Pinouts (PinMux)

auto-generated by pinouts.py

Bank A (16 pins)

Bank B (28 pins)

Bank C (24 pins)

Bank D (24 pins)

Bank E (24 pins)

Bank F (10 pins)

Bank G (32 pins)

Pinouts (Fixed function)

CTRL_SYS

• 158: 0 TEST
• 159: 0 JTAG_SEL
• 160: 0 UBOOT_SEL
• 161: 0 NMI#
• 162: 0 RESET#
• 163: 0 CLK24M_IN CLK24M_OUT
• 165: 0 PLLTEST PLLREGIO PLLVP25 PLLDV
• 169: 0 PLLVREG PLLGND

DDR3

• 171: 1 SDQ0 SDQ1 SDQ2 SDQ3
• 175: 1 SDQ4 SDQ5 SDQ6 SDQ7
• 179: 1 SDQ8 SDQ9 SDQ10 SDQ11
• 183: 1 SDQ12 SDQ13 SDQ14 SDQ15
• 187: 1 SDQ16 SDQ17 SDQ18 SDQ19
• 191: 1 SDQ20 SDQ21 SDQ22 SDQ23
• 195: 1 SDQ24 SDQ25 SDQ26 SDQ27
• 199: 1 SDQ28 SDQ29 SDQ30 SDQ31
• 203: 1 SVREF0 SVREF1 SVREF2 SVREF3
• 207: 1 SDQS0 SDQS0# SDQS1 SDQS1#
• 211: 1 SDQS2 SDQS2# SDQS3 SDQS3#
• 215: 1 SDQM0 SDQM1 SDQM2 SDQM3
• 219: 1 SCK# SCK SCKE0 SCKE1
• 223: 1 SA0 SA1 SA2 SA3
• 227: 1 SA4 SA5 SA6 SA7
• 231: 1 SA8 SA9 SA10 SA11
• 235: 1 SA12 SA13 SA14
• 238: 1 SBA0 SBA1 SBA2
• 241: 1 SWE
• 242: 1 SCAS
• 243: 1 SRAS
• 244: 1 SCS0 SCS1
• 246: 1 SZQ
• 247: 1 SRST
• 248: 1 SDBG0 SDBG1
• 250: 1 ADBG
• 251: 1 ODT0 ODT1

POWER_CPU

• 253: 2 VDD0_CPU VDD1_CPU VDD2_CPU VDD3_CPU
• 257: 2 VDD4_CPU VDD5_CPU
• 259: 2 GND0_CPU GND1_CPU GND2_CPU GND3_CPU
• 263: 2 GND4_CPU GND5_CPU

POWER_DLL

• 265: 3 VDD0_DLL VDD1_DLL VDD2_DLL
• 268: 3 GND0_DLL GND1_DLL GND2_DLL

POWER_DRAM

• 271: 4 VCC0_DRAM VCC1_DRAM VCC2_DRAM VCC3_DRAM
• 275: 4 VCC4_DRAM VCC5_DRAM VCC6_DRAM VCC7_DRAM
• 279: 4 VCC8_DRAM VCC9_DRAM
• 281: 4 GND0_DRAM GND1_DRAM GND2_DRAM GND3_DRAM
• 285: 4 GND4_DRAM GND5_DRAM GND6_DRAM GND7_DRAM
• 289: 4 GND8_DRAM GND9_DRAM

POWER_GPIO

• 291: 5 VDD_GPIOA VDD_GPIOB VDD_GPIOC VDD_GPIOD
• 295: 5 VDD_GPIOE VDD_GPIOF VDD_GPIOG
• 298: 5 GND_GPIOA GND_GPIOB GND_GPIOC GND_GPIOD
• 302: 5 GND_GPIOE GND_GPIOF GND_GPIOG

POWER_INT

• 305: 6 VDD0_INT VDD1_INT VDD2_INT VDD3_INT
• 309: 6 VDD4_INT VDD5_INT VDD6_INT VDD7_INT
• 313: 6 VDD8_INT VDD9_INT
• 315: 6 GND0_INT GND1_INT GND2_INT GND3_INT
• 319: 6 GND4_INT GND5_INT GND6_INT GND7_INT
• 323: 6 GND8_INT GND9_INT

Functions (PinMux)

auto-generated by pinouts.py

EINT

External Interrupt

• EINT_0 : A4/3 A10/1
• EINT_1 : A5/3 A11/1
• EINT_2 : A6/3 A12/1
• EINT_3 : A7/3 A13/1
• EINT_4 : A8/3 A14/1
• EINT_5 : A9/3 A15/1 D13/3
• EINT_6 : B0/3 D14/3
• EINT_7 : B1/3 D15/3 F5/3
• EINT_8 : B2/3 D16/3
• EINT_9 : B3/3 D23/3
• EINT_10 : C0/3 E0/3
• EINT_11 : C1/3 E1/3
• EINT_12 : C2/3 E2/3
• EINT_13 : C3/3 E3/3
• EINT_14 : C4/3 E4/3
• EINT_15 : C5/3 E5/3
• EINT_16 : C6/3 E6/3
• EINT_17 : C7/3 E7/3
• EINT_18 : D19/3 F0/3
• EINT_19 : D20/3 F1/3
• EINT_20 : D21/3 F2/3
• EINT_21 : D22/3 F3/3
• EINT_22 : C12/3 E8/3
• EINT_23 : C13/3 E9/3
• EINT_24 : C14/3 E10/3
• EINT_25 : C15/3 E11/3
• EINT_26 : C16/3 E12/3
• EINT_27 : C17/3 E13/3
• EINT_28 : C18/3 F6/3
• EINT_29 : C19/3 F7/3
• EINT_30 : D0/3 F8/3
• EINT_31 : D1/3 F9/3

FB

MC68k FlexBus

• FB_A0 : D17/3
• FB_A1 : D18/3
• FB_AD0 : D0/1
• FB_AD1 : D1/1
• FB_AD2 : D2/1
• FB_AD3 : D3/1
• FB_AD4 : D4/1
• FB_AD5 : D5/1
• FB_AD6 : D6/1
• FB_AD7 : D7/1
• FB_AD8 : B4/3 E0/1 G0/3
• FB_AD9 : B5/3 E1/1 G1/3
• FB_AD10 : B6/3 E2/1 G2/3
• FB_AD11 : B7/3 E3/1 G3/3
• FB_AD12 : B8/3 E4/1 G4/3
• FB_AD13 : B9/3 E5/1 G5/3
• FB_AD14 : B10/3 E6/1 G6/3
• FB_AD15 : B11/3 E7/1 G7/3
• FB_AD16 : B12/3 E8/1 G8/3
• FB_AD17 : B13/3 E9/1 G9/3
• FB_AD18 : B14/3 E10/1 G10/3
• FB_AD19 : B15/3 E11/1 G11/3
• FB_AD20 : B16/3 E12/1 G12/3
• FB_AD21 : B17/3 E13/1 G13/3
• FB_AD22 : B18/3 E14/1 G14/3
• FB_AD23 : B19/3 E15/1 G15/3
• FB_AD24 : B20/3 E16/1 G16/3
• FB_AD25 : B21/3 E17/1 G17/3
• FB_AD26 : B22/3 E18/1 G18/3
• FB_AD27 : B23/3 E19/1 G19/3
• FB_AD28 : B24/3 E20/1 G20/3
• FB_AD29 : B25/3 E21/1 G21/3
• FB_AD30 : B26/3 E22/1 G22/3
• FB_AD31 : B27/3 E23/1 G23/3
• FB_ALE : D10/1
• FB_BWE0 : D15/1
• FB_BWE1 : D16/1
• FB_BWE2 : D17/1
• FB_BWE3 : D18/1
• FB_CLK : D14/1
• FB_CS0 : D8/1
• FB_CS1 : D9/1
• FB_CS2 : D17/2
• FB_CS3 : D18/2
• FB_CS4 : D19/1
• FB_CS5 : D20/1
• FB_OE : D11/1
• FB_RW : D12/1
• FB_TA : D13/1
• FB_TBST : D11/2
• FB_TS : D10/2
• FB_TSIZ0 : D15/2
• FB_TSIZ1 : D16/2

IIS

I2S Audio

• IIS_BCK : C14/2 F1/1
• IIS_DI : C16/2 F3/1
• IIS_DO : C17/2 F4/1
• IIS_LRCK : C15/2 F2/1
• IIS_MCK : C13/2 F0/1

JTAG0

JTAG (same as JTAG1, JTAG_SEL=LOW)

• JTAG0_CK : A13/3
• JTAG0_DI : A11/3
• JTAG0_DO : A12/3
• JTAG0_MS : A10/3

JTAG1

JTAG (same as JTAG0, JTAG_SEL=HIGH)

• JTAG1_CK : C11/3
• JTAG1_DI : C9/3
• JTAG1_DO : C10/3
• JTAG1_MS : C8/3

LCD

24-pin RGB/TTL LCD

• LCD0_CK : B0/1
• LCD0_D0 : B4/1
• LCD0_D1 : B5/1
• LCD0_D10 : B14/1
• LCD0_D11 : B15/1
• LCD0_D12 : B16/1
• LCD0_D13 : B17/1
• LCD0_D14 : B18/1
• LCD0_D15 : B19/1
• LCD0_D16 : B20/1
• LCD0_D17 : B21/1
• LCD0_D18 : B22/1
• LCD0_D19 : B23/1
• LCD0_D2 : B6/1
• LCD0_D20 : B24/1
• LCD0_D21 : B25/1
• LCD0_D22 : B26/1
• LCD0_D23 : B27/1
• LCD0_D3 : B7/1
• LCD0_D4 : B8/1
• LCD0_D5 : B9/1
• LCD0_D6 : B10/1
• LCD0_D7 : B11/1
• LCD0_D8 : B12/1
• LCD0_D9 : B13/1
• LCD0_DE : B1/1
• LCD0_HS : B2/1
• LCD0_VS : B3/1
• LCD1_CK : G0/2
• LCD1_D0 : G4/2
• LCD1_D1 : G5/2
• LCD1_D10 : G14/2
• LCD1_D11 : G15/2
• LCD1_D12 : G16/2
• LCD1_D13 : G17/2
• LCD1_D14 : G18/2
• LCD1_D15 : G19/2
• LCD1_D16 : G20/2
• LCD1_D17 : G21/2
• LCD1_D18 : G22/2
• LCD1_D19 : G23/2
• LCD1_D2 : G6/2
• LCD1_D20 : G24/2
• LCD1_D21 : G25/2
• LCD1_D22 : G26/2
• LCD1_D23 : G27/2
• LCD1_D3 : G7/2
• LCD1_D4 : G8/2
• LCD1_D5 : G9/2
• LCD1_D6 : G10/2
• LCD1_D7 : G11/2
• LCD1_D8 : G12/2
• LCD1_D9 : G13/2
• LCD1_DE : G1/2
• LCD1_HS : G2/2
• LCD1_VS : G3/2

MMC

eMMC 1/2/4/8 pin

• MMC_CLK : A1/1 E15/3
• MMC_CMD : A0/1 E14/3
• MMC_D0 : A2/1 E16/3
• MMC_D1 : A3/1 E17/3
• MMC_D2 : A4/1 E18/3
• MMC_D3 : A5/1 E19/3
• MMC_D4 : A6/1 E20/3
• MMC_D5 : A7/1 E21/3
• MMC_D6 : A8/1 E22/3
• MMC_D7 : A9/1 E23/3

PWM

PWM (pulse-width modulation)

• PWM_0 : B9/2 D21/1 F8/2
• PWM_1 : B20/2 D22/1 F9/2
• PWM_2 : B21/2 C21/2 D23/1 F4/3

QSPI

Quad SPI (Serial Peripheral Interface) 1

• QSPI_CK : B4/2 E18/2 G26/3
• QSPI_IO0 : B6/2 E20/2 G28/3
• QSPI_IO1 : B7/2 E21/2 G29/3
• QSPI_IO2 : E22/2 G30/3
• QSPI_IO3 : E23/2 G31/3
• QSPI_NSS : B5/2 E19/2 G27/3

RG

RGMII Ethernet

• RG_ECOL : G16/1
• RG_ECRS : G15/1
• RG_EMDC : G11/1
• RG_EMDIO : G12/1
• RG_ERXCK : G8/1
• RG_ERXD0 : G0/1
• RG_ERXD1 : G1/1
• RG_ERXD2 : G2/1
• RG_ERXD3 : G3/1
• RG_ERXDV : G10/1
• RG_ERXERR : G9/1
• RG_ETXCK : G14/1
• RG_ETXD0 : G4/1
• RG_ETXD1 : G5/1
• RG_ETXD2 : G6/1
• RG_ETXD3 : G7/1
• RG_ETXEN : G13/1
• RG_ETXERR : G17/1

SD0

SD/MMC 0

• SD0_CLK : A11/2 B23/2
• SD0_CMD : A10/2 B22/2
• SD0_D0 : A12/2 B24/2
• SD0_D1 : A13/2 B25/2
• SD0_D2 : A14/2 B26/2
• SD0_D3 : A15/2 B27/2

SD1

SD/MMC 1

• SD1_CLK : D5/2 E1/2 G25/3
• SD1_CMD : D4/2 E0/2 G24/3
• SD1_D0 : D6/2 E2/2 G28/2
• SD1_D1 : D7/2 E3/2 G29/2
• SD1_D2 : D8/2 E4/2 G30/2
• SD1_D3 : D9/2 E5/2 G31/2

SD2

SD/MMC 2

• SD2_CLK : E9/2 F1/2
• SD2_CMD : E8/2 F0/2
• SD2_D0 : E10/2 F2/2
• SD2_D1 : E11/2 F3/2
• SD2_D2 : E12/2 F4/2
• SD2_D3 : E13/2 F5/2

SPI0

SPI (Serial Peripheral Interface) 0

• SPI0_CLK : A0/3 B12/2
• SPI0_MISO : A3/3 B15/2
• SPI0_MOSI : A2/3 B14/2
• SPI0_NSS : A1/3 B13/2

SPI1

SPI (Serial Peripheral Interface) 1

• SPI1_CLK : A6/2 C8/2
• SPI1_MISO : A9/2 C11/2
• SPI1_MOSI : A8/2 C10/2
• SPI1_NSS : A7/2 C9/2

TWI0

I2C 1

• TWI0_SCL : A5/2 B1/2 D11/3 F7/2
• TWI0_SDA : A4/2 B0/2 D10/3 F6/2

TWI1

I2C 2

• TWI1_SCL : D3/3 D9/3 E7/2
• TWI1_SDA : D2/3 D8/3 E6/2

TWI2

I2C 3

• TWI2_SCL : B19/2 D20/2
• TWI2_SDA : B18/2 D19/2

UART0

UART (TX/RX) 0

• UART0_RX : A15/3 B3/2 C23/2
• UART0_TX : A14/3 B2/2 C22/2

UART1

UART (TX/RX) 1

• UART1_RX : B17/2 D22/2
• UART1_TX : B16/2 D21/2

UART2

UART (TX/RX) 2

• UART2_RX : B11/2 D14/2 F9/1
• UART2_TX : B10/2 D13/2 F8/1

UARTQ0

UART (TX/RX/CTS/RTS) 0

• UARTQ0_CTS : C22/3 D2/2
• UARTQ0_RTS : C23/3 D3/2
• UARTQ0_RX : C21/3 D1/2
• UARTQ0_TX : C20/3 D0/2

UARTQ1

UART (TX/RX/CTS/RTS) 1

• UARTQ1_CTS : A2/2 E16/2
• UARTQ1_RTS : A3/2 E17/2
• UARTQ1_RX : A1/2 E15/2
• UARTQ1_TX : A0/2 E14/2

ULPI0

ULPI (USB Low Pin-count) 1

• ULPI0_CK : C0/1
• ULPI0_D0 : C4/1
• ULPI0_D1 : C5/1
• ULPI0_D2 : C6/1
• ULPI0_D3 : C7/1
• ULPI0_D4 : C8/1
• ULPI0_D5 : C9/1
• ULPI0_D6 : C10/1
• ULPI0_D7 : C11/1
• ULPI0_DIR : C1/1
• ULPI0_NXT : C3/1
• ULPI0_STP : C2/1

ULPI1

ULPI (USB Low Pin-count) 2

• ULPI1_CK : C12/1
• ULPI1_D0 : C16/1
• ULPI1_D1 : C17/1
• ULPI1_D2 : C18/1
• ULPI1_D3 : C19/1
• ULPI1_D4 : C20/1
• ULPI1_D5 : C21/1
• ULPI1_D6 : C22/1
• ULPI1_D7 : C23/1
• ULPI1_DIR : C13/1
• ULPI1_NXT : C15/1
• ULPI1_STP : C14/1

ULPI2

ULPI (USB Low Pin-count) 3

• ULPI2_CK : G20/1
• ULPI2_D0 : G24/1
• ULPI2_D1 : G25/1
• ULPI2_D2 : G26/1
• ULPI2_D3 : G27/1
• ULPI2_D4 : G28/1
• ULPI2_D5 : G29/1
• ULPI2_D6 : G30/1
• ULPI2_D7 : G31/1
• ULPI2_DIR : G21/1
• ULPI2_NXT : G23/1
• ULPI2_STP : G22/1

Pinmap for EOMA68

B1:LCD/22

EOMA68-compliance, 18-bit RGB/TTL LCD

• LCD0_CK 16 B0/1
• LCD0_DE 17 B1/1
• LCD0_HS 18 B2/1
• LCD0_VS 19 B3/1
• LCD0_D0 20 B4/1
• LCD0_D1 21 B5/1
• LCD0_D2 22 B6/1
• LCD0_D3 23 B7/1
• LCD0_D4 24 B8/1
• LCD0_D5 25 B9/1
• LCD0_D6 26 B10/1
• LCD0_D7 27 B11/1
• LCD0_D8 28 B12/1
• LCD0_D9 29 B13/1
• LCD0_D10 30 B14/1
• LCD0_D11 31 B15/1
• LCD0_D12 32 B16/1
• LCD0_D13 33 B17/1
• LCD0_D14 34 B18/1
• LCD0_D15 35 B19/1
• LCD0_D16 36 B20/1
• LCD0_D17 37 B21/1

ULPI0/8

user-facing: internal (on Card), USB-OTG ULPI PHY

• ULPI0_CK 44 C0/1
• ULPI0_DIR 45 C1/1
• ULPI0_STP 46 C2/1
• ULPI0_NXT 47 C3/1
• ULPI0_D0 48 C4/1
• ULPI0_D1 49 C5/1
• ULPI0_D2 50 C6/1
• ULPI0_D3 51 C7/1

ULPI1

EOMA68-compliance: dual USB2 Host ULPI PHY

• ULPI1_CK 56 C12/1
• ULPI1_DIR 57 C13/1
• ULPI1_STP 58 C14/1
• ULPI1_NXT 59 C15/1
• ULPI1_D0 60 C16/1
• ULPI1_D1 61 C17/1
• ULPI1_D2 62 C18/1
• ULPI1_D3 63 C19/1
• ULPI1_D4 64 C20/1
• ULPI1_D5 65 C21/1
• ULPI1_D6 66 C22/1
• ULPI1_D7 67 C23/1

MMC

internal (on Card)

• MMC_CMD 0 A0/1
• MMC_CLK 1 A1/1
• MMC_D0 2 A2/1
• MMC_D1 3 A3/1
• MMC_D2 4 A4/1
• MMC_D3 5 A5/1
• MMC_D4 6 A6/1
• MMC_D5 7 A7/1
• MMC_D6 8 A8/1
• MMC_D7 9 A9/1

SD0

user-facing: internal (on Card), multiplexed with JTAG0 and UART0, for debug purposes

• SD0_CMD 10 A10/2
• SD0_CLK 11 A11/2
• SD0_D0 12 A12/2
• SD0_D1 13 A13/2
• SD0_D2 14 A14/2
• SD0_D3 15 A15/2

UART1

EOMA68-compliance

• UART1_TX 89 D21/2
• UART1_RX 90 D22/2

TWI2

EOMA68-compliance: must be entirely free of devices. Address 0x51 used (externally) for EOMA68 EEPROM Id

• TWI2_SDA 87 D19/2
• TWI2_SCL 88 D20/2

SPI1

EOMA68-compliance

• SPI1_CLK 52 C8/2
• SPI1_NSS 53 C9/2
• SPI1_MOSI 54 C10/2
• SPI1_MISO 55 C11/2

E2:SD1

EOMA68-compliance

• SD1_CMD 92 E0/2
• SD1_CLK 93 E1/2
• SD1_D0 94 E2/2
• SD1_D1 95 E3/2
• SD1_D2 96 E4/2
• SD1_D3 97 E5/2

EINT

• EINT_16 98 E6/3
• EINT_17 99 E7/3
• EINT_18 116 F0/3
• EINT_19 117 F1/3

PWM

• PWM_2 91 D23/1

Unused Pinouts (spare as GPIO) for 'EOMA68'

Pinmap for Industrial

D1:FB/17

• FB_AD0 68 D0/1
• FB_AD1 69 D1/1
• FB_AD2 70 D2/1
• FB_AD3 71 D3/1
• FB_AD4 72 D4/1
• FB_AD5 73 D5/1
• FB_AD6 74 D6/1
• FB_AD7 75 D7/1
• FB_CS0 76 D8/1
• FB_CS1 77 D9/1
• FB_ALE 78 D10/1
• FB_OE 79 D11/1
• FB_RW 80 D12/1
• FB_TA 81 D13/1
• FB_CLK 82 D14/1
• FB_BWE0 83 D15/1
• FB_BWE1 84 D16/1

E1:FB/8

• FB_AD8 92 E0/1
• FB_AD9 93 E1/1
• FB_AD10 94 E2/1
• FB_AD11 95 E3/1
• FB_AD12 96 E4/1
• FB_AD13 97 E5/1
• FB_AD14 98 E6/1
• FB_AD15 99 E7/1

B1:LCD/22

• LCD0_CK 16 B0/1
• LCD0_DE 17 B1/1
• LCD0_HS 18 B2/1
• LCD0_VS 19 B3/1
• LCD0_D0 20 B4/1
• LCD0_D1 21 B5/1
• LCD0_D2 22 B6/1
• LCD0_D3 23 B7/1
• LCD0_D4 24 B8/1
• LCD0_D5 25 B9/1
• LCD0_D6 26 B10/1
• LCD0_D7 27 B11/1
• LCD0_D8 28 B12/1
• LCD0_D9 29 B13/1
• LCD0_D10 30 B14/1
• LCD0_D11 31 B15/1
• LCD0_D12 32 B16/1
• LCD0_D13 33 B17/1
• LCD0_D14 34 B18/1
• LCD0_D15 35 B19/1
• LCD0_D16 36 B20/1
• LCD0_D17 37 B21/1

ULPI0/8

• ULPI0_CK 44 C0/1
• ULPI0_DIR 45 C1/1
• ULPI0_STP 46 C2/1
• ULPI0_NXT 47 C3/1
• ULPI0_D0 48 C4/1
• ULPI0_D1 49 C5/1
• ULPI0_D2 50 C6/1
• ULPI0_D3 51 C7/1

ULPI1/8

• ULPI1_CK 56 C12/1
• ULPI1_DIR 57 C13/1
• ULPI1_STP 58 C14/1
• ULPI1_NXT 59 C15/1
• ULPI1_D0 60 C16/1
• ULPI1_D1 61 C17/1
• ULPI1_D2 62 C18/1
• ULPI1_D3 63 C19/1

MMC

• MMC_CMD 0 A0/1
• MMC_CLK 1 A1/1
• MMC_D0 2 A2/1
• MMC_D1 3 A3/1
• MMC_D2 4 A4/1
• MMC_D3 5 A5/1
• MMC_D4 6 A6/1
• MMC_D5 7 A7/1
• MMC_D6 8 A8/1
• MMC_D7 9 A9/1

B2:SD0

• SD0_CMD 38 B22/2
• SD0_CLK 39 B23/2
• SD0_D0 40 B24/2
• SD0_D1 41 B25/2
• SD0_D2 42 B26/2
• SD0_D3 43 B27/2

JTAG0

• JTAG0_MS 10 A10/3
• JTAG0_DI 11 A11/3
• JTAG0_DO 12 A12/3
• JTAG0_CK 13 A13/3

A3:UART0

• UART0_TX 14 A14/3
• UART0_RX 15 A15/3

E2:UARTQ1

• UARTQ1_TX 106 E14/2
• UARTQ1_RX 107 E15/2
• UARTQ1_CTS 108 E16/2
• UARTQ1_RTS 109 E17/2

C3:UARTQ0

• UARTQ0_TX 64 C20/3
• UARTQ0_RX 65 C21/3
• UARTQ0_CTS 66 C22/3
• UARTQ0_RTS 67 C23/3

F2:TWI0

• TWI0_SDA 122 F6/2
• TWI0_SCL 123 F7/2

D2:TWI1

D2:TWI2

• TWI2_SDA 87 D19/2
• TWI2_SCL 88 D20/2

SPI1

• SPI1_CLK 52 C8/2
• SPI1_NSS 53 C9/2
• SPI1_MOSI 54 C10/2
• SPI1_MISO 55 C11/2

QSPI

• QSPI_CK 110 E18/2
• QSPI_NSS 111 E19/2
• QSPI_IO0 112 E20/2
• QSPI_IO1 113 E21/2
• QSPI_IO2 114 E22/2
• QSPI_IO3 115 E23/2

F2:SD2

• SD2_CMD 116 F0/2
• SD2_CLK 117 F1/2
• SD2_D0 118 F2/2
• SD2_D1 119 F3/2
• SD2_D2 120 F4/2
• SD2_D3 121 F5/2

EINT

• EINT_24 102 E10/3
• EINT_25 103 E11/3
• EINT_26 104 E12/3
• EINT_27 105 E13/3
• EINT_20 89 D21/3
• EINT_21 90 D22/3
• EINT_22 100 E8/3
• EINT_23 101 E9/3

PWM

• PWM_0 124 F8/2
• PWM_1 125 F9/2
• PWM_2 91 D23/1

Unused Pinouts (spare as GPIO) for 'Industrial'

Pinmap for Industrial with SPI-LCD

D1:FB/17

• FB_AD0 68 D0/1
• FB_AD1 69 D1/1
• FB_AD2 70 D2/1
• FB_AD3 71 D3/1
• FB_AD4 72 D4/1
• FB_AD5 73 D5/1
• FB_AD6 74 D6/1
• FB_AD7 75 D7/1
• FB_CS0 76 D8/1
• FB_CS1 77 D9/1
• FB_ALE 78 D10/1
• FB_OE 79 D11/1
• FB_RW 80 D12/1
• FB_TA 81 D13/1
• FB_CLK 82 D14/1
• FB_BWE0 83 D15/1
• FB_BWE1 84 D16/1

E1:FB/8

• FB_AD8 92 E0/1
• FB_AD9 93 E1/1
• FB_AD10 94 E2/1
• FB_AD11 95 E3/1
• FB_AD12 96 E4/1
• FB_AD13 97 E5/1
• FB_AD14 98 E6/1
• FB_AD15 99 E7/1

B2:SPI0

Used for 320x240 or 640x480 etc. SPI-based LCD. Frees up large numbers of GPIO from RGB/TTL bank

• SPI0_CLK 28 B12/2
• SPI0_NSS 29 B13/2
• SPI0_MOSI 30 B14/2
• SPI0_MISO 31 B15/2

ULPI0/8

• ULPI0_CK 44 C0/1
• ULPI0_DIR 45 C1/1
• ULPI0_STP 46 C2/1
• ULPI0_NXT 47 C3/1
• ULPI0_D0 48 C4/1
• ULPI0_D1 49 C5/1
• ULPI0_D2 50 C6/1
• ULPI0_D3 51 C7/1

ULPI1/8

• ULPI1_CK 56 C12/1
• ULPI1_DIR 57 C13/1
• ULPI1_STP 58 C14/1
• ULPI1_NXT 59 C15/1
• ULPI1_D0 60 C16/1
• ULPI1_D1 61 C17/1
• ULPI1_D2 62 C18/1
• ULPI1_D3 63 C19/1

MMC

• MMC_CMD 0 A0/1
• MMC_CLK 1 A1/1
• MMC_D0 2 A2/1
• MMC_D1 3 A3/1
• MMC_D2 4 A4/1
• MMC_D3 5 A5/1
• MMC_D4 6 A6/1
• MMC_D5 7 A7/1
• MMC_D6 8 A8/1
• MMC_D7 9 A9/1

B2:SD0

• SD0_CMD 38 B22/2
• SD0_CLK 39 B23/2
• SD0_D0 40 B24/2
• SD0_D1 41 B25/2
• SD0_D2 42 B26/2
• SD0_D3 43 B27/2

JTAG0

• JTAG0_MS 10 A10/3
• JTAG0_DI 11 A11/3
• JTAG0_DO 12 A12/3
• JTAG0_CK 13 A13/3

A3:UART0

• UART0_TX 14 A14/3
• UART0_RX 15 A15/3

E2:UARTQ1

• UARTQ1_TX 106 E14/2
• UARTQ1_RX 107 E15/2
• UARTQ1_CTS 108 E16/2
• UARTQ1_RTS 109 E17/2

C3:UARTQ0

• UARTQ0_TX 64 C20/3
• UARTQ0_RX 65 C21/3
• UARTQ0_CTS 66 C22/3
• UARTQ0_RTS 67 C23/3

B2:UART2

• UART2_TX 26 B10/2
• UART2_RX 27 B11/2

B2:UART1

• UART1_TX 32 B16/2
• UART1_RX 33 B17/2

F2:TWI0

• TWI0_SDA 122 F6/2
• TWI0_SCL 123 F7/2

D2:TWI1

D2:TWI2

• TWI2_SDA 87 D19/2
• TWI2_SCL 88 D20/2

SPI1

• SPI1_CLK 52 C8/2
• SPI1_NSS 53 C9/2
• SPI1_MOSI 54 C10/2
• SPI1_MISO 55 C11/2

QSPI

• QSPI_CK 20 B4/2
• QSPI_NSS 21 B5/2
• QSPI_IO0 22 B6/2
• QSPI_IO1 23 B7/2
• QSPI_IO2 114 E22/2
• QSPI_IO3 115 E23/2

F2:SD2

• SD2_CMD 116 F0/2
• SD2_CLK 117 F1/2
• SD2_D0 118 F2/2
• SD2_D1 119 F3/2
• SD2_D2 120 F4/2
• SD2_D3 121 F5/2

EINT

• EINT_24 102 E10/3
• EINT_25 103 E11/3
• EINT_26 104 E12/3
• EINT_27 105 E13/3
• EINT_20 89 D21/3
• EINT_21 90 D22/3
• EINT_22 100 E8/3
• EINT_23 101 E9/3

PWM

• PWM_0 124 F8/2
• PWM_1 125 F9/2
• PWM_2 91 D23/1

Unused Pinouts (spare as GPIO) for 'Industrial with SPI-LCD'

Pinmap for Smartphone / Tablet

B1:LCD/22

RGB/TTL LCD, 800x480 or use SN75LVDS83b for up to 1440x900

• LCD0_CK 16 B0/1
• LCD0_DE 17 B1/1
• LCD0_HS 18 B2/1
• LCD0_VS 19 B3/1
• LCD0_D0 20 B4/1
• LCD0_D1 21 B5/1
• LCD0_D2 22 B6/1
• LCD0_D3 23 B7/1
• LCD0_D4 24 B8/1
• LCD0_D5 25 B9/1
• LCD0_D6 26 B10/1
• LCD0_D7 27 B11/1
• LCD0_D8 28 B12/1
• LCD0_D9 29 B13/1
• LCD0_D10 30 B14/1
• LCD0_D11 31 B15/1
• LCD0_D12 32 B16/1
• LCD0_D13 33 B17/1
• LCD0_D14 34 B18/1
• LCD0_D15 35 B19/1
• LCD0_D16 36 B20/1
• LCD0_D17 37 B21/1

ULPI0/8

USB-OTG, connect to ULPI OTG PHY (for charging) as well as USB Host or USB Device

• ULPI0_CK 44 C0/1
• ULPI0_DIR 45 C1/1
• ULPI0_STP 46 C2/1
• ULPI0_NXT 47 C3/1
• ULPI0_D0 48 C4/1
• ULPI0_D1 49 C5/1
• ULPI0_D2 50 C6/1
• ULPI0_D3 51 C7/1

ULPI1/8

USB2 Host, connect to ULPI PHY w/and 4-port USB2 Hub for example GL850G or FE1.1. Connects to 2/3/4G/LTE Modem, 2x USB-Camera (VC0345)

• ULPI1_CK 56 C12/1
• ULPI1_DIR 57 C13/1
• ULPI1_STP 58 C14/1
• ULPI1_NXT 59 C15/1
• ULPI1_D0 60 C16/1
• ULPI1_D1 61 C17/1
• ULPI1_D2 62 C18/1
• ULPI1_D3 63 C19/1

MMC

eMMC: main internal storage

• MMC_CMD 0 A0/1
• MMC_CLK 1 A1/1
• MMC_D0 2 A2/1
• MMC_D1 3 A3/1
• MMC_D2 4 A4/1
• MMC_D3 5 A5/1
• MMC_D4 6 A6/1
• MMC_D5 7 A7/1
• MMC_D6 8 A8/1
• MMC_D7 9 A9/1

SD0

internal, multiplexed with JTAG0 and UART0, for debug purposes

• SD0_CMD 10 A10/2
• SD0_CLK 11 A11/2
• SD0_D0 12 A12/2
• SD0_D1 13 A13/2
• SD0_D2 14 A14/2
• SD0_D3 15 A15/2

F1:IIS

I2C Audio, connect to AC97 Audio IC

• IIS_MCK 116 F0/1
• IIS_BCK 117 F1/1
• IIS_LRCK 118 F2/1
• IIS_DI 119 F3/1
• IIS_DO 120 F4/1

TWI1

Connect to AC97 Audio IC

• TWI1_SDA 70 D2/3
• TWI1_SCL 71 D3/3

E2:UARTQ1

Connect to BT on AP6234/AP6335

• UARTQ1_TX 106 E14/2
• UARTQ1_RX 107 E15/2
• UARTQ1_CTS 108 E16/2
• UARTQ1_RTS 109 E17/2

E2:SD1

Connect to WIFI on AP6234/AP6335

• SD1_CMD 92 E0/2
• SD1_CLK 93 E1/2
• SD1_D0 94 E2/2
• SD1_D1 95 E3/2
• SD1_D2 96 E4/2
• SD1_D3 97 E5/2

C3:UARTQ0

• UARTQ0_TX 64 C20/3
• UARTQ0_RX 65 C21/3
• UARTQ0_CTS 66 C22/3
• UARTQ0_RTS 67 C23/3

D2:UART1

Spare? UART (or 2 extra GPIO / EINT)

• UART1_TX 89 D21/2
• UART1_RX 90 D22/2

D2:UART2

Spare? UART (or 2 extra GPIO)

• UART2_TX 81 D13/2
• UART2_RX 82 D14/2

D3:TWI0

Connect to PMIC

• TWI0_SDA 78 D10/3
• TWI0_SCL 79 D11/3

D2:TWI2

Connect to sensors (Trackpad? CTP GSENSOR TILT COMPASS)

• TWI2_SDA 87 D19/2
• TWI2_SCL 88 D20/2

SPI1

Spare? SPI, connect to higher-speed sensor?

• SPI1_CLK 52 C8/2
• SPI1_NSS 53 C9/2
• SPI1_MOSI 54 C10/2
• SPI1_MISO 55 C11/2

QSPI

Boot Storage (connection to companion / debug / boot MCU) Only actually needs MISO/MOSI, bootstrap loader v. small Bootstrap loader checks eMMC, USB-OTG, SD/MMC, SPI, etc.

• QSPI_CK 110 E18/2
• QSPI_NSS 111 E19/2
• QSPI_IO0 112 E20/2
• QSPI_IO1 113 E21/2
• QSPI_IO2 114 E22/2
• QSPI_IO3 115 E23/2

EINT

• EINT_24 102 E10/3 : BT_HOST_WAKE
• EINT_25 103 E11/3 : WIFI_HOST_WAKE
• EINT_26 104 E12/3 : CTP_INT
• EINT_27 105 E13/3 : GSENSOR_INT
• EINT_8 84 D16/3 : GPS_INT
• EINT_7 83 D15/3 : TILT_SENSOR_INT
• EINT_22 100 E8/3 : COMPASS_INT
• EINT_23 101 E9/3 : MCU_INT
• EINT_16 98 E6/3 : PMIC_INT
• EINT_17 99 E7/3 : PWR_BUTTON_INT
• EINT_30 68 D0/3 : OTG_ID
• EINT_31 69 D1/3 : Spare?

PWM

• PWM_0 124 F8/2 : LCD Backlight
• PWM_1 125 F9/2 : Spare? PWM (or extra GPIO / EINT)
• PWM_2 91 D23/1 : Spare? PWM (or extra GPIO / EINT)

Unused Pinouts (spare as GPIO) for 'Smartphone / Tablet'

9 spare GPIO pins for miscellaneous functions: wake-up of BT, WIFI, LCD power, sensor power etc. 4 GPIO may be needed for PWM Audio from Modem. LED lights for camera will be needed. Some phones may have clam-shell or lid switch. Some Modems have spare GPIO (over AT commandset). AXP209 PMIC has 4x GPIO, accessible over I2C. SPI1, UART1-4, PWM1-2 may also be spare (10 extra GPIO). If more needed, companion MCU may be used (48+ pin variant) which also includes ADC, DAC, more PWM etc.

Pinmap for Laptop / Netbook

D1:FB/17

FlexBus. Connect to DM9000 or AX99896A MCU-style Bus 10/100 Ethernet PHY.

• FB_AD0 68 D0/1
• FB_AD1 69 D1/1
• FB_AD2 70 D2/1
• FB_AD3 71 D3/1
• FB_AD4 72 D4/1
• FB_AD5 73 D5/1
• FB_AD6 74 D6/1
• FB_AD7 75 D7/1
• FB_CS0 76 D8/1
• FB_CS1 77 D9/1
• FB_ALE 78 D10/1
• FB_OE 79 D11/1
• FB_RW 80 D12/1
• FB_TA 81 D13/1
• FB_CLK 82 D14/1
• FB_BWE0 83 D15/1
• FB_BWE1 84 D16/1

E1:FB/8

FlexBus bus bits 8-15, needed to make a 16-bit bus width

• FB_AD8 92 E0/1
• FB_AD9 93 E1/1
• FB_AD10 94 E2/1
• FB_AD11 95 E3/1
• FB_AD12 96 E4/1
• FB_AD13 97 E5/1
• FB_AD14 98 E6/1
• FB_AD15 99 E7/1

B1:LCD/22

RGB/TTL LCD, use SN75LVDS83b for LVDS or SSD2828 for MIPI, or a Chrontel CH7039, CH7038, CH7034 or CH7018 for dual display output (eDP/LVDS and HDMI/VGA) conversion.

• LCD0_CK 16 B0/1
• LCD0_DE 17 B1/1
• LCD0_HS 18 B2/1
• LCD0_VS 19 B3/1
• LCD0_D0 20 B4/1
• LCD0_D1 21 B5/1
• LCD0_D2 22 B6/1
• LCD0_D3 23 B7/1
• LCD0_D4 24 B8/1
• LCD0_D5 25 B9/1
• LCD0_D6 26 B10/1
• LCD0_D7 27 B11/1
• LCD0_D8 28 B12/1
• LCD0_D9 29 B13/1
• LCD0_D10 30 B14/1
• LCD0_D11 31 B15/1
• LCD0_D12 32 B16/1
• LCD0_D13 33 B17/1
• LCD0_D14 34 B18/1
• LCD0_D15 35 B19/1
• LCD0_D16 36 B20/1
• LCD0_D17 37 B21/1

ULPI0/8

USB-OTG, connect to ULPI OTG PHY (for charging) as well as USB Host or USB Device

• ULPI0_CK 44 C0/1
• ULPI0_DIR 45 C1/1
• ULPI0_STP 46 C2/1
• ULPI0_NXT 47 C3/1
• ULPI0_D0 48 C4/1
• ULPI0_D1 49 C5/1
• ULPI0_D2 50 C6/1
• ULPI0_D3 51 C7/1

ULPI1/8

USB2 Host, connect to ULPI PHY w/and 4-port USB2 Hub for example GL850G or FE1.1. Connects to USB-Camera (VC0345 and 3x external USB Ports)

• ULPI1_CK 56 C12/1
• ULPI1_DIR 57 C13/1
• ULPI1_STP 58 C14/1
• ULPI1_NXT 59 C15/1
• ULPI1_D0 60 C16/1
• ULPI1_D1 61 C17/1
• ULPI1_D2 62 C18/1
• ULPI1_D3 63 C19/1

MMC

eMMC: main internal storage

• MMC_CMD 0 A0/1
• MMC_CLK 1 A1/1
• MMC_D0 2 A2/1
• MMC_D1 3 A3/1
• MMC_D2 4 A4/1
• MMC_D3 5 A5/1
• MMC_D4 6 A6/1
• MMC_D5 7 A7/1
• MMC_D6 8 A8/1
• MMC_D7 9 A9/1

SD0

internal, multiplexed with JTAG0 and UART0, for debug purposes

• SD0_CMD 10 A10/2
• SD0_CLK 11 A11/2
• SD0_D0 12 A12/2
• SD0_D1 13 A13/2
• SD0_D2 14 A14/2
• SD0_D3 15 A15/2

F1:IIS

I2C Audio, connect to AC97 Audio IC

• IIS_MCK 116 F0/1
• IIS_BCK 117 F1/1
• IIS_LRCK 118 F2/1
• IIS_DI 119 F3/1
• IIS_DO 120 F4/1

TWI1

Connect to AC97 Audio IC

E2:UARTQ1

Connect to BT on AP6234/AP6335

• UARTQ1_TX 106 E14/2
• UARTQ1_RX 107 E15/2
• UARTQ1_CTS 108 E16/2
• UARTQ1_RTS 109 E17/2

E2:SD2

Connect to WIFI on AP6234/AP6335

• SD2_CMD 100 E8/2
• SD2_CLK 101 E9/2
• SD2_D0 102 E10/2
• SD2_D1 103 E11/2
• SD2_D2 104 E12/2
• SD2_D3 105 E13/2

D2:TWI2

Connect to PMIC

• TWI2_SDA 87 D19/2
• TWI2_SCL 88 D20/2

QSPI

Boot Storage (connection to companion / debug / boot MCU) Only actually needs MISO/MOSI, bootstrap loader v. small Bootstrap loader checks eMMC, USB-OTG, SD/MMC, SPI, etc. MCU implements keyboard-matrix for keyboard (also trackpad?)

• QSPI_CK 110 E18/2
• QSPI_NSS 111 E19/2
• QSPI_IO0 112 E20/2
• QSPI_IO1 113 E21/2
• QSPI_IO2 114 E22/2
• QSPI_IO3 115 E23/2

EINT

• EINT_20 89 D21/3 : BT_HOST_WAKE
• EINT_21 90 D22/3 : WIFI_HOST_WAKE
• EINT_9 91 D23/3 : MCU_INT
• EINT_31 125 F9/3 : PMIC_INT

PWM

• PWM_0 124 F8/2 : LCD Backlight

Unused Pinouts (spare as GPIO) for 'Laptop / Netbook'

Plenty of spare GPIO pins for miscellaneous functions MCU EINT-capable GPIO may be used to generate extra EINTs on the single MCU_INT line, if really needed

Pinmap for IoT

B1:LCD

RGB/TTL LCD, use SN75LVDS83b for LVDS or SSD2828 for MIPI, or a Chrontel CH7039, CH7038, CH7034 or CH7018 for dual display output (eDP/LVDS and HDMI/VGA) conversion.

• LCD0_CK 16 B0/1
• LCD0_DE 17 B1/1
• LCD0_HS 18 B2/1
• LCD0_VS 19 B3/1
• LCD0_D0 20 B4/1
• LCD0_D1 21 B5/1
• LCD0_D2 22 B6/1
• LCD0_D3 23 B7/1
• LCD0_D4 24 B8/1
• LCD0_D5 25 B9/1
• LCD0_D6 26 B10/1
• LCD0_D7 27 B11/1
• LCD0_D8 28 B12/1
• LCD0_D9 29 B13/1
• LCD0_D10 30 B14/1
• LCD0_D11 31 B15/1
• LCD0_D12 32 B16/1
• LCD0_D13 33 B17/1
• LCD0_D14 34 B18/1
• LCD0_D15 35 B19/1
• LCD0_D16 36 B20/1
• LCD0_D17 37 B21/1
• LCD0_D18 38 B22/1
• LCD0_D19 39 B23/1
• LCD0_D20 40 B24/1
• LCD0_D21 41 B25/1
• LCD0_D22 42 B26/1
• LCD0_D23 43 B27/1

ULPI1/8

USB-OTG, connect to ULPI OTG PHY (for charging) as well as USB Host or USB Device

• ULPI1_CK 56 C12/1
• ULPI1_DIR 57 C13/1
• ULPI1_STP 58 C14/1
• ULPI1_NXT 59 C15/1
• ULPI1_D0 60 C16/1
• ULPI1_D1 61 C17/1
• ULPI1_D2 62 C18/1
• ULPI1_D3 63 C19/1

ULPI0/8

USB2 Host, connect to ULPI PHY

• ULPI0_CK 44 C0/1
• ULPI0_DIR 45 C1/1
• ULPI0_STP 46 C2/1
• ULPI0_NXT 47 C3/1
• ULPI0_D0 48 C4/1
• ULPI0_D1 49 C5/1
• ULPI0_D2 50 C6/1
• ULPI0_D3 51 C7/1

MMC

eMMC: main internal storage

• MMC_CMD 0 A0/1
• MMC_CLK 1 A1/1
• MMC_D0 2 A2/1
• MMC_D1 3 A3/1
• MMC_D2 4 A4/1
• MMC_D3 5 A5/1
• MMC_D4 6 A6/1
• MMC_D5 7 A7/1
• MMC_D6 8 A8/1
• MMC_D7 9 A9/1

SD0

internal, multiplexed with JTAG0 and UART0, for debug purposes

• SD0_CMD 10 A10/2
• SD0_CLK 11 A11/2
• SD0_D0 12 A12/2
• SD0_D1 13 A13/2
• SD0_D2 14 A14/2
• SD0_D3 15 A15/2

F1:IIS

I2C Audio, connect to AC97 Audio IC

• IIS_MCK 116 F0/1
• IIS_BCK 117 F1/1
• IIS_LRCK 118 F2/1
• IIS_DI 119 F3/1
• IIS_DO 120 F4/1

C3:UARTQ0

Connect to HSPA UART

• UARTQ0_TX 64 C20/3
• UARTQ0_RX 65 C21/3
• UARTQ0_CTS 66 C22/3
• UARTQ0_RTS 67 C23/3

E2:UARTQ1

Connect to BT UART

• UARTQ1_TX 106 E14/2
• UARTQ1_RX 107 E15/2
• UARTQ1_CTS 108 E16/2
• UARTQ1_RTS 109 E17/2

C2:SPI1

HSPA SPI

• SPI1_CLK 52 C8/2
• SPI1_NSS 53 C9/2
• SPI1_MOSI 54 C10/2
• SPI1_MISO 55 C11/2

E2:SD2

Connect to WIFI

• SD2_CMD 100 E8/2
• SD2_CLK 101 E9/2
• SD2_D0 102 E10/2
• SD2_D1 103 E11/2
• SD2_D2 104 E12/2
• SD2_D3 105 E13/2

D3:TWI0

Connect to sensors CTP

• TWI0_SDA 78 D10/3
• TWI0_SCL 79 D11/3

D2:TWI2

Connect to PMIC

• TWI2_SDA 87 D19/2
• TWI2_SCL 88 D20/2

QSPI

Boot Storage (connection to companion / debug / boot MCU) Only actually needs MISO/MOSI, bootstrap loader v. small Bootstrap loader checks eMMC, USB-OTG, SD/MMC, SPI, etc. MCU implements keyboard-matrix for keyboard (also trackpad?)

• QSPI_CK 110 E18/2
• QSPI_NSS 111 E19/2
• QSPI_IO0 112 E20/2
• QSPI_IO1 113 E21/2
• QSPI_IO2 114 E22/2
• QSPI_IO3 115 E23/2

GPIO

• GPIOD_D12 80 D12 : LCD_RDN
• GPIOD_D17 85 D17 : LCD_WRN
• GPIOD_D18 86 D18 : LCD_RS
• GPIOD_D2 70 D2 : HSPA_SHUTDOWN
• GPIOD_D21 89 D21 : LCD_CSN
• GPIOD_D3 71 D3 : CTP_RST
• GPIOD_D4 72 D4 : WL_WAKE_AP
• GPIOD_D5 73 D5 : BT_WAKE_AP
• GPIOD_D6 74 D6 : AP_WAKE_BT
• GPIOD_D7 75 D7 : AP_CK32KO
• GPIOD_D8 76 D8 : HSPA_PWRON
• GPIOD_D9 77 D9 : BT_RST_N
• GPIOE_E5 97 E5 : HSPA_ON_OFF

EINT

• EINT_5 81 D13/3 : HSPA_MST_RDY
• EINT_6 82 D14/3 : HSPA_SL_RDY
• EINT_7 83 D15/3 : HSPA_RING
• EINT_8 84 D16/3 : WL_PMU_EN
• EINT_9 91 D23/3 : HSPA_GPIO1
• EINT_10 92 E0/3 : IR_DT
• EINT_11 93 E1/3 : BT_PCM_CLK
• EINT_12 94 E2/3 : BT_PCM_DIN
• EINT_13 95 E3/3 : BT_PCM_SYNC
• EINT_14 96 E4/3 : BT_PCM_DOUT
• EINT_16 98 E6/3 : USB_DRVVBUS
• EINT_17 99 E7/3 : USB_VBUSDET
• EINT_21 90 D22/3 : USB_ID
• EINT_30 68 D0/3 : CTP_INT
• EINT_31 69 D1/3 : SD_DETN

PWM

• PWM_0 124 F8/2 : LCD Backlight

Unused Pinouts (spare as GPIO) for 'IoT'

Plenty of spare GPIO pins for miscellaneous functions MCU EINT-capable GPIO may be used to generate extra EINTs on the single MCU_INT line, if really needed

Reference Datasheets

datasheets and pinout links * http://datasheets.chipdb.org/AMD/8018x/80186/amd-80186.pdf * http://hands.com/~lkcl/eoma/shenzen/frida/FRD144A2701.pdf * http://pinouts.ru/Memory/sdcard_pinout.shtml * p8 http://www.onfi.org/~/media/onfi/specs/onfi_2_0_gold.pdf?la=en * https://www.heyrick.co.uk/blog/files/datasheets/dm9000aep.pdf * http://cache.freescale.com/files/microcontrollers/doc/app_note/AN4393.pdf * https://www.nxp.com/docs/en/data-sheet/MCF54418.pdf * ULPI OTG PHY, ST http://www.st.com/en/interfaces-and-transceivers/stulpi01a.html * ULPI OTG PHY, TI TUSB1210 http://ti.com/product/TUSB1210/

Pin Bank starting points and lengths

• A 0 16
• B 16 28
• C 44 24
• D 68 24
• E 92 24
• F 116 10
• G 126 32