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VT-SBCQ7-MX6Q Boards User’s Manual
VT-SBCQ7-MX6Q
User’s Manual (Hardware)
Chengdu Vantron Technology Ltd. Co.
VT-SBCQ7-MX6Q Boards User’s Manual
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Revision record
Date Version Change Description
2018-06-14 1.0 Initial Version
2018-07-30 2.0 Modified Display description
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Table of Contents
1.1 COPYRIGHT NOTICE ......................................................................................................................................................4 1.2 NOTES..........................................................................................................................................................................4 1.3 STATEMENT ..................................................................................................................................................................4 1.4 DISCLAIMER..................................................................................................................................................................4 1.5 LIMITATION OF LIABILITY/NON-WARRANTY....................................................................................................................4 1.6 SAFETY INSTRUCTIONS ..................................................................................................................................................5 1.7 PRECAUTIONS ...............................................................................................................................................................5 1.8 SAFETY INSTRUCTIONS FOR POWER CABLES AND ACCESSORIES .......................................................................................5
2 OVER VIEW .......................................................................................................................................................................7
2.1 INTRODUCTION .............................................................................................................................................................7
3 SBCQ7-MX6Q HARDWARE INSTRUCTIONS................................................................................................................8
3.1 BOARD DIAGRAM .........................................................................................................................................................8 3.2 BOARD ASSEMBLY DRAWING ........................................................................................................................................9 3.3 BOARD STRUCTURE.................................................................................................................................................... 11
4 HARDWARE DESCRIPTION.......................................................................................................................................... 13
4.1 IDENTIFY CONNECTOR ................................................................................................................................................ 13 4.1.1 Position of connector .................................................................................................................................. 13 4.1.2 Confirm the pin direction ........................................................................................................................... 13
4.2 SWITCH, BUTTONS, JUMPERS, LEDS........................................................................................................................... 13 4.2.1 S1 Boot Settings........................................................................................................................................... 13 4.2.2 B1, RTC Battery ............................................................................................................................................ 13
4.3 LCD,DISPLAY ............................................................................................................................................................. 14 4.4 TP,TOUCH PANEL....................................................................................................................................................... 14 4.5 CONNECTORS DESCRIPTION........................................................................................................................................ 14
4.5.1 J1, LCD display port ..................................................................................................................................... 15 4.5.2 J2, HDMI port ............................................................................................................................................... 16 4.5.3 J3,Audio port ................................................................................................................................................ 17 4.5.4 J4&J5, Speaker port..................................................................................................................................... 17 4.5.5 J6, Micro USB Port ....................................................................................................................................... 17 4.5.6 J7, Internal USB port ................................................................................................................................... 17 4.5.7 J8,Internal USB port .................................................................................................................................... 18 4.5.8 J9, 10/100/1000M Ethernet port.............................................................................................................. 18 4.5.9 J10,CAN port................................................................................................................................................. 18 4.5.10 J11,Debug UART Connect port .................................................................................................................. 18 4.5.11 J12,JTAG port ............................................................................................................................................... 18 4.5.12 J13,RS232 port ............................................................................................................................................. 19 4.5.13 J14, SIM card slot......................................................................................................................................... 19 4.5.14 J15,SATA Power connector ........................................................................................................................ 19 4.5.15 J16,MINI-PCIE connector............................................................................................................................ 19 4.5.16 J17,power supply port ................................................................................................................................ 20 4.5.17 J19,Reserve port .......................................................................................................................................... 20 4.5.18 J20 ,SATA....................................................................................................................................................... 21 4.5.19 J21, RF antenna for WiFi&BT..................................................................................................................... 21 4.5.20 J64, Backlight ............................................................................................................................................... 21 4.5.21 J23, 230 pin Gold-Finger............................................................................................................................. 21
4.6 HARDWARE OPERATION NOTES ................................................................................................................................. 28
5 TIPS.................................................................................................................................................................................. 29
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1.1 Copyright Notice
While all information contained herein have been carefully checked to assure its accuracy in
technical details and printing, Vantron assumes no responsibility resulting from any error or features
of this manual, or from improper uses of this manual or the software. Please contact our technical
department for relevant operation solutions if there is any problem that cannot be solved according to
this manual.
Vantron reserves all rights of this manual, including the right to change the content, form, product
features, and specifications contained herein at any time without prior notice. The latest version of
this manual is at www.vantrontech.com.cn. Please contact Vantron for further information:
Vantron Technology(Vantron)
E-mail: [email protected]
The trademarks and registered trademarks in this manual are properties of their respective owners.
No part of this manual may be copied, reproduced, translated or sold. No changes or other purposes
are permitted without the prior written consent of Vantron.
Vantron reserves the right of all publicly-released copies of this manual.
1.2 Notes
Applicable notes are listed in the following table:
Sign Notice
Type Description
Notice Important information and regulations
Caution
Caution for latent damage to system or
harm to personnel
1.3 Statement
It is recommended to read and comply with this manual before operating board, which provides
important guidance and helps decreasing the danger of injury, electric shock, fire, or any damage to
the device.
1.4 Disclaimer
Vantron assumes no legal liability of accidents resulting from failure of conforming to the safety
instructions.
1.5 Limitation of Liability/Non-warranty
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For direct or indirect damage to this device or other devices of Vantron caused by failure of
conforming to this manual or the safety instructions on device label, Vantron assumes neither
warranty nor legal liability even if the device is still under warranty.
1.6 Safety Instructions
Keep and comply with all operation instructions, warnings, and information.
Pay attention to warnings on this device.
Read the following precautions so as to decrease the danger of injury, electric shock, fire, or any
damage to the device.
1.7 Precautions
Pay attention to the product labels/safety instructions printed on silk screens.
Do not try repairing this product unless declared in this manual.
Keep away from heat source, such as heater, heat dissipater, or engine casing.
Do not insert other items into the slot (if any) of this device.
• Keep the ventilation slot ventilated for cooling.
•System fault may arise if other items are inserted into this device.
Installation: ensure correct installation according to instructions from the manufacturer with
recommended installation tools.
Ensure ventilation and smoothness according to relevant ventilation standard.
1.8 Safety Instructions for Power Cables and Accessories
Proper power source only
Start only with power source that satisfies voltage label and the voltage necessary according to this
manual. Please contact technical support personnel of Vantron for any uncertainty about the
requirements of necessary power source.
Use tested power source
This product still contains a button lithium battery as a real-time clock after its external power source
is removed and therefore should not be short-circuited during transportation or placed under high
temperature.
Place cables properly:
Do not place cables at any place with extrusion danger.
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Cleaning Instructions
Please power off before cleaning the device.
Do not use spray detergent.
Clean with a damp cloth.
Do not try cleaning exposed electronic components unless with a dust collector.
Support for special fault: Power off and contact technical support personnel of Vantron in case of
the following faults:
The device is damaged.
The temperature is excessively high.
Fault is still not solved after the operation according to the manual.
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2 Over View
2.1 Introduction
Vantron offers both ARM and ATOM based Single Boards Computer (SBC) platforms
including Cirrus Logic EP9315, Marvell PXA255, PXA270, and PXA320, Intel IXP465, FreeScale
iMX31, Imx53,iMX6, Samsung S3C6410, TI OMAP35xx CortexA8 series, and Intel ATOM Z510
and Z530 processor boards. In additional to offering the standard SBCs, we also provide
professional customization board design services. Our seamless project management, efficient
error-free development process, strong fundamentals in technology, sufficient in human
resources, and on-time delivery will guarantee the success in your project development.
Based on idea of “Application Ready” products and services, our embedded computers have
embedded basic operation system which includes the drivers of its interfaces. So it is easy to be
used by adding your application software only. It can speed Time to Market of your products, and
saving more cost.
SBCQ7-MX6Q is an A9 processor based board with 9” LCD display. And the function such as:
Freescale IMX6Q,1GHz,Low Power Processor. With a 1280x240 TFT-LED With a touch panle
Supports 802.11b,g,n WiFi 2.4GHz and Bluetooth 4.1 Embedded Linux, Android ,WinCE, Supported
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3 SBCQ7-MX6Q Hardware Instructions
3.1 Board Diagram
USB OTGTYPE-C
USB TYPEC
OTG
Power Rail
I2C2
U.FL connector for external antenna
Accel (3-axis)
Debug PortJack
UART1, 2-wires
PMICTPS659114
+System power PWRKEY
Reset
SIM Slot#1
SDIO WiFi & Bluetooth ModuleAP6255
Headphone
Audio CodecWM8960
I2C1I2S
MIC
Power Rail
USB 3.0
RGMII RJ45
USB3
USB4
UART2, 2-wires
Type-A
I2C2
SDIO0UART5BT4.1
802.11a/b/g/n/ac
CON
eDP-2xLVDS
1x6x2.54
eDP
HD
MI O
UT
TP,I2
C4
MINI-PCIE
PCIE
HUB
USB2.0 H
OST1
USB2
USB1
1x2x2.541x2x2.54
SPK-
L
SPK-
R
AudioJACK
PowerJack
DC-DCTPS5450 12V input
(8-17V Range)DC-DCRT8299
3.3V
1x6x2.54
DC-DCTPS62136
3.3V
5V
For 3/4G and PCIE device
: IC Chip: Connector
Type-A,RADual USB
1x4x1.25
1x4x1.25
1x30x0.5
MIPI
CameraTouchDisplayDisplay
RS232
TJA1040CAN CAN
RS232
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3.2 Board Assembly Drawing
Top view
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Bottom view
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3.3 Board Structure
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4 Hardware Description
This chapter describes the hardware Features, include switch, jumper, connector and PIN function
The interface description ought to consult the connector sketch map. And attach necessary message such as picture. Indicate the figure, PIN1 and match jack
4.1 Identify connector
This section describes how to find the position of connector and PIN1 on SBCQ7-MX6Q-COMBI single computer board.
4.1.1 Position of connector As Figure 3.2 show the main part and connector position of SBCQ7-MX6Q-COMBI.
4.1.2 Confirm the pin direction There is the pin number order in all Vantron’s
product, this picture at right indicate each pin’s number, that message as show on the top side(component side) of main board. on double row connector, one side is naming odd number and another side is naming even number. Please according to below method to confirm the Pin1 of connector and jumper: 1. Usually, there is any number and mark at side of connector in main board, such as
trigonal mark, dot and number “1” all indicate the pin1 of connector 2. About the hole connector, you can see pin number on the reversed side 3. Download the SBCQ7-MX6Q mechanism from Vantron technology sustain or Vantron
net site: www.vantrontech.com
4.2 Switch, Buttons, Jumpers, LEDs
This section describes the setting of switch, controller, LED on SBCQ7-MX6Q board.
4.2.1 S1 Boot Settings SBCQ7-MX6Q support three kinds of boot up method, by 2 bit DIP Switch(S1). It can be boot up form USB OTG,SD Card, eMMC. Start up method SYS_BOOT[1:0]
SD Card 1 0
eMMC 0 1
USB OTG 0 0
4.2.2 B1, RTC Battery B1 is for RTC Battery. The suggest part is BR1225A from PANASONIC.
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4.3 LCD,display
General specification of the 7” LCD.
Item Feature Spec
Characteristics
Resolution 1280(RGB)x240
Pixel Pitch 0.17475x0.17475
Pixel Configuration R.G.B Vertical Stripe
LED Numbers 40 LEDs
Interface LVDS
Color Depth 16.7M
4.4 TP,touch panel
7" TP/5071-TM-FP GEN2,I2C,3.3V,1.77mm,6H,-20~60℃
Pin Name Description
1 VCC 5V
2 D- USB DATA-
3 D+ USB DATA+
4 GND Ground
5 GND Ground
4.5 Connectors Description
This table is the respective describe valid signal of connector on SBC-Q7-MX6Q board. Figure type: N/C Not connect
GND Ground
/ active low signal
+ Positive of difference signal
- negative of difference signal
Signal type: I Input
O Output
IO input/output
P Power or ground
A Analog
OD Open drain
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4.5.1 J1, LCD display port 1x40,0.5mm,0.5A,1.05mm,M,RA,WDT,SMT,RoHS (JAE: HD1S040HA1)
Pin Name Type Description
1 LCD_VDD P LCD digital power supply +3.3V
2 LCD_VDD P LCD digital power supply +3.3V
3 LCD_VDD P LCD digital power supply +3.3V
4 RST O TP Reset
5 LVDSA_DATA#0_R O EDP/LVDSA data
6 LVDSA_DATA0_R O EDP/LVDSA data
7 GND P Ground
8 LVDSA_DATA#1_R O EDP/LVDSA data
9 LVDSA_DATA1_R O EDP/LVDSA data
10 GND P Ground
11 LVDSA_DATA#2_R O EDP/LVDSA data
12 LVDSA_DATA2_R O EDP/LVDSA data
13 GND P Ground
14 LVDSA_CLK#_R O EDP data/LVDSA clock
15 LVDSA_CLK_R O EDP data/LVDSA clock
16 GND P Ground
17 LVDSA_DATA#3_R O EDP/LVDSA data
18 LVDSA_DATA3_R O EDP/LVDSA data
19 INT I TP Interrupt
20 LVDSB_DATA#0_R O LVDSB data
21 LVDSB_DATA0_R O LVDSB data
22 GND P Ground
23 LVDSB_DATA#1_R O LVDSB data
24 LVDSB_DATA1_R O LVDSB data
25 GND P Ground
26 LVDSB_DATA#2_R O LVDSB data
27 LVDSB_DATA2_R O LVDSB data
28 GND P Ground
29 LVDSB_CLK#_R O LVDSB clock
30 LVDSB_CLK_R O LVDSB clock
31 GND P Ground
32 LVDSB_DATA#3_R O LVDSB data
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33 LVDSB_DATA3_R O LVDSB data
34 LVDS_BKLTEN O LCD backlight enable signal
35 LVDS_BKLTCTL O LCD backlight PWM signal
36 LVDS_DDC_CLK_R O I2C clock
37 LVDS_DDC_DATA_R IO I2C data
38 LCD_BLK P LCD backlight power supply +5V
39 LCD_BLK P LCD backlight power supply +5V
40 LCD_BLK P LCD backlight power supply +5V
4.5.2 J2, HDMI port Type A,NoFLN,F,RA,-20~85℃,SMT,RoHS (MOLEX: 47151-1001)
Pin Name Type Description
1 HDMI_D2P O HDMI Data2+
2 GND P Ground
3 HDMI_D2N O HDMI Data2-
4 HDMI_D1P O HDMI Data1+
5 GND P Ground
6 HDMI_D1N O HDMI Data1-
7 HDMI_D0P O HDMI Data0+
8 GND P Ground
9 HDMI_D0N O HDMI Data0-
10 HDMI_CLKP O HDMI CLK+
11 GND O Ground
12 HDMI_CLKN O HDMI CLK-
13 HDMI_CEC_OUT I
14 NC O NC
15 H_CLK_OUT O HDMI CLK OUT
16 H_DAT_OUT O HDMI DATA OUT
17 GND P Ground
18 HDMI+5V P Power Supply
19 HP_DET_OUT I HP detect
20 GND P Ground
21 GND P Ground
22 GND P Ground
23 GND P Ground
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4.5.3 J3,Audio port 3.6mm,4Pole+1Switch,1Port,F,RA,CMT,THR,RoHS (HITCONN: PJ-3106H-1)
Standard audio jack with Headphone and MIC
Pin Name Type Description
2 MIC_RAW O MIC
4 HP_L O Headphone left channel
6 HP_R O Headphone right channel
7 HEADPHONE_DET I Headphone detect
3 GND P Ground
4.5.4 J4&J5, Speaker port Support 2.5W/4Ω speaker
1x2,2.5mm,3A,7mmH,M,Vert,-25~85℃,THR,RoHS (NSXD: S2501WV-2P)
Pin Name Type Description
J4-1 SPKPL O Speaker left channel
J4-2 SPKNL O
J5-1 SPKNR O Speaker right channel
J5-2 SPKPR O
4.5.5 J6, Micro USB Port 2.0,Micro AB,1Port,F,RA,-30~85℃,SMT,RoHS
Pin Name Type Description
1 USB_OTG_CON_VBUS P USB_OTG Power detect
2 USB_OTG_CON_DN O USB_OTG Data-
3 USB_OTG_CON_DP O USB_OTG Data+
4 USB_OTG_ID I USB_OTG ID
5 USB_OTG_CON_GND P Ground
4.5.6 J7, Internal USB port 1x4,2.5mm,3A,7.0mmH,M,Vert,IND,THR,RoHS (ATOM: AWF-2540104-D08)
Pin Name Type Description
1、2 USBH0_GND P Ground
3 USBH0+ IO USB Data0+
4 USBH0- IO USB Data0-
4 USBH0_VCC P USB power
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4.5.7 J8,Internal USB port 2.0,TYPE A,1Port,F,RA,CMT,THR,RoHS
Pin Name Type Description
A1 USBH3_VCC P USB power
A2 USBH3- IO USB Data3-
A3 USBH3+ IO USB Data3+
A4 USBH3_GND P Ground
B1 USBH2VCC P USB power
B2 USBH2- IO USB Data2-
B3 USBH2 IO USB Data2+
B4 USBH2_GND P Ground
4.5.8 J9, 10/100/1000M Ethernet port 10/100/1000,MAG,2LED,1Port,SHLD,F,RA,-40~85℃,THR,RoHS
(UNE: U50(02-02)G8-09-A122-B12)
4.5.9 J10,CAN port 1x2,2.5mm,3A,7mmH,M,Vert,-25~85℃,THR,RoHS
Pin Name Type Description
1 CAN0_HIGH IO CAN Data
2 CAN0_LOW IO CAN Data
4.5.10 J11,Debug UART Connect port 3.6mm,3Pole,1Port,F,RA,CMT,THR,RoHS (KBIT: PJ-320F)
Matched debug cable PN: YC1083R035
Pin Name Type Description
1 GND P Ground
2 TXD O Data Transmit
3 RXD I Data Receive
4.5.11 J12,JTAG port 2x4,2x2mm,2A,4.7mmH,M,Vert,WDT,SMT,RoHS
Pin Name Type Description
1 JTAG_TCK I Clock Input
2 JTAG_TDI I Data Input
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3 JTAG_TDO O Data Output
4 JTAG_TMS I Mode Select
5 JTAG_TRST# I Reset
6 JTAG_TRST# I Reset
7 GND_3V3 P Power Supply
8 GND P Ground
4.5.12 J13,RS232 port 1x5,2.0mm,2A,6mmH,M,Vert,WDT,THR,RoHS
Pin Name Type Description
1 GND P Ground
2 RXD2/RS485_2_A I RS232 Data Receive/RS485_A
3 TXD2/RS485_2_B O RS232 Data Transmit/RS485_B
4 RST2 IO Request to Transfer
5 CTS2 IO Clear to Send
4.5.13 J14, SIM card slot Micro,Push-Push,6P,WDT,SMT,RoHS (CSCONN: CSI06127135002)
Pin Name Type Description
1 PCIE_UIM_PWR P Power Supply
2 PCIE_UIM_RST I SIM Reset
3 PCIE_UIM_CLK I SIM Clock
5 GND P Ground
6 PCIE_UIM_VPP IO SIM Vpp power
7 PCIE_UIM_DATA IO SIM Data
4.5.14 J15,SATA Power connector 1x4,2.5mm,3A,7.0mmH,M,Vert,IND,THR,RoHS
Pin Name Type Description
1 +12V P Power Supply
2 GND P Ground
3 GND P Ground
4 +5V P Power Supply
4.5.15 J16,MINI-PCIE connector Mini,52P,0.8mm,6.8mmH,WDT,SMT,RoHS (TYCO: 2041262-1)
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Support kinds of 3G/4G module with USB interface
4.5.16 J17,power supply port 2mmd,6mmd,3A,12V,M,NoLock,RA,-25~85℃,THR,RoHS
(HITCONN: DC-044A-2.0-PU)
Pin Name Type Description
1 12V-IN+ P Type 12V power input (Range:8-16V)
2 12V-IN+ P Type 12V power input (Range:8-16V)
3 12V-IN+ P Type 12V power input (Range:8-16V)
4 12V-IN- P Ground
5 12V-IN- P Ground
6 12V-IN- P Ground
4.5.17 J19,Reserve port 2x10,2x2mm,1.5A,4.6mmH,F,Vert,WDT,SMT,RoHS
Pin Name Type Description
1 GEN_3V3 P Power
2 LVDS1_EDID_SDA IO LVDS1_EDID_Data
3 PWR_ON IO Power key reserved
4 LVDS1_EDID_SCL IO LVDS1_EDID_Clock
5 I2S0_RST#
I2S0_Reset
6 GND P Ground
7 SEL68 O TP RST
8 I2C2_SCL_CON IO LVDS1_EDID_Data
9 SDIO_CD# IO SDIO_CD#
10 I2C2_SDA_CON IO LVDS1_EDID_Clock
11 SPI0_MISO IO SPI0_Master in slave out
12 SDIO_ACT# IO SDIO_ACT#
13 SPI0_MOSI IO SPI0_Master out slave in
14 SPI0_CS0#
SPI0_CS0#
15 SPI0_SCLK IO SPI0_Clock
16 SPI0_CS1#
SPI0_CS1#
17 SPI0_SCLK IO SPI0_Clock
18 GEN_3V3 P 3.3V POWER
19 GPIO3 IO TP INT
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4.5.18 J20 ,SATA STD,7P,F,Vert,CMT,THR,RoHS
Pin Name Type Description
1 GND P Ground
2 SATA_TXP IO SATA Receive+
3 SATA_TXN IO SATA Receive-
4 GND P Ground
5 SATA_RXN IO SATA Transmit-
6 SATA_RXP IO SATA Transmit+
7 GND P Ground
4.5.19 J21, RF antenna for WiFi&BT 50R,6GHz,N/A,F,Vert,WDT,SMT,RoHS (HIROSE: U.FL-R-SMT(01))
4.5.20 J64, Backlight 1x6,2.5mm,3A,7mmH,M,Vert,WDT,THR,RoHS
Pin Name Type Description
1/2 LCD_BLK P +12V Default(5V OPT)
3 BKTLCTL_R IO LVDS backlight enable
4 BLK_PWM IO LVDS backlight adjust
5/6 GND P Ground
4.5.21 J23, 230 pin Gold-Finger Mini,230P,0.5mm,7.8mmH,WDT,SMT,RoHS
20 GND P Ground
Pin Name Type Description
10 RGMII_TRXN0 IO
1000M Ethernet
12 RGMII_TRXP0 IO
9 RGMII_TRXN1 IO
11 RGMII_TRXP1 IO
4 RGMII_TRXN2 IO
6 RGMII_TRXP2 IO
3 RGMII_TRXN3 IO
5 RGMII_TRXP3 IO
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7 GBE_LINK100# O 100M speed indicate
8 GBE_LINK1000# O 1000M speed indicate
13 GBE_LINK# O Ethernet port link indicate
14 GBE_LINK_ACT# O Ethernet port activity indicate
15 GBE_CTREF
18 CB_PWR_ON# I This signal shuts off 5V power supply
20 POWER_BTN# I Power button signal
21 SLEEP_BTN# I Sleep button signal
26 CB_PWR_GOOD I Carrier board power good signal
27 BAT_LOW# I Battery level low signal
28 RESET_IN# I Reset button signal
29 SATA0_TX+ IO
SATA Interface
31 SATA0_TX- IO
33 SATA_ACT# O
35 SATA0_RX+ IO
37 SATA0_RX- IO
41 BOOT_DIS# I
42 SDIO_CK IO
8-bit SDIO
43 SDIO_CD# I
44 SDIO_ACT# O
45 SDIO_CMD IO
46 SDIO_WP O
48 SDIO_D1 IO
49. SDIO_D0 IO
50 SDIO_D3 IO
51 SDIO_D2 IO
52 SDIO_D5 IO
53 SDIO_D4 IO
54 SDIO_D7 IO
55 SDIO_D6 IO
47 SDIO_PWR_EN# O SDIO PWR control :active low
59 I2S0_LRCK IO
I2S Interface 61 I2S0_RST# O
63 I2S0_CLK IO
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65 I2S0_SDI IO
67 I2S0_SDO IO
60 I2C3_SCL_CON IO I2C channel 2
62 I2C3_SDA_CON IO
66 I2C2_SCL_CON IO I2C channel 3
68 I2C2_SDA_CON IO
69 THRM# I Carrier thermal sensor signal
70 WDT_TIME_OUT# O
72 WDT_OUT# O Watchdog output
56 USB_OTG_PWREN O OTG port power control
80 USB4_5_OC# I USB port 4&5 over current indicate
85 USB2_3_OC# I USB port 2&3 over current indicate
86 USB0_1_OC# I USB port 0&1 over current indicate
82 USB4- IO Universal Serial Bus Port 4 differential pair.
84 USB4+ IO
87 USB3- IO Universal Serial Bus Port 3 differential pair
89 USB3+ IO
88 USB2- IO Universal Serial Bus Port 2 differential pair
90 USB2+ IO
91 USB_OTG_VBUS_DET I OTG VBUS PWR detect
92 USB_OTG_ID# O OTG ID
93 USB_OTG- IO Universal Serial Bus OTG differential pair
95 USB_OTG+ IO
94 USB0- IO Universal Serial Bus Port 0 differential pair
96 USB0+ IO
99 LVDS0_D0+ IO
LVDS Channel 0
101 LVDS0_D0- IO
103 LVDS0_D1+ IO
105 LVDS0_D1- IO
107 LVDS0_D2+ IO
109 LVDS0_D2- IO
113 LVDS0_D3+ IO
115 LVDS0_D3- IO
119 LVDS0_CLK+ IO
121 LVDS0_CLK- IO
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125 LVDS0_EDID_SDA IO
127 LVDS0_EDID_SCL IO
100 LVDS1_D0+ IO
LVDS Channel 1
102 LVDS1_D0- IO
104 LVDS1_D1+ IO
106 LVDS1_D1- IO
108 LVDS1_D2+ IO
110 LVDS1_D2- IO
114 LVDS1_D3+ IO
116 LVDS1_D3- IO
120 LVDS1_CLK+ IO
122 LVDS1_CLK- IO
126 LVDS1_EDID_SDA IO
128 LVDS1_EDID_SCL IO
111 LCD_VDD_EN O LCD Power enable active low
123 LCD_BKLT_PWM O LCD backlight pwm
112 LVDS_BKLT_EN O LCD backlight enable active low
129 CAN0_TX IO CAN channel 0
130 CAN0_RX IO
131 HDMI_CK+ IO
HDMI interface
133 HDMI_CK- IO
137 HDMI_D1+ IO
139 HDMI_D1- IO
143 HDMI_D0+ IO
145 HDMI_D0- IO
149 HDMI_D2+ IO
151 HDMI_D2- IO
150 HDMI_CTRL_DAT IO
151 HDMI_CTRL_CK IO
153 HDMI_HPD# IO
124 HDMI_CEC IO
132 UART4_TX IO
UART channel 4 134 UART4_RX IO
144 UART4_CTS O
146 UART4_RTS I
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155 PCIE_REFCK+ IO
PCIE2.0 interface
157 PCIE_REFCK- IO
179 PCIE_ATX+ IO
181 PCIE_ATX- IO
180 PCIE_ARX+ IO
182 PCIE_ARX- IO
156 PCIE_WAKE# O PCIE device wakeup
158 PCIE_RST# O PCIE device reset
171 UART2_TX IO
UART channel 2 177 UART2_RX IO
172 UART2_CTS# O
178 UART2_RTS# I
174 UART_TX IO Debug uart
176 UART_RX IO
185 GPIO0 IO
Reserved GPIO
186 GPIO1 IO
187 GPIO2 IO
188 GPIO3 IO
189 GPIO4 IO
190 GPIO5 IO
191 GPIO6 IO
192 GPIO7 IO
194 GP_PWM_OUT2 O
196 FAN_PWMOUT/GP_PWM_OUT1 O
199 SPI0_MOSI IO
SPI interface
200 SPI0_CS0# O
201 SPI0_MISO IO
202 SPI0_CS1# O
203 SPI0_SCLK IO
204 JTAG_TRST# O
JTAG interface
207 JTAG_TCK IO
208 JTAG_TDI IO
209 JTAG_TDO IO
210 JTAG_TMS IO
1 GND1 P GND
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2 GND2 P
23 GND3 P
24 GND4 P
25 GND5 P
34 GND6 P
39 GND7 P
40 GND8 P
57 GND9 P
58 GND10 P
73 GND11 P
74 GND12 P
97 GND13 P
98 GND14 P
117 GND15 P
118 GND16 P
135 GND17 P
136 GND18 P
141 GND19 P
142 GND20 P
147 GND21 P
148 GND22 P
159 GND23 P
160 GND24 P
165 GND25 P
166 GND26 P
183 GND27 P
184 GND28 P
197 GND29 P
198 GND30 P
193 VCC_RTC_3V P RTC 3.3V
205 5V_SB P Standby Power Supply +5VDC
206 5V_SB P
211 VCC1 P 5V supply
212 VCC2 P
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213 VCC3 P
214 VCC4 P
215 VCC5 P
216 VCC6 P
217 VCC7 P
218 VCC8 P
219 VCC9 P
220 VCC10 P
221 VCC11 P
222 VCC12 P
223 VCC13 P
224 VCC14 P
225 VCC15 P
226 VCC16 P
227 VCC17 P
228 VCC18 P
229 VCC19 P
230 VCC20 P
16 NC
17 NC
22 NC
30 NC
32 NC
36 NC
38 NC
40 NC
64 NC
71 NC
75 NC
76 NC
77 NC
78 NC
79 NC
81 NC
83 NC
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4.6 Hardware Operation Notes
a. Power prepare: Please confirm the power input is 12V. And the reference current is 1A. Make sure the power input positive is not reversed.
b. Environment: For the assembled or debug platform, be sure there hasn’t any risk of circuit shortness for the board. And make sure the anti static is done well.
c. Debug message view: Using COM port on P3 (COM1) to view the debug message. It will show the boot message. In PC side, communication hyper terminal or other serial software tools can be used. The debug port setting is: baud rate 115,200bps, NO hardware control, no ODD/EVEN checking, 1 Stop bit. Suggest use a cross cable, in two Female header.
138 NC
140 NC
154 NC
161 NC
162 NC
163 NC
164 NC
167 NC
168 NC
169 NC
170 NC
173 NC
175 NC
195 NC
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5 Tips
Waste Disposal It is recommended to disassemble the device before abandoning it in conformity with local regulations.
Please ensure that the abandoned batteries are disposed according to local regulations on waste disposal. Do not throw batteries into fire (explosive) or put in common waste canister. Products or product packages with the sign of “explosive” should not be disposed like household waste but delivered to specialized electrical&electronic waste recycling/disposal center. Proper disposal of this sort of waste helps avoiding harm and adverse effect upon surroundings and people’s health. Please contact local organizations or recycling/disposal center for more recycling/disposal methods of related products.
Comply with the following safety tips:
Do not use in combustible and explosive environment Keep away from combustible and explosive environment for fear of danger.
Keep away from all energized circuits. Operators should not remove enclosure from the device. Only the group or person with factory certification
is permitted to open the enclosure to adjust and replace the structure and components of the device. Do not change components unless the power cord is removed. In some cases, the device may still have residual voltage even if the power cord is removed. Therefore, it is a must to remove and fully discharge the device before contact so as to avoid injury.
Unauthorized changes to this product or its components are prohibited. In the aim of avoiding accidents as far as possible, it is not allowed to replace the system or change
components unless with permission and certification. Please contact the technical department of Vantron or local branches for help.
Pay attention to caution signs. Caution signs in this manual remind of possible danger. Please comply with relevant safety tips below each
sign. Meanwhile, you should strictly conform to all safety tips for operation environment.
Notice Considering that reasonable efforts have been made to assure accuracy of this manual, Vantron assumes
no responsibil ity of possible missing contents and information, errors in contents, citations, examples, and source programs.
Vantron reserves the right to make necessary changes to this manual without prior notice. No part of this manual may be reprinted or publicly released in forms of photocopy, tape, broadcast, e-document, etc.
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US Office: Vantron Technology, Inc. Address: Address: 440 Boulder Court, Suite 300 Pleasanton, CA 94566 Tel: 916-202-7042 Email: [email protected]
China Office: Chengdu Vantron Technology, Ltd Address: 6rd floor, 1st build ing, No.9, 3rd WuKe East Street, WuHou District, Chengdu, P.R. China 610045 Tel: 86-28-8512-3930/3931, 8515-7572/6320 Email: [email protected]