Opal Interface Signals

This section details all of the signals that interface to the Opal CPU Module.
As far as possible, each interface signal name matches the name for that signal on the i.MX53 or DA9053.
When designing with Opal, you should use the IOMux tool from Freescale to plan how you will use the i.MX53 signals. The Opal Product Page on devicesolutions.net includes a link to the tool, along with files which describe the pins that are available on the Opal module interface.
For detailed information on each signal, please refer to the Freescale documentation.

Signal Descriptions

The following table includes:

  • Pin location: Refer to the table following for a map of all pads.
  • Voltage: Most GPIO signals are 3.3V or 1.8V, but not all.
  • Name: This corresponds with the pins name on the originating device on the module.
  • GPIO: This column lists the i.MX53 GPIO number for signals that include this capability.
  • Notes. This may include a brief description or specific advice around interfacing to the signal. For a detailed description, consult the Freescale i.MX53 documentation.

 

Pad

Voltage

Name

GPIO

Notes

Power

 

 

 

 

B-159 -168

 

DCIN

-

Main power in from DC supply.

A-1 to 4,
A165-168

 

VBUS

-

Alternate power in. Connect to USB power.

A6-10,
A

 

VBAT

-

Battery connection. Use single cell Li-Ion.

 

0V

0V

-

GND

B-19 –B-21

3.3V

DCDC_3V3

-

3.3V supply output from the module.

B-16

-

VBUCKCORE

-

Use as pull-up for power button only.

B-14

-

VBUCKPRO

-

For test only – do not use

B-5

-

VBUCKPERI

-

For test only – do not use

B-15

-

VBUCKMEM

-

For test only – do not use

B-2

-

VLDO1_1V3

-

For test only – do not use

B-7

-

VLDO2_1V2

-

For test only – do not use

B-8

3.3V

VLDO3_3V3

-

3.3V supply from module

B-3

2.775V

VLDO4_2V775

-

LCD Logic supply.

B-6

-

VLDO5_1V2

-

For test only – do not use

B-1

-

VLDO6_1V2

-

For test only – do not use

B-9

-

VLDO7_2V75

-

For test only – do not use

B-11

1.8V

VLDO8_1V8

-

1.8V supply from the module.

B-13

-

VLDO9_1V5

-

For test only – do not use

B-12

-

VLDO10_1V25

-

For test only – do not use

B-10

-

VDDOUT

-

For test only – do not use

B-4

 

VBBAT

-

Backup battery connection. Coin-Cell or Super-Cap

B-17

-

DDR_REF

-

For test only – do not use

B-22

3.3V

FEC_3V3

-

Ethernet supply.

B-18

-

VPERI_SW

-

For test only – do not use

i.MX53 Control Signals

 

 

 

 

B-33

1.8V

nRESET

-

Module reset. Connects to the POR reset signal of the i.MX53.

B-146

 

PMIC_ON_REQ

-

 

B-149

 

PMIC_STBY_REQ

-

 

B-52

 

BOOT_MODE0

-

Refer to the Design with Opal section for the setup of these two signals

B-53

 

BOOT_MODE1

-

 

DA9053 PMIC Signals

 

 

 

 

B-143

 

PWR_UP

-

Power up sequence indicator output.

B-32

 

nSHUTDOWN

-

Active low input from switch or error indication from host to initiate shutdown.

B-140

 

TP

-

Test point for setting PMIC in test mode.

B-136

 

SYS_UP

-

Power up sequence indicator output.

B-139

 

ACC_ID_DET/
GPIO_11

-

Accessory detection

B-131

 

GP_FB1/
GPIO12

-

Status indicator for valid Wakeup event

B-132

 

nVDD_FAULT/
GPIO_13

-

Indicates the supply voltage is low. Connected to GPIO_5 on the module.

B-141

 

nONKEY/
KEEPACT

-

Power button input

B-138

 

DATA/GPIO14

-

Test mode communications

B-137

 

CLK/GPIO15

-

 

B-142

 

PWR1_EN/
GPIO10

-

Hardware output of power domain.

B-133

 

PWR_EN/
GPIO9

-

Hardware output of power domain.

B-135

 

nIRQ

-

Interrupt from the DA9053. Connected to GPIO_16 on the module.

B-134

 

SYS_EN/GPIO8

-

Hardware enable of power domain

B-156

 

PMIC_D+

-

USB interface for use with VBUS input

B-155

 

PMIC_D-

-

 

USB

 

 

 

 

B-78

Analog

USB_H1_DP

-

High Speed USB Host Data+

B-79

Analog

USB_H1_DN

-

High Speed USB Host Data-

B-83

 

USB_H1_VBUS

-

 

B-76

Analog

USB_OTG_DP

-

High speed USB OTG Data+

B-77

Analog

USB_OTG_DN

-

High speed USB OTG Data-

B-82

 

USB_OTG_VBUS

-

USB OTG

B-81

 

USB_OTG_ID

-

USB OTG ID

Ethernet

 

 

 

 

A-83

Analog

ETHERNET_TX+

-

10/100 Ethernet interface signals. Connect to magnetics.

A-82

Analog

ETHERNET_TX-

-

 

A-78

Analog

ETHERNET_RX-

-

 

A-79

Analog

ETHERNET_RX+

-

 

A-80

3.3V

ETHERNET_LED0

-

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

A-81

3.3V

ETHERNET_LED1

-

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

SD Card

 

 

 

 

B-105

3.3V

SD1_CLK

1-20

SD Card Clock

B-108

3.3V

SD1_CMD

1-18

SD Card CMD signal.

B-104

3.3V

SD1_DATA0

1-16

SD Card Data 0

B-106

3.3V

SD1_DATA1

1-17

SD Card Data 1

B-109

3.3V

SD1_DATA2

1-19

SD Card Data 2

B-107

3.3V

SD1_DATA3

1-21

SD Card Data 3

B-101

3.3V

SD2_CLK

1-10

SD Card Clock

B-97

3.3V

SD2_CMD

1-11

SD Card CMD signal.

B-100

3.3V

SD2_DATA0

1-15

SD Card Data 0

B-98

3.3V

SD2_DATA1

1-14

SD Card Data 1

B-99

3.3V

SD2_DATA2

1-13

SD Card Data 2

B-102

3.3V

SD2_DATA3

1-12

SD Card Data 3

I2C

 

 

 

 

B-36

1.8V

I2C1_SCL

-

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 Opal module.

B-35

1.8V

I2C1_SDA

-

 

Keypad Controller (KPP)

 

 

 

 

B-94

3.3V

KPP_ROW0

4-7

Keypad row and column signals. These signals are multiplexed with UART, SPI and other functions.

B-87

3.3V

KPP_ROW1

4-9

 

B-91

3.3V

KPP_ROW2

4-11

 

B-95

3.3V

KPP_ROW3

4-13

 

B-87

3.3V

KPP_ROW4

4-15

 

B-90

3.3V

KPP_COL0

4-6

 

B-89

3.3V

KPP_COL1

4-8

 

B-92

3.3V

KPP_COL2

4-10

 

B-88

3.3V

KPP_COL3

4-12

 

B-93

3.3V

KPP_COL4

4-14

 

SATA

 

 

 

 

B-71

Analog

SATA_TXM

-

SATA interface signals

B-72

Analog

SATA_TXP

-

 

B-74

Analog

SATA_RXM

-

 

B-73

Analog

SATA_RXP

-

 

CMOS Sensor Interface (CSI)

 

 

 

 

A-45

1.8V

CSI0_MCLK

5-19

The i.MX53 has two camera input ports. This port (CSI0) has two signals taken for I2C use to communicate with the PMIC on the Opal module. There are 2 UARTS multiplexed with these signals. These signals are 1.8V.

A-46

1.8V

CSI0_PIXCLK

5-18

 

A-34

1.8V

CSI0_VSYNC

5-21

 

A-33

1.8V

CSI0_DATA_EN

5-20

 

A-44

1.8V

CSI0_D4

5-22

 

A-43

1.8V

CSI0_D5

5-23

 

A-30

1.8V

CSI0_D6

5-24

 

A-39

1.8V

CSI0_D7

5-25

 

A-40

1.8V

CSI0_D10

5-28

 

A-42

1.8V

CSI0_D11

5-29

 

A-36

1.8V

CSI0_D12

5-30

 

A-29

1.8V

CSI0_D13

5-31

 

A-41

1.8V

CSI0_D14

6-0

 

A-38

1.8V

CSI0_D15

6-1

 

A-37

1.8V

CSI0_D16

6-2

 

A-32

1.8V

CSI0_D17

6-3

 

A-35

1.8V

CSI0_D18

6-4

 

A-31

1.8V

CSI0_D19

6-5

 

GPIO

 

 

 

 

A-95

3.3V

GPIO_0

1-0

 

A-87

3.3V

GPIO_1

1-1

 

A-97

3.3V

GPIO_2

1-2

 

A-86

3.3V

GPIO_3

1-3

 

A-94

3.3V

GPIO_4

1-4

 

A-89

3.3V

GPIO_5

1-5

Connected to nVDD_FAULT from the PMIC

A-88

3.3V

GPIO_6

1-6

 

A-92

3.3V

GPIO_7

1-7

 

A-90

3.3V

GPIO_8

1-8

 

A-96

3.3V

GPIO_9

1-9

 

B-125

2.75V

GPIO_10

4-0

 

B-128

2.75V

GPIO_11

4-1

 

B-126

2.75V

GPIO_12

4-2

 

B-129

2.75V

GPIO_13

4-3

 

B-127

2.75V

GPIO_14

4-4

 

A-98

3.3V

GPIO_16

7-11

Connected to nIRQ from the PMIC

A-91

3.3V

GPIO_17

7-12

 

A-99

3.3V

GPIO_18

7-13

 

A-93

3.3V

GPIO_19

4-5

 

Parallel ATA (PATA)

 

 

 

 

A-104

3.3V

PATA_BUFF_EN

7-1

The PATA function is not available as some of the data signals are used for the NAND flash on the module. If you can't live without PATA, contact us regarding a custom design.

A-103

3.3V

PATA_CS0

7-9

 

A-111

3.3V

PATA_CS1

7-10

 

A-101

3.3V

PATA_DA0

7-6

 

A-113

3.3V

PATA_DA1

7-7

 

A-105

3.3V

PATA_DA2

7-8

 

A-118

3.3V

PATA_DATA8

2-8

 

A-119

3.3V

PATA_DATA9

2-9

 

A-120

3.3V

PATA_DATA10

2-10

 

A-110

3.3V

PATA_DATA11

2-11

 

A-117

3.3V

PATA_DATA12

2-12

 

A-115

3.3V

PATA_DATA13

2-13

 

A-116

3.3V

PATA_DATA14

2-14

 

A-121

3.3V

PATA_DATA15

2-15

 

A-109

3.3V

PATA_DIOR

7-3

 

A-106

3.3V

PATA_DIOW

6-17

 

A-107

3.3V

PATA_DMACK

6-18

 

A-108

3.3V

PATA_DMARQ

7-0

 

A-102

3.3V

PATA_INTRQ

7-2

 

A-114

3.3V

PATA_IORDY

7-5

 

A-112

3.3V

PATA_RESET_B

7-4

 

EIM

 

 

 

 

B-55

3.3V

EIM_OE

2-25

 

B-48

3.3V

EIM_WAIT

5-0

 

B-54

3.3V

EIM_BCLK

-

 

B-119

3.3V

EIM_LBA

2-27

 

B-45

3.3V

EIM_RW

2-26

 

B-49

3.3V

EIM_EB0

2-28

 

B-118

3.3V

EIM_EB1

2-29

 

B-58

3.3V

EIM_EB2

2-30

 

B-59

3.3V

EIM_EB3

2-31

 

B-57

3.3V

EIM_CS0

2-23

 

B-56

3.3V

EIM_CS1

2-24

 

A-155

3.3V

EIM_A16

2-22

 

A-157

3.3V

EIM_A17

2-21

 

A-156

3.3V

EIM_A18

2-20

 

A-16

3.3V

EIM_A19

2-19

 

A-156

3.3V

EIM_A20

2-18

 

A-15

3.3V

EIM_A21

2-17

 

A-14

3.3V

EIM_A22

2-16

 

A-13

3.3V

EIM_A23

6-6

 

A-154

3.3V

EIM_A24

5-4

 

A-12

3.3V

EIM_A25

5-2

 

A-125

3.3V

EIM_D16

3-16

 

A-126

3.3V

EIM_D17

3-17

 

A-134

3.3V

EIM_D18

3-18

 

A-136

3.3V

EIM_D19

3-19

 

A-133

3.3V

EIM_D20

3-20

 

A-128

3.3V

EIM_D21

3-21

 

A-135

3.3V

EIM_D22

3-22

 

A-138

3.3V

EIM_D23

3-23

 

A-137

3.3V

EIM_D24

3-24

 

A-130

3.3V

EIM_D25

3-25

 

A-127

3.3V

EIM_D26

3-26

 

A-129

3.3V

EIM_D27

3-27

 

A-140

3.3V

EIM_D28

3-28

 

A-139

3.3V

EIM_D29

3-29

 

A-131

3.3V

EIM_D30

3-30

 

A-132

3.3V

EIM_D31

3-31

 

B-120

3.3V

EIM_DA0

3-0

 

B-113

3.3V

EIM_DA1

3-1

 

B-50

3.3V

EIM_DA2

3-2

 

B-123

3.3V

EIM_DA3

3-3

 

B-114

3.3V

EIM_DA4

3-4

 

B-112

3.3V

EIM_DA5

3-5

 

B-122

3.3V

EIM_DA6

3-6

 

B-111

3.3V

EIM_DA7

3-7

 

B-121

3.3V

EIM_DA8

3-8

 

B-47

3.3V

EIM_DA9

3-9

 

B-115

3.3V

EIM_DA10

3-10

 

B-116

3.3V

EIM_DA11

3-11

 

B-51

3.3V

EIM_DA12

3-12

 

B-117

3.3V

EIM_DA13

3-13

 

B-60

3.3V

EIM_DA14

3-14

 

B-46

3.3V

EIM_DA15

3-15

 

LVDS

 

 

 

 

A-151

2.5V

LVDS0_TX0_N

7-31

LVDS Display Output Channel 0

A-150

2.5V

LVDS0_TX0_P

7-30

 

A-149

2.5V

LVDS0_TX1_N

7-29

 

A-148

2.5V

LVDS0_TX1_P

7-28

 

A-142

2.5V

LVDS0_TX2_N

7-27

 

A-143

2.5V

LVDS0_TX2_P

7-26

 

A-144

2.5V

LVDS0_TX3_N

7-23

 

A-145

2.5V

LVDS0_TX3_P

7-22

 

A-147

2.5V

LVDS0_CLK_N

7-25

 

A-146

2.5V

LVDS0_CLK_P

7-24

 

A-18

2.5V

LVDS1_TX0_N

6-31

LVDS Display Output Channel 1

A-19

2.5V

LVDS1_TX0_P

6-30

 

A-20

2.5V

LVDS1_TX1_N

6-29

 

A-21

2.5V

LVDS1_TX1_P

6-28

 

A-24

2.5V

LVDS1_TX2_N

6-25

 

A-25

2.5V

LVDS1_TX2_P

6-24

 

A-26

2.5V

LVDS1_TX3_N

6-23

 

A-27

2.5V

LVDS1_TX3_P

6-22

 

A-22

2.5V

LVDS1_CLK_N

6-27

 

A-23

2.5V

LVDS1_CLK_P

6-26

 

Parallel Display Controller

 

 

 

 

A-65

2.775V

DIO_PIN2

4-18

Configurable LCD timing signals (HSYNC, VSYNC, ACD_OE)

A-76

2.775V

DIO_PIN3

4-19

 

A-74

2.775V

DIO_PIN4

4-20

 

A-53

2.775V

DIO_PIN15

4-17

 

A-55

2.775V

DISP0_DAT0

4-21

Parallel LCD data for the DISP0 interface

A-56

2.775V

DISP0_DAT1

4-22

 

A-66

2.775V

DISP0_DAT2

4-23

 

A-70

2.775V

DISP0_DAT3

4-24

 

A-67

2.775V

DISP0_DAT4

4-25

 

A-57

2.775V

DISP0_DAT5

4-26

 

A-68

2.775V

DISP0_DAT6

4-27

 

A-49

2.775V

DISP0_DAT7

4-28

 

A-52

2.775V

DISP0_DAT8

4-29

 

A-72

2.775V

DISP0_DAT9

4-30

 

A-59

2.775V

DISP0_DAT10

4-31

 

A-50

2.775V

DISP0_DAT11

5-5

 

A-48

2.775V

DISP0_DAT12

5-6

 

A-71

2.775V

DISP0_DAT13

5-7

 

A-69

2.775V

DISP0_DAT14

5-8

 

A-61

2.775V

DISP0_DAT15

5-9

 

A-73

2.775V

DISP0_DAT16

5-10

 

A-51

2.775V

DISP0_DAT17

5-11

 

A-60

2.775V

DISP0_DAT18

5-12

 

A-62

2.775V

DISP0_DAT19

5-13

 

A-64

2.775V

DISP0_DAT20

5-14

 

A-75

2.775V

DISP0_DAT21

5-15

 

A-63

2.775V

DISP0_DAT22

5-16

 

A-54

2.775V

DISP0_DAT23

5-17

 

A-58

2.775V

DISP0_DCLK

4-16

Pixel clock for DISP0

Analog Display (incl VGA)

 

 

 

 

B-39

Analog

TVDAC_IOR

-

Analog display output. Refer to the Freescale documentation for the output options.

B-41

Analog

TVDAC_IOR_BACK

-

 

B-40

Analog

TVDAC_IOG

-

 

B-38

Analog

TVDAC_IOG_BACK

-

 

B-42

Analog

TVDAC_IOB

-

 

B-43

Analog

TVDAC_IOB_BACK

-

 

Touch and ADC (from DA9053)

 

 

 

 

B-29

Analog

TS_YN

-

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

B-30

Analog

TS_YP

-

 

B-26

Analog

TS_XN

-

 

B-28

Analog

TS_XP

-

 

B-34

 

TSREF_GPIO7

-

 

B-27

Analog

TBAT

-

 

B-145

Analog

ADCIN4

-

General purpose 2.5V ADC inputs.

B-147

Analog

ADCIN5

-

 

B-148

Analog

ADCIN6

-

 

JTAG

 

 

 

 

B-65

1.8V

JTAG_TDI

-

JTAG Data On

B-62

1.8V

JTAG_nTRST

-

JTAG reset

B-63

1.8V

JTAG_nSRST

-

JTAG System reset

B-66

1.8V

JTAG_TMS

-

JTAG TMS

B-67

1.8V

JTAG_TCK

-

JTAG Clock

B-64

1.8V

JTAG_TDO

-

JTAG Data Out

 

Opal Main Connector Pin-out

 

Connector A

 

 

 

 

Connector B

 

 

 

 

Pin Name

Pin

Pin

Pin Name

 

Pin Name

Pin

Pin

Pin Name

VBUS

1

168

VBUS

 

VLDO6_1V2

1

168

DCIN

VBUS

2

167

VBUS

 

VLDO1_1V3

2

167

DCIN

VBUS

3

166

VBUS

 

VLDO4_2V775

3

166

DCIN

VBUS

4

165

VBUS

 

VBBAT

4

165

DCIN

0V

5

164

0V

 

VBUCKPERI

5

164

DCIN

VBAT

6

163

VBAT

 

VLDO5_1V2

6

163

DCIN

VBAT

7

162

VBAT

 

VLDO2_1V2

7

162

DCIN

VBAT

8

161

VABT

 

VLDO3_3V3

8

161

DCIN

VBAT

9

160

VBAT

 

VLDO7_2V75

9

160

DCIN

VBAT

10

159

VBAT

 

VDDOUT

10

159

DCIN

0V

11

158

0V

 

VLDO8_1V8

11

158

0V

EIM_A25

12

157

EIM_A17

 

VLDO10_1V25

12

157

0V

EIM_A23

13

156

EIM_A20

 

VLDO9_1V5

13

156

PMIC_D-

EIM_A22

14

155

EIM_A16

 

VBUCKPRO

14

155

PMIC_D+

EIM_A21

15

154

EIM_A24

 

VBUCKMEM

15

154

NC

EIM_A19

16

153

EIM_A18

 

VBUCKCORE

16

153

NC

0V

17

152

0V

 

DDR_VREF

17

152

NC

LVDS1_TX0_N

18

151

LVDS0_TX0_P

 

VPERI_SW

18

151

NC

LVDS1_TX0_P

19

150

LVDS0_TX0_N

 

DCDC_3V3

19

150

0V

LVDS1_TX1_N

20

149

LVDS0_TX1_N

 

DCDC_3V3

20

149

PMIC_STBY_REQ

LVDS1_TX1_P

21

148

LVDS0_TX1_P

 

DCDC_3V3

21

148

ADCIN6

LVDS1_CLK_N

22

147

LVDS0_CLK_ N

 

FEC_3V3

22

147

ADCIN5

LVDS1_CLK_P

23

146

LVDS0_CLK_P

 

VDDCORE

23

146

PMIC_ON_REQ

LVDS1_TX2_N

24

145

LVDS0_TX3_P

 

NC

24

145

ADCIN4

LVDS1_TX2_P

25

144

LVDS0_TX3_N

 

0V

25

144

0V

LVDS1_TX3_N

26

143

LVDS0_TX2_P

 

TS_XN

26

143

PWR_UP

LVDS1_TX3_P

27

142

LVDS0_TX2_N

 

TBAT

27

142

PMIC_GPIO_10

0V

28

141

0V

 

TS_XP

28

141

KEEPACT

CSI0_DAT13

29

140

EIM_D28

 

TS_YN

29

140

TP

CSI0_DAT6

30

139

EIM_D29

 

TS_YP

30

139

PMIC_GPIO_11

CSI0_DAT19

31

138

EIM_D23

 

0V

31

138

PMIC_GPIO_14

CSI0_DAT17

32

137

EIM_D24

 

nSHUTDOWN

32

137

PMIC_GPIO_15

CSI0_DATA_EN

33

136

EIM_D19

 

nRESET

33

136

SYS_UP

CSI0_VSYNC

34

135

EIM_D22

 

TSIREF

34

135

nIRQ

CSI0_DAT18

35

134

EIM_D18

 

I2C1_SDA

35

134

PMIC_GPIO_8

CSI0_DAT12

36

133

EIM_D20

 

I2C1_SCL

36

133

PMIC_GPIO_9

CSI0_DAT16

37

132

EIM_D31

 

0V

37

132

PMIC_GPIO_13

CSI0_DAT15

38

131

EIM_D30

 

TVDAC_IOG_BACK

38

131

PMIC_GPIO_12

CSI0_DAT7

39

130

EIM_D25

 

TVDAC_IOR

39

130

0V

CSI0_DAT10

40

129

EIM_D27

 

TVDAC_IOG

40

129

GPIO_13

CSI0_DAT14

41

128

EIM_D21

 

TVDAC_IOR_BACK

41

128

GPIO_11

CSI0_DAT11

42

127

EIM_D26

 

TVDAC_IOB

42

127

GPIO_14

CSI0_DAT5

43

126

EIM_D17

 

TVDAC_IOB_BACK

43

126

GPIO_12

CSI0_DAT4

44

125

EIM_D16

 

0V

44

125

GPIO_10

CSI0_MCLK

45

124

NC

 

EIM_RW

45

124

0V

CSI0_PIXCLK

46

123

NC

 

EIM_DA15

46

123

EIM_DA3

0V

47

122

0V

 

EIM_DA9

47

122

EIM_DA6

DISP0_DAT12

48

121

PATA_DATA15

 

EIM_WAIT

48

121

EIM_DA8

DISP0_DAT7

49

120

PATA_DATA10

 

EIM_EB0

49

120

EIM_DA0

DISP0_DAT11

50

119

PATA_DATA9

 

EIM_DA2

50

119

EIM_LBA

DISP0_DAT17

51

118

PATA_DATA8

 

EIM_DA12

51

118

EIM_EB

DISP0_DAT8

52

117

PATA_DATA12

 

BOOT_MODE0

52

117

EIM_DA13

DIO_PIN15

53

116

PATA_DATA14

 

BOOT_MODE1

53

116

EIM_DA11

DISP0_DAT23

54

115

PATA_DATA13

 

EIM_BCLK

54

115

EIM_DA10

DISP0_DAT0

55

114

PATA_IORDY

 

EIM_OE

55

114

EIM_DA4

DISP0_DAT1

56

113

PATA_DA_1

 

EIM_CS1

56

113

EIM_DA1

DISP0_DAT5

57

112

PATA_RESET_B

 

EIM_CS0

57

112

EIM_DA5

DIO_DISP_CLK

58

111

PATA_CS_1

 

EIM_EB2

58

111

EIM_DA7

DISP0_DAT10

59

110

PATA_DATA11

 

EIM_EB3

59

110

0V

DISP0_DAT18

60

109

PATA_DIOR

 

EIM_DA14

60

109

SD1_DATA2

DISP0_DAT15

61

108

PATA_DMARQ

 

0V

61

108

SD1_CMD

DISP0_DAT19

62

107

PATA_DMACK

 

JTAG_nTRST

62

107

SD1_DATA3

DISP0_DAT22

63

106

PATA_DIOW

 

JTAG_nSRST

63

106

SD1_DATA1

DISP0_DAT20

64

105

PATA_DA_2

 

JTAG_TDO

64

105

SD1_CLK

DIO_PIN2

65

104

PATA_BUFFER_EN

 

JTAG_TDI

65

104

SD1_DATA0

DISP0_DAT2

66

103

PATA_CS_0

 

JTAG_TMS

66

103

0V

DISP0_DAT4

67

102

PATA_INTRQ

 

JTAG_TCK

67

102

SD2_DATA3

DISP0_DAT6

68

101

PATA_DA_0

 

0V

68

101

SD2_CLK

DISP0_DAT3

69

100

0V

 

NC

69

100

SD2_DATA0

DISP0_DAT14

70

99

GPIO_18

 

NC

70

99

SD2_DATA2

DISP0_DAT13

71

98

GPIO_16

 

SATA_TXM

71

98

SD2_DATA1

DISP0_DAT9

72

97

GPIO_2

 

SATA_TXP

72

97

SD2_CMD

DISP0_DAT16

73

96

GPIO_9

 

SATA_RXP

73

96

0V

DIO_PIN4

74

95

GPIO_0

 

SATA_RXM

74

95

KEY_ROW3

DISP0_DAT21

75

94

GPIO_4

 

0V

75

94

KEY_ROW0

DIO_PIN3

76

93

GPIO_19

 

USB_OTG_DP

76

93

KEY_COL4

0V

77

92

GPIO_7

 

USB_OTG_DN

77

92

KEY_COL2

ETHERNET_RX-

78

91

GPIO_17

 

USB_H1_DP

78

91

KEY_ROW2

ETHERNET_RX+

79

90

GPIO_8

 

USB_H1_DN

79

90

KEY_COL0

FEC_LED0

80

89

GPIO_5

 

0V

80

89

KEY_COL1

LED1

81

88

GPIO_6

 

USB_OTG_ID

81

88

KEY_COL3

ETHERNET_TX-

82

87

GPIO_1

 

USB_OTG_VBUS

82

87

KEY_ROW1

ETHERNET_TX+

83

86

GPIO_3

 

USB_H1_VBUS

83

86

KEY_ROW4

0V

84

85

0V

 

0V

84

85

0V

NC – No Connection, do not connect to these Pins.