Kconfig options

The following table lists all available Kconfig option that can be used by an application.

Autotiler

Name	Type	Description
CNN_FP16	bool	Use SQ8 kernel. To be used, this option requires ENABLE_AUTOTILER option to be enabled.
CNN_NE16	bool	Use NE16 kernel. To be used, this option requires ENABLE_AUTOTILER option to be enabled.
CNN_POW2	bool	Use POW2 kernel. To be used, this option requires ENABLE_AUTOTILER option to be enabled.
CNN_SQ8	bool	Use SQ8 kernel. To be used, this option requires ENABLE_AUTOTILER option to be enabled.
ENABLE_AUTOTILER	bool	Enable AUTOTILER by setting defualt rules for autotiler model compilation and run with the specified options.
MODEL_BUILDDIR	string	Specify the name of the model’s build directory The default name is set to BUILD_MODEL To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_DSP_FLOAT16_TYPE_BFLOAT16	bool	Set DSP Kernels float16 type to BFloat16 To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_DSP_FLOAT16_TYPE_IEEE16	bool	Set DSP Kernel float16 type to IEEE16 To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_EMUL	bool	Compile and run model in EMUL mode To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_FLASH_TYPE_DEFAULT	bool	Use default flash type according to the board. To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_FLASH_TYPE_HYPER	bool	Set HyperFlash as model flash type To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_FLASH_TYPE_MRAM	bool	Set MRAM as model flash type To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_FLASH_TYPE_OSPI	bool	Set Octo SPI as model flash type To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_FLASH_TYPE_QSPI	bool	Set Qaad SPI as model flash type To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_FLOAT16_TYPE_BFLOAT16	bool	Set NN Kernel float16 type to BFloat16 To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_FLOAT16_TYPE_IEEE16	bool	Set NN Kernel float16 type to IEEE16 To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_GEN_EXTRAARGS	string	Specify extra arguments passed to model generation To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_HAS_NO_CONSTANTS	bool	Specify the model has no constants. To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_L1_MEMORY	int	Configure L1 Memory available for the Autotiler. It is set by default to 128000 To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_L2STATIC_MEMORY	int	Configure L2 Memory available for use for promoting constants for the Autotiler. It is set by default to -1 which means use as much as possible To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_L2_MEMORY	int	Configure L2 Memory available for the Autotiler. It is set by default to 1200000 To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_L3STATIC_MEMORY	int	Configure L3 RAM Memory available for use for promoting constants for the Autotiler. It is set by default to -1 which means use as much as possible To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_L3_MEMORY	int	Configure L3 Memory available for the Autotiler. It is set by default to 8000000 To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_LOGLEVEL	int	Configure Autotiler log level. To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_RAM_TYPE_DEFAULT	bool	Use default RAM as model RAM type To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_RAM_TYPE_HYPER	bool	Set HyperRAM as model ram type To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_RAM_TYPE_OSPI	bool	Set OctoSPI as model ram type To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_RAM_TYPE_QSPI	bool	Set QuadSPI as model ram type To be used, this option requires ENABLE_AUTOTILER option to be enabled.
MODEL_REENTRANT_MODE	bool	Generate code for preemptive model execution To be used, this option requires ENABLE_AUTOTILER option to be enabled.

Boards

Name	Type	Description
BOARD_AUDIO_ADDON_NONE	bool	No audio addon board is being selected
BOARD_AUDIO_ADDON_V2_1	bool	Selects the audio addon V2.1 board as part of the hardware setup
BOARD_AUDIO_ADDON_V2_1_OPTION_SSM6515_PCM	bool	This option support an Audio addon v2.1 with its SSM6515 devices electronically connected to be used in PCM mode.
BOARD_AUDIO_ADDON_V2_1_OPTION_SSM6515_PDM	bool	This option support an Audio addon v2.1 in its default state. devices are electronically connected to be used in PDM mode.
BOARD_AUDIO_ADDON_V2_1_OPTION_TLV320_SAI0	bool	This option correspond to an Audio addon v2.1 with a TLV320 electronically connected to GAP on SAI0. Solder jumpers S19, S20 and S21 must be cut/opened. Solder jumper S16, S17 and S18 must be opened. Solder jumper S13, S14 and S15 must be closed.
BOARD_AUDIO_ADDON_V2_1_OPTION_TLV320_SAI1	bool	This option correspond to an Audio addon v2.1 in its default state. The TLV320 is electronically connected to GAP on SAI1. Solder jumper S19, S20 and S21 are closed. Solder jumper S13, S14 and S15 must be opened. Solder jumper S16, S17 and S18 must be opened.
BOARD_AUDIO_ADDON_V2_1_OPTION_TLV320_SAI2	bool	This option correspond to an Audio addon v2.1 with a TLV320 electronically connected to GAP on SAI2. Solder jumpers S19, S20 and S21 must be cut/opened. Solder jumper S13, S14 and S15 must be openend. Solder jumper S16, S17 and S18 must be closed. for test purpose. It is not a physical board.
BOARD_GAP9AUDIO_IDC747	bool	This options select the idc747 addon board of the Gap9audio.
BOARD_GAP9AUDIO_V1	bool	Selects the Gap9Audio V1 board as hardware setup
BOARD_GAP9AUDIO_V2	bool	Selects the Gap9Audio V2 board as hardware setup
BOARD_GAP9EVK_IDC747	bool	This options select the idc747 addon board of the EVK.
BOARD_GAP9EVK_V1_3	bool	Selects the Gap9EVK V1.3 board as part of the hardware setup
BOARD_GAP9EVK_V1_3_OPTION_PRINTF_UART_0	int	Enable printf uart in device tree on uart 0
BOARD_GAP9EVK_V1_3_OPTION_PRINTF_UART_1	int	Enable printf uart in device tree on uart 1
BOARD_GAP9EVK_V2_0	bool	Selects the Gap9EVK V2.0 board as part of the hardware setup
BOARD_GAP9EVK_V2_0_OPTION_PRINTF_UART_0	int	Enable printf uart in device tree on uart 0
BOARD_GAP9EVK_V2_0_OPTION_PRINTF_UART_1	int	Enable printf uart in device tree on uart 1
BOARD_GAP9MOD_V1_0_B	bool	Selects the GAP9Mod V1.0.b board as part of the hardware setup
BOARD_GAP9_V2_VIRTUAL	bool	Select GAP9 v2 virtual board as hardware setup

Boot

Name	Type	Description
BOOT_DEVICE_JTAG	bool	Boot from JTAG (Not implemented yet for GVSOC)
BOOT_DEVICE_MRAM	bool	Boot from MRAM (On-board 2MB flash memory)
BOOT_NO_FSBL_SSBL	bool	Do not use fsbl and ssbl at boot. /!To speed-up development only Do NOT use in production !

CFLAGS

Name	Type	Description
CFLAGS_ENABLE_DEBUG	bool	This option adds “-g” “-gdwarf-2” and “-gstrict-dwarf” flags to the C flags.
CFLAGS_GLOBAL_OPTIM_LEVEL_O0	bool	Select “-O0” as a global optimization level for the whole SDK (Other optimization level can be applied for code sub parts to override the default one)
CFLAGS_GLOBAL_OPTIM_LEVEL_O1	bool	Select “-O1” as a global optimization level for the whole SDK (Other optimization level can be applied for code sub parts to override the default one)
CFLAGS_GLOBAL_OPTIM_LEVEL_O2	bool	Select “-O2” as a global optimization level for the whole SDK (Other optimization level can be applied for code sub parts to override the default one)
CFLAGS_GLOBAL_OPTIM_LEVEL_O3	bool	Select “-O3” as a global optimization level for the whole SDK (Other optimization level can be applied for code sub parts to override the default one)
CFLAGS_GLOBAL_OPTIM_LEVEL_OG	bool	Select “-Og” as a global optimization level for the whole SDK (Other optimization level can be applied for code sub parts to override the default one)
CFLAGS_GLOBAL_OPTIM_LEVEL_OS	bool	Select “-Os” as a global optimization level for the whole SDK (Other optimization level can be applied for code sub parts to override the default one)
CFLAGS_MBEDTLS_OPTIM_LEVEL_GLOBAL	bool	Optimize the mbed TLS library as the main setting. See CFLAGS_GLOBAL_OPTIM_LEVEL option.
CFLAGS_MBEDTLS_OPTIM_LEVEL_O0	bool	Optimize mbed TLS library to “-O0” level.
CFLAGS_MBEDTLS_OPTIM_LEVEL_O1	bool	Optimize mbed TLS library to “-O1” level.
CFLAGS_MBEDTLS_OPTIM_LEVEL_O2	bool	Optimize mbed TLS library to “-O2” level.
CFLAGS_MBEDTLS_OPTIM_LEVEL_O3	bool	Optimize mbed TLS library to “-O3” level.
CFLAGS_MBEDTLS_OPTIM_LEVEL_OG	bool	Optimize mbed TLS library to “-Og” level.
CFLAGS_MBEDTLS_OPTIM_LEVEL_OS	bool	Optimize mbed TLS library to “-Os” level.
CFLAGS_PRINTF_OPTIM_LEVEL_GLOBAL	bool	Optimize the FreeRTOS printf library as the main setting. See CFLAGS_GLOBAL_OPTIM_LEVEL option.
CFLAGS_PRINTF_OPTIM_LEVEL_O0	bool	Optimize the FreeRTOS printf library to “-O0” level.
CFLAGS_PRINTF_OPTIM_LEVEL_O1	bool	Optimize the FreeRTOS printf library to “-O1” level.
CFLAGS_PRINTF_OPTIM_LEVEL_O2	bool	Optimize the FreeRTOS printf library to “-O2” level.
CFLAGS_PRINTF_OPTIM_LEVEL_O3	bool	Optimize the FreeRTOS printf library to “-O3” level.
CFLAGS_PRINTF_OPTIM_LEVEL_OG	bool	Optimize the FreeRTOS printf library to “-Og” level.
CFLAGS_PRINTF_OPTIM_LEVEL_OS	bool	Optimize the FreeRTOS printf library to “-Os” level.

Drivers

Name	Type	Description
DRIVER_TYPE_FLASH	bool	Enable flash drivers list. If a default driver has been set, it will be automatically selected.
DRIVER_TYPE_RAM	bool	Enable ram drivers list. If a default driver has been set, it will be automatically selected.

24XX1025

Name	Type	Description
DRIVER_24XX1025	bool	Add 24XX1025 driver sources to the compilation process. Automatically enables I2C driver. This option is available only if the hardware setup has such hardware.

ADS1014

Name	Type	Description
DRIVER_ADS1014	bool	Add ADS1014 driver sources to the compilation process. Automatically enables the I2C driver. This option is available only if the board possess such hardware.

APS256XXN

Name	Type	Description
DRIVER_APS256XXN	bool	Add APS256XXN driver sources to the compilation process. Automatically enables UDMA Octospi driver. This option is available only if the hardware setup has such hardware. For this option to be used, the DRIVER_TYPE_RAM option must be enabled. This option enables the generation of a APS256XXN device per instance on the hardware setup from the device tree, which is accessible from user code.
DRIVER_APS256XXN_BAUDRATE_DEFAULT	bool	Set the APS256XXN baudrate at its default value: The peripheral frequency
DRIVER_APS256XXN_BAUDRATE_USER	bool	Override the default APS256XXN baudrate value
DRIVER_APS256XXN_CONF_PROPERTY_BAUDRATE	int	Manually set the APS256XXN baudrate to override the devicetree’s one

ATXP032

Name	Type	Description
DRIVER_ATXP032	bool	Add ATXP032 driver sources into the compilation process. This option is available only if the hardware setup has such hardware. For this option to be used, the DRIVER_TYPE_FLASH option must be enabled. Automatically enables the UDAM OctoSPI driver.

BOOTLOADER

Name	Type	Description
DRIVER_BOOTLOADER	bool	Add BOOTLOADER driver sources to the compilation process. Automatically enables OTA and PARTITION APP BIN drivers.

BT

Name	Type	Description
DRIVER_BT_API	bool	Add bluetooth generic API sources to the compilation process.

CAMERA

Name	Type	Description
DRIVER_CAMERA_API	bool	Manually add camera generic API sources to the compilation process. Note: Camera drivers known from the SDK automatically add the API

CLUSTER

Name	Type	Description
DRIVER_CLUSTER	bool	Generate Cluster device instance from devicetree

CLUSTERDECOMPRESSOR

Name	Type	Description
DRIVER_CLUSTERDECOMPRESSOR	bool	Add Cluster decompressor driver sources to the compilation process. It automatically enables the Cluster Team driver.

CLUSTERTEAM

Name	Type	Description
DRIVER_CLUSTERTEAM	bool	Add Cluster team driver sources to the compilation process.

CLUSTERUART

Name	Type	Description
DRIVER_CLUSTERUART	bool	Add Cluster uart driver sources to the compilation process.

CRC32

Name	Type	Description
DRIVER_CRC32	bool	Add CRC32 driver sources to the compilation process.

DA16200

Name	Type	Description
DRIVER_DA16200	bool	Add NINA W10 driver sources to the compilation process. Automatically enables SPIM and UDMA UART drivers. This option is available only if the hardware setup has such hardware. This option enables the generation of a DA16200 device per instance on the selected board from the device tree, which is accessible from user code.
DRIVER_DA16200_BAUDRATE_115200	bool	Configure DA16200 baudrate to 115200 bauds (default value)
DRIVER_DA16200_BAUDRATE_19200	bool	Configure DA16200 baudrate to 19200 bauds
DRIVER_DA16200_BAUDRATE_230400	bool	Configure DA16200 baudrate to 230400 bauds
DRIVER_DA16200_BAUDRATE_38400	bool	Configure DA16200 baudrate to 38400 bauds
DRIVER_DA16200_BAUDRATE_460800	bool	Configure DA16200 baudrate to 460800 bauds
DRIVER_DA16200_BAUDRATE_57600	bool	Configure DA16200 baudrate to 57600 bauds
DRIVER_DA16200_BAUDRATE_921600	bool	Configure DA16200 baudrate to 921600 bauds
DRIVER_DA16200_BAUDRATE_9600	bool	Configure DA16200 baudrate to 9600 bauds
DRIVER_DA16200_DEBUG	bool	Debug mode for DA16200 driver
DRIVER_DA16200_FLOW_CONTROL	bool	Enable DA16200 Flow control
DRIVER_DA16200_PARITY_BIT_EVEN	bool	Configure DA16200 parity bit to EVEN
DRIVER_DA16200_PARITY_BIT_NONE	bool	Disable DA16200 parity (default)
DRIVER_DA16200_PARITY_BIT_ODD	bool	Configure DA16200 parity bit to ODD
DRIVER_DA16200_STOP_BIT_0	bool	Configure DA16200 stop bit number to 0
DRIVER_DA16200_STOP_BIT_1	bool	Configure DA16200 stop bit number to 1 (default)

DAC

Name	Type	Description
DRIVER_DAC_API	bool	Add DAC generic API sources to the compilation process.

DISPLAY

Name	Type	Description
DRIVER_DISPLAY_API	bool	Add display generic API sources to the compilation process.

DMACPY

Name	Type	Description
DRIVER_DMACPY	bool	Add DMA Copy driver sources to the compilation process.

DRIVER

Name	Type	Description
CONFIG_DRIVER_CLUSTER_CONF_PROPERTY_CC_STACK_SIZE	hex	Cluster controller stack size
CONFIG_DRIVER_CLUSTER_CONF_PROPERTY_FLAGS	int	0: fork-based execution model 1: task-based execution model
CONFIG_DRIVER_CLUSTER_CONF_PROPERTY_ICACHE_CONF	hex	b’0: icache enable b’1: master core icache enable b’2-10: prefetch enable, bit i => core[i]
CONFIG_DRIVER_CLUSTER_CONF_PROPERTY_SCRATCH_SIZE	hex	Size of the L1 reserved for scratch data

EEPROM

Name	Type	Description
DRIVER_EEPROM_API	bool	Add eeprom generic API sources to the compilation process.

EFUSE

Name	Type	Description
DRIVER_EFUSE	bool	Add Efuse driver sources to the compilation process.

EPEAS

Name	Type	Description
DRIVER_EPEAS_CIS001	bool	Add CIS001 driver sources to the compilation process. This option is available only if the board possess such hardware.

FFC

Name	Type	Description
DRIVER_FFC	bool	Fixed point / Floating point converter driver

FLASH

Name	Type	Description
DRIVER_FLASH_API	bool	Add flash generic API sources to the compilation process.

FXL6408

Name	Type	Description
DRIVER_FXL6408	bool	Add FXL6408 driver sources to the compilation process. Automatically enables I2C driver. This option is available only if the hardware setup has such hardware. This option enables the generation of a FXL6408 device from the device tree, which is accessible from user code.

GC038

Name	Type	Description
DRIVER_GC038	bool	Add GC038 driver sources to the compilation process. Automatically enables the I2C and UDMACPI driver. This option is available only if the board possess such hardware.

GD25LQ

Name	Type	Description
DRIVER_GD25LQ	bool	Use the Gigadevice GD25LQ Spiflash
DRIVER_GD25LQ_LOG	bool	Enable GD25LQ logs. Their level can be tune using PI_LOG_LEVEL_xx options.

HIMAX

Name	Type	Description
DRIVER_HIMAX	bool	Add HIMAX driver sources to the compilation process. Automatically enables the I2C and UDMACPI driver. This option is available only if the board possess such hardware.

HM0360

Name	Type	Description
DRIVER_HM0360	bool	Add HM0360 driver sources to the compilation process. Automatically enables the I2C UDMACSI2 and UDMACPI driver. This option is available only if the board possess such hardware.
DRIVER_HM0360_CSI2_PATTERN_TEST	bool	configure the camera with a specific pattern
DRIVER_HM0360_DATA_BUS_CPI	bool	Configure the HM0360 data bus over CPI (parallel) interface
DRIVER_HM0360_DATA_BUS_CSI2	bool	Configure the HM0360 data bus over CSI2 (MIPI) interface
DRIVER_HM0360_FORMAT_QVGA	bool	Configure the HM0360 image format to QVGA
DRIVER_HM0360_FORMAT_VGA	bool	Configure the HM0360 image format to VGA
DRIVER_HM0360_LOG	bool	This option enable logs related to HM0360 driver
DRIVER_HM0360_MASTER_CLOCK_12_KHZ	bool	Configure the HM0360 Master Clock at 12 MhZ (external clock)
DRIVER_HM0360_MASTER_CLOCK_24_KHZ	bool	Configure the HM0360 Master Clock at 24 MhZ (internal clock)

HOSTFS

Name	Type	Description
DRIVER_HOSTFS	bool	Add Host FS driver sources into the compilation process.

HYPERFLASH

Name	Type	Description
DRIVER_HYPERFLASH	bool	Add Hyperflash driver sources into the compilation process. This option is available only if the hardware setup has such hardware. For this option to be used, the DRIVER_TYPE_FLASH option must be enabled. Automatically enables the UDMA Hyperbus driver. This option enables the generation of an Hyperflash device per instance on the hardware setup from the device tree, which is accessible from user code.
DRIVER_HYPERFLASH_BAUDRATE_DEFAULT	bool	Set the HYPERFLASH baudrate at its default value: The peripheral frequency
DRIVER_HYPERFLASH_BAUDRATE_USER	bool	Override the default HYPERFLASH baudrate value
DRIVER_HYPERFLASH_CONF_PROPERTY_BAUDRATE	int	Set the Hyperflash baudrate value to override the devicetree’s one

HYPERRAM

Name	Type	Description
DRIVER_HYPERRAM	bool	Add Hyperram driver sources to the compilation process. Automatically enables UDMA Hyperbus driver. This option is available only if the hardware setup has such hardware. For this option to be used, the DRIVER_TYPE_RAM option must be enabled. This option enables the generation of a Hyperram device per instance on the hardware setup from the device tree, which is accessible from user code.
DRIVER_HYPERRAM_BAUDRATE_DEFAULT	bool	Set the HYPERRAM baudrate at its default value: The peripheral frequency
DRIVER_HYPERRAM_BAUDRATE_USER	bool	Override the default HYPERRAM baudrate value
DRIVER_HYPERRAM_CONF_PROPERTY_BAUDRATE	int	Manually set the HYPERRAM baudrate to override the devicetree’s one

I2C

Name	Type	Description
DRIVER_I2C	bool	Add I2C driver sources to the compilation process.

I2S

Name	Type	Description
DRIVER_I2S	bool	Add I2S driver sources to the compilation process. It automatically enables the memslab driver.

I2S0

Name	Type	Description
DRIVER_I2S0	bool	Generate I2S0 peripheral instances in devicetree and add the I2S driver to the compilation process.
DRIVER_I2S0_CONF_PROPERTY_CHANNELS	int	Number of words per frame.
DRIVER_I2S0_CONF_PROPERTY_FRAME_CLK_FREQ	int	Frame clock (WS) frequency, this is sampling rate.
DRIVER_I2S0_CONF_PROPERTY_MEM_WORD_SIZE	int	Number of bits representing one data word in memory. If it is -1, this is equal to word_size.
DRIVER_I2S0_CONF_PROPERTY_MODE	int	Select the peripheral mode. 0: Standard 2-channel I2S mode and TDM mode. 1: Pulse density modulation
DRIVER_I2S0_CONF_PROPERTY_OPTIONS	hex	bit0 : Buffer mode (0: PingPong / 1: Mem Slab) bit1 : Full Duplex mode (0: Disabled / 1: Enabled) bit2 : Channel Status (0: Disabled / 1: Enabled) bit3 : Loopback (0: Disabled / 1: Enabled) bit4 : Direction (0: TX / 1: RX) bit5 : Unused bit6 : Clock Source (0: Internal / 1: External) bit7 : WS Source (0: Internal / 1: External) bit8 : Clock internally routed (0: Disabled / 1: Enabled) bit9 : WS internally routed (0: Disabled / 1: Enabled) bit10: Clock polarity (0: Rising edge / 1: Falling edge) bit11: WS polarity (0: Rising edge / 1: Falling edge) bit12: Use ref fast clock (0: Disabled / 1: Enabled)
DRIVER_I2S0_CONF_PROPERTY_PDM_DIFF	int	In PDM Output mode only: set differential mode on pairs bit0: (SDI,WS) bit1: (SDO,SCK)
DRIVER_I2S0_CONF_PROPERTY_PDM_DIRECTION	hex	Only 2b’ LSB are used, for choosing the mode of the pin SDI and the pin SDO: - SDI - b0: 0-TX, 1-RX - SDO - b1: 0-TX, 1-RX In GAP9, if both are configured as 0, the ouput data will be on the SDO. GAP9 uses term pdm_polarity, which is still kept at HAL level for consistency with the HW registers.
DRIVER_I2S0_CONF_PROPERTY_SLOT_WIDTH	int	Bit width of a TDM slot
DRIVER_I2S0_CONF_PROPERTY_WS_DELAY	int	Sets the distance (in bits) in i2s cycles from the WS rising edge to the first bit of the frame.
DRIVER_I2S0_CONF_PROPERTY_WS_TYPE	int	Specifies the form of the WS: 0: WS pulse is one bit wide, 1 during first slot, first bit 1: WS pulse is one slot wide, 1 during first slot 2: WS pulse is half-frame wide, 1 during first half

I2S1

Name	Type	Description
DRIVER_I2S1	bool	Generate I2S1 peripheral instances in devicetree and add the I2S driver to the compilation process.
DRIVER_I2S1_CONF_PROPERTY_CHANNELS	int	Number of words per frame.
DRIVER_I2S1_CONF_PROPERTY_FRAME_CLK_FREQ	int	Frame clock (WS) frequency, this is sampling rate.
DRIVER_I2S1_CONF_PROPERTY_MEM_WORD_SIZE	int	Number of bits representing one data word in memory. If it is -1, this is equal to word_size.
DRIVER_I2S1_CONF_PROPERTY_MODE	int	Select the peripheral mode. 0: Standard 2-channel I2S mode and TDM mode. 1: Pulse density modulation
DRIVER_I2S1_CONF_PROPERTY_OPTIONS	hex	bit0 : Buffer mode (0: PingPong / 1: Mem Slab) bit1 : Full Duplex mode (0: Disabled / 1: Enabled) bit2 : Channel Status (0: Disabled / 1: Enabled) bit3 : Loopback (0: Disabled / 1: Enabled) bit4 : Direction (0: TX / 1: RX) bit5 : Unused bit6 : Clock Source (0: Internal / 1: External) bit7 : WS Source (0: Internal / 1: External) bit8 : Clock internally routed (0: Disabled / 1: Enabled) bit9 : WS internally routed (0: Disabled / 1: Enabled) bit10: Clock polarity (0: Rising edge / 1: Falling edge) bit11: WS polarity (0: Rising edge / 1: Falling edge) bit12: Use ref fast clock (0: Disabled / 1: Enabled)
DRIVER_I2S1_CONF_PROPERTY_PDM_DIFF	int	In PDM Output mode only: set differential mode on pairs bit0: (SDI,WS) bit1: (SDO,SCK)
DRIVER_I2S1_CONF_PROPERTY_PDM_DIRECTION	hex	Only 2b’ LSB are used, for choosing the mode of the pin SDI and the pin SDO: - SDI - b0: 0-TX, 1-RX - SDO - b1: 0-TX, 1-RX In GAP9, if both are configured as 0, the ouput data will be on the SDO. GAP9 uses term pdm_polarity, which is still kept at HAL level for consistency with the HW registers.
DRIVER_I2S1_CONF_PROPERTY_SLOT_WIDTH	int	Bit width of a TDM slot
DRIVER_I2S1_CONF_PROPERTY_WS_DELAY	int	Sets the distance (in bits) in i2s cycles from the WS rising edge to the first bit of the frame.
DRIVER_I2S1_CONF_PROPERTY_WS_TYPE	int	Specifies the form of the WS: 0: WS pulse is one bit wide, 1 during first slot, first bit 1: WS pulse is one slot wide, 1 during first slot 2: WS pulse is half-frame wide, 1 during first half

I2S2

Name	Type	Description
DRIVER_I2S2	bool	Generate I2S2 peripheral instances in devicetree and add the I2S driver to the compilation process.
DRIVER_I2S2_CONF_PROPERTY_CHANNELS	int	Number of words per frame.
DRIVER_I2S2_CONF_PROPERTY_FRAME_CLK_FREQ	int	Frame clock (WS) frequency, this is sampling rate.
DRIVER_I2S2_CONF_PROPERTY_MEM_WORD_SIZE	int	Number of bits representing one data word in memory. If it is -1, this is equal to word_size.
DRIVER_I2S2_CONF_PROPERTY_MODE	int	Select the peripheral mode. 0: Standard 2-channel I2S mode and TDM mode. 1: Pulse density modulation
DRIVER_I2S2_CONF_PROPERTY_OPTIONS	hex	bit0 : Buffer mode (0: PingPong / 1: Mem Slab) bit1 : Full Duplex mode (0: Disabled / 1: Enabled) bit2 : Channel Status (0: Disabled / 1: Enabled) bit3 : Loopback (0: Disabled / 1: Enabled) bit4 : Direction (0: TX / 1: RX) bit5 : Unused bit6 : Clock Source (0: Internal / 1: External) bit7 : WS Source (0: Internal / 1: External) bit8 : Clock internally routed (0: Disabled / 1: Enabled) bit9 : WS internally routed (0: Disabled / 1: Enabled) bit10: Clock polarity (0: Rising edge / 1: Falling edge) bit11: WS polarity (0: Rising edge / 1: Falling edge) bit12: Use ref fast clock (0: Disabled / 1: Enabled)
DRIVER_I2S2_CONF_PROPERTY_PDM_DIFF	int	In PDM Output mode only: set differential mode on pairs bit0: (SDI,WS) bit1: (SDO,SCK)
DRIVER_I2S2_CONF_PROPERTY_PDM_DIRECTION	hex	Only 2b’ LSB are used, for choosing the mode of the pin SDI and the pin SDO: - SDI - b0: 0-TX, 1-RX - SDO - b1: 0-TX, 1-RX In GAP9, if both are configured as 0, the ouput data will be on the SDO. GAP9 uses term pdm_polarity, which is still kept at HAL level for consistency with the HW registers.
DRIVER_I2S2_CONF_PROPERTY_SLOT_WIDTH	int	Bit width of a TDM slot
DRIVER_I2S2_CONF_PROPERTY_WS_DELAY	int	Sets the distance (in bits) in i2s cycles from the WS rising edge to the first bit of the frame.
DRIVER_I2S2_CONF_PROPERTY_WS_TYPE	int	Specifies the form of the WS: 0: WS pulse is one bit wide, 1 during first slot, first bit 1: WS pulse is one slot wide, 1 during first slot 2: WS pulse is half-frame wide, 1 during first half

I3C

Name	Type	Description
DRIVER_I3C	bool	Add I3C driver sources to the compilation process.

IDC747

Name	Type	Description
DRIVER_IDC747	bool	Add IDC747 driver sources to the compilation process. Automatically enable UART and I2S drivers. This option is available only if the hardware setup has such hardware. This option enables the generation of an IDC747 device per instance on the selected board from the device tree, which is accessible from user code.
DRIVER_IDC747_CONF_PROPERTY_I2S_FREQUENCY	int	Configure the IDC747 sampling frequency
DRIVER_IDC747_LOGS	bool	Enable log print in IDC747 Driver

ILI9341

Name	Type	Description
DRIVER_ILI9341	bool	Add ILI9341 driver sources to the compilation process. Automatically enables SPIM driver. This option is available only if the hardware setup has such hardware. This option enables the generation of an ILI9341 device per instance on the hardware setup from the device tree, which is accessible from user code.

L2MALLOC

Name	Type	Description
DRIVER_L2MALLOC	bool	Memory allocation in L2 memory

LITTLEFS

Name	Type	Description
DRIVER_LITTLEFS	bool	Add Little FS driver sources into the compilation process. Automatically enables the PARTITION driver.

LP402035

Name	Type	Description
DRIVER_LP402035	bool	Enable devicetree features about LP402035 device.

LZ4

Name	Type	Description
DRIVER_LZ4	bool	Enables LZ4 Decoder library. Add related sources to the compilation process.

M24C02

Name	Type	Description
DRIVER_M24C02	bool	Add 24XX1025 driver sources to the compilation process. Automatically enables I2C driver. This option is available only if the hardware setup has such hardware.

MD5

Name	Type	Description
DRIVER_MD5	bool	Add CRC MD5 driver sources to the compilation process.

MEMSLAB

Name	Type	Description
DRIVER_MEMSLAB	bool	Memory slab allocator

MRAM

Name	Type	Description
DRIVER_MRAM	bool	Add MRAM driver sources to the compilation process. This option is available only if the hardware setup has such hardware. For this option to be used, the DRIVER_TYPE_FLASH option must be enabled. This option enables the generation of an MRAM device per instance on the hardware setup from the device tree, which is accessible from user code.
DRIVER_MRAM_BAUDRATE_DEFAULT	bool	Set the MRAM baudrate at its default value: The peripheral frequency
DRIVER_MRAM_BAUDRATE_USER	bool	Override the default MRAM baudrate value
DRIVER_MRAM_CONF_PROPERTY_BAUDRATE	int	Manually set the MRAM baudrate to override the devicetree’s one.

MT25Q

Name	Type	Description
DRIVER_MT25Q	bool	Use the Micron MT25Q Spiflash

MT9V034

Name	Type	Description
DRIVER_MT9V034	bool	Add MT9V034 driver sources to the compilation process. Automatically enables the I2C and UDMACPI driver. This option is available only if the board possess such hardware.

MX25U51245G

Name	Type	Description
DRIVER_MX25U51245G	bool	Add MX25U51245G driver sources to the compilation process. Automatically enables UDMA Octospi driver. This option is available only if the hardware setup has such hardware. For this option to be used, the DRIVER_TYPE_FLASH option must be enabled. This option enables the generation of an MX25U51245G device per instance on the hardware setup from the device tree, which is accessible from user code.
DRIVER_MX25U51245G_BAUDRATE_DEFAULT	bool	Set the MX25U51245G baudrate at its default value: The peripheral frequency
DRIVER_MX25U51245G_BAUDRATE_USER	bool	Override the default MX25U51245G baudrate value
DRIVER_MX25U51245G_CONF_PROPERTY_BAUDRATE	int	Manually set the MX25U51245G baudrate to override the devicetree’s one.
DRIVER_MX25U51245G_FLASH_SIZE	int	Sets the flash size to be used for mx25. Affects gapy for flash image generation.

NINAB112

Name	Type	Description
DRIVER_NINAB112	bool	Add NINAB112 driver sources to the compilation. Automatically enables UDMA UART driver. This option is available only if the board possess such hardware.

NINAB312

Name	Type	Description
DRIVER_NINAB312	bool	Add NINAB312 driver sources to the compilation. Automatically enables UDMA UART driver. This option is available only if the board possess such hardware.
DRIVER_NINAB312_DEBUG	bool	Enable the debug mode of the NINAB312 driver. It adds some prints.

NINAW10

Name	Type	Description
DRIVER_NINAW10	bool	Add NINA W10 driver sources to the compilation process. Automatically enables SPIM driver. This option is available only if the hardware setup has such hardware.

OTA

Name	Type	Description
DRIVER_OTA	bool	Add OTA driver sources to the compilation process. Automatically enables Partition driver.

OV5640

Name	Type	Description
DRIVER_OV5640	bool	Add OV5640 driver sources to the compilation process. Automatically enables the I2C and UDMACPI driver. This option is available only if the board possess such hardware.

OV5647

Name	Type	Description
DRIVER_OV5647	bool	Add OV5647 driver sources to the compilation process. Automatically enables I2C, I3C and UDMACSI2 drivers. This option is available only if the board possess such hardware.
DRIVER_OV5647_BUS_I2C	bool	Use I2C driver to drive OV5647 camera
DRIVER_OV5647_BUS_I3C	bool	Use I3C driver to drive OV5647 camera
DRIVER_OV5647_DEV_MODE	bool	This function enables advanced option about this driver
DRIVER_OV5647_FORMAT_HD1080	bool	Configure the OV5647 image format to 1920 * 1080
DRIVER_OV5647_FORMAT_QVGA	bool	Configure the OV5647 image format to QVGA
DRIVER_OV5647_FORMAT_VGA	bool	Configure the OV5647 image format to VGA
DRIVER_OV5647_FPS_15	bool	Configure the OV5647 frame per second to 15
DRIVER_OV5647_FPS_30	bool	Configure the OV5647 frame per second to 30
DRIVER_OV5647_FPS_45	bool	Configure the OV5647 frame per second to 45
DRIVER_OV5647_LOG	bool	This option enable logs related to OV5647 driver

OV7670

Name	Type	Description
DRIVER_OV7670	bool	Add OV7670 driver sources to the compilation process. Automatically enables I2C and UDMACSI2 drivers. This option is available only if the board possess such hardware.

OV9281

Name	Type	Description
DRIVER_OV9281	bool	Add OV9281 driver sources to the compilation process. Automatically enables the UDMACSI2 driver. This option is available only if the board possess such hardware.
DRIVER_OV9281_BUS_I2C	bool	Use I2C driver to drive OV9281 camera
DRIVER_OV9281_BUS_I3C	bool	Use I3C driver to drive OV9281 camera
DRIVER_OV9281_DEV_MODE	bool	This function enables advanced option about this driver
DRIVER_OV9281_FORMAT_QVGA	bool	Configure the OV9281 image format to QVGA
DRIVER_OV9281_FORMAT_QWXGA	bool	Configure the OV9281 image format to QWXGA
DRIVER_OV9281_FORMAT_VGA	bool	Configure the OV9281 image format to VGA
DRIVER_OV9281_FORMAT_WXGA	bool	Configure the OV9281 image format to WXVGA
DRIVER_OV9281_LOG	bool	This option enable logs related to OV9281 driver

OV9750

Name	Type	Description
DRIVER_OV9750	bool	Add OV9281 driver sources to the compilation process. Automatically enables UDMACSI2, I2C and I3C drivers. This option is available only if the board possess such hardware.

PIXART

Name	Type	Description
DRIVER_PIXART	bool	Add PIXART driver sources to the compilation process. Automatically enables SPIM, PWM and CPI drivers. This option is available only if the board possess such hardware.

POWERSUPPLY

Name	Type	Description
DRIVER_POWERSUPPLY_API	bool	Add Powersupply generic API sources to the compilation process.

PWM

Name	Type	Description
DRIVER_PWM	bool	Add PWM driver sources to the compilation process.

Partition

Name	Type	Description
DRIVER_FLASH_PARTITION	bool	Add Flash Partition V1 driver sources to the compilation process.
DRIVER_FLASH_PARTITION_ENABLE	bool	Enables Flash Partition driver.
DRIVER_FLASH_PARTITION_V2	bool	Add Flash Partition V2 driver sources to the compilation process. Automatically enables Partition, Flash and MRAM drivers.
DRIVER_FLASH_PARTITION_V2_DISABLE_AUTO_REGISTRY	bool	Disable the automatic register of memory devices (WARNING: do not use unless you know what you are doing) This option requires DRIVER_FLASH_PARTITION_V2 option to be enabled to be used.
DRIVER_PARTITION	bool	Add Partition driver sources to the compilation process.
DRIVER_PARTITION_APP_BIN	bool	Add Partition app bin (“app binary” gapy template partitions support) driver sources to the compilation process. Automatically enables Flash and LZ4 drivers.
DRIVER_PARTITION_APP_BOOT	bool	Add Partition boot utilities (watchdog arm/disarm etc). Automatically enables Flash driver.
DRIVER_PARTITION_APP_ELF	bool	Add Partition app elf (“rom” gapy template partitions support) driver sources to the compilation process. Automatically enables Flash driver.

QUIDDIKEY

Name	Type	Description
DRIVER_QUIDDIKEY	bool	Add Quiddikey driver sources to the compilation process.

RAM

Name	Type	Description
DRIVER_RAM_API	bool	Add RAM generic API sources to the compilation process.

READFS

Name	Type	Description
DRIVER_READFS	bool	Add Read FS driver sources into the compilation process. Automatically enables the PARTITION driver.

RTC

Name	Type	Description
DRIVER_RTC	bool	Add RTC driver sources to the compilation process. Automatically select the Slow Ref clock as GAP9 clock source.

SFU

Name	Type	Description
DRIVER_SFU	bool	Enables the SFU
DRIVER_SFU_GRAPH_DEBUG	bool	Include SFU node name strings in generated SFU C files. On GVSoC platform this will cause dumping of all internal SFU signals to files named as <node_name>.<port>.
DRIVER_SFU_OPTION_AUDIO_SW_QUEUES	bool	Continuously receive data from MEM_IN or continuously transfer data to MEM_OUT port. This option requires DRIVER_SFU option to be enabled to be used.
DRIVER_SFU_OPTION_CMD_QUEUE	bool	Enqueue ansynchronously several SFU commands which are then treated one by one by the driver. This option requires DRIVER_SFU option to be enabled to be used.
DRIVER_SFU_OPTION_DEBUG	bool	Allocate debug structures.
DRIVER_SFU_OPTION_DOUBLE_CHECK	bool	Additional runtime checks.
DRIVER_SFU_OPTION_MALLOC_STRESS	bool	Add memset after allocations.
DRIVER_SFU_RUNTIME_LEGACY	bool	Enables legacy SFU runtime.
DRIVER_SFU_RUNTIME_V2	bool	Enable SFU runtime v2.

SPIFLASH

Name	Type	Description
DRIVER_SPIFLASH	bool	Add Spiflash driver sources into the compilation process. This option is available only if the hardware setup has such hardware. For this option to be used, the DRIVER_TYPE_FLASH option must be enabled. Automatically enables the SPIM driver.

SPIM

Name	Type	Description
DRIVER_SPIM	bool	Add SPIM driver sources to the compilation process.

SPIRAM

Name	Type	Description
DRIVER_SPIRAM	bool	Add SPIRam driver sources to the compilation process.

SSM6515

Name	Type	Description
DRIVER_SSM6515	bool	Add SSM6515 driver sources to the compilation process. Automatically enables I2C and I2S drivers. This option is available only if the hardware setup has such hardware. This option enables the generation of an SSM6515 device per instance on the selected board from the device tree, which is accessible from user code.

STC3117IJT

Name	Type	Description
DRIVER_STC3117IJT	bool	Add STC3117IJT driver sources to the compilation process. Automatically enables I2C driver. This option is available only if the hardware setup has such hardware. This option enables the generation of an STC3117IJT device per instance on the selected board from the device tree, which is accessible from user code.

T3902

Name	Type	Description
DRIVER_T3902	bool	This option is available only if the hardware setup has such hardware. This option enables the generation of T3902 properties from the device tree, which are accessible from user code.

THERMEYE

Name	Type	Description
DRIVER_THERMEYE	bool	Add PIXART driver sources to the compilation process. Automatically enables I2C, PWM and CPI drivers. This option is available only if the board possess such hardware.

TLV320

Name	Type	Description
DRIVER_TLV320	bool	Add TLV320 driver sources to the compilation process. Automatically enables I2C and I2S driver. This option is available only if the board possess such hardware.
DRIVER_TLV320_OPTION_LOG	bool	Enable TLV320 logs. Their level can be tune using PI_LOG_LEVEL_xx options.

UART0

Name	Type	Description
DRIVER_UART0	bool	Add UDMA UART driver sources to the compilation process and enable the devicetree UART0 definition to be outputed to user code. UART0
DRIVER_UART0_BAUDRATE_1152000_CHOICE	bool	Configure UART0’s baudrate to 1152000
DRIVER_UART0_BAUDRATE_115200_CHOICE	bool	Configure UART0’s baudrate to 115200
DRIVER_UART0_BAUDRATE_19200_CHOICE	bool	Configure UART0’s baudrate to 19200
DRIVER_UART0_BAUDRATE_230400_CHOICE	bool	Configure UART0’s baudrate to 230400
DRIVER_UART0_BAUDRATE_38400_CHOICE	bool	Configure UART0’s baudrate to 38400
DRIVER_UART0_BAUDRATE_460800_CHOICE	bool	Configure UART0’s baudrate to 460800
DRIVER_UART0_BAUDRATE_57600_CHOICE	bool	Configure UART0’s baudrate to 57600
DRIVER_UART0_BAUDRATE_921600_CHOICE	bool	Configure UART0’s baudrate to 921600
DRIVER_UART0_BAUDRATE_9600_CHOICE	bool	Configure UART0’s baudrate to 9600
DRIVER_UART0_BAUDRATE_CUSTOM_CHOICE	bool	Configure UART0’s baudrate to a custom value
DRIVER_UART0_BAUDRATE_CUSTOM_VALUE	int	Specify a custom baudrate value for UART0 peripheral
DRIVER_UART0_CLKSRC_FLL_CHOICE	bool	Set FLL as UART0 clock source
DRIVER_UART0_CLKSRC_REF_FAST_CHOICE	bool	Set Ref Fast Clock as UART0 clock source
DRIVER_UART0_CONTROL_FLOW_DISABLE_CHOICE	bool	Disable UART0 Control Flow
DRIVER_UART0_CONTROL_FLOW_ENABLE_CHOICE	bool	Enable UART0 Control Flow
DRIVER_UART0_PAD_CTS_34_CHOICE	bool	Use pad 34 as UART0 CTS.
DRIVER_UART0_PAD_CTS_35_CHOICE	bool	Use pad 35 as UART0 CTS.
DRIVER_UART0_PAD_CTS_40_CHOICE	bool	Use pad 40 as UART0 CTS.
DRIVER_UART0_PAD_CTS_41_CHOICE	bool	Use pad 41 as UART0 CTS.
DRIVER_UART0_PAD_CTS_42_CHOICE	bool	Use pad 42 as UART0 CTS.
DRIVER_UART0_PAD_CTS_43_CHOICE	bool	Use pad 43 as UART0 CTS.
DRIVER_UART0_PAD_CTS_44_CHOICE	bool	Use pad 44 as UART0 CTS.
DRIVER_UART0_PAD_CTS_45_CHOICE	bool	Use pad 45 as UART0 CTS.
DRIVER_UART0_PAD_CTS_60_CHOICE	bool	Use pad 60 as UART0 CTS.
DRIVER_UART0_PAD_CTS_61_CHOICE	bool	Use pad 61 as UART0 CTS.
DRIVER_UART0_PAD_CTS_62_CHOICE	bool	Use pad 62 as UART0 CTS.
DRIVER_UART0_PAD_CTS_63_CHOICE	bool	Use pad 63 as UART0 CTS.
DRIVER_UART0_PAD_CTS_67_CHOICE	bool	Use pad 67 as UART0 CTS.
DRIVER_UART0_PAD_CTS_68_CHOICE	bool	Use pad 68 as UART0 CTS.
DRIVER_UART0_PAD_CTS_DEFAULT_CHOICE	bool	Use default pad (pad40) as UART0 CTS.
DRIVER_UART0_PAD_RTS_34_CHOICE	bool	Use pad 34 as UART0 RTS.
DRIVER_UART0_PAD_RTS_35_CHOICE	bool	Use pad 35 as UART0 RTS.
DRIVER_UART0_PAD_RTS_40_CHOICE	bool	Use pad 40 as UART0 RTS.
DRIVER_UART0_PAD_RTS_41_CHOICE	bool	Use pad 41 as UART0 RTS.
DRIVER_UART0_PAD_RTS_42_CHOICE	bool	Use pad 42 as UART0 RTS.
DRIVER_UART0_PAD_RTS_43_CHOICE	bool	Use pad 43 as UART0 RTS.
DRIVER_UART0_PAD_RTS_44_CHOICE	bool	Use pad 44 as UART0 RTS.
DRIVER_UART0_PAD_RTS_45_CHOICE	bool	Use pad 45 as UART0 RTS.
DRIVER_UART0_PAD_RTS_60_CHOICE	bool	Use pad 60 as UART0 RTS.
DRIVER_UART0_PAD_RTS_61_CHOICE	bool	Use pad 61 as UART0 RTS.
DRIVER_UART0_PAD_RTS_62_CHOICE	bool	Use pad 62 as UART0 RTS.
DRIVER_UART0_PAD_RTS_63_CHOICE	bool	Use pad 63 as UART0 RTS.
DRIVER_UART0_PAD_RTS_67_CHOICE	bool	Use pad 67 as UART0 RTS.
DRIVER_UART0_PAD_RTS_68_CHOICE	bool	Use pad 68 as UART0 RTS.
DRIVER_UART0_PAD_RTS_DEFAULT_CHOICE	bool	Use Default pad (Pad34) as UART0 RTS.
DRIVER_UART0_PAD_RX_34_CHOICE	bool	Use Pad34 as UART0 RX.
DRIVER_UART0_PAD_RX_35_CHOICE	bool	Use Pad35 as UART0 RX.
DRIVER_UART0_PAD_RX_40_CHOICE	bool	Use Pad40 as UART0 RX.
DRIVER_UART0_PAD_RX_41_CHOICE	bool	Use Pad41 as UART0 RX.
DRIVER_UART0_PAD_RX_42_CHOICE	bool	Use Pad42 as UART0 RX.
DRIVER_UART0_PAD_RX_43_CHOICE	bool	Use Pad43 as UART0 RX.
DRIVER_UART0_PAD_RX_44_CHOICE	bool	Use Pad44 as UART0 RX.
DRIVER_UART0_PAD_RX_45_CHOICE	bool	Use Pad45 as UART0 RX.
DRIVER_UART0_PAD_RX_60_CHOICE	bool	Use Pad60 as UART0 RX.
DRIVER_UART0_PAD_RX_61_CHOICE	bool	Use Pad61 as UART0 RX.
DRIVER_UART0_PAD_RX_62_CHOICE	bool	Use Pad62 as UART0 RX.
DRIVER_UART0_PAD_RX_63_CHOICE	bool	Use Pad63 as UART0 RX.
DRIVER_UART0_PAD_RX_67_CHOICE	bool	Use Pad67 as UART0 RX.
DRIVER_UART0_PAD_RX_68_CHOICE	bool	Use Pad68 as UART0 RX.
DRIVER_UART0_PAD_RX_DEFAULT_CHOICE	bool	Use the default pad for UART0 RX (Pad44).
DRIVER_UART0_PAD_TX_34_CHOICE	bool	Use Pad34 as UART0 TX.
DRIVER_UART0_PAD_TX_35_CHOICE	bool	Use Pad35 as UART0 TX.
DRIVER_UART0_PAD_TX_40_CHOICE	bool	Use Pad40 as UART0 TX.
DRIVER_UART0_PAD_TX_41_CHOICE	bool	Use Pad41 as UART0 TX.
DRIVER_UART0_PAD_TX_42_CHOICE	bool	Use Pad42 as UART0 TX.
DRIVER_UART0_PAD_TX_43_CHOICE	bool	Use Pad43 as UART0 TX.
DRIVER_UART0_PAD_TX_44_CHOICE	bool	Use Pad44 as UART0 TX.
DRIVER_UART0_PAD_TX_45_CHOICE	bool	Use Pad45 as UART0 TX.
DRIVER_UART0_PAD_TX_60_CHOICE	bool	Use Pad60 as UART0 TX.
DRIVER_UART0_PAD_TX_61_CHOICE	bool	Use Pad61 as UART0 TX.
DRIVER_UART0_PAD_TX_62_CHOICE	bool	Use Pad62 as UART0 TX.
DRIVER_UART0_PAD_TX_63_CHOICE	bool	Use Pad63 as UART0 TX.
DRIVER_UART0_PAD_TX_67_CHOICE	bool	Use Pad67 as UART0 TX.
DRIVER_UART0_PAD_TX_68_CHOICE	bool	Use Pad68 as UART0 TX.
DRIVER_UART0_PAD_TX_DEFAULT_CHOICE	bool	Configure UART0’s TX pad to be the default one (Pad45)
DRIVER_UART0_PARITY_DISABLE_CHOICE	bool	Disable UART0 parity
DRIVER_UART0_PARITY_ENABLE_CHOICE	bool	Enable UART0 parity
DRIVER_UART0_PHASE_FIRST_CLK_EDGE_CHOICE	bool	Configure UART0’s phase to be sampled on first clock edge
DRIVER_UART0_PHASE_SECOND_CLK_EDGE_CHOICE	bool	Configure UART0’s phase to be sampled on second clock edge
DRIVER_UART0_POLARITY_INVERTED_CHOICE	bool	Configure UART0 polarity to “Inverted”
DRIVER_UART0_POLARITY_NORMAL_CHOICE	bool	Configure UART0 polarity to “Normal”
DRIVER_UART0_RX_DISABLE_CHOICE	bool	Disable UART0 RX
DRIVER_UART0_RX_ENABLE_CHOICE	bool	Enable UART0 TX
DRIVER_UART0_STOP_BIT_ONE_CHOICE	bool	Configure UART0’s stop bit number to 1
DRIVER_UART0_STOP_BIT_TWO_CHOICE	bool	Configure UART0’s stop bit number to 2
DRIVER_UART0_TX_DISABLE_CHOICE	bool	Disable UART0 TX
DRIVER_UART0_TX_ENABLE_CHOICE	bool	Enable UART0 TX
DRIVER_UART0_WORDSIZE_5BITS_CHOICE	bool	Configure UART0’s wordsize to 5 bits
DRIVER_UART0_WORDSIZE_6BITS_CHOICE	bool	Configure UART0’s wordsize to 6 bits
DRIVER_UART0_WORDSIZE_7BITS_CHOICE	bool	Configure UART0’s wordsize to 7 bits
DRIVER_UART0_WORDSIZE_8BITS_CHOICE	bool	Configure UART0’s wordsize to 8 bits

UART1

Name	Type	Description
DRIVER_UART1	bool	Add UDMA UART driver sources to the compilation process and enable the devicetree UART1 definition to be outputed to user code. UART1
DRIVER_UART1_BAUDRATE_1152000_CHOICE	bool	Configure UART1’s baudrate to 1152000
DRIVER_UART1_BAUDRATE_115200_CHOICE	bool	Configure UART1’s baudrate to 115200
DRIVER_UART1_BAUDRATE_19200_CHOICE	bool	Configure UART1’s baudrate to 19200
DRIVER_UART1_BAUDRATE_230400_CHOICE	bool	Configure UART1’s baudrate to 230400
DRIVER_UART1_BAUDRATE_38400_CHOICE	bool	Configure UART1’s baudrate to 38400
DRIVER_UART1_BAUDRATE_460800_CHOICE	bool	Configure UART1’s baudrate to 460800
DRIVER_UART1_BAUDRATE_57600_CHOICE	bool	Configure UART1’s baudrate to 57600
DRIVER_UART1_BAUDRATE_921600_CHOICE	bool	Configure UART1’s baudrate to 921600
DRIVER_UART1_BAUDRATE_9600_CHOICE	bool	Configure UART1’s baudrate to 9600
DRIVER_UART1_BAUDRATE_CUSTOM_CHOICE	bool	Configure UART1’s baudrate to a custom value
DRIVER_UART1_BAUDRATE_CUSTOM_VALUE	int	Specify a custom baudrate value for UART1 peripheral
DRIVER_UART1_CLKSRC_FLL_CHOICE	bool	Set FLL as UART1 clock source
DRIVER_UART1_CLKSRC_REF_FAST_CHOICE	bool	Set Ref Fast Clock as UART1 clock source
DRIVER_UART1_CONTROL_FLOW_DISABLE_CHOICE	bool	Disable UART1 Control Flow
DRIVER_UART1_CONTROL_FLOW_ENABLE_CHOICE	bool	Enable UART1 Control Flow
DRIVER_UART1_PAD_CTS_34_CHOICE	bool	Use pad 34 as UART1 CTS.
DRIVER_UART1_PAD_CTS_35_CHOICE	bool	Use pad 35 as UART1 CTS.
DRIVER_UART1_PAD_CTS_40_CHOICE	bool	Use pad 40 as UART1 CTS.
DRIVER_UART1_PAD_CTS_41_CHOICE	bool	Use pad 41 as UART1 CTS.
DRIVER_UART1_PAD_CTS_42_CHOICE	bool	Use pad 42 as UART1 CTS.
DRIVER_UART1_PAD_CTS_43_CHOICE	bool	Use pad 43 as UART1 CTS.
DRIVER_UART1_PAD_CTS_44_CHOICE	bool	Use pad 44 as UART1 CTS.
DRIVER_UART1_PAD_CTS_45_CHOICE	bool	Use pad 45 as UART1 CTS.
DRIVER_UART1_PAD_CTS_60_CHOICE	bool	Use pad 60 as UART1 CTS.
DRIVER_UART1_PAD_CTS_61_CHOICE	bool	Use pad 61 as UART1 CTS.
DRIVER_UART1_PAD_CTS_62_CHOICE	bool	Use pad 62 as UART1 CTS.
DRIVER_UART1_PAD_CTS_63_CHOICE	bool	Use pad 63 as UART1 CTS.
DRIVER_UART1_PAD_CTS_67_CHOICE	bool	Use pad 67 as UART1 CTS.
DRIVER_UART1_PAD_CTS_68_CHOICE	bool	Use pad 68 as UART1 CTS.
DRIVER_UART1_PAD_CTS_DEFAULT_CHOICE	bool	Use default pad (pad40) as UART1 CTS.
DRIVER_UART1_PAD_RTS_34_CHOICE	bool	Use pad 34 as UART1 RTS.
DRIVER_UART1_PAD_RTS_35_CHOICE	bool	Use pad 35 as UART1 RTS.
DRIVER_UART1_PAD_RTS_40_CHOICE	bool	Use pad 40 as UART1 RTS.
DRIVER_UART1_PAD_RTS_41_CHOICE	bool	Use pad 41 as UART1 RTS.
DRIVER_UART1_PAD_RTS_42_CHOICE	bool	Use pad 42 as UART1 RTS.
DRIVER_UART1_PAD_RTS_43_CHOICE	bool	Use pad 43 as UART1 RTS.
DRIVER_UART1_PAD_RTS_44_CHOICE	bool	Use pad 44 as UART1 RTS.
DRIVER_UART1_PAD_RTS_45_CHOICE	bool	Use pad 45 as UART1 RTS.
DRIVER_UART1_PAD_RTS_60_CHOICE	bool	Use pad 60 as UART1 RTS.
DRIVER_UART1_PAD_RTS_61_CHOICE	bool	Use pad 61 as UART1 RTS.
DRIVER_UART1_PAD_RTS_62_CHOICE	bool	Use pad 62 as UART1 RTS.
DRIVER_UART1_PAD_RTS_63_CHOICE	bool	Use pad 63 as UART1 RTS.
DRIVER_UART1_PAD_RTS_67_CHOICE	bool	Use pad 67 as UART1 RTS.
DRIVER_UART1_PAD_RTS_68_CHOICE	bool	Use pad 68 as UART1 RTS.
DRIVER_UART1_PAD_RTS_DEFAULT_CHOICE	bool	Use Default pad (Pad34) as UART1 RTS.
DRIVER_UART1_PAD_RX_34_CHOICE	bool	Use Pad34 as UART1 RX.
DRIVER_UART1_PAD_RX_35_CHOICE	bool	Use Pad35 as UART1 RX.
DRIVER_UART1_PAD_RX_40_CHOICE	bool	Use Pad40 as UART1 RX.
DRIVER_UART1_PAD_RX_41_CHOICE	bool	Use Pad41 as UART1 RX.
DRIVER_UART1_PAD_RX_42_CHOICE	bool	Use Pad42 as UART1 RX.
DRIVER_UART1_PAD_RX_43_CHOICE	bool	Use Pad43 as UART1 RX.
DRIVER_UART1_PAD_RX_44_CHOICE	bool	Use Pad44 as UART1 RX.
DRIVER_UART1_PAD_RX_45_CHOICE	bool	Use Pad45 as UART1 RX.
DRIVER_UART1_PAD_RX_60_CHOICE	bool	Use Pad60 as UART1 RX.
DRIVER_UART1_PAD_RX_61_CHOICE	bool	Use Pad61 as UART1 RX.
DRIVER_UART1_PAD_RX_62_CHOICE	bool	Use Pad62 as UART1 RX.
DRIVER_UART1_PAD_RX_63_CHOICE	bool	Use Pad63 as UART1 RX.
DRIVER_UART1_PAD_RX_67_CHOICE	bool	Use Pad67 as UART1 RX.
DRIVER_UART1_PAD_RX_68_CHOICE	bool	Use Pad68 as UART1 RX.
DRIVER_UART1_PAD_RX_DEFAULT_CHOICE	bool	Use the default pad for UART1 RX (Pad44).
DRIVER_UART1_PAD_TX_34_CHOICE	bool	Use Pad34 as UART1 TX.
DRIVER_UART1_PAD_TX_35_CHOICE	bool	Use Pad35 as UART1 TX.
DRIVER_UART1_PAD_TX_40_CHOICE	bool	Use Pad40 as UART1 TX.
DRIVER_UART1_PAD_TX_41_CHOICE	bool	Use Pad41 as UART1 TX.
DRIVER_UART1_PAD_TX_42_CHOICE	bool	Use Pad42 as UART1 TX.
DRIVER_UART1_PAD_TX_43_CHOICE	bool	Use Pad43 as UART1 TX.
DRIVER_UART1_PAD_TX_44_CHOICE	bool	Use Pad44 as UART1 TX.
DRIVER_UART1_PAD_TX_45_CHOICE	bool	Use Pad45 as UART1 TX.
DRIVER_UART1_PAD_TX_60_CHOICE	bool	Use Pad60 as UART1 TX.
DRIVER_UART1_PAD_TX_61_CHOICE	bool	Use Pad61 as UART1 TX.
DRIVER_UART1_PAD_TX_62_CHOICE	bool	Use Pad62 as UART1 TX.
DRIVER_UART1_PAD_TX_63_CHOICE	bool	Use Pad63 as UART1 TX.
DRIVER_UART1_PAD_TX_67_CHOICE	bool	Use Pad67 as UART1 TX.
DRIVER_UART1_PAD_TX_68_CHOICE	bool	Use Pad68 as UART1 TX.
DRIVER_UART1_PAD_TX_DEFAULT_CHOICE	bool	Configure UART1’s TX pad to be the default one (Pad45)
DRIVER_UART1_PARITY_DISABLE_CHOICE	bool	Disable UART1 parity
DRIVER_UART1_PARITY_ENABLE_CHOICE	bool	Enable UART1 parity
DRIVER_UART1_PHASE_FIRST_CLK_EDGE_CHOICE	bool	Configure UART1’s phase to be sampled on first clock edge
DRIVER_UART1_PHASE_SECOND_CLK_EDGE_CHOICE	bool	Configure UART1’s phase to be sampled on second clock edge
DRIVER_UART1_POLARITY_INVERTED_CHOICE	bool	Configure UART1 polarity to “Inverted”
DRIVER_UART1_POLARITY_NORMAL_CHOICE	bool	Configure UART1 polarity to “Normal”
DRIVER_UART1_RX_DISABLE_CHOICE	bool	Disable UART1 RX
DRIVER_UART1_RX_ENABLE_CHOICE	bool	Enable UART1 TX
DRIVER_UART1_STOP_BIT_ONE_CHOICE	bool	Configure UART1’s stop bit number to 1
DRIVER_UART1_STOP_BIT_TWO_CHOICE	bool	Configure UART1’s stop bit number to 2
DRIVER_UART1_TX_DISABLE_CHOICE	bool	Disable UART1 TX
DRIVER_UART1_TX_ENABLE_CHOICE	bool	Enable UART1 TX
DRIVER_UART1_WORDSIZE_5BITS_CHOICE	bool	Configure UART1’s wordsize to 5 bits
DRIVER_UART1_WORDSIZE_6BITS_CHOICE	bool	Configure UART1’s wordsize to 6 bits
DRIVER_UART1_WORDSIZE_7BITS_CHOICE	bool	Configure UART1’s wordsize to 7 bits
DRIVER_UART1_WORDSIZE_8BITS_CHOICE	bool	Configure UART1’s wordsize to 8 bits

UARTUSB

Name	Type	Description
DRIVER_UARTUSB	bool	This option is available only if the hardware setup has such hardware. This option enables the generation of an UART USB device from the device tree, which is accessible from user code. Its properties
DRIVER_UARTUSB_BAUDRATE_1152000_CHOICE	bool	Configure the UART USB device baudrate to 1152000 bauds
DRIVER_UARTUSB_BAUDRATE_115200_CHOICE	bool	Configure the UART USB device baudrate to 115200 bauds
DRIVER_UARTUSB_BAUDRATE_19200_CHOICE	bool	Configure the UART USB device baudrate to 19200 bauds
DRIVER_UARTUSB_BAUDRATE_230400_CHOICE	bool	Configure the UART USB device baudrate to 230400 bauds
DRIVER_UARTUSB_BAUDRATE_38400_CHOICE	bool	Configure the UART USB device baudrate to 38400 bauds
DRIVER_UARTUSB_BAUDRATE_460800_CHOICE	bool	Configure the UART USB device baudrate to 460800 bauds
DRIVER_UARTUSB_BAUDRATE_57600_CHOICE	bool	Configure the UART USB device baudrate to 57600 bauds
DRIVER_UARTUSB_BAUDRATE_921600_CHOICE	bool	Configure the UART USB device baudrate to 921600 bauds
DRIVER_UARTUSB_BAUDRATE_9600_CHOICE	bool	Configure the UART USB device baudrate to 9600 bauds
DRIVER_UARTUSB_BAUDRATE_CUSTOM_CHOICE	bool	Configure the UART USB device baudrate to 1152000 bauds
DRIVER_UARTUSB_BAUDRATE_CUSTOM_VALUE	int	Specify a custom baudrate value for UARTUSB peripheral
DRIVER_UARTUSB_CLKSRC_FLL_CHOICE	bool	Set FLL as UARTUSB clock source
DRIVER_UARTUSB_CLKSRC_REF_FAST_CHOICE	bool	Set Ref Fast Clock as UARTUSB clock source
DRIVER_UARTUSB_CONTROL_FLOW_DISABLE_CHOICE	bool	Disable UARTUSB Control Flow
DRIVER_UARTUSB_CONTROL_FLOW_ENABLE_CHOICE	bool	Enable UARTUSB Control Flow
DRIVER_UARTUSB_ID_0_CHOICE	bool	This option configure the UART0 to stream data from GAP to the host via the board USB connector.
DRIVER_UARTUSB_ID_1_CHOICE	bool	This option configure the UART1 to stream data from GAP to the host via the board USB connector.
DRIVER_UARTUSB_PARITY_DISABLE_CHOICE	bool	Disable UARTUSB parity
DRIVER_UARTUSB_PARITY_ENABLE_CHOICE	bool	Enable UARTUSB parity
DRIVER_UARTUSB_PHASE_FIRST_CLK_EDGE_CHOICE	bool	Configure UARTUSB’s phase to be sampled on first clock edge
DRIVER_UARTUSB_PHASE_SECOND_CLK_EDGE_CHOICE	bool	Configure UARTUSB’s phase to be sampled on second clock edge
DRIVER_UARTUSB_POLARITY_INVERTED_CHOICE	bool	Configure UARTUSB polarity to “Inverted”
DRIVER_UARTUSB_POLARITY_NORMAL_CHOICE	bool	Configure UARTUSB polarity to “Normal”
DRIVER_UARTUSB_RX_DISABLE_CHOICE	bool	Disable UARTUSB RX
DRIVER_UARTUSB_RX_ENABLE_CHOICE	bool	Enable UARTUSB TX
DRIVER_UARTUSB_STOP_BIT_ONE_CHOICE	bool	Configure UARTUSB’s stop bit number to 1
DRIVER_UARTUSB_STOP_BIT_TWO_CHOICE	bool	Configure UARTUSB’s stop bit number to 2
DRIVER_UARTUSB_TX_DISABLE_CHOICE	bool	Disable UARTUSB TX
DRIVER_UARTUSB_TX_ENABLE_CHOICE	bool	Enable UARTUSB TX
DRIVER_UARTUSB_WORDSIZE_5BITS_CHOICE	bool	Configure UARTUSB’s wordsize to 5 bits
DRIVER_UARTUSB_WORDSIZE_6BITS_CHOICE	bool	Configure UARTUSB’s wordsize to 6 bits
DRIVER_UARTUSB_WORDSIZE_7BITS_CHOICE	bool	Configure UARTUSB’s wordsize to 7 bits
DRIVER_UARTUSB_WORDSIZE_8BITS_CHOICE	bool	Configure UARTUSB’s wordsize to 8 bits

UDMAAES

Name	Type	Description
DRIVER_UDMAAES	bool	Add UDMA AES driver sources to the compilation process. Automatically enables the QUIDIKKEY driver.

UDMACPI

Name	Type	Description
DRIVER_UDMACPI	bool	Add UDMA CPI driver sources to the compilation process.

UDMACSI2

Name	Type	Description
DRIVER_UDMACSI2	bool	Add UDMA CSI2 driver sources to the compilation process.

UDMADATAMOVE

Name	Type	Description
DRIVER_UDMADATAMOVE	bool	Add UDMA DATAMOVE driver sources to the compilation process.

UDMAFIFO

Name	Type	Description
DRIVER_UDMAFIFO	bool	Add UDMA FIFO driver sources to the compilation process.

UDMAHYPERBUS

Name	Type	Description
DRIVER_UDMAHYPERBUS	bool	Add UDMA HYPERBUS driver sources to the compilation process. Automatically enables the UDMA AES.

UDMAOCTOSPI

Name	Type	Description
DRIVER_UDMAOCTOSPI	bool	Add UDMA OCTOSPI driver sources to the compilation process. Automatically enables the UDMA AES.

UDMATIMEOUT

Name	Type	Description
DRIVER_UDMATIMEOUT	bool	Add UDMA TIMEOUT driver sources to the compilation process.

UDMATIMESTAMP

Name	Type	Description
DRIVER_UDMATIMESTAMP	bool	Add UDMA TIMESTAMP driver sources to the compilation process.

UDMAUART

Name	Type	Description
DRIVER_UDMAUART	bool	Add UDMA UART driver sources to the compilation process. Automatically enables the UDMA TIMEOUT Driver.

VFS

Name	Type	Description
DRIVER_VFS	bool	Add Virtual FS driver sources into the compilation process. Automatically enables the PARTITION driver.

VIRTUALEEPROM

Name	Type	Description
DRIVER_VIRTUALEEPROM	bool	Add 24XX1025 driver sources to the compilation process. Automatically enables I2C driver. This option is available only if the hardware setup has such hardware.

WATCHDOG

Name	Type	Description
DRIVER_WATCHDOG	bool	Enable watchdog driver.

WRITEFS

Name	Type	Description
DRIVER_WRITEFS	bool	Add Write FS driver sources into the compilation process. Automatically enables the PARTITION driver.

XIP

Name	Type	Description
DRIVER_XIP	bool	Add XIP driver sources to the compilation process. The linker_script will automatically be set to the XIP one.

File systems

Name	Type	Description
LITTLEFS_FLASH_TYPE_DEFAULT	bool	Configure the LittleFS flash type to be the default one.
LITTLEFS_FLASH_TYPE_HYPER	bool	Set Hyperflash as the LittleFS flash type
LITTLEFS_FLASH_TYPE_MRAM	bool	Set eMRAM as the LittleFS flash type
LITTLEFS_FLASH_TYPE_OSPI	bool	Set OctoSPI as the LittleFS flash type
LITTLEFS_FLASH_TYPE_QSPI	bool	Set QuadSPI as the LittleFS flash type
MODEL_SKIP_ADD_FILE_TO_FS	bool	Skip adding the flashing of the .dat file(s) generated by the Autotiler
READFS_FLASH_TYPE_DEFAULT	bool	Configure the ReadFS flash type to be the default one.
READFS_FLASH_TYPE_HYPER	bool	Set Hyperflash as the ReadFS flash type
READFS_FLASH_TYPE_MRAM	bool	Set eMRAM as the ReadFS flash type
READFS_FLASH_TYPE_OSPI	bool	Set OctoSPI as the ReadFS flash type
READFS_FLASH_TYPE_QSPI	bool	Set QuadSPI as the ReadFS flash type

Flash Layout

Name	Type	Description
FLASH_LAYOUT_CUSTOM	bool	Custom layout provided by used
FLASH_LAYOUT_DEFAULT	bool	Default flash layout from gapy.
FLASH_LAYOUT_PATH	string	Indicate the location of a custom layout from a cmake source directory

FreeRTOS

Name	Type	Description
CFLAGS_FREERTOS_KERNEL_OPTIM_LEVEL_GLOBAL	bool	Optimize the FreeRTOS Kernel library as the main setting. See CFLAGS_GLOBAL_OPTIM_LEVEL option.
CFLAGS_FREERTOS_KERNEL_OPTIM_LEVEL_O0	bool	Optimize FreeRTOS Kernel library to “-O0” level.
CFLAGS_FREERTOS_KERNEL_OPTIM_LEVEL_O1	bool	Optimize FreeRTOS Kernel library to “-O1” level.
CFLAGS_FREERTOS_KERNEL_OPTIM_LEVEL_O2	bool	Optimize FreeRTOS Kernel library to “-O2” level.
CFLAGS_FREERTOS_KERNEL_OPTIM_LEVEL_O3	bool	Optimize FreeRTOS Kernel library to “-O3” level.
CFLAGS_FREERTOS_KERNEL_OPTIM_LEVEL_OG	bool	Optimize FreeRTOS Kernel library to “-Og” level.
CFLAGS_FREERTOS_KERNEL_OPTIM_LEVEL_OS	bool	Optimize FreeRTOS Kernel to “-Os” level.
FREERTOS_MAX_PRIORITIES	int	Configure FreeRTOS task’s max priority
FREERTOS_NATIVE_SCHEDULER	bool	Use FreeRTOS native scheduler.
FREERTOS_QUANTUM_US	int	Set FreeRTOS quantom (in us) for preemption (and time slicing if on).
FREERTOS_SCHEDULER_NOTIF_ALL	bool	Enable all actions for task notification. Otherwise only “eIncrement” action exists.
FREERTOS_SCHEDULER_SEM_BLOCKTIME	bool	Enable the FreeRTOS semaphores block time feature.
FREERTOS_SCHEDULER_THREADS	bool	Enable synchronisation between threads.
FREERTOS_SCHEDULER_V2	bool	Use version 2 of the scheduler.
FREERTOS_SCHEDULER_V2_DEBUG_MODE	bool	Enable it to use freertos-gdb plugin and to dump not ready threads stack usage. Be aware that it DECREASES performances !
FREERTOS_THREADS_START_AT_CREATION	bool	Threads start automatically at creation. Native FreeRTOS behavior.
FREERTOS_TICK_RATE_HZ	int	Configure FreeRTOS tick rate expressed in Hz.
FREERTOS_USE_PREEMPTION	bool	Enable threads preemption (preemptive scheduler). Otherwise it uses the cooperative scheduler.
FREERTOS_USE_QUEUE_SETS	bool	Enable the use of freertos queue sets
FREERTOS_USE_SYSTICK	bool	Enable to use a systick (time-slicing) in FreeRTOS. Otherwise only hw timers will work, and no time slicing will be possible.
FREERTOS_USE_TIMERS	bool	Include software timers functionality.
FREERTOS_USE_TIME_SLICING	bool	Enable time slicing between threads with same prio.
FREERTOS_USE_TRACE_FACILITIES	bool	Enable to use Freertos kernel traces.

Frequency

Name	Type	Description
FAST_OSC	bool	Indicates that the ref fast clock is used by the system
FAST_OSC_FREQUENCY	int	Specify the ref fast clock frequency
FREQUENCY_CLUSTER	int	Configure the Cluster clock frequency at startup
FREQUENCY_FC	int	Configure the Fabric controller (or SOC) clock frequency at startup
FREQUENCY_FPGA	int	Specify the FPGA frequency for tests.
FREQUENCY_PERIPH	int	Configure the PERIPH clock frequency at startup
FREQUENCY_SFU	int	Configure the SFU clock frequency at startup
SLOW_OSC	bool	Indicates that the slow clock is used by the system

GAP CLI

Name	Type	Description
GAP_CLI_DEBUG	bool	Enables debug mode for GAP CLI
GAP_CLI_DEVICE_SPI	bool	Use SPI for communications
GAP_CLI_DEVICE_UART	bool	Use UART for communications
GAP_CLI_FEATURE_ALL	bool	Enable all features on GAP CLI
GAP_CLI_FEATURE_FLASHER	bool	Enable flasher features on GAP CLI
GAP_CLI_FEATURE_HOST_SYNC	bool	Enable host sync features on GAP CLI
GAP_CLI_FEATURE_JTAG	bool	Enable JTAG features on GAP CLI
GAP_CLI_FEATURE_POWER	bool	Enable power features on GAP CLI
GAP_CLI_FEATURE_SECURITY	bool	Enable security features on GAP CLI It requires ssbl features
GAP_CLI_FEATURE_SLEEP	bool	Enable sleep features on GAP CLI
GAP_CLI_FEATURE_SSBL	bool	Enable ssbl features on GAP CLI
GAP_CLI_GVSOC_PROXY_PORT	int	Configure GVSOC proxy port for GAP CLI
GAP_CLI_PROTOCOL_CUSTOM	bool	Use a custom protocol. Otherwise use the default GWT one.
GAP_CLI_PROTOCOL_CUSTOM_PATH	string	Relative path, to the GAP_SDK_HOME env var, of the custom GAP CLI protocol folder.
GAP_CLI_SPI_ITF_1	bool	Select SPI1 as SPI interface for GAP CLI This option requires ENABLE_GAP_CLI option to be enabled to be used.
GAP_CLI_SPI_ITF_2	bool	Select SPI2 as SPI interface for GAP CLI This option requires ENABLE_GAP_CLI option to be enabled to be used.
GAP_CLI_UART_BAUDRATE_115200	bool	Configure GAP CLI interface baudrate to 115200 bauds
GAP_CLI_UART_BAUDRATE_19200	bool	Configure GAP CLI interface baudrate to 19200 bauds
GAP_CLI_UART_BAUDRATE_230400	bool	Configure GAP CLI interface baudrate to 230400 bauds
GAP_CLI_UART_BAUDRATE_38400	bool	Configure GAP CLI interface baudrate to 38400 bauds
GAP_CLI_UART_BAUDRATE_460800	bool	Configure GAP CLI interface baudrate to 460800 bauds
GAP_CLI_UART_BAUDRATE_57600	bool	Configure GAP CLI interface baudrate to 57600 bauds
GAP_CLI_UART_BAUDRATE_921600	bool	Configure GAP CLI interface baudrate to 921600 bauds
GAP_CLI_UART_BAUDRATE_9600	bool	Configure GAP CLI interface baudrate to 9600 bauds
GAP_CLI_UART_FC	bool	Enables flow control for GAP CLI UART interface
GAP_CLI_UART_ITF_0	bool	Select UART0 as UART interface for GAP CLI This option requires ENABLE_GAP_CLI option to be enabled to be used.
GAP_CLI_UART_ITF_1	bool	Select UART1 as UART interface for GAP CLI This option requires ENABLE_GAP_CLI option to be enabled to be used.

GDB

Name	Type	Description
GDB_SERVER	bool	Configure GAPY to run GDB Server.
GDB_SERVER_PORT	int	You can choose any number you want as long as it does not conflict with any TCP ports already in use on the target system.

Libraries

Name	Type	Description
LIB_BASELIBC	bool	Enable extended part of baselibc. Add related sources to the compilation process.
LIB_FRAME_STREAMER	bool	Enables Frame Streamer library. Add related sources to the compilation process.
LIB_MBEDTLS	bool	Enables mbedTLS library. Add related sources to the compilation process.
LIB_OPENMP	bool	Enables openMP library. Add related sources to the compilation process.
LIB_SINE_GENERATOR	bool	Provide a function to generate a sine in a buffer from arguments.
LIB_XXHASH32	bool	Provide a function to compute xxhash32 checksums.

Gap Lib

Name	Type	Description
LIB_GAP_LIB	bool	Enable GAP LIB
LIB_GAP_LIB_FILE_IO	bool	Enables the FILE IO library. Add related sources to the compilation process.
LIB_GAP_LIB_G722_ENC_DEC	bool	Enable G722 encoder decoder.
LIB_GAP_LIB_G722_ENC_DEC_RUN_ON_FC	bool	Run G722 codec on FC. This option requires LIB_GAP_LIB_G722_ENC_DEC to be enabled to be used
LIB_GAP_LIB_IMG_IO	bool	Enable IMG IO library. Automatically enables the Host FS driver.
LIB_GAP_LIB_IMG_IO_EMUL	bool	This option requires LIB_GAP_LIB_IMG_IO to be enabled to be used Enables __EMUL__ flag into GapLib.
LIB_GAP_LIB_JPEG	bool	Enables JPEG library Add related sources to the compilation process.
LIB_GAP_LIB_JPEG_COLORS	bool	Use the JPEG encoder for a colors image. Otherwise will be use with grayscale configuration.
LIB_GAP_LIB_TESTBENCH	bool	Enables the testbench. Add related sources to the compilation process.
LIB_GAP_LIB_TESTBENCH_UART_BAUDRATE	int	Baudrate of the uart used by the testbench.
LIB_GAP_LIB_TESTBENCH_UART_ID	int	ID of the uart used by the testbench.
LIB_GAP_LIB_WAV_IO	bool	Enables the WAV IO library. Add related sources to the compilation process.
LIB_GAP_LIB_WAV_IO_EMUL	bool	Use the WAV IO library in an emulation context This option requires LIB_GAP_LIB_WAV_IO option to be enabled to be used.

SFU

Name	Type	Description
LIB_SFU	bool	Previous name of DRIVER_SFU option. Automatically triggers DRIVER_SFU Used to trigger a deprecation warning
LIB_SFU_LEGACY	bool	Previous name of DRIVER_SFU_RUNTIME_LEGACY option. Automatically triggers DRIVER_SFU_RUNTIME_LEGACY Used to trigger a deprecation warning
LIB_SFU_OPTION_AUDIO_SW_QUEUES	bool	Previous name of DRIVER_SFU_OPTION_AUDIO_SW_QUEUES option. Automatically triggers DRIVER_SFU_OPTION_AUDIO_SW_QUEUES Used to trigger a deprecation warning
LIB_SFU_OPTION_CMD_QUEUE	bool	Previous name of DRIVER_SFU_OPTION_CMD_QUEUE option. Automatically triggers DRIVER_SFU_OPTION_CMD_QUEUE Used to trigger a deprecation warning
LIB_SFU_OPTION_DEBUG	bool	Previous name of DRIVER_SFU_OPTION_DEBUG option. Automatically triggers DRIVER_SFU_OPTION_DEBUG Used to trigger a deprecation warning
LIB_SFU_OPTION_DOUBLE_CHECK	bool	Previous name of DRIVER_SFU_OPTION_DOUBLE_CHECK option. Automatically triggers DRIVER_SFU_OPTION_DOUBLE_CHECK Used to trigger a deprecation warning
LIB_SFU_OPTION_MALLOC_STRESS	bool	Previous name of DRIVER_SFU_OPTION_MALLOC_STRESS option. Automatically triggers DRIVER_SFU_OPTION_MALLOC_STRESS Used to trigger a deprecation warning
LIB_SFU_V2	bool	Previous name of DRIVER_SFU_RUNTIME_V2 option. Automatically triggers DRIVER_SFU_RUNTIME_V2 Used to trigger a deprecation warning
WARNING_LIB_SFU_LEGACY_OPTION_DEPRECATION	string	CONFIG_LIB_SFU_LEGACY deprecation warning
WARNING_LIB_SFU_OPTION_AUDIO_SW_QUEUES_OPTION_DEPRECATION	string	LIB_SFU_OPTION_AUDIO_SW_QUEUES deprecation warning
WARNING_LIB_SFU_OPTION_CMD_QUEUE_OPTION_DEPRECATION	string	LIB_SFU_OPTION_CMD_QUEUE deprecation warning
WARNING_LIB_SFU_OPTION_DEBUG_OPTION_DEPRECATION	string	LIB_SFU_OPTION_DEBUG deprecation warning
WARNING_LIB_SFU_OPTION_DEPRECATION	string	LIB_SFU deprecation warning
WARNING_LIB_SFU_OPTION_DOUBLE_CHECK_OPTION_DEPRECATION	string	LIB_SFU_OPTION_DOUBLE_CHECK deprecation warning
WARNING_LIB_SFU_OPTION_MALLOC_STRESS_OPTION_DEPRECATION	string	LIB_SFU_OPTION_MALLOC_STRESS deprecation warning
WARNING_LIB_SFU_V2_OPTION_DEPRECATION	string	CONFIG_LIB_SFU_V2 deprecation warning

Log

Name	Type	Description
PI_LOG_LEVEL_DEBUG	bool	Common information for users. App level.
PI_LOG_LEVEL_ERROR	bool	Report API errors.
PI_LOG_LEVEL_INFO	bool	System info : frequency change, voltage, …
PI_LOG_LEVEL_NONE	bool	No log output
PI_LOG_LEVEL_TRACE	bool	Information low level for driver development.
PI_LOG_LEVEL_WARNING	bool	Display warnings.

NNTool

Name	Type	Description
ENABLE_NNTOOL	bool	Enable NNTOOL in text scripting mode by setting default rules to generate model state and Autotiler model from the specified tflite/onnx and the specified NNTool script. Automatically enables AUTOTILER
NNTOOL_COPY_MODEL_TO_BUILDDIR	bool	Copy model to autotiler build directory This option requires ENABLE_NNTOOL option to be enabled to be used.
NNTOOL_EXPRESSIONS_SRC	string	Specify NNTool expressions file name. This option requires ENABLE_NNTOOL option to be enabled to be used.
NNTOOL_EXTRA_FLAGS	string	Specify NNTOOL extra flags for state creation
NNTOOL_LOGLEVEL	string	Set NNTool Log level. By default it is set to warning. This option requires ENABLE_NNTOOL option to be enabled to be used.
NNTOOL_MODEL_PATH	string	Specify model path. By default it is : model/model.tflite This option requires ENABLE_NNTOOL option to be enabled to be used.
NNTOOL_MODEL_QUANTIZED	bool	Quantize model. This option requires ENABLE_NNTOOL option to be enabled to be used.
NNTOOL_SCRIPT_PATH	string	Specify NNTOOL script path. By default, it is model/nntool_script

Others

Name	Type	Description
ASSERT_NO_EXIT	bool	If selected, the assert do not exit in case of failure.
CLUSTER_ENABLE	bool	Use GAP’s cluster
CLUSTER_IDLE_NB_CORES	int	Execute an idle task when cluster has nothing to do
CLUSTER_IDLE_NB_ITER	int	Execute an idle task when cluster has nothing to do
CLUSTER_IDLE_TASK	bool	Execute an idle task when cluster has nothing to do
CLUSTER_OFF	bool	Do not run the JPEG encoder on cluster This option requires LIB_GAP_LIB_JPEG option to be enabled to be used.
CLUSTER_ON	bool	Run the JPEG encoder on cluster This option requires LIB_GAP_LIB_JPEG option to be enabled to be used.
CLUSTER_SCHEDULING_HOOK	bool	Enables the use of a custom scheduling hook for cluster cooperative scheduler.
CLUSTER_SCHEDULING_HOOK_AT_PERF	bool	Enables the use of AT generated perf metrics in custom scheduling hook.
CLUSTER_SCHEDULING_HOOK_NAMES	bool	Enables the use of AT generated node names in custom scheduling hook.
DEBUG_ASSERT	bool	This option change the implementation of “pi_assert” function. When deactivated, pi_assert function is set to ((void)0). When activated, pi_assert_function test if the param is valid (=1) or not (=0). When the parameter is no valid, it prints the LINE and FILE where it happened.
DEBUG_SEMAPHORE_REGISTER	bool	This option register semaphores used by OS. This adds memory footprint, and is only useful when using debugger.
DISABLE_WERROR	bool	This option remove “-Werror” from the GCC_C_CXX_FLAGS
ENABLE_GAP_CLI	bool	Enables GAP CLI. Automatically enables required drivers: UDMA UART, UDMA OCTOSPI, RTC & FLASH PARTITION.
ENABLE_LIBMATH	bool	This option adds “-lm” flag to the target’s ldflag list.
ENABLE_OTA_SIGN	bool	Enables signed OTA.
FLL_MAXDCO_FREQ	int	Specify the maximal frequency reachable by FLL’s DCO
GAP9MOD_CONNECTED_TO_EVK	bool	GAP9Mod is connected to an evaluation kit
GVSOC_PROXY_MODE	bool	Selecting this option activates GVSOC peripheral streaming.
GVSOC_PROXY_MODE_PORT	int	Set port for GVSOC peripheral streaming
GVSOC_W_NO_UNCONNECTED_DEVICE	bool	Selecting this option makes GVSOC not sensitive to unconnected devices.
IDC747_MODE_SINK	bool	Select mode sink for a2dp
IDC747_MODE_SOURCE	bool	Select mode source for a2dp
IDC747_PROFILE_CALL	bool	Configure the IDC747 in a call profile : AGHFP or HFP
IDC747_PROFILE_STREAM	bool	Configure the IDC747 in a stream profile : A2DP
LINKER_SCRIPT_APP	bool	Appends linker script provided by app. Will be added before final os ldscript.
LINKER_SCRIPT_APP_CUSTOM	bool	Replace system linker script by the app one.
LINKER_SCRIPT_APP_PATH	string	Indicates the location of app linker script to be used.
LINKER_SCRIPT_DEFAULT	bool	Default linker script.
LINKER_SCRIPT_EXPAND_L2_SHARED_TO_L2_PRIV0	bool	Linker script that puts the program in the L2 private0 memory area. It’s freeing the L2 Shared memory area.
LINKER_SCRIPT_UPPER_MEMORY	bool	Linker script that puts the program in the upper half of the L2 memory. This is useful for “loaders” (programs that load other programs in memory).
LINKER_SCRIPT_XIP	bool	Linker script intented to be used when the application is using XIP.
LZ4_COMPRESSION	bool	Compress app and ssbl with lz4, to save flash space.
MALLOC_NO_L2_PRIV	bool	This option disables the memory allocator in L2 private. The pi_l2_priv_malloc calls are redirected to the classic pi_l2_malloc calls.
NEW_TILER_DSP_LIB	bool	Use the DSP Library v2, v1 is deprecated
OPENOCD_SCRIPT_ABB	bool	Openocd script which leaves ABB on by default
OPENOCD_SCRIPT_DEFAULT	bool	Default openocd script.
OPENOCD_SCRIPT_SPIS	bool	Openocd script which sets boot from spislave mode (JTAG will NOT work)
OPEN_LOOP_BOOT	bool	Boot in open loop mode.
QUALITY_0	bool	Set JPEG Quality to 0. This option requires LIB_GAP_LIB_JPEG option to be enabled to be used.
QUALITY_10	bool	Set JPEG Quality to 10. This option requires LIB_GAP_LIB_JPEG option to be enabled to be used.
QUALITY_100	bool	Set JPEG Quality to 100. This option requires LIB_GAP_LIB_JPEG option to be enabled to be used.
QUALITY_20	bool	Set JPEG Quality to 20. This option requires LIB_GAP_LIB_JPEG option to be enabled to be used.
QUALITY_50	bool	Set JPEG Quality to 50. This option requires LIB_GAP_LIB_JPEG option to be enabled to be used.
QUALITY_90	bool	Set JPEG Quality to 90. This option requires LIB_GAP_LIB_JPEG option to be enabled to be used.
QUALITY_95	bool	Set JPEG Quality to 95. This option requires LIB_GAP_LIB_JPEG option to be enabled to be used.
RTL_GUI	bool	Open GUI automatically
RTL_SIMULATOR_QUESTA	bool	Select Questasim as a RTL Simulator
RTL_SIMULATOR_XCELIUM	bool	Select Xcelium as a RTL Simulator
SECURITY_SIGN_DIGEST	string	Refer to openssl digest choice (default ssbl uses sha256) This option requires ENABLE_OTA_SIGN option to be enables to be used
SECURITY_SIGN_KEY	string	Path to a key in pem format This option requires ENABLE_OTA_SIGN option to be enables to be used
SFU_GRAPH_DEBUG	bool	Previous name of DRIVER_SFU_GRAPH_DEBUG option. Automatically triggers DRIVER_SFU_GRAPH_DEBUG Used to trigger a deprecation warning
SLEEP_WITH_RETENTION	bool	Enable light sleep and deep sleep retentive features.
SPIFLASH_BAUDRATE	int	Defines spiflash’s baudrate in Hz
USE_FAST_REF_CLK_PAD	bool	Configures the GAP clock as external
USE_PRIVILEGED_MRAM	bool	Move all data that can fit into Privileged MRAM (onchip) even if not fit entirely.
WARNING_SFU_GRAPH_DEBUG_OPTION_DEPRECATION	string	SFU_GRAPH_DEBUG deprecation warning
WITHOUT_EFUSE_REG_GET	bool	Disable the efuse reg struct init when system init.
XIP	bool	Enable XIP boot.

Platforms

Name	Type	Description
PLATFORM_BOARD	bool	Execute the program on physical board
PLATFORM_FPGA	bool	Execute the program on FPGA
PLATFORM_GVSOC	bool	Execute the program on simulator
PLATFORM_RTL	bool	Execute the program on RTL. This option enables IO_TYPE_SIMULATION option automatically to get printf.

Printf IO

Name	Type	Description
IO_PRINTF_FLOAT_ENABLE	int	Allows printf to print floats. However, this code takes a lot of space. If this feature is not used, it can be disabled to reduce code size.
IO_PRINTF_FLOAT_EXPONENT_ENABLE	int	This option requires IO_PRINTF_FLOAT_ENABLE option to be enables to be used Thi soption is enabled by default. Format float value to exponent format.
IO_TYPE_CLI	bool	Redirect the output of printf to GAP CLI.
IO_TYPE_DISABLED	bool	Disable printf outputs.
IO_TYPE_SEMIHOSTING	bool	Redirect the output of printf to semihosting.
IO_TYPE_SIMULATION	bool	This option enables a faster printf on simulation platforms. However it does not work on real boards. This option is not available when BOARD is selected as a platform.
IO_TYPE_UART	bool	Redirect the output of printf to UART. Automatically enables Cluster UART and UDMA UART drivers.
IO_UART_BAUDRATE	int	Configure UART baudrate for printf.
IO_UART_FLOW_CONTROL	bool	Enable UART Flow control for printf.
IO_UART_ITF_0	bool	Select UART0 as printf interface.
IO_UART_ITF_1	bool	Select UART1 as printf interface.

Stack Size

Name	Type	Description
CLUSTER_IDLE_STACK_SIZE	int	Execute an idle task when cluster has nothing to do
CL_MASTER_CORE_STACK_SIZE	int	Specify the cluster master core stack size
CL_SLAVE_CORE_STACK_SIZE	int	Specify the cluster slave core stack size
EVENT_KERNEL_STACK_SIZE	int	Specify the event kernel stack size (WARNING: do not use unless you know what you are doing)
FC_APP_MAIN_STACK_SIZE	int	Specify the fabric controller stack size

XIP

Name	Type	Description
XIP_FLASH_ADDRESS	int	Flash address used by XIP
XIP_PAGE_NUMBER	int	Number of pages to be used by XIP
XIP_PAGE_SIZE	int	XIP page size expressed as log(size) - 9
XIP_VIRTUAL_ADDRESS	hex	Virtual address used by XIP