Power

C3/140

3.3V

PSU_LION

Input into the MC3470 PMIC. Pull high to VIN to indicate the module is powered by a Li-Ion battery.

D3/149

3.3V

ON/OFF

Hardware enable/disable for the Power Management IC. Refer to the MC37704 data sheet for details.

E3/148

Power

3V3_REG5

3.3V Power rail. This rail can supply up to 500mA and must be enabled via software.

C11/142

Power

VG_NC

Not used - do not connect to this pad.

D11/144

Power

VLED

LED backlight power supply. Up to 30mA is available and is generally suitable for displays up to 3.5". For larger devices a dedicate LED supply will be required.

E11/145

Power

VLED_FB

Feedback signal for LED backlight power supply.

F11/3&4

Power

VIN

Module power supply input.
Input range: 2.7 to 5.5V

H8/146

Power

1V8

1.8V power rail.
Up to 100mA is available for use on an application board.

H9/143

Power

QVDD_NC

In non-security applications, connect this to DRYICE_VBAT.

B12/147

Power

3V3_REG2

3.3V power rail. Use this to power devices at boot time including pull-up resistors used for boot configuration, JTAG and debug serial ports. Up to 100mA is available. All other 3.3V power should be taken from 3V3_REG5.

V2/159

3.3V

POWER_FAIL

3-19

AUD7_RXD

M1/141

Power

1V5_LDO_NC

Do not connect to this pad. Used for test only.

A1, Y1, A19, Y19

Ground (0V) pads on the Surface-mount version.

1, 2, 23, 24, 55, 56, 67, 68, 81, 82, 99, 100, 121, 122, 135, 136, 157, 158, 199, 200

Ground (0V) pins on the SO-DIMM version.

USB

Y3/75

Analog

USBPHY2_D+

USB Host Data +. Full Speed only.

Y4/77

Analog

USBPHY2_D-

USB Host Data -. Full Speed only.

Y10/71

Analog

USBPHY1_D+

USB OTG Data + High speed capable.

Y11/73

Analog

USBPHY1_D-

USB OTG Data - High speed capable.

Y12/79

3.3V

USBPHY1 _VBUS

USB OTG

Y13/69

3.3V

USBPHY1_UID

USB OTG ID

Ethernet

C18/123

Analog

TX+

10/100 Ethernet interface signals. Connect to magnetics.

C19/125

Analog

TX-

D18/129

Analog

RX-

D19/127

Analog

RX+

E18/124

3.3V

LED0

LED Mode = [00]: Link/Activity
(High = No Link, Toggle = Activity)
LED Mode = [01]: Link
(High = No Link)

E19/126

3.3V

LED1

LED Mode = [00]: Speed(High=10BT, Low = 100BT)
LED Mode = [01]: Activity

UART 1 and 2

C1/8

3.3V

UART1_RXD

4-22

UART2_DTR
LCD_CLS

UART1 Receive data signal

C2/9

3.3V

UART1_TXD

4-23

UART2_DSR
LCD_SPL

UART1 Transmit data signal

D2/10

3.3V

UART1_RTS

4-24

CSI_D0
GPT3_CAPIN1
UART2_DCD
LCD_PS

UART1 Ready-to-send hardware handshake signal. Note that this is an INPUT and if connecting to a PC should be connected to the signal labeled RTS.

D1/11

3.3V

UART1_CTS

4-25

CSI_D1
GPT3_CMPOUT1
UART2_RI
LCD_REV

UART1 Clear-to-send hardware handshake signal. Note that this is an OUTPUT and if connecting to a PC should be connected to the signal labeled CTS.

F4/12

3.3V

UART2_TXD

4-27

ESDHC1_DAT6

UART2 Transmit data signal

G4/13

3.3V

UART2_RXD

4-26

ESDHC1_DAT7

UART2 Receive data signal

J4/14

3.3V

UART2_RTS

4-28

ESDHC1_DAT5
GPT1_CAPIN1
EPIT2_EPITO
CSPI2_SS3

UART2 Ready-to-send hardware handshake signal. Note that this is an INPUT and if connecting to a PC should be connected to the signal labeled RTS.

H4/15

3.3V

UART2_CTS

4-29

ESDHC1_DAT4
GPT1_CMPOUT1

UART2 Clear-to-send hardware handshake signal. Note that this is an OUTPUT and if connecting to a PC should be connected to the signal labeled CTS.

SD Card

T14/97

3.3V

eSDHC1_CLK

2-24

CSPI2_MISO

SD Card Clock

U14/98

3.3V

eSDHC1_CMD

2-23

CSPI2_MOSI

SD Card CMD signal.

U16/93

3.3V

eSDHC1 _DATA0

2-25

CSPI2_SCLK
AUD7_TXFS

SD Card Data 0

T16/94

3.3V

eSDHC1 _DATA1

2-26

CSPI2_RDY
AUD7_RXD

SD Card Data 1

R16/95

3.3V

eSDHC1 _DATA2

2-27

CSPI2_SS0
AUD7_RXC

SD Card Data 2

P16/96

3.3V

eSDHC1 _DATA3

2-28

CSPI2_SS1
AUD7_RXFS

SD Card Data 3

I2C

B9/91

3.3V

I2C1_CLK

I2C Clock and Data. These I2C lines are used to control the on-board power management IC and must not be configured as anything other than I2C. These signals are pulled high with 4.7k resistors on the Topaz Module.

B10/92

3.3V

I2C1_DAT

Keypad Controller

A10/83

3.3V

KPP_ROW0

2-29

UART3_RXD
UART1_DTR

Keypad row and column signals. Can also be used as GPIO or additional UARTS.

A8/84

3.3V

KPP_ROW1

2-30

UART3_TXD
UART1_DSR

A7/85

3.3V

KPP_ROW2

2-31

UART3_RTS
UART1_DCD
AUD5_RXC

A6/86

3.3V

KPP_ROW3

3-00

UART3_CTS
UART1_RI
AUD5_RXFS

A9/87

3.3V

KPP_COL0

3-01

UART4_RXD
AUD5_TXD

B8/88

3.3V

KPP_COL1

3-02

UART4_TXD
AUD5_RXD

B7/89

3.3V

KPP_COL2

3-03

UART4_RTS
AUD5_TXC

B6/90

3.3V

KPP_COL3

3-04

UART4_CTS
AUD5_TXFS

CSPI

A5/17

3.3V

CSPI1_MOSI

1-14

UART3_RXD

SPI Master-Out/Slave-In signal

B5/16

3.3V

CSPI1_MISO

1-15

UART3_TXD

SPI Master-In/Slave-Out signal

A4/18

3.3V

CSPI1_SCLK

1-18

UART3_CTS

SPI Clock

B4/19

3.3V

CSPI1_RDY

2-22

SPI RDY (interrupt) signal

B3/20

3.3V

CSPI1_SS0

1-16

LCD_LD16
PWM2_PWMO

SPI chip select 0 signal

A3/21

3.3V

CSPI1_SS1

1-17

UART3_RTS
I2C3_SDA

SPI chip select 1 signal

PWM

E1/22

3.3V

PWM1 _PWMO

1-26

GPT4_CMPOUT1
USBH2_OC

PWM1 Output.

CMOS Sensor Interface

V14/111

3.3V

CSI_MCLK

1-08

ESDHC2_DAT0
AUD6_TXD
SIM2_VEN0

V15/112

3.3V

CSI_PIXCLK

1-11

ESDHC2_DAT3
AUD6_TXFS
SIM2_RX0

Y15/110

3.3V

CSI_VSYNC

1-09

ESDHC2_DAT1
AUD6_RXD
SIM2_TX0

V16/109

3.3V

CSI_HSYNC

1-10

ESDHC2_DAT2
AUD6_TXC
SIM2_PD0

V19/101

3.3V

CSI_D2

1-27

UART5_RXD
ESDHC2_DAT4
CSPI3_MOSI
SIM1_CLK0

U19/102

3.3V

CSI_D3

1-28

UART5_TXD
ESDHC2_DAT5
CSPI3_MISO
SIM1_RST0

T19/103

3.3V

CSI_D4

1-29

UART5_RTS
ESDHC2_DAT6
CSPI3_SCLK
SIM1_VEN0

Y18/104

3.3V

CSI_D5

1-30

UART5_CTS
ESDHC2_DAT7
CSPI3_RDY
SIM1_TX0

V18/105

3.3V

CSI_D6

1-31

ESDHC2_CMD
KPP_ROW6
CSPI3_SS0
SIM1_PD0

Y17/106

3.3V

CSI_D7

1-06

ESDHC2_CLK
KPP_ROW7
CSPI3_SS1
SIM1_RX0

V17/107

3.3V

CSI_D8

1-07

KPP_COL6
AUD6_RXC
CSPI3_SS2
SIM2_CLK0

Y16/108

3.3V

CSI_D9

4-21

KPP_COL7
AUD6_RXFS
CSPI3_SS3
SIM2_RST0

3.3V GPIO

Y6/138

3.3V

VSTBY_ACK

3-18

CSPI1_SS3
EPIT1_EPITO

Y7/139

3.3V

VSTBY_REQ

3-17

AUD7_TXFS

Y9/160

3.3V

GPIO1_00

1-00

PWM2
USBPTG_PWR
KPP_ROW4
I2C3_SCL
CAN1_TXCAN

Y14/161

3.3V

GPIO1_01

1-01

PWM3
USBOTG_OC
KPP_ROW5
I2C3_SDA
CAN1_RXCAN

T1/162

3.3V

GPIO1_02

1-02

PWM4
I2C2_SCL
KPP_COL4
CAN2_TXCAN
GPT2_CAPIN1
CSPI1_SS2
CSPI2_SS2

U2/163

3.3V

GPIO1_03

1-03

I2C2_SDA
KPP_COL5
CAN2_RXCAN
GPT2_CMPOUT1
WDOG_B

U1/164

3.3V

GPIO1_04

1-04

I2C3_SCL
UART4_RXD
LCD_D16
AUD7_TXD

Y8/165

3.3V

GPIO1_05

1-05

UART4_TXD
LCD_D17
EPIT1_EPITO
AUD7_TXC

Subscriber Interface Module

J19/166

1.8V

EIM_DA14

2-00

SIM1_CLK

These signals provide 1.8V GPIO or 2x 1.8V SIM interfaces.

J18/167

1.8V

EIM_DA15

2-01

SIM1_RST

K18/168

1.8V

EIM_A16

2-02

SIM1_VEN

M17/169

1.8V

EIM_A17

2-03

SIM1_TX

L19/170

1.8V

EIM_A18

2-04

SIM1_PD

B13/171

1.8V

EIM_A19

2-05

SIM1_RX

N17/172

1.8V

EIM_A20

2-06

SIM2_CLK

M14/173

1.8V

EIM_A21

2-07

SIM2_RST

M16/174

1.8V

EIM_A22

2-08

SIM2_VEN

L18/175

1.8V

EIM_A23

2-09

SIM2_TX

K19/176

1.8V

EIM_A24

2-10

SIM2_PD

N15/177

1.8V

EIM_A25

2-11

SIM2_RX

1.8V GPIO

G18/178

1.8V

EIM_EB0

2-12

AUD4_TXD

M15/179

1.8V

EIM_EB1

2-13

AUD4_RXD

N14/180

1.8V

EIM_OE

2-14

AUD4_TXC

M2/181

3.3V

SJC_DE_B

2-20

V1/182

3.3V

EXT_ARMCLK

3-15

Y2/183

3.3V

UPLL_BYPCLK

3-16

H18/184

1.8V

EIM_CS5

3-21

AUD4_RXFS
UART5_RTS

F19/185

1.8V

EIM_ECB

3-23

UART5_TXD

F18/186

1.8V

EIM_LBA

3-24

UART5_RXD

H19/187

1.8V

EIM_RW

3-25

AUD4_TXFS

G19/188

1.8V

EIM_CS0

4-02

F17/189

1.8V

EIM_CS1

4-03

N16/190

1.8V

EIM_BCLK

4-04

A12/191

1.8V

EIM_D15

4-05

LCD_D16

A11/192

1.8V

EIM_D14

4-06

LCD_D17

A13/193

1.8V

EIM_D13

4-07

LCD_D18

A14/194

1.8V

EIM_D12

4-08

LCD_D19

A15/195

1.8V

EIM_D11

4-09

LCD_D20
USBOTG_PWR

A16/196

1.8V

EIM_D10

4-10

LCD_D21
USBOTG_OC

F16/197

1.8V

EIM_D9

4-11

LCD_D22
USBH2_PWR

F15/198

1.8V

EIM_D8

4-12

LCD_D23
USBH2_OC

LCD Controller

E2/50

3.3V

LCDC _CONTRAST

GPT4_CAPIN1
PWM4
USBH2_PWR
WDOG_B

LCD contrast signal.

L1/25

3.3V

LCDC_LD0

2-15

CSI_D0
SLCDC_D0
SIM1_CLK1

LCD Data signals. Note that if you are driving a 16-bit LCD, signals 1-17 must be used. Refer to Freescale i.MX25 errata for details.

L2/26

3.3V

LCDC_LD1

2-16

CSI_D1
SLCDC_D1
SIM1_RST1

L3/27

3.3V

LCDC_LD2

2-17

CSI_D15
SLCDC_D2
SIM1_VEN1

K1/28

3.3V

LCDC_LD3

2-18

CSI_D14
SLCDC_D3
SIM1_TX1

K2/29

3.3V

LCDC_LD4

2-19

CSI_D13
SLCDC_D4
SIM1_PD1

K3/30

3.3V

LCDC_LD5

1-19

CSI_D12
SLCDC_D5
SIM1_RX1

J1/31

3.3V

LCDC_LD6

1-20

CSI_D11
SLCDC_D6
SIM2_CLK1

J2/32

3.3V

LCDC_LD7

1-21

CSI_D10
SLCDC_D7
SIM2_RST1

J3/33

3.3V

LCDC_LD8

ESDHC2_CMD
AUD3_TXD
SLCDC_D8

H1/34

3.3V

LCDC_LD9

ESDHC2_CLK
AUD3_RXD
SLCDC_D9

H2/35

3.3V

LCDC_LD10

ESDHC2_DAT0
AUD3_TXC
SLCDC_D10

H3/36

3.3V

LCDC_LD11

ESDHC2_DAT1
AUD3_TXFS
SLCDC_D11

G1/37

3.3V

LCDC_LD12

ESDHC2_DAT2
KPP_ROW6
SLCDC_D12

G2/38

3.3V

LCDC_LD13

ESDHC2_DAT3
KPP_ROW7
SLCDC_D13

G3/39

3.3V

LCDC_LD14

KPP_COL6
AUD3_RXC
SLCDC_D14

F1/40

3.3V

LCDC_LD15

KPP_COL7
AUD3_RXFS
SLCDC_D15

F2/49

3.3V

LCDC_LSCLK

1-24

SLCDC_CS
SIM2_PD1

LCD pixel clock

F3/51

3.3V

LCDC_OE _ACD

1-25

SLCDC_RS
SIM2_RX1

LCD output enable

K4/53

3.3V

LCDC_VSYNC

1-23

I2C3_SDA
SIM2_TX1

LCD VSYNC signal

L4/52

3.3V

LCDC_HSYNC

1-22

I2C3_SCL
SIM2_VEN1

LCD HSYNC signal

Touch and ADC

R3/58

Analog

YN

Touch screen inputs for 4-wire resistive device. Available for general purpose use if not used for touch.

R4/60

Analog

YP

T3/57

Analog

XN

U3/59

Analog

XP

T4/61

Analog

WIPER

Additional input used for 5-wire touch screens.

N3/65

Analog

REF

2.5V reference voltage for the ADC. This signal may be left floating if the internal 2.5V reference is enabled.

N4/62

Analog

INAUX0

General purpose 12-bit, 125kHz analog inputs.

P4/63

Analog

INAUX1

P3/64

Analog

INAUX2

Security (DRYICE)

M4/155

DRYICE_VOUT

Use this pin to power tamper and mesh circuits

P19/154

DRYICE_VBAT

Backup power supply. Power from battery (1.2V - 1.5V) in security applications, otherwise connect to QVdd. This signal can also be left unconnected.

U4/156

FUSE_VDD

Used for programming internal fuses only. Apply 3.6V to program fuses.

N18/150

TAMPER_A

DryIce external tamper detect pins, active high. If either TAMPER_A or TAMPER_B asserted, then external tampering is detected. These pins can be left unconnected if the DryIce security features are not being used.

M18/151

TAMPER_B

N19/152

MESH_C

Wire-mesh tamper detect pins that can be routed at the PCB board to detect attempted tampering of a
protected wire. When security measures are implemented, MESH_C should be pulled-up to
NVCC_DRYICE and triggers a tamper event when floating or when connected to MESH_D. MESH_D
should be pulled-down to GND and triggers an event when floating or connected to MESH_C. These pins
can be left unconnected if the DryIce security features are not being used.

M19/153

MESH_D

JTAG

N1/80

3.3V

JTAG_TDI

JTAG Data On

N2/72

3.3V

JTAG_TRST

JTAG reset

P1/76

3.3V

JTAG_TMS

JTAG TMS

P2/78

3.3V

JTAG_TCK

JTAG Clock

R2/70

3.3V

JTAG_TDO

JTAG Data Out

M3/74

3.3V

RTCK

3-14

1-wire

This signal can optionally be used as the return clock for JTAG. It can also be used as a GPIO signal or 1-wire.

Reset and Boot Mode

Y5/6

3.3V

BOOT _MODE0

4-30

Boot mode selection signals. Refer to later sections within this document which detail additional signals that need to be setup at boot time.

V4/7

3.3V

BOOT _MODE1

4-31

T2/5

3.3V

MODULE _RESET

Active low module reset signal.

V3/137

3.3V

CLKO

2-21

Configurable clock out.

1

2

3

4

5

6

A

0V (1mm² pad)

CSPI1_SS1

CSPI1_CSLK

CSPI1_MOSI

KPP_ROW3

A

B

CSPI1_SS0

CSPI1_RDY

CSPI1_MISO

KPP_COL3

B

C

UART1_RXD

UART1_TXD

PSU_LION

C

D

UART1_CTS

UART1_RTS

ON/OFF

D

E

PWM1_PWMO

LCD_CONTRAST

3V3_REG5

E

F

LCDC_LD15

LCDC_LSCLK

LCDC_OE_ACD

UART2_TXD

F

G

LCDC_LD12

LCDC_LD13

LCDC_LD14

UART2_RXD

G

H

LCDC_LD9

LCDC_LD10

LCDC_LD11

UART2_CTS

H

J

LCDC_LD6

LCDC_LD7

LCDC_LD8

UART2_RTS

J

K

LCDC_LD3

LCDC_LD4

LCDC_LD5

LCDC_VSYNC

K

L

LCDC_LD0

LCDC_LD1

LCDC_LD2

LCDC_HSYNC

L

M

1V5_LDO

GPIO2_20

RTCK

DRYICE_VOUT

M

N

JTAG_TDI

JTAG_TRST

REF

INAUX0

N

P

JTAG_TMS

JTAG_TCK

INAUX2

INAUX1

P

R

JTAG_TDO

YN

YP

R

T

GPIO1_2

MODULE_RESET

XN

WIPER

T

U

GPIO1_4

GPIO1_3

XP

FUSE_VDD

U

V

GPIO3_15

POWER_FAIL

SJC_DE_B

BOOT_MODE1

V

Y

GND

GPIO3_16

USBPHY2_D+

USBPHY2_D-

BOOT _MODE0

VSTBY_ACK

Y

7

8

9

10

11

12

A

KPP_ROW2

KPP_ROW1

KPP_COL0

KPP_ROW0

EIM_D14

EIM_D15

A

B

KPP_COL2

KPP_COL1

I2C1_CLK

I2C1_DAT

3V3_REG2

B

C

VG_NC

C

D

VLED

D

E

VLED_FB

E

F

VIN

F

G

G

H

1V8

QVDD_NC

H

J

J

K

K

L

L

M

M

N

N

P

P

R

R

T

T

U

U

V

V

Y

VSTBY_REQ

GPIO1_05

GPIO1_00

USBPHY1_D+

USBPHY1_D-

USBPHY1_VBUS

Y

13

14

15

16

17

18

19

A

EIM_D13

EIM_D12

EIM_D11

EIM_D10

0V (1mm² pad)

A

B

EIM_A19

B

C

TX+

TX-

C

D

RX-

RX+

D

E

LED0

LED1

E

F

EIM_D8

EIM_D9

EIM_CS1

EIM_LBA

EIM_ECB

F

G

EIM_EB0

EIM_CS0

G

H

EIM_CS5

EIM_RW

H

J

EIM_DA15

EIM_DA14

J

K

EIM_A16

EIM_A24

K

L

EIM_A23

EIM_A18

L

M

EIM_A21

EIM_EB1

EIM_A22

EIM_A17

TAMPER_B

MESH_D

M

N

EIM_OE

EIM_A25

EIM_BCLK

EIM_A20

TAMPER_A

MESH_C

N

P

eSDHC1 _DATA3

DRYICE_VBAT

P

R

eSDHC1 _DATA2

R

T

eSDHC1 _CLK

eSDHC1 _DATA1

CSI_D4

T

U

eSDHC1 _CMD

eSDHC1 _DATA0

CSI_D3

U

V

CSI_MCLK

CSI_PIXCLK

CSI_HSYNC

CSI_D8

CSI_D6

CSI_D2

V

Y

USBPHY1_UID

GPIO1_01

CSI_VSYNC

CSI_D9

CSI_D7

CSI_D5

0V

Y

0V

1

2

0V

VIN

3

4

VIN

MODULE_RESET

5

6

BOOT_MODE0

BOOT_MODE1

7

8

UART1_RXD

UART1_TXD

9

10

UART1_RTS

UART1_CTS

11

12

UART2_TXD

UART2_RXD

13

14

UART2_RTS

UART2_CTS

15

16

CSPI1_MISO

CSPI1_MOSI

17

18

CSPI1_SCLK

CSPI1_RDY

19

20

CSPI1_SS0

CSPI1_SS1

21

22

PWM1_PWMO

0V

23

24

0V

LCDC_LD0

25

26

LCDC_LD1

LCDC_LD2

27

28

LCDC_LD3

LCDC_LD4

29

30

LCDC_LD5

LCDC_LD6

31

32

LCDC_LD7

LCDC_LD8

33

34

LCDC_LD9

LCDC_LD10

35

36

LCDC_LD11

LCDC_LD12

37

38

LCDC_LD13

LCDC_LD14

39

40

LCDC_LD15

NC

41

42

NC

NC

43

44

NC

NC

45

46

NC

NC

47

48

NC

LCDC_LSCLK

49

50

LCDC_CONTRAST

LCDC_OE_ACD

51

52

LCDC_HSYNC

LCDC_VSYNC

53

54

NC

0V

55

56

0V

TOUCH_XN

57

58

TOUCH_YN

TOUCH_XP

59

60

TOUCH_YP

TOUCH_WIPER

61

62

INAUX0

INAUX1

63

64

INAUX2

ADC_REF

65

66

NC

0V

67

68

0V

USBPHY1_UID

69

70

JTAG_TDO

USBPHY1_D+

71

72

JTAG_TRST

USBPHY1_D-

73

74

RTCK

USBPHY2_D+

75

76

JTAG_TMS

USBPHY2_D-

77

78

JTAG_TCK

USBPHY1_VBUS

79

80

JTAG_TDI

0V

81

82

0V

KPP_ROW0

83

84

KPP_ROW1

KPP_ROW2

85

86

KPP_ROW3

KPP_COL0

87

88

KPP_COL1

KPP_COL2

89

90

KPP_COL3

I2C1_CLK

91

92

I2C1_DAT

eSDHC1_DATA0

93

94

eSDHC1_DATA1

eSDHC1_DATA2

95

96

eSDHC1_DATA3

eSDHC1_CLK

97

98

eSDHC1_CMD

0V

99

100

0V

CSI_D2

101

102

CSI_D3

CSI_D4

103

104

CSI_D5

CSI_D6

105

106

CSI_D7

CSI_D8

107

108

CSI_D9

CSI_HSYNC

109

110

CSI_VSYNC

CSI_MCLK

111

112

CSI_PIXCLK

NC

113

114

NC

NC

115

116

NC

NC

117

118

NC

NC

119

120

NC

0V

121

122

0V

TX+

123

124

LED0

TX-

125

126

LED1

RX+

127

128

NC

RX-

129

130

NC

NC

131

132

NC

NC

133

134

NC

0V

135

136

0V

CLKO

137

138

VSTBY_ACK

VSTBY_REQ

139

140

PSU_LION

1V5_LDO_NC

141

142

VG

QVDD

143

144

VLED

VLED_FB

145

146

1V8

3V3_REG2

147

148

3V3_REG5

ON/OFF

149

150

TAMPER_A

TAMPER_B

151

152

MESH_C

MESH_D

153

154

DRYICE_VBAT

DRYICE_VOUT

155

156

FUSE_VDD

0V

157

158

0V

POWER_FAIL

159

160

GPIO1_00

GPIO1_01

161

162

GPIO1_02

GPIO1_03

163

164

GPIO1_04

GPIO1_05

165

166

GPIO2_0

GPIO2_1

167

168

GPIO2_2

GPIO2_3

169

170

GPIO2_4

GPIO2_5

171

172

GPIO2_6

GPIO2_7

173

174

GPIO2_8

GPIO2_9

175

176

GPIO2_10

GPIO2_11

177

178

GPIO2_12

GPIO2_13

179

180

GPIO2_14

GPIO2_20

181

182

GPIO3_15

GPIO3_16

183

184

GPIO3_21

GPIO3_23

185

186

GPIO3_24

GPIO3_25

187

188

GPIO4_2

GPIO4_3

189

190

GPIO4_4

GPIO4_5

191

192

GPIO4_6

GPIO4_7

193

194

GPIO4_8

GPIO4_9

195

196

GPIO4_10

GPIO4_11

197

198

GPIO4_12

0V

199

200

0V