reset counter
COM BIT SEL 4	6:5	RW	COMPLEMENTARY PWM 0x0: 6-bits (default) 0x1: 7-bits 0x2: 8-bits 0x3: 7-bits
IND COM SEL 4	4	RW	PWM MODE SEL 0: Complementary. (default) 1: Independent.
SINGLE EN 4	3	RW	PWM OUT P2 1 0: PWM OUT P2 4 = PWM OUT P2. (default) 1: PWM OUT P2 4 = 0.
MSB INV 4	2	RW	INVERSE I2S SIGNAL MSB 0: No Inverse. (default) 1: Inverse.
PWM INV 4	1	RW	INVERSE PWM DAC OUT 0: No Inverse. (default) 1: Inverse.
PWM ALIGN SEL 4	0	RW	PWM ALIGN Mode 0: Central-aligned PWM. (default) 1: Left-aligned PWM.

69.19CLASSD MOS CTRL (classd mos control)
Address: 0x9C0022CC Reset: 0x0000 07FE

Field NameBitAccessDescription
G69A19 reserved031:23RO RESERVED
Reserved for further usage. MOS P ND 22:20 RW CLASSD MOS P ND
Default value: 0x0
MOS P PD19:17 RW CLASSD MOS P PD
Default value: 0x0
MOS N ND 16:14 RW CLASSD MOS N ND
Default value: 0x0
MOS N PD13:11 RW CLASSD MOS N PD
Default value: 0x0
MOS N PR10:6 RW CLASSD MOS N PR
Default value: 0x1F MOS N NR 5:1 RW CLASSD MOS N NR
Default value: 0x1F
MOS EN 0 RW CLASSD MOS ENABLE
0: Disable. (default)
1: Enable.

69.20 Reserved (G69ADDR20 reserved0)
Address:0x9C0022D0
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A20 reserved031:0RO reserved
69.21 Reserved (G69ADDR21 reserved0)
Address:0x9C0022D4
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A21 reserved031:0RO reserved

69.22 Reserved (G69ADDR22 reserved0)
Address:0x9C0022D8
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A22 reserved031:0RO reserved

69.23 Reserved (G69ADDR23 reserved0)
Address: 0x9C0022DC Reset: 0x0000 0000

Field NameBitAccessDescription
G69A23 reserved031:0RO reserved

69.24 Reserved (G69ADDR24 reserved0)
Address:0x9C0022E0
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A24 reserved031:0RO reserved
69.25 Reserved (G69ADDR25 reserved0)
Address:0x9C0022E4
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A25 reserved031:0RO reserved

69.26 Reserved (G69ADDR26 reserved0)
Address:0x9C0022E8
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A26 reserved031:0RO reserved

69.27 Reserved (G69ADDR27 reserved0)
Address: 0x9C0022EC Reset: 0x0000 0000

Field NameBitAccessDescription
G69A27 reserved031:0RO reserved

69.28 Reserved (G69ADDR28 reserved0)
Address:0x9C0022F0
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A28 reserved031:0RO reserved
69.29 Reserved (G69ADDR29 reserved0)
Address:0x9C0022F4
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A29 reserved031:0RO reserved

69.30 Reserved (G69ADDR30 reserved0)
Address:0x9C0022F8
Reset: 0x0000 0000

Field NameBitAccessDescription
G69A30 reserved031:0RO reserved

69.31 Reserved (G69ADDR31 reserved0)
Address: 0x9C0022FC Reset: 0x0000 0000

Field NameBitAccessDescription
G69A31 reserved031:0RO reserved
PChip Group 70AUD REG G5

AUD Group 5 Registers.

70.0AUD FIFO NEAR VALUE 0/1 (fifo near value 0 1)
Address:0x9C002300
Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 131:16 RW AUD FIFO NEAR VALUE 1

FIFO NEAR VAL 015:0 RW AUD FIFO NEAR VALUE 0

70.1AUD FIFO NEAR VALUE 2/3 (fifo near value 2 3)
Address:0x9C002304
Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 331:16 RW AUD FIFO NEAR VALUE 3

FIFO NEAR VAL 215:0 RW AUD FIFO NEAR VALUE 2

70.2AUD FIFO NEAR VALUE 4/5 (fifo near value 4 5)
Address:0x9C002308
Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 531:16 RW AUD FIFO NEAR VALUE 5

FIFO NEAR VAL 415:0 RW AUD FIFO NEAR VALUE 4
70.3AUD FIFO NEAR VALUE 6/7 (fifo near value 6 7)
Address: 0x9C00230C Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 731:16 RW AUD FIFO NEAR VALUE 7

FIFO NEAR VAL 615:0 RW AUD FIFO NEAR VALUE 6

70.4AUD FIFO NEAR VALUE 8/9 (fifo near value 8 9)
Address:0x9C002310
Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 931:16 RW AUD FIFO NEAR VALUE 9

FIFO NEAR VAL 815:0 RW AUD FIFO NEAR VALUE 8

70.5AUD FIFO NEAR VALUE 10/11 (fifo near value 10 11)
Address:0x9C002314
Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 1131:16 RW AUD FIFO NEAR VALUE 11

FIFO NEAR VAL 1015:0 RW AUD FIFO NEAR VALUE 10

70.6AUD FIFO NEAR VALUE 12/13 (fifo near value 12 13)
Address:0x9C002318
Reset: 0x0000 0000
Field NameBitAccessDescription
FIFO NEAR VAL 1231:16 RW AUD FIFO NEAR VALUE 12

FIFO NEAR VAL 1315:0 RW AUD FIFO NEAR VALUE 13

70.7AUD FIFO NEAR VALUE 14/15 (fifo near value 14 15)
Address: 0x9C00231C Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 1431:16 RW AUD FIFO NEAR VALUE 14

FIFO NEAR VAL 1515:0 RW AUD FIFO NEAR VALUE 15

70.8AUD FIFO NEAR STATUS (fifo near status)
Address:0x9C002320
Reset: 0x0000 0000

Field NameBitAccessDescription

G70A8 reserved0	31:28RO	RESERVED
FIFO NEAR STATUS	27:0RO	Reserved for further usage. AUD FIFO NEAR FULL/EMPTU

70.9AUD FIFO STATUS (fifo status)
Address:0x9C002324
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A9 reserved031:28RO RESERVED
Reserved for further usage.
FIFO STATUS27:0RO AUD FIFO OVERFLOW/UNDERFLOW
70.10AUD FIFO NEAR STATUS MASK (fifo near mask)
Address:0x9C002328
Reset: 0x0FFF FFFF

Field NameBitAccessDescription

G70A10 reserved0	31:28RO	RESERVED
FIFO NEAR STATUS MASK	27:0 RW	Reserved for further usage. AUD FIFO NEAR STATUS MASK

70.11AUD FIFO STATUS MASK (fifo status mask)
Address: 0x9C00232C Reset: 0x0FFF FFFF

Field NameBitAccessDescription

G70A11 reserved0	31:28RO	RESERVED
FIFO STATUS MASK	27:0 RW	Reserved for further usage. AUD FIFO OVERFLOW/UNDERFLOW MASK

70.12AUD FIFO NEAR STATUS CLEAR (fifo near clear)
Address:0x9C002330
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A12 reserved031:0RO RESERVED
Reserved for further usage.

70.13AUD FIFO STATUS CLEAR (fifo status clear)
Address:0x9C002334
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A13 reserved031:0RO RESERVED
Reserved for further usage.

70.14AUD FIFO NEAR VALUE 14/15 (fifo near value 16 17)
Address:0x9C002338
Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 1731:16 RW AUD FIFO NEAR VALUE 17

FIFO NEAR VAL 1615:0 RW AUD FIFO NEAR VALUE 16

70.15AUD FIFO NEAR VALUE 14/15 (fifo near value 18 19)
Address: 0x9C00233C Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 1931:16 RW AUD FIFO NEAR VALUE 19

FIFO NEAR VAL 1815:0 RW AUD FIFO NEAR VALUE 18

70.16AUD FIFO NEAR VALUE 14/15 (fifo near value 20 21)
Address:0x9C002340
Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 2131:16 RW AUD FIFO NEAR VALUE 21

FIFO NEAR VAL 2015:0 RW AUD FIFO NEAR VALUE 20
70.17AUD FIFO NEAR VALUE 14/15 (fifo near value 22 23)
Address:0x9C002344
Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 2331:16 RW AUD FIFO NEAR VALUE 23

FIFO NEAR VAL 2215:0 RW AUD FIFO NEAR VALUE 22

70.18AUD FIFO NEAR VALUE 14/15 (fifo near value 24 25)
Address:0x9C002348
Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 2531:16 RW AUD FIFO NEAR VALUE 25

FIFO NEAR VAL 2415:0 RW AUD FIFO NEAR VALUE 24

70.19AUD FIFO NEAR VALUE 14/15 (fifo near value 26 27)
Address: 0x9C00234C Reset: 0x0000 0000

Field NameBitAccessDescription
FIFO NEAR VAL 2731:16 RW AUD FIFO NEAR VALUE 27

FIFO NEAR VAL 2615:0 RW AUD FIFO NEAR VALUE 26

70.20 Reserved (G70ADDR20 reserved0)
Address:0x9C002350
Reset: 0x0000 0000
Field NameBitAccessDescription
G70A20 reserved031:0RO reserved

70.21 Reserved (G70ADDR21 reserved0)
Address:0x9C002354
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A21 reserved031:0RO reserved

70.22 Reserved (G70ADDR22 reserved0)
Address:0x9C002358
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A22 reserved031:0RO reserved

70.23 Reserved (G70ADDR23 reserved0)
Address: 0x9C00235C Reset: 0x0000 0000

Field NameBitAccessDescription
G70A23 reserved031:0RO reserved

70.24 Reserved (G70ADDR24 reserved0)
Address:0x9C002360
Reset: 0x0000 0000

Field NameBitAccessDescription

G70A24 reserved031:0RO reserved

70.25 Reserved (G70ADDR25 reserved0)
Address:0x9C002364
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A25 reserved031:0RO reserved

70.26 Reserved (G70ADDR26 reserved0)
Address:0x9C002368
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A26 reserved031:0RO reserved

70.27 Reserved (G70ADDR27 reserved0)
Address: 0x9C00236C Reset: 0x0000 0000

Field NameBitAccessDescription
G70A27 reserved031:0RO reserved

70.28 Reserved (G70ADDR28 reserved0)
Address:0x9C002370
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A28 reserved031:0RO reserved

70.29 Reserved (G70ADDR29 reserved0)
Address:0x9C002374
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A29 reserved031:0RO reserved

70.30 Reserved (G70ADDR30 reserved0)
Address:0x9C002378
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A30 reserved031:0RO reserved

70.31 Reserved (G70ADDR31 reserved0)
Address: 0x9C00237C Reset: 0x0000 0000

Field NameBitAccessDescription
G70A31 reserved031:0RO reserved
PChip Group 71AUD DMA G3

AUD FIFO DMA Group 3 Registers.

71.0 Base Address (aud a24 base)
Address: 0x9C002380
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A0 reserved131:24RO RESERVED
Reserved for further usage.
a24 base23:2 RW Base Address for FIFO NO.24
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a24 base. G66A0 reserved01:0RO RESERVED
Reserved for further usage.

71.1FIFO Length (aud a24 length)
Address:0x9C002384
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A1 reserved131:24RO RESERVED
Reserved for further usage.
a24 length 23:2 RW Channel Length for FIFO NO.24
Byte length, and must be a multiple of 128. G66A1 reserved01:0RO RESERVED
Reserved for further usage.

71.2FIFO Pointer (aud a24 ptr)
Address:0x9C002388
Reset: 0x0000 0000
Field NameBitAccessDescription
G66A2 reserved131:24RO RESERVED
Reserved for further usage.
a24 ptr 23:2 RW DRAM Access Pointer for FIFO NO.24
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A2 reserved01:0RO RESERVED
Reserved for further usage.

71.3FIFO Count (aud a24 cnt)
Address: 0x9C00238C Reset: 0x0000 0000

Field NameBitAccessDescription
G66A3 reserved131:24RO RESERVED
Reserved for further usage.
a24 cnt23:2 RW DRAM Data Count for FIFO NO.24
Byte count, and must be a multiple of 4. G66A3 reserved01:0RO RESERVED
Reserved for further usage.

71.4 Base Address (aud a25 base)
Address:0x9C002390
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A4 reserved131:24RO RESERVED
Reserved for further usage.
a25 base23:2 RW Base Address for FIFO NO.25
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a25 base. G66A4 reserved01:0RO RESERVED
Reserved for further usage.
71.5FIFO Length (aud a25 length)
Address:0x9C002394
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A5 reserved131:24RO RESERVED
Reserved for further usage.
a25 length 23:2 RW Channel Length for FIFO NO.25
Byte length, and must be a multiple of 128. G66A5 reserved01:0RO RESERVED
Reserved for further usage.

71.6FIFO Pointer (aud a25 ptr)
Address:0x9C002398
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A6 reserved131:24RO RESERVED
Reserved for further usage.
a25 ptr 23:2 RW DRAM Access Pointer for FIFO NO.25
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A6 reserved01:0RO RESERVED
Reserved for further usage.

71.7FIFO Count (aud a25 cnt)
Address: 0x9C00239C Reset: 0x0000 0000

Field NameBitAccessDescription
G66A7 reserved131:24RO RESERVED
Reserved for further usage.
a25 cnt23:2 RW DRAM Data Count for FIFO NO.25
Byte count, and must be a multiple of 4.
G66A7 reserved01:0RO RESERVED
Reserved for further usage.

71.8 Base Address (aud a26 base)
Address:0x9C0023A0
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A8 reserved131:24RO RESERVED
Reserved for further usage.
a26 base23:2 RW Base Address for FIFO NO.26
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a26 base. G66A8 reserved01:0RO RESERVED
Reserved for further usage.

71.9FIFO Length (aud a26 length)
Address:0x9C0023A4
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A9 reserved131:24RO RESERVED
Reserved for further usage.
a26 length 23:2 RW Channel Length for FIFO NO.26
Byte length, and must be a multiple of 128. G66A9 reserved01:0RO RESERVED
Reserved for further usage.

71.10FIFO Pointer (aud a26 ptr)
Address:0x9C0023A8
Reset: 0x0000 0000

Field NameBitAccessDescription

G66A10 reserved1	31:24	RO	RESERVED Reserved for further usage.
a26 ptr	23:2	RW	DRAM Access Pointer for FIFO NO.26 This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A10 reserved0	1:0	RO	RESERVED Reserved for further usage.

71.11FIFO Count (aud a26 cnt)
Address: 0x9C0023AC Reset: 0x0000 0000

Field NameBitAccessDescription
G66A11 reserved131:24RO RESERVED
Reserved for further usage.
a26 cnt23:2 RW DRAM Data Count for FIFO NO.26
Byte count, and must be a multiple of 4. G66A11 reserved01:0RO RESERVED
Reserved for further usage.

71.12 Base Address (aud a27 base)
Address:0x9C0023B0
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A12 reserved131:24RO RESERVED
Reserved for further usage.
a27 base23:2 RW Base Address for FIFO NO.27
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a27 base. G66A12 reserved01:0RO RESERVED
Reserved for further usage.
71.13FIFO Length (aud a27 length)
Address:0x9C0023B4
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A13 reserved131:24RO RESERVED
Reserved for further usage.
a27 length 23:2 RW Channel Length for FIFO NO.27
Byte length, and must be a multiple of 128. G66A13 reserved01:0RO RESERVED
Reserved for further usage.

71.14FIFO Pointer (aud a27 ptr)
Address:0x9C0023B8
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A14 reserved131:24RO RESERVED
Reserved for further usage.
a27 ptr 23:2 RW DRAM Access Pointer for FIFO NO.27
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A14 reserved01:0RO RESERVED
Reserved for further usage.

71.15FIFO Count (aud a27 cnt)
Address: 0x9C0023BC Reset: 0x0000 0000

Field NameBitAccessDescription
G66A15 reserved131:24RO RESERVED
Reserved for further usage.
a27 cnt23:2 RW DRAM Data Count for FIFO NO.27
Byte count, and must be a multiple of 4.
G66A15 reserved01:0RO RESERVED
Reserved for further usage.

71.16 Base Address (aud a28 base)
Address:0x9C0023C0
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A16 reserved131:24RO RESERVED
Reserved for further usage.
a28 base23:2 RW Base Address for FIFO NO.28
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a28 base. G66A16 reserved01:0RO RESERVED
Reserved for further usage.

71.17FIFO Length (aud a28 length)
Address:0x9C0023C4
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A17 reserved131:24RO RESERVED
Reserved for further usage.
a28 length 23:2 RW Channel Length for FIFO NO.28
Byte length, and must be a multiple of 128. G66A17 reserved01:0RO RESERVED
Reserved for further usage.

71.18FIFO Pointer (aud a28 ptr)
Address:0x9C0023C8
Reset: 0x0000 0000

Field NameBitAccessDescription

G66A18 reserved1	31:24	RO	RESERVED Reserved for further usage.
a28 ptr	23:2	RW	DRAM Access Pointer for FIFO NO.28 This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A18 reserved0	1:0	RO	RESERVED Reserved for further usage.

71.19FIFO Count (aud a28 cnt)
Address: 0x9C0023CC Reset: 0x0000 0000

Field NameBitAccessDescription
G66A19 reserved131:24RO RESERVED
Reserved for further usage.
a28 cnt23:2 RW DRAM Data Count for FIFO NO.28
Byte count, and must be a multiple of 4. G66A19 reserved01:0RO RESERVED
Reserved for further usage.

71.20 Base Address (aud a29 base)
Address:0x9C0023D0
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A20 reserved131:24RO RESERVED
Reserved for further usage.
a29 base23:2 RW Base Address for FIFO NO.29
Byte address, and must be a multiple of 128. The physical address mapped to DRAM will become AUDHWYA < 7
+ a29 base. G66A20 reserved01:0RO RESERVED
Reserved for further usage.
71.21FIFO Length (aud a29 length)
Address:0x9C0023D4
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A29 reserved131:24RO RESERVED
Reserved for further usage.
a29 length 23:2 RW Channel Length for FIFO NO.29
Byte length, and must be a multiple of 128. G66A29 reserved01:0RO RESERVED
Reserved for further usage.

71.22FIFO Pointer (aud a29 ptr)
Address:0x9C0023D8
Reset: 0x0000 0000

Field NameBitAccessDescription
G66A22 reserved131:24RO RESERVED
Reserved for further usage.
a29 ptr 23:2 RW DRAM Access Pointer for FIFO NO.29
This value is always a multiple of 4. If this channel is con- figured to read DRAM, It's a read pointer, whereas it's a write pointer.
G66A22 reserved01:0RO RESERVED
Reserved for further usage.

71.23FIFO Count (aud a29 cnt)
Address: 0x9C0023DC Reset: 0x0000 0000

Field NameBitAccessDescription
G66A23 reserved131:24RO RESERVED
Reserved for further usage.
a29 cnt23:2 RW DRAM Data Count for FIFO NO.29
Byte count, and must be a multiple of 4.
G66A23 reserved01:0RO RESERVED
Reserved for further usage.

71.24 Reserved (G70ADDR24 reserved0)
Address:0x9C0023E0
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A24 reserved031:0RO reserved

71.25 Reserved (G70ADDR25 reserved0)
Address:0x9C0023E4
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A25 reserved031:0RO reserved

71.26 Reserved (G70ADDR26 reserved0)
Address:0x9C0023E8
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A26 reserved031:0RO reserved

71.27 Reserved (G70ADDR27 reserved0)
Address: 0x9C0023EC Reset: 0x0000 0000

Field NameBitAccessDescription
G70A27 reserved031:0RO reserved

71.28 Reserved (G70ADDR28 reserved0)
Address:0x9C0023F0
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A28 reserved031:0RO reserved

71.29 Reserved (G70ADDR29 reserved0)
Address:0x9C0023F4
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A29 reserved031:0RO reserved

71.30 Reserved (G70ADDR30 reserved0)
Address:0x9C0023F8
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A30 reserved031:0RO reserved

71.31 Reserved (G70ADDR31 reserved0)
Address: 0x9C0023FC Reset: 0x0000 0000

Field NameBitAccessDescription
G70A31 reserved031:0RO reserved
PChip Group 72AUD REG G6

AUD REG GROUP6.

72.0TDM RX CFG0 (tdm rx cfg0)
Address:0x9C002400
Reset: 0x0000 0000

Field NameBitAccessDescription
tdm rx cfg031:0 RW tdm rx cfg0
cfg0

72.1TDM RX CFG0 (tdm rx cfg1)
Address:0x9C002404
Reset: 0x0000 0000

Field NameBitAccessDescription
tdm rx cfg131:0 RW tdm rx cfg1
cfg1

72.2TDM RX CFG0 (tdm rx cfg2)
Address:0x9C002408
Reset: 0x0000 0000

Field NameBitAccessDescription
tdm rx cfg231:0 RW tdm rx cfg2
cfg2

72.3TDM RX CFG0 (tdm rx cfg3)
Address: 0x9C00240C Reset: 0x0000 0000
Field NameBitAccessDescription
tdm rx cfg331:0 RW tdm rx cfg3
cfg3

72.4 Reserved (G72ADDR4 reserved0)
Address:0x9C002410
Reset: 0x0000 0000

Field NameBitAccessDescription
G72A4 reserved031:0RO reserved

72.5 Reserved (G72ADDR5 reserved0)
Address:0x9C002414
Reset: 0x0000 0000

Field NameBitAccessDescription
G72A5 reserved031:0RO reserved

72.6TDM TX CFG0 (tdm tx cfg0)
Address:0x9C002418
Reset: 0x0000 0000

Field NameBitAccessDescription
tdm tx cfg031:0 RW tdm tx cfg0
cfg0

72.7TDM TX CFG1 (tdm tx cfg1)
Address: 0x9C00241C Reset: 0x0000 0000

Field NameBitAccessDescription

tdm tx cfg131:0 RW tdm tx cfg1
cfg1

72.8TDM TX CFG2 (tdm tx cfg2)
Address:0x9C002420
Reset: 0x0000 0000

Field NameBitAccessDescription
tdm tx cfg231:0 RW tdm tx cfg3
cfg2

72.9TDM TX CFG3 (tdm tx cfg3)
Address:0x9C002424
Reset: 0x0000 0000

Field NameBitAccessDescription
tdm tx cfg331:0 RW tdm tx cfg3
cfg3

72.10TDM TX CFG4 (tdm tx cfg4)
Address:0x9C002428
Reset: 0x0000 0000

Field NameBitAccessDescription
tdm tx cfg431:0 RW tdm tx cfg4
cfg4

72.11 Reserved (G72ADDR11 reserved0)
Address: 0x9C00242C Reset: 0x0000 0000

Field NameBitAccessDescription

G72A11 reserved031:0RO reserved

72.12 Reserved (G72ADDR12 reserved0)
Address:0x9C002430
Reset: 0x0000 0000

Field NameBitAccessDescription
G72A12 reserved031:0RO reserved

72.13 Reserved (G72ADDR13 reserved0)
Address:0x9C002434
Reset: 0x0000 0000

Field NameBitAccessDescription
G72A13 reserved031:0RO reserved

72.14PDM RX CFG0 (pdm rx cfg0)
Address:0x9C002438
Reset: 0x0000 0000

Field NameBitAccessDescription
pdm rx cfg031:0 RW pdm rx cfg0
cfg0

72.15PDM RX CFG1 (pdm rx cfg1)
Address: 0x9C00243C Reset: 0x0000 0000

Field NameBitAccessDescription
pdm rx cfg131:0 RW pdm rx cfg1
cfg1

72.16PDM RX CFG2 (pdm rx cfg2)
Address:0x9C002440
Reset: 0x0000 0000

Field NameBitAccessDescription
pdm rx cfg231:0 RW pdm rx cfg2
cfg2

72.17PDM RX CFG3 (pdm rx cfg3)
Address:0x9C002444
Reset: 0x0000 0000

Field NameBitAccessDescription
pdm rx cfg331:0 RW pdm rx cfg3
cfg3

72.18PDM RX CFG5 (pdm rx cfg4)
Address:0x9C002448
Reset: 0x0000 0000

Field NameBitAccessDescription
pdm rx cfg431:0 RW pdm rx cfg4
cfg4

72.19PDM RX CFG5 (pdm rx cfg5)
Address: 0x9C00244C Reset: 0x0000 0000

Field NameBitAccessDescription
pdm rx cfg531:0 RW pdm rx cfg5
cfg5

72.20 Reserved (G72ADDR20 reserved0)
Address:0x9C002450
Reset: 0x0000 0000

Field NameBitAccessDescription
G72A20 reserved031:0RO reserved

72.21 Reserved (G72ADDR21 reserved0)
Address:0x9C002454
Reset: 0x0000 0000

Field NameBitAccessDescription
G72A21 reserved031:0RO reserved

72.22 External TDMTX XCK Configuration (aud tdmtx xck cfg)
Address:0x9C002458
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A0 reserved131:20RO RESERVED
Reserved for further usage. TDMTX XCK DIV65 SEL19 RW Divide 6.5 Select
Divide XCK by 6.5
0: Disable divider (default)
1: Enable divider
AUD TDMTX SEC XCK SEL18 RW Second XCK Source Select
Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL).
0: XCK source is selected by bit 12 and 11 (default)
1: XCK source is PI HDMI AUDIO MCLK

CLKGENA TDMTX XCK INV	17	RW	External DAC XCK Inverse Control If set to 1 will inverse XCK
CLKGENA TDMTX XCK EN	16	RO	External DAC XCK Enable Flag
			It shows that CLKGENA EXT DAC XCK is enabled or
			not.
G62A0 reserved0	15	RO	RESERVED
			Reserved for further usage.
TDMTX XCK EN	14	RW	External DAC XCK Enable
			Active high to enable CLKGENA EXT DAC XCK.
TDMTX XCK OE	13	RW	External DAC XCK Output Enable
			0: CLKGENA EXT DAC XCK =
			PI EXT DAC XCK I.
			1: CLKGENA EXT DAC XCK =
			CLKGENA EXT DAC XCK.
TDMTX XCK SRC SEL	12:11	RW	External DAC XCK Source Selection
			0x0: EXT DAC XCK SRC = CDRPLL.
			0x1: EXT DAC XCK SRC = PLLA FCKOUT. (PLLA)
			0x2: EXT DAC XCK SRC = PLLA FCKOUT. (DPLL)
			0x3: EXT DAC XCK SRC = PI XTAL.
			(TEST CLK 27M, Debug ONLY)
tdmtx xck divider config	10:0	RW	CLKGENA EXT DAC XCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = EXT DAC XCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA EXT DAC XCK = Clock 01 / 2.
			CLKGENA EXT DAC XCK = EXT DAC XCK SRC / (6.5*(bit 19) + 3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

72.23 External DAC BCK Configuration (aud ext dac bck cfg)
Address: 0x9C00245C Reset: 0x0000 0000

Field NameBitAccessDescription
G62A1 reserved131:18RO RESERVED
Reserved for further usage.

CLKGENA EXT DAC BCK INV	17	RW	External DAC XCK Inverse Control If set to 1 will inverse BCK
G62A1 reserved0	16	RO	RESERVED
			Reserved for further usage.
CLKGENA EXT DAC BCK EN	15	RO	External DAC BCK Enable Flag
			It shows that CLKGENA EXT DAC BCK is enabled or
			not.
EXT DAC BCK EN	14	RW	External DAC BCK Enable
			Active high to enable CLKGENA EXT DAC BCK.
EXT DAC BCK SRC SEL	13:11	RW	External DAC BCK Source Selection
			0x1: EXT DAC BCK SRC = PLLA FCKOUT. (PLLA)
			0x2: EXT DAC BCK SRC = PLLA FCKOUT. (DPLL)
			0x3: EXT DAC BCK SRC = PI XTAL. (TEST CLK 27M,
			Debug ONLY)
			0x4: EXT DAC BCK SRC = CLKGENA EXT DAC XCK.
			others: EXT DAC BCK SRC = 0.
ext dac bck divider config	10:0	RW	CLKGENA EXT DAC BCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = EXT DAC BCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA EXT DAC BCK = Clock 01 / 2. CLKGENA EXT DAC BCK = EXT DAC BCK SRC / (3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

72.24 External DAC XCK Configuration (aud ext dac xck cfg)
Address:0x9C002460
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A0 reserved131:20RO RESERVED
Reserved for further usage. EXT DAC XCK DIV65 SEL19 RW Divide 6.5 Select
Divide XCK by 6.5
0: Disable divider (default)
1: Enable divider
AUD EXT DAC SEC XCK SEL 18 RW Second XCK Source Select
Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL).
0: XCK source is selected by bit 12 and 11 (default)
1: XCK source is PI HDMI AUDIO MCLK CLKGENA EXT DAC XCK INV 17 RW External DAC XCK Inverse Control
If set to 1 will inverse XCK

CLKGENA EXT DAC XCK EN	16	RO	External DAC XCK Enable Flag It shows that CLKGENA EXT DAC XCK is enabled or not.
G62A0 reserved0	15	RO	RESERVED Reserved for further usage.
EXT DAC XCK EN	14	RW	External DAC XCK Enable Active high to enable CLKGENA EXT DAC XCK.
EXT DAC XCK OE	13	RW	External DAC XCK Output Enable 0: CLKGENA EXT DAC XCK = PI EXT DAC XCK I. 1: CLKGENA EXT DAC XCK = CLKGENA EXT DAC XCK.
EXT DAC XCK SRC SEL	12:11	RW	External DAC XCK Source Selection 0x0: EXT DAC XCK SRC = CDRPLL. 0x1: EXT DAC XCK SRC = PLLA FCKOUT. (PLLA) 0x2: EXT DAC XCK SRC = PLLA FCKOUT. (DPLL) 0x3: EXT DAC XCK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY)

ext dac xck divider config	10:0	RW	CLKGENA EXT DAC XCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = EXT DAC XCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA EXT DAC XCK = Clock 01 / 2.
			CLKGENA EXT DAC XCK = EXT DAC XCK SRC / (6.5*(bit 19) + 3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

72.25 External DAC BCK Configuration (aud ext dac bck cfg)
Address:0x9C002464
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A1 reserved131:18RO RESERVED
Reserved for further usage.

CLKGENA EXT DAC BCK INV	17	RW	External DAC XCK Inverse Control If set to 1 will inverse BCK
G62A1 reserved0	16	RO	RESERVED Reserved for further usage.
CLKGENA EXT DAC BCK EN	15	RO	External DAC BCK Enable Flag It shows that CLKGENA EXT DAC BCK is enabled or not.
EXT DAC BCK EN	14	RW	External DAC BCK Enable Active high to enable CLKGENA EXT DAC BCK.
EXT DAC BCK SRC SEL	13:11	RW	External DAC BCK Source Selection 0x1: EXT DAC BCK SRC = PLLA FCKOUT. (PLLA) 0x2: EXT DAC BCK SRC = PLLA FCKOUT. (DPLL) 0x3: EXT DAC BCK SRC = PI XTAL. (TEST CLK 27M, Debug ONLY) 0x4: EXT DAC BCK SRC = CLKGENA EXT DAC XCK. others: EXT DAC BCK SRC = 0.

ext dac bck divider config	10:0	RW	CLKGENA EXT DAC BCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = EXT DAC BCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA EXT DAC BCK = Clock 01 / 2. CLKGENA EXT DAC BCK = EXT DAC BCK SRC / (3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

72.26 External DAC XCK Configuration (aud ext dac xck cfg)
Address:0x9C002468
Reset: 0x0000 0000

Field NameBitAccessDescription
G62A0 reserved131:20RO RESERVED
Reserved for further usage. EXT DAC XCK DIV65 SEL19 RW Divide 6.5 Select
Divide XCK by 6.5
0: Disable divider (default)
1: Enable divider
AUD EXT DAC SEC XCK SEL 18 RW Second XCK Source Select
Select PI HDMI AUDIO MCLK as XCK source. This con- trol bit is prior to bit 12 and 11. (XCK SRC SEL).
0: XCK source is selected by bit 12 and 11 (default)
1: XCK source is PI HDMI AUDIO MCLK CLKGENA EXT DAC XCK INV 17 RW External DAC XCK Inverse Control
If set to 1 will inverse XCK
CLKGENA EXT DAC XCK EN 16RO External DAC XCK Enable Flag
It shows that CLKGENA EXT DAC XCK is enabled or not.
G62A0 reserved015RO RESERVED
Reserved for further usage.

EXT DAC XCK EN	14	RW	External DAC XCK Enable Active high to enable CLKGENA EXT DAC XCK.
EXT DAC XCK OE	13	RW	External DAC XCK Output Enable
			0: CLKGENA EXT DAC XCK =
			PI EXT DAC XCK I.
			1: CLKGENA EXT DAC XCK =
			CLKGENA EXT DAC XCK.
EXT DAC XCK SRC SEL	12:11	RW	External DAC XCK Source Selection
			0x0: EXT DAC XCK SRC = CDRPLL.
			0x1: EXT DAC XCK SRC = PLLA FCKOUT. (PLLA)
			0x2: EXT DAC XCK SRC = PLLA FCKOUT. (DPLL)
			0x3: EXT DAC XCK SRC = PI XTAL.
			(TEST CLK 27M, Debug ONLY)
ext dac xck divider config	10:0	RW	CLKGENA EXT DAC XCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = EXT DAC XCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA EXT DAC XCK = Clock 01 / 2.
			CLKGENA EXT DAC XCK = EXT DAC XCK SRC / (6.5*(bit 19) + 3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

72.27 External DAC BCK Configuration (aud ext dac bck cfg)
Address: 0x9C00246C Reset: 0x0000 0000

Field NameBitAccessDescription
G62A1 reserved131:18RO RESERVED
Reserved for further usage. CLKGENA EXT DAC BCK INV 17 RW External DAC XCK Inverse Control
If set to 1 will inverse BCK

G62A1 reserved0	16	RO	RESERVED Reserved for further usage.
CLKGENA EXT DAC BCK EN	15	RO	External DAC BCK Enable Flag
			It shows that CLKGENA EXT DAC BCK is enabled or
			not.
EXT DAC BCK EN	14	RW	External DAC BCK Enable
			Active high to enable CLKGENA EXT DAC BCK.
EXT DAC BCK SRC SEL	13:11	RW	External DAC BCK Source Selection
			0x1: EXT DAC BCK SRC = PLLA FCKOUT. (PLLA)
			0x2: EXT DAC BCK SRC = PLLA FCKOUT. (DPLL)
			0x3: EXT DAC BCK SRC = PI XTAL. (TEST CLK 27M,
			Debug ONLY)
			0x4: EXT DAC BCK SRC = CLKGENA EXT DAC XCK.
			others: EXT DAC BCK SRC = 0.
ext dac bck divider config	10:0	RW	CLKGENA EXT DAC BCK Configuration
			Assert each bit to enable each clock divider.
			bit 10: Clock 10 = EXT DAC BCK SRC / 3.
			bit 09: Clock 09 = Clock 10 / 3.
			bit 08: Clock 08 = Clock 09 / 3.
			bit 07: Clock 07 = Clock 08 / 3.
			bit 06: Clock 06 = Clock 07 / 2.
			bit 05: Clock 05 = Clock 06 / 2.
			bit 04: Clock 04 = Clock 05 / 2.
			bit 03: Clock 03 = Clock 04 / 2.
			bit 02: Clock 02 = Clock 03 / 2.
			bit 01: Clock 01 = Clock 02 / 2.
			bit 00: CLKGENA EXT DAC BCK = Clock 01 / 2. CLKGENA EXT DAC BCK = EXT DAC BCK SRC / (3m + 2n )
			m = sum(bit10-bit7), n = sum(bit6-bit0).

72.28 Reserved (G70ADDR28 reserved0)
Address:0x9C002470
Reset: 0x0000 0000

Field NameBitAccessDescription
G70A28 reserved031:0RO reserved
72.29 Reserved (G72ADDR29 reserved0)
Address:0x9C002474
Reset: 0x0000 0000

Field NameBitAccessDescription
G72A29 reserved031:0RO reserved

72.30 Reserved (tdm pdm tx sel)

Address:0x9C002478
Reset: 0x0000 0000
Field Name	Bit	Access	Description
G72A30 reserved0 tdm pdm tx sel	31:1 0	RO RW	reserved reserved

72.31 Reserved (G72ADDR31 reserved0)
Address: 0x9C00247C Reset: 0x0000 0000

Field NameBitAccessDescription
G72A31 reserved031:0RO reserved

28. Audio

28.1 Introduction

28.2 Function Diagram

28.3 Pin assignment

28.4 Registers Map

28.4.1 Registers Memory Map

28.4.2 Registers Description

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