VC8300 Carrier Board Reference Manual - apcvest · PDF fileVEST-VC8300-USG-001, Rev A Page 8...

VEST-VC8300-USG-001, Rev A

APC Proprietary Information June 2, 2017

VC8300 Carrier Board Reference Manual

VEST-VC8300-USG-001

www.apc-vest.com

Copyright © 2016 Advanced Products Corporation Pte Ltd. All rights reserved. No part of this document may be photocopied, reproduced, or translated to another language without the prior written permission of Advanced Products Corporation Pte Ltd. When printed or downloaded from APC managed server/web site this document is considered uncontrolled.

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TABLE OF CONTENTS 1 Overview ............................................................................................................................... 6

1.1 General Information ................................................................................................................. 6

1.2 Feature Summary ..................................................................................................................... 6

1.3 Block Diagram ........................................................................................................................... 7

1.4 VC8300 Carrier board connector list ........................................................................................ 7

1.5 List of Acronyms ....................................................................................................................... 8

1.6 Reference Documents .............................................................................................................. 9

2 Detailed description per block .............................................................................................. 10

2.1 SO-DIMM SOM Pin Interface (CN33) ...................................................................................... 10

2.2 SoC Fan (CN1) ......................................................................................................................... 10

2.3 DC Power Jack (CN2) ............................................................................................................... 10

2.4 USB OTG Type Micro AB (CN4) ............................................................................................... 11

2.5 Micro USB Port for Debug (CN5) ............................................................................................ 11

2.6 Standard SDIO Card (CN10) .................................................................................................... 11

2.7 Bluetooth FFC Cable Connector (CN6) ................................................................................... 12

2.8 10-Bit camera parallel Interface (CN7) ................................................................................... 13

2.9 LVDS Display Interface Connector (CN8, CN17) ..................................................................... 15

2.10 Touch Panel (CN9) .................................................................................................................. 17

2.11 DcDK Connector/mikroBUSTM interface board connector (CN11) ......................................... 17

2.12 Audio (CN12, CN13, CN14, CN23) ........................................................................................... 19

2.13 Ethernet (CN15) ...................................................................................................................... 21

2.14 RTC Battery Holder (CN16) ..................................................................................................... 21

2.15 HDMI Type A Connector (CN18) ............................................................................................. 22

2.16 SATA (CN19) ............................................................................................................................ 23

2.17 CAN bus port (CN20) ............................................................................................................... 24

2.18 Mini PCIe (CN21) ..................................................................................................................... 25

2.19 SIM card socket (CN30) (THIS section function has not been tested) .................................... 26

2.20 MIPI Camera Serial Interface (CN22) ...................................................................................... 27

2.21 Backlight Connector (CN24).................................................................................................... 28

2.22 JTAG Connector (CN28) .......................................................................................................... 29

2.23 I2C Touch Connector (CN29) .................................................................................................. 29

2.24 USB Host Type A (CN34, CN35, CN37) .................................................................................... 30

2.25 Additional Power Supply Connector (CN38)........................................................................... 31

2.26 LED Indicators: ........................................................................................................................ 31

2.26.1 Power LED Indicators ............................................................................................................. 31

2.26.2 Mini PCIe LED indicators ........................................................................................................ 31

2.27 Control Buttons ...................................................................................................................... 32

2.27.1 Power Button (SW2) .............................................................................................................. 32

2.27.2 Reset Button (SW1) ............................................................................................................... 32

2.27.3 Volume Up Button (SW3) ...................................................................................................... 32

2.27.4 Volume Down Button (SW4) .................................................................................................. 32

2.28 Boot mode switch (SW5, SW7) ............................................................................................... 32

2.29 RTC with coin battery ............................................................................................................. 33



2.30 I2C Assignment ....................................................................................................................... 33

2.31 7 Port USB Hub ....................................................................................................................... 33

3 Electrical Specification .......................................................................................................... 34

3.1 Absolute Maximum Characteristics ........................................................................................ 34

3.2 Operational Characteristics .................................................................................................... 34

3.2.1 Power Supplies ........................................................................................................................ 34

3.2.2 Power Consumption ................................................................................................................ 34

4 Environmental Specification ................................................................................................. 36

4.1 Temperature Specification ..................................................................................................... 36

4.2 Heatsink and Fan .................................................................................................................... 36

4.3 Humidity ................................................................................................................................. 37

5 Mechanical Specification ...................................................................................................... 38

5.1 Mechanical Dimension ........................................................................................................... 38

5.2 Mechanical Drawing ............................................................................................................... 38

5.3 Jumper and all switch location ............................................................................................... 38

6 Legal Notices ........................................................................................................................ 40



LIST OF TABLES

Table 1-1: VC8300 Carrier Board Connector List ...................................................................................... 8

Table 1-2: List of Acronyms ...................................................................................................................... 8

Table 2-1: SoC Fan (CN1) Pin-out............................................................................................................ 10

Table 2-2: DC Power Jack (CN2) Pin-out ................................................................................................. 11

Table 2-3: USB OTG Type Micro AB (CN4) Pin-out ................................................................................. 11

Table 2-4: Micro USB Port For Debug (CN5) Pin-out .............................................................................. 11

Table 2-5: Standard SDIO Card (CN10) Pin-out ...................................................................................... 12

Table 2-6: Bluetooth FFC Cable Connector (CN6) Pin-out ...................................................................... 13

Table 2-7: Bluetooth Vs DcDK selection for UART2 ................................................................................ 13

Table 2-8: 10-Bit Camera Parallel Interface (CN7) Pin-out ..................................................................... 14

Table 2-9: CN7 Voltage Selection ........................................................................................................... 15

Table 2-10: LVDS Display Interface Connector (CN8) Pin-out ................................................................ 16

Table 2-11: LVDS Display Interface Connector (CN17) Pin-out .............................................................. 16

Table 2-12: Display Selection configuration using SW8 and SW9 .......................................................... 17

Table 2-13: VLED selection for CN8 & CN17 ........................................................................................... 17

Table 2-14: Touch Panel (CN9) Pin-out................................................................................................... 17

Table 2-15: DcDK Connector/MikroBUS Interface Board Connector (CN11) Pin-out ............................ 19

Table 2-16: Headphone Jack (CN12) Pin-out .......................................................................................... 20

Table 2-17: Speaker Connector (CN13) Pin-out ..................................................................................... 20

Table 2-18: Speaker Connector (CN23) Pin-out ..................................................................................... 20

Table 2-19: Mic. In Jack (CN14) Pin-out .................................................................................................. 20

Table 2-20: Ethernet (CN15) Pin-out ...................................................................................................... 21

Table 2-21: RTC Battery Holder (CN16) Pin-out ..................................................................................... 21

Table 2-22: HDMI Type A Connector (CN18) Pin-out ............................................................................. 22

Table 2-23: HDMI DD Vs GPIO for some IO pins ..................................................................................... 22

Table 2-24: MIPI DSI (CN18) Pin-out ....................................................................................................... 23

Table 2-25: SATA (CN19) Pin-out ............................................................................................................ 24

Table 2-26: CAN Bus Port (CN20) Pin-out ............................................................................................... 25

Table 2-27: Mini PCIe (CN21) Pin-out ..................................................................................................... 26

Table 2-28: SIM Card Socket (CN30) Pin-out .......................................................................................... 27

Table 2-29: MIPI Camera Serial Interface (CN22) Pin-out ...................................................................... 28

Table 2-30: Backlight Connector (CN24) Pin-out .................................................................................... 28

Table 2-31: JTAG Connector (CN28) Pin-out .......................................................................................... 29

Table 2-32: I2C Touch Connector (CN29) Pin-out................................................................................... 30

Table 2-33: USB Host Type A (CN34) Pin-out ......................................................................................... 30



Table 2-36: Additional Power Supply Connector (CN38) Pin-out ........................................................... 31

Table 2-37: Mini PCIe LED Indicator ....................................................................................................... 32

Table 2-38: Boot mode selection switches ............................................................................................. 32

Table 2-39: I2C Assignment .................................................................................................................... 33

Table 2-40: 7 Port USB Hub Connection ................................................................................................. 33

Table 3-1: Absolute Maximum Characteristics ....................................................................................... 34

Table 3-2: Power Supplies Characteristic ............................................................................................... 34

Table 3-3: Power Consumption .............................................................................................................. 35



LIST OF FIGURES/DIAGRAMS Figure 1-1: i.MX6 Carrier Board Block Diagram ........................................................................................ 7

Figure 5-1: Mechanical Drawing ............................................................................................................. 38

Figure 5-2: Jumper And All Switch Location ........................................................................................... 39



1 OVERVIEW

1.1 GENERAL INFORMATION

This document is the hardware specification for the Venture VC8300 carrier board based on VS8300-SOM board. The carrier board is a single board-computer, utilizing all the VS8300-SOM features.

The carrier runs on the following Operating System

• Android

• Embedded Linux

1.2 FEATURE SUMMARY

• SO-DIMM-204P socket, compatible with the VS8300-SOM board. (CN33)

• DC Power Supply Jack (CN2)

• Standard SDIO-Card Slot(CN10)

• Bluetooth FFC cable connector for WiFi/Bluetooth module(CN6)

• USBOTG: Type Micro-AB (CN4)

• MIPI Camera Serial Interface(CN22)

• 10 Bit Camera Parallel Interface (CN7)

• Display:

- 20 pin LVDS0 Connector (CN8)

- 20 pin LVDS1 Connector (CN17)

- HDMI Type A Jack (CN18)

• Capacitive USB touch interface (CN9)

• Backlight Connector for 21.5 Inch LCD(CN24)

• I2C touch interface (CN29)

• USB HOST: Type A (CN34,CN35,CN37)

• AUDIO: Mic In (CN14), Headphone out (CN12), Speaker out (CN13,CN23)

• Gigabit Ethernet Port , RJ45 (CN15)

• JTAG Header (CN28)

• SATA Connector (CN19)

• Can Bus Port (CN20)

• Mini-PCIe (V2.0) Socket(CN21)

• SIM Card Socket(CN30)

• FAN Connector (CN1)

• Micro USB Port for Debug(CN5)

• Additional Power Connector for iMX6DP and iMX6QP (CN38)



• DcDK Connector(CN11)

• Boot Selection Slide Switch(SW5,SW7)

• HW Configuration Select Switch(SW8,SW9)

• Power Button(SW2) and Reset Button(SW1)

• Volume Up(SW3) and Volume Down(SW4)

• Power LED Indicator(LED1,LED2,LED3,LED5,LED6)

• RTC with Coin Battery(CN16)

1.3 BLOCK DIAGRAM

Figure 1-1: i.MX6 Carrier Board Block Diagram

1.4 VC8300 CARRIER BOARD CONNECTOR LIST

The table below lists all available connectors on the VC8300 Carrier Board –detail please refer to section 2.

Reference Function Type

CN1 FAN Connector Header 3 pin 2mm pitch, vertical

CN2 12V Power Supply ø2.0mm Power Jack

CN4 USB OTG USB connector Micro AB

CN5 Micro USB Port for Debug USB connector Micro AB

CN6 Bluetooth FFC Cable Connector for WiFi/BT module 20pin, 0.5mm pitch connector



Reference Function Type

CN7 10 Bit Camera Parallel Interface 15X2pin, 0.4mm pitch connector

CN8 LVDS0 Display Interface 20pin, 0.5mm pitch connector

CN9 Capacitive Touch Panel For 10 Inch LCD FPC 5 pin, 1.0 mm pitch connector

CN10 Standard SDIO Card Slot Standard SDIO Slot

CN11 DcDK connector/mikroBUSTM Interface Board connector Header 25X2,1.27mm,male,right angle

CN12 Headphone Out Audio Jack 3.5mm 4 pin

CN13 Speaker Out(Left) Header 2X1,1.5mm,male,right angle

CN23 Speaker Out(Right) Header 2X1,1.5mm,male,right angle

CN14 Microphone In Audio Jack 3.5mm 4 pin

CN15 1Gb Ethernet RJ45 1Gb G/Y LED

CN16 RTC Battery Holder CR2032 Battery Holder

CN17 LVDS1 display Interface 20pin, 0.5mm pitch connector

CN18 HDMI Connector CON RCPT HDMI TYPE A R/A SMD

CN19 SATA SATA Receptacle 22 pin 1.27mm pitch

CN20 CAN bus Header 2X1,2.0mm,male,right angle

CN21 Mini PCIE CON 2X26 MINI PCIE

CN22 MIPI Camera Connector 24pin, 0.5mm pitch connector

CN24 Backlight Connector for 21.5 Inch LCD Header 9pin 1.25mm,male,right angle

CN28 JTAG Header Header 10x2, 2.54mm,male,right angle

CN29 Touch Panel Connector For 7 Inch LCD FPC 10 pin, 0.5mm pitch connector

CN30 SIM Card Connector 6pin ,1.25mm pitch connector

CN33 SOM Connector SO-DIMM-204P

CN34,CN35,CN37 Single Stack USB Host Single Stack USB Type A

CN38 Additional Power Connector for iMX6DP and iMX6QP 2pin,4.25mm,vertical

Table 1-1: VC8300 Carrier Board Connector List

1.5 LIST OF ACRONYMS

Acronyms Abbreviations

ARM Advanced RISC Machine

CAN Controller Area Network

CPU Central Processing Unit

CSI Camera Serial Interface

DSI Display Serial Interface

eMMC Enhanced Multi Media Card

GPIO General Purpose Input Output

HDMI High-Definition Multi-media Interface

I2C Inter-Integrated Circuit

JTAG Joint Test Action Group

LVDS Low Voltage Differential Signal

MIPI Mobile Industry CPU Interface

PWM Pulse Width Modulation

RGMII Reduced Gigabit Media Independent Interface

SATA Serial Advanced Technology Attachment

SD Secure Digital

SJC System JTAG Controller

SOM System On Module

SPI Serial Peripheral Interface

UART Universal Asynchronous Receiver/Transmitter

USB Universal Serial Port

USB OTG Universal Serial Port on the Go

Table 1-2: List of Acronyms



1.6 REFERENCE DOCUMENTS

i.MX6 Application Processors Technical Data

i.MX6 Application Processors Reference Manual

i.MX 6 Hardware Development Guide for i.MX6 Applications Processors

i.MX 6 Thermal Management Guidelines

VS8300-SOM Hardware Specification



2 DETAILED DESCRIPTION PER BLOCK

This chapter describes the VC8300 Carrier board external interfaces in detail per block

Pin No. :

Pin number on connector

Signal Name:

Signal Name on connector

Description:

Short pin functionality description

2.1 SO-DIMM SOM PIN INTERFACE (CN33)

The VC8300 Carrier Board features SO-DIMM 204pin standard connector compatible with the VS8300-SOM board. Please refer to the VS8300-SOM hardware specification for complete signals' description and pin-out.

Manufacturer: TE, Manufacturer Part Number: 2-2013297-3

2.2 SOC FAN (CN1)

The VC8300 Carrier Board provides support for one Fan control connector to expel the heat generated by the SoC in the SOM.

Manufacturer: MOLEX, Manufacturer Part Number: 35362-0350

The following table describes the pin-out of CN1:

Pin No. Signal Name Voltage Level Description

1 VCC 5.0V 5V power supply

2 NC

3 GND 0V Ground

Table 2-1: SoC Fan (CN1) Pin-out

Note:

VCC pin can be controlled on/off by GPIO or pulse width modulator for variable speed by PWM2.

2.3 DC POWER JACK (CN2)

The VC8300 Carrier Board is powered by a 12V DC power supply through DC power jack.

The DC power jack is compatible with a standard ø2.0 mm power plug.

Manufacturer: CUI INC, Manufacturer Part Number: PJ-002AH





1 VCC_IN 12.0V Power input

2 GND 0V Power return

3 GND 0V Power return

Table 2-2: DC Power Jack (CN2) Pin-out

2.4 USB OTG TYPE MICRO AB (CN4)

Manufacturer: Molex, Manufacturer Part Number: 47589-0001



1 OTG_VBUS 5.0V 5V power

2 USB_OTG_DN USB Data signal

3 USB_OTG_DP USB Data signal

4 USB_OTG_ID 3.3V OTG ID signal (“1” device mode)

5 GND 0V Ground

Table 2-3: USB OTG Type Micro AB (CN4) Pin-out

2.5 MICRO USB PORT FOR DEBUG (CN5)




1 DBUG_VBUS 5.0V 5V power

2 DBUG_USB_DM USB Data signal

3 DBUG_USB_DP USB Data signal

4 NC NC

5 GND 0V Ground

Table 2-4: Micro USB Port For Debug (CN5) Pin-out

2.6 STANDARD SDIO CARD (CN10)

The STANDARD SDIO Card Interface is driven by the SOM SD2 interface.



Manufacturer: TE, Manufacturer Part Number: 2041021-3



1 SD2_DATA3 3.3V SD data 3

2 SD2_CMD 3.3V SD command

3 GND 0V Ground

4 BASE_PER_3V3 3.3V 3.3V power

5 SD2_CLK 3.3V SD clock

6 GND 0V Ground




10 SD2_CD_B 3.3V SD card detect

11 SD2_WP 3.3V SD write protect

Table 2-5: Standard SDIO Card (CN10) Pin-out

2.7 BLUETOOTH FFC CABLE CONNECTOR (CN6)

While VS8300 SOM does have an option with on-board WiFi and Bluetooth using Silex SX-SDMAC, the VC8300 carrier has a provision to test other modules from Silex. SDIO can be used for WiFi and UART available through this Bluetooth FFC cable is reserved for connecting to Bluetooth part of the Silex modules like SX-SDCAN-2830 and SX-SDCAC. This Bluetooth FFC cable connector is located at the rear side of the board just beneath the standard SDIO slot. It shares the SoC’s UART2 port with RS485 interface. Please see Table 2-7 for information on selecting between the two interfaces.

Manufacturer: Kyocera, Manufacturer Part Number: 08 6210 020 340 800


Pin No. Custom Board Signal Voltage Level Description

1 BT_DISABLE 3.3V BT Disable, low active

2 BT_WAKEUP 3.3V BT Wakeup, active mode is configurable by the driver

3 NC NC

4 NC NC

5 NC NC



Pin No. Custom Board Signal Voltage Level Description

6 BT_PWD_L 3.3V BT reset, low to power down, high to active

7 BT_HOST_WAKE 3.3V BT Host Wake, active mode is configurable by the driver

8 GND 0V Ground

9 NC NC

10 NC NC

11 NC NC

12 NC NC

13 WOW 3.3V Wake on Wireless signal, active high

14 BASE_PER_3V3 3.3V Power

15 BASE_PER_3V3 3.3V Power

16 UART2_RXD_BT 3.3V UART RXD for BT, shared with CN11

17 UART2_CTS_BT 3.3V UART CTS for BT, shared with CN11

18 UART2_TXD_BT 3.3V UART TXD for BT, shared with CN11

19 UART2_RTS_BT 3.3V UART RTS for BT, shared with CN11

20 GND 0V Ground

Table 2-6: Bluetooth FFC Cable Connector (CN6) Pin-out

Note: The Bluetooth FFC cable connector shared UART2 with DcDK connector (CN11), it can select by slide switch SW6.

The following table describes the configurations of SW6:

Configuration Description SW6

Bluetooth Enable In this mode, the UART2 is connect to Bluetooth FFC connector

Pin 1-2 On

DcDK Enable In this mode, the UART2 is used for RS584 and

connect to DcDK connector

Pin 2-3 On

Table 2-7: Bluetooth Vs DcDK selection for UART2

2.8 10-BIT CAMERA PARALLEL INTERFACE (CN7)

The 10 bit camera parallel interface signals are routed directly to the i.MX6 processor CSI0 interface.

Camera module: Truly, CM8486-B500SA-E

Manufacturer: Panasonic, Manufacturer Part Number: AXT530124





1 CSI0_DAT10 1.8V Camera Data 10

2 CSI0_PIXCLK 1.8V Camera pix clock


4 GND 0V Ground


6 GEN_1V5 1.5V 1.5V power




10 GND 0V Ground


12 CAM_1V8_2V8 1.8V 1.8V(default) or 2.8V power


14 CAM_1V8_2V8 1.8V 1.8V(default) or 2.8V power


16 GND 0V Ground


18 APTINA_OEN 1.8V Output Enable



21 CSI_MCLK 1.8V Camera Master Clock

22 GND 0V Ground

23 CSI0_HSYCNH 1.8V Horizontal Sync

24 CSI0_VSYNCH 1.8V Vertical Sync

25 CSI0_SCL_1V8 1.8V Serial Clock


27 CSI0_SDA_1V8 1.8V Serial Data

28 CSI0_STROBE 1.8V Camera Strobe

29 GND 0V Ground

30 CSI0_RST_B1 1.8V Camera reset

Table 2-8: 10-Bit Camera Parallel Interface (CN7) Pin-out



Note: 1. The CN7 I/O voltage level can select 2.8V or 1.8V (default) by resistors on carrier board as below: Carrier Board Resistor Setting:

CN7 I/O Voltage Level

Populate Un-populate

2.8V R325 R326

1.8V(default) R326 R325

Table 2-9: CN7 Voltage Selection

2. For I/O controller power on SOM board can configure to 1.8V or 2.8V by software.

2.9 LVDS DISPLAY INTERFACE CONNECTOR (CN8, CN17)

The VC8300 Carrier Board LVDS connector is routed directly to the i.MX6 processor LVDS0 (CN8) and LVDS1 (CN17) interface. In addition to the LVDS signals, the LVDS connector supports a backlight driver.

Manufacturer: Hirose, Manufacturer Part Number: DF19G-20P-1H(54)



1 VCC_LCD 3.3V/5.0V 3.3V/5V Power Supply

2 VCC_LCD 3.3V/5.0V 3.3V/5VPower Supply

3 GND 0V Ground

4 GND 0V Ground

5 LVDS0_TX0_N 2.5V LVDS0 Lane 0 Negative

6 LVDS0_TX0_P 2.5V LVDS0 Lane 0 Positive

7 GND 0V Ground



10 GND 0V Ground



13 GND 0V Ground

14 LVDS0_CLK_N 2.5V LVDS0 Clock Negative

15 LVDS0_CLK_P 2.5V LVDS0 Clock Positive

16 GND 0V Ground

17 VLED_IN/ LVDS0_TX3_N 5.0V/2.5V Backlight Power Supply/LVDS0 Lane 3 Negative

18 VLED_IN/ LVDS0_TX3_P 5.0V/2.5V Backlight Power Supply/LVDS0 Lane 3 Positive

19 PWM1_OUT 3.3V Backlight PWM Control




20 GND 0V Ground

Table 2-10: LVDS Display Interface Connector (CN8) Pin-out



1 VCC_LCD 3.3V/5.0V 3.3V /5VPower Supply

2 VCC_LCD 3.3V/5.0V 3.3V/5V Power Supply

3 GND 0V Ground

4 GND 0V Ground



7 GND 0V Ground



10 GND 0V Ground



13 GND 0V Ground

14 LVDS1_CLK_N 2.5V LVDS1 Clock Negative

15 LVDS1_CLK_P 2.5V LVDS1 Clock Positive

16 GND 0V Ground

17 VLED_IN/ LVDS1_TX3_N 5.0V/2.5V Backlight Power Supply/LVDS1 Lane 3 Negative

18 VLED_IN/ LVDS1_TX3_P 5.0V/2.5V Backlight Power Supply/LVDS1 Lane 3 Positive

19 PWM1_OUT 3.3V Backlight PWM Control

20 GND 0V Ground

Table 2-11: LVDS Display Interface Connector (CN17) Pin-out

Note:

1. Default use LVDS0 interface (CN8) for single channel LCD.

2. The CN8 and CN17 LCD voltage level can select 3.3V or 5V by SW8 and SW9 on carrier board as below (CN8 and CN17 share the same VCC_LCD power supply):



SW8 SW9

7 inch LCD (VCC_LCD=3.3V)

Pin 2-3 On Pin 2-3 On

10.1 inch LCD(VCC_LCD=3.3V)

Pin 2-3 On Pin 1-2 On

21.5 inch LCD(VCC_LCD=5V) Pin 1-2 On Pin 1-2 On

Table 2-12: Display Selection configuration using SW8 and SW9

2. The pin17 and pin 18 of CN8 and CN17 can be defined to VLED_IN or LVDS0/LVDS1 Lane3 by Jumpers.

LVDS0 Lane3 LVDS1 Lane3 VLED_IN(CN8) VLED_IN(CN17)

Short JP3,JP4 JP7,JP8 JP5,JP6 JP9,JP10

Open JP5,JP6 JP9,JP10 JP3,JP4 JP7,JP8

Table 2-13: VLED selection for CN8 & CN17

2.10 TOUCH PANEL (CN9)

The VC8300 Carrier Board provides support for USB capacitive touch panel.

Manufacturer: OMRON, Manufacturer Part Number: XF3M(1)-0515-1B



1 GND 0V Ground

2 VCC5 5.0V 5V power

3 GND 0V Ground

4 USB6_HOST_DP USB data positive

5 USB6_HOST_DN USB data negative

Table 2-14: Touch Panel (CN9) Pin-out

2.11 DCDK CONNECTOR/MIKROBUSTM INTERFACE BOARD CONNECTOR (CN11)

This connector is dedicated for DcDK function. Please refer to the link below for more information DcDK:

http://www.apc-vest.com/peripheral-control-from-android-user-space

Manufacturer: SAMTEC, Manufacturer Part Number: SHF-125-01-L-D-RA


http://www.apc-vest.com/peripheral-control-from-android-user-space




1 GND 0V Ground

2 GND 0V Ground

3 SPI1_SCLK 3.3V SPI_SCLK

4 SPI1_MOSI 3.3V SPI_MOSI

5 SPI1_MISO 3.3V SPI_MISO

6 SPI1_SS0 3.3V SPI_SS0

7 SPI1_SS1 3.3V SPI_SS1

8 GND 0V Ground

9 OUT_SCL 3.3V Serial clock

10 OUT_SDA 3.3V Serial data

11 GND 0V Ground

12 UART1_OUT_CTS RS-232 UART CTS

13 UART1_OUT_RTS RS-232 UART RTS

14 UART1_OUT_TXD RS-232 UART TXD

15 UART1_OUT_RXD RS-232 UART RXD

16 GND 0V Ground

17 CAN2H <40V CAN2H

18 CAN2L <40V CAN2L

19 GND 0V Ground

20 GPIO3_IO01 3.3V GPIO


22 GND 0V Ground




26 GND 0V Ground



29 GPIO_PWM4 3.3V PWM4

30 GND 0V Ground


32 GND 0v Ground





34 GND 0v Ground

35 DCDK_5V 5.0V 5V power



38 GND 0V Ground

39 GND 0V Ground

40 GND 0V Ground

41 DCDK_3V3 3.3V 3.3V power



44 UART3_RTS_RS485 3.3V UART3_RTS, shared with Bluetooth FFC connector

45 GND 0V Ground

46 GND 0V Ground

47 RS485_DP <13V RS485 data positive, shared with Bluetooth FFC connector

48 RS485_DN <13V RS485 data negative, shared with Bluetooth FFC connector

49 GND 0V Ground

50 GND 0V Ground

Table 2-15: DcDK Connector/MikroBUS Interface Board Connector (CN11) Pin-out

Note: 1. The RS485 is shared with Bluetooth FFC cable connector, please refer to section 2.6 for detail.

2. The DCDK_5V and DCDK_3V3 maximum current is 5A each.

2.12 AUDIO (CN12, CN13, CN14, CN23)

CN12, CN14: Manufacturer: CUI INC, Manufacturer Part Number: SJ-43514

CN13, CN23: Manufacture: JST, Manufacture Part Number: (D)S2B-ZR-SM4A-TF (LF)(SN)

The VC8300 Carrier Board feature two 3.5 mm jacks and two 2pin 1.5mm pitch header for audio interfaces

Headphone jack (CN12)

- Up to 31mW per channel output power at 1% THD+N into 16Ωat 1.8V

Mic. in jack (CN14)

- Single ended stereo analog input

Speaker connector (CN13,CN23)



- 2W per channel into 4Ω BTL speakers

All three interfaces are driven by carrier board AUDIO CODEC device.



1 GND 0V Ground

2 HP_L 1.8V Head Phone Left

3 HP_R 1.8V Head Phone Right

4 HEADPHONE_DET 3.3V Head Phone Detect

Table 2-16: Headphone Jack (CN12) Pin-out



1 SPKOUTLP 5.0V Speaker signal Left positive

2 SPKOUTLN 5.0V Speaker Signal Left negative

Table 2-17: Speaker Connector (CN13) Pin-out



1 SPKOUTRP 5.0V Speaker Signal Right positive

2 SPKOUTRN 5.0V Speaker Signal Right negative

Table 2-18: Speaker Connector (CN23) Pin-out


Pin No. Signal Name Voltage level Description

1 GND 0V Ground

2 MIC_IN 3.3V Mic. In

3 MICBIAS 3.3V Mic. Bias

4 MICROPHONE_DET 3.3V Microphone Detect

Table 2-19: Mic. In Jack (CN14) Pin-out



2.13 ETHERNET (CN15)

The VC8300 Carrier Board 10/100/1000 Mbps Ethernet interface is supported by a standard RJ45 Ethernet

jack with integrated magnetic. Ethernet port is directly connected to the SOM on-board Ethernet PHY

(connected to the i.MX6 RGMII interface).

Manufacturer: COILMASTER ELECTRONICS CO LTD, Manufacturer Part Number: RJ32G0843G4-LF



1 GND 0V Ground

2 TXRXP_A Bi-directional pair A positive

3 TXRXN_A Bi-directional pair A negative

4 TXRXP_B Bi-directional pair B positive

5 TXRXN_B Bi-directional pair B negative

6 TXRXP_C Bi-directional pair C positive

7 TXRXN_C Bi-directional pair C negative

8 TXRXP_D Bi-directional pair D positive

9 TXRXN_D Bi-directional pair D negative

10 GND 0V Ground

11 RGMII_LED_10_100 3.3V High when 10/100 Based Ethernet

12 RGMII_LED_1000 3.3V High when Gigabit Ethernet

13 RGMII_LED_ACT 3.3V For Activity LED (blinking indicates activity)

14 GND 0V Ground

Table 2-20: Ethernet (CN15) Pin-out

2.14 RTC BATTERY HOLDER (CN16)

The VC8300 Carrier Board supports a CR2032 battery holder for RTC chip.

Manufacturer: FURNELL, Manufacturer Part Number: AAA-BAT-029-K01


1 VBAT 3.0V Battery output

2 GND 0V Ground

Table 2-21: RTC Battery Holder (CN16) Pin-out



2.15 HDMI TYPE A CONNECTOR (CN18)

The VC8300 Carrier Board features a standard HDMI Type A connector CN18.




1 HDMI_D2P 2.5V HDMI Data 2 Positive

2 GND 0V HDMI Data 2 Shield

3 HDMI_D2M 2.5V HDMI Data 2 Negative







10 HDMI_CLKP 2.5V HDMI Clock Positive

11 GND 0V HDMI Clock Shield

12 HDMI_CLKM 2.5V HDMI Clock Negative

13 HDMI_CEC_OUT 3.3V One Wire control interface

14 NC NC

15 H_CLK_OUT 5.0V I2C HDMI interface connected to HDMI DDC clock

16 H_DAT_OUT 5.0V I2C HDMI interface connected to HDMI DDC data

17 GND 0V Ground

18 +5V 5.0V 5V power supply

19 HP_DET_OUT 5.0V HDMI Hot plug Detect input

Table 2-22: HDMI Type A Connector (CN18) Pin-out

Note:

1 . HDMI H_CLK_OUT(Pin15) and H_DAT_OUT(Pin 16) can be used as GPIO for DcDK connector .

Use JP to select:

USED For HDMI DDC (Default)

USED FOR GPIO

Short JP13,JP14 JP15,JP16

Open JP15,JP16 JP13,JP14

Table 2-23: HDMI DD Vs GPIO for some IO pins



2. The MIPI DSI interface signals are muxed with some of the HDMI interface signals at the SOM Pinouts through configuration resistors. Hence, the SOM has two variants (i.e. HDMI version or MIPI DSI version).

Noted that the VC8300 Carrier board is designed to support directly for the VS8300 SOM HDMI version. However, user may use a customized HDMI to MIPI DSI cable if MIPI DSI feature is needed.

The corresponding pin description as below:

Pin No. of CN18 Signal Name Voltage Level Description

1 DSI_D1P 2.5V MIPI DSI Data 1 Positive

2 GND 0V MIPI DSI Data 1 Shield

3 DSI_D1M 2.5V MIPI DSI Data 1 Negative

4 DSI_D0P 2.5V MIPI DSI Data 0 Positive

5 GND 0V MIPI DSI Data 0 Shield

6 DSI_D0M 2.5V MIPI DSI Data 0 Negative

7 NC

8 GND 0V Ground

9 NC

10 DSI_CLK0P 2.5V MIPI DSI Clock Positive

11 GND 0V MIPI DSI Shield

12 DSI_CLK0M 2.5V MIPI DSI Clock Negative

13 NC

14 NC

15 NC

16 NC

17 NC

18 NC

19 NC

Table 2-24: MIPI DSI (CN18) Pin-out

2.16 SATA (CN19)

The VC8300 Carrier Board provides SATA signals & power supply through a standard 22 (7+15) pins female

SATA connector.

Manufacturer: FCI, Manufacturer Part Number: 10029364-001LF





P1 NC

P2 NC

P3 SATA_DEVSLP_KEY_COL5 3.3V SATA Device Sleep

P4 GND 0V Ground

P5 GND 0V Ground

P6 GND 0V Ground

P7 SATA_5V_CON 5.0V 5V power supply



P10 GND 0V Ground

P11 NC

P12 GND 0V Ground

P13 NC

P14 NC

P15 NC

S1 GND 0V Ground

S2 SATA_TXP 2.5V SATA Transmit pair positive

S3 SATA_TXN 2.5V SATA Transmit pair negative

S4 GND 0V Ground

S5 SATA_RXN 2.5V SATA Receive pair negative

S6 SATA_RXP 2.5V SATA Receive pair positive

S7 GND 0V Ground

Table 2-25: SATA (CN19) Pin-out

2.17 CAN BUS PORT (CN20)

The VC8300 Carrier Board provides support for CAN bus port with optional 120Ω terminal resistor (short

JP1). Manufacturer: Molex, Manufacturer Part Number: 353-63-0250



1 CAN1H <40V CAN bus 1 Data signal

2 CAN1L <40V CAN bus 1 Data signal



Table 2-26: CAN Bus Port (CN20) Pin-out

2.18 MINI PCIE (CN21)

The VC8300 Carrier Board Mini PCI Express interface is accessed by a standard Mini PCI Express connector. Mini PCI Express port is directly connected to the SOM.

Manufacturer: LOTES, Manufacturer Part Number: AAA-PCI-047-K01



1 PCIE_WAKE_B 3.3V Wake up pin

2 MPCIE_3V3 3.3V 3.3V power supply

3 GPIO1_IO27 3.3V Reserved 1

4 GND 0V Ground

5 10k pull up to BASE_PER_3V3 3.3V Reserved 2


7 MINI_PCIE_CLK_REQ 3.3V CLK REQ

8 USIM_PWR 1.8V USIN power 1.8V

9 GND 0V Ground

10 USIM_DATA 1.8V USIM_DATA

11 CLK1_N 2.5V PCIE Clock pair negative

12 USIM_CLK 1.8V USIM_CLK

13 CLK1_P 2.5V PCIE Clock pair positive

14 USIM_RST 1.8V USIM_RESET

15 GND 0V Ground

16 NC

17 NC

18 GND 0V Ground

19 NC

20 PCIE_DIS_B 3.3V Disable signal

21 GND 0V Ground

22 PCIE_RST_B 3.3V Reset signal

23 PCIE_RXM 2.5V PCIE Receive pair negative





25 PCIE_RXP 2.5V PCIE Receive pair positive

26 GND 0V Ground

27 GND 0V Ground


29 GND 0V Ground

30 PCIe_SMB_CLK 3.3V I2C1 Clock

31 PCIE_TXM 2.5V PCIE Transmit pair negative

32 PCIe_SMB_DATA 3.3V I2C1 Data

33 PCIE_TXP 2.5V PCIE Transmit pair positive

34 GND 0V Ground

35 GND 0V Ground

36 USB5_HOST_DN 3.0V USB data minus

37 GND 0V Ground

38 USB5_HOST_DP 3.0V USB data plus


40 GND 0V Ground


42 LED_WWAN_B 3.3V WWAN LED output

43 GND 0V Ground

44 LED_WLAN_B 3.3V WLAN LED output


46 LED_WPAN_B 3.3V WPAN LED output

47 NC


49 NC

50 GND 0V Ground



Table 2-27: Mini PCIe (CN21) Pin-out

2.19 SIM CARD SOCKET (CN30) (THIS SECTION FUNCTION HAS NOT BEEN TESTED)

The VC8300 Carrier Board provides support for one SIM card socket. SIM card interface connect to Mini PCIe connector. (Details see section: 2.18 Mini PCIe)



Manufacturer: JAE ELECTRONICS, Manufacturer Part Number: SF56S006V4BR2000



1 VCC 1.8V 1.8V power supply

2 USIM_RST 1.8V USIM_RST

3 USIM_CLK 1.8V USIM_CLK

5 GND 0V Ground

6 NC

7 USIM_DATA 1.8V USIM_DATA

9 SIMCARD_DET_1V8 1.8V SIM card detect

10 GND 0V Ground

Table 2-28: SIM Card Socket (CN30) Pin-out

2.20 MIPI CAMERA SERIAL INTERFACE (CN22)

MIPI CSI camera connector signals are routed directly to the i.MX6 processor MIPI CSI2 interface.

MIPI Camera module: TRULY, COA827-D200SF-E

Manufacturer: JIM YEN INDUSTRIES, Manufacturer Part Number: TGK7L2410


Pin No. Custom Board Signal Voltage level Description

1 NC NC

2 GND 0V Ground

3 GEN_1V8 1.8V 1.8V Power Supply

4 NC NC

5 GND 0V Ground

6 GPIO_0_CLKO 1.8V Camera Master Clock

7 GND 0V Ground

8 CSI_D0M 2.5V Camera Data0 Negative

9 CSI_D0P 2.5V Camera Data0 Positive

10 GND 0V Ground

11 CSI_CLK0M 2.5V Camera Clock Negative



Pin No. Custom Board Signal Voltage level Description

12 CSI_CLK0P 2.5V Camera Clock Positive

13 GND 0V Ground

14 CSI_D1M 2.5V Camera Data1 Negative

15 CSI_D1P 2.5V Camera Data1 Positive

16 GND 0V Ground

17 MIPI_EN_1V8 1.8V Enable

18 MIPI_SDA_1V8 1.8V Serial Data

19 MIPI_SCL_1V8 1.8V Serial Clock

20 GND 0V Ground

21 NC NC

22 NC NC

23 GEN_2V8 2.8V 2.8V power supply

24 GND 0V Ground

Table 2-29: MIPI Camera Serial Interface (CN22) Pin-out

2.21 BACKLIGHT CONNECTOR (CN24)

The VC8300 Carrier Board provides support for Full HD LCD backlight.

Manufacturer: MOLEX, Manufacturer Part Number: 532610971



1 GND 0V Ground

2 GND 0V Ground

3 GND 0V Ground

4 PWM 5.0V Backlight PWM Control

5 BL_EN 5.0V Backlight Enable

6 NC

7 VLED 12V 12V Power Supply



Table 2-30: Backlight Connector (CN24) Pin-out



2.22 JTAG CONNECTOR (CN28)

JTAG signals is connect to a 1.27mm pitch pin header

Manufacturer: SAMTEC, Manufacturer Part Number: HTST-110-04-L-D-RA



1 JTAG_VREF 3.3V Reference Voltage 3.3V

2 JTAG_PWR 3.3V 3.3V Supply

3 JTAG_nTRST 3.3V Reset TAP controller

4 GND 0V Ground

5 JTAG_TDI 3.3V JTAG Data In

6 GND 0V Ground

7 JTAG_TMS 3.3V JTAG Test Mode Select

8 GND 0V Ground

9 JTAG_TCK 3.3V JTAG Test Clock

10 GND 0V Ground

11 JTAG_RTCK 3.3V JTAG Test Clock Return

12 GND 0V Ground

13 JTAG_TDO 3.3V JTAG Data Out

14 GND 0V Ground

15 JTAG_nSRST 3.3V Reset processor signal

16 GND 0V Ground

17 JTAG_DE 3.3V JTAG Data Enable

18 GND 0V Ground

19 JTAG_DACK 3.3V JTAG Data Acknowledge

20 GND 0V Ground

Table 2-31: JTAG Connector (CN28) Pin-out

2.23 I2C TOUCH CONNECTOR (CN29)

The VC8300 Carrier Board provides support for I2C interface touch panel.

Manufacturer: MOLEX, Manufacturer Part Number: 5034801000





1 GND 0V Ground

2 BASE_PER_3V3 3.3V 3.3V Power Supply

3 I2C1_SCL 3.3V Serial Clock

4 NC

5 I2C1_SDA 3.3V Serial Data

6 NC

7 TOUCH_RST 3.3V Touch reset signal

8 TOUCH_WAKE_IO_EXP 3.3V Touch wake up signal

9 TOUCH_INT 3.3V Touch interrupt signal

10 GND 0V Ground

Table 2-32: I2C Touch Connector (CN29) Pin-out

2.24 USB HOST TYPE A (CN34, CN35, CN37)

The VC8300 Carrier Board supports 3 USB 2.0 host port (3 x single stack USB type A connector). They are driven by an on-board USB hub.

Manufacturer: JST, Manufacturer Part Number: UBA-4R-D14T-4D (LF)(SN)



1 VBUS_1 5.0V 5V power

2 USB1_HOST_DN USB1 data negative

3 USB1_HOST_DP USB1 data positive

4 GND 0V Ground

Table 2-33: USB Host Type A (CN34) Pin-out






4 GND 0V Ground









4 GND 0V Ground


2.25 ADDITIONAL POWER SUPPLY CONNECTOR (CN38)

i.MX 6 Quad Plus and i.MX 6 Dual Plus SoCs require more current to operate than other i.MX 6 variants. This additional power is provided through a connector that is near the SO-DIMM interface in the VC8300 Carrier Board.

Manufacturer: TE, Manufacturer Part Number: 6337194-1





3 GND 0V Ground

4 GND 0V Ground

Table 2-36: Additional Power Supply Connector (CN38) Pin-out

2.26 LED INDICATORS:

2.26.1 POWER LED INDICATORS

LED1 (green) indicates that the 5V power rail is on.

LED2 (green) indicates that the 3.3V power rail is on.

LED3 (green) indicates that the 2.8V power rail is on

LED5 (green) indicates that the DCDK_3.3V power rail is on.

LED6 (green) indicates that the DCDK_5V power rail is on.

2.26.2 MINI PCIE LED INDICATORS

Mini PCIe LEDs are directly controlled by Mini-PCIe module, the below LEDs are available:



Signal CN21

WPAN D19(yellow)

WLAN D18(green)

WWAN D17(orange)

Table 2-37: Mini PCIe LED Indicator

2.27 CONTROL BUTTONS

2.27.1 POWER BUTTON (SW2)

Power button is located at the edge of the PCB to turn on/off the i.MX6 Carrier Board.

2.27.2 RESET BUTTON (SW1)

Reset button is located at the edge of the PCB to reset the i.MX6 Carrier board.

2.27.3 VOLUME UP BUTTON (SW3)

Volume up button is located at the edge of the PCB to control the volume

2.27.4 VOLUME DOWN BUTTON (SW4)

Volume down button is located at the edge of the PCB to control the volume

2.28 BOOT MODE SWITCH (SW5, SW7)

The VC8300 Carrier board provides Boot Mode Slide Switch (SW5 and SW7) which are physically located at the edge of the PCB. These switches are used to select the boot mode setting of i.MX6 as explained in the below table.

Manufacturer: ALPS, Manufacturer Part Number: SSSS811101

The following table describes the Boot Mode Setting of SW5 and SW7:

Boot Mode Setting Description SW5 SW7

Serial Downloader

Mode

In this mode, i.MX6 boot device can be

programmed through USB OTG interface using

MEG Tool

Pin1-2

On

Pin2-3 On

Boot from eMMC In this mode, i.MX6 boot media is eMMC located on SOM board

Pin 1-2 On

Pin 1-2 On

Boot from SD2-4bit In this mode, i.MX6 boot media is external SD card

Pin 2-3 On

Pin 1-2 On

Boot from NAND flash In this mode, i.MX6 boot media is NAND flash located on SOM board. This setting is valid only if the SOM has NAND flash.

Pin 2-3 On

Pin 2-3 On

Table 2-38: Boot mode selection switches



2.29 RTC WITH COIN BATTERY

The VC8300 Carrier board provides an on board RTC which powered by coin battery, this RTC chip is driven by I2C1. RTC chip: MAXIM, DS3231S#T&R.

2.30 I2C ASSIGNMENT

The VC8300 Carrier board has 3 x I2Cs, following is a list of the I2C connections on the board.

I2C Port No. Connected to

I2C 1 1. Parallel CSI camera

2. Mini PCIe

3. RTC

4. 7 INCH TOUCH

5. HDMI(No HDCP support)

I2C 2 1. PMIC(SOM)

2. Audio Codec

3. MIPI camera

4. IO Expander

5. EEPROM(SOM)

I2C 3 1. DcDK

Table 2-39: I2C Assignment

2.31 7 PORT USB HUB

The VC8300 Carrier board has a 7 port USB hub to extend USB port for external USB connector, touch panel, Mini-PCIe, etc.

Following is a list of the USB connections on the board.

USB Port No. of 7 Ports USB HUB Connected to

USB Host 1 USB Host connector (CN34)


USB Host 3 NC


USB Host 5 Mini PCIE

USB Host 6 Touch Panel

USB Host 7 NC

Table 2-40: 7 Port USB Hub Connection



3 ELECTRICAL SPECIFICATION

3.1 ABSOLUTE MAXIMUM CHARACTERISTICS

Minimum Maximum Unit

Main Power Supply, DC-IN -0.3 12.6 V

Table 3-1: Absolute Maximum Characteristics

3.2 OPERATIONAL CHARACTERISTICS

3.2.1 POWER SUPPLIES

The VC8300 carrier board is designed to be driven with DC power supply through DC power jack CN2

Power Suppliers Requirement Minimum Typical Maximum Unit

Voltage of Input Power 11.4 12 12.6 V Current of Input Power 5 A

Table 3-2: Power Supplies Characteristic

3.2.2 POWER CONSUMPTION

The VC8300 Carrier board power consumption is measured with VS8300-SOM board while running different power scripts under Android 5.1.1.

No. Power Script Power Script Operation Imax(A) @ 12.0V Input

1 Power Script 1 LVDS(10.1”, 1024 x 600) – Play video(H.264)

Audio – Headphone in

USB – Keyboard and Mouse

0.573(Quad Plus)

0.553(Quad )

0.545(Dual Plus)

0.532(Dual)

0.518(DualLite)

0.501(Solo)

2 Power Script 2 LVDS(10.1”, 1024 x 600) – Play video(H.264)

(foreground)

Audio – Headphone in

Ethernet – Ping test

CPU – Run Stability TEST Utility

(background)

0.891(Quad Plus)

0.835(Quad )

0.745(Dual Plus)

0.708(Dual)

0.704(DualLite)

0.641(Solo)



No. Power Script Power Script Operation Imax(A) @ 12.0V Input

3 Standby OS is in idle mode 0.082(Quad Plus)

0.073(Quad )

0.076(Dual Plus)

0.073(Dual)

0.073(DualLite)

0.071(Solo)

Table 3-3: Power Consumption

Note: Power consumption is measured in particular condition and it may vary platform to platform based on board configuration. Depending upon board configuration, overall system design and cooling mechanism, customer may need to choose the appropriate heat solution.



4 ENVIRONMENTAL SPECIFICATION

4.1 TEMPERATURE SPECIFICATION

The VC8300 Carrier board can operate with temperature from 5℃ to + 50℃.

4.2 HEATSINK AND FAN

The VC8300 Carrier board provides mounting screws for one heatsink with size 70mmx100mmx11mm and has provision to install an optional fan. NXP i.MX 6 thermal management information is available in the reference document below.

Reference document: http://www.nxp.com/assets/documents/data/en/application-notes/AN4579.pdf

Temperature measurements were done with a few loading options like heatsink and fan. The results shared below are only indicative in nature and the actual temperature that the SoC would go up to and the need for a heat sink and/or a fan is dependent upon the actual application being run, the deployment conditions, the expected operational life of the product and the grade of the SoC chosen.

Thermal test result as below with the back-cover covering the heatsink.

Test Condition:

CPU Type: QuadPlus(MCIMX6QP5EYM1AA, consumer, extended commercial,1GHz)

Quad(MCIMX6Q5EYM10AD, consumer, extended commercial, 1GHz)

DualLite(MCIMX6U5EVM10AC, consumer, extended commercial, 1GHz)

Heatsink Material: AL Alloy 6063-T5

Fan Type: Sunon GM0503PFV2-8(30 x 30 x 10mm,RPM 8000, CFM4.6), run at max RPM

http://www.nxp.com/assets/documents/data/en/application-notes/AN4579.pdf



Test Program: CPU stress test utility

S/N CPU Heat Sink (70x100x11)mm

Fan Thermal Pad

Ambient Temp

CPU Freq CPU Core Temp

CPU Package

1 QuadPlus No No No 26oC (Room Temp)

996MHz ~ 396MHz (the freq drop to 396MHz after run stress test 5mins)

75oC ~ 85oC

FCPBGA 624 (with thermal lid on the package)

2 QuadPlus Yes No 5 W/(m.K) - Laird

26oC (Room Temp)

996MHz 60oC

3 QuadPlus Yes Yes 5 W/(m.K) - Laird

26oC (Room Temp)

996MHz 46oC

4 QuadPlus Yes No 5 W/(m.K) - Laird

65oC (Chamber Test)

396MHz 82oC

5 QuadPlus Yes Yes 5 W/(m.K) - Laird

65oC (Chamber Test)

396MHz 79oC

6 Quad No No No 26oC (Room Temp)

996MHz ~ 396MHz (the freq drop to 396MHz after run stress test 21mins)

75oC ~ 85oC

FCPBGA 624 (with thermal lid on the package)

7 Quad Yes No 5 W/(m.K) - Laird

26oC (Room Temp)

996MHz 55oC

8 Quad Yes Yes 5 W/(m.K) - Laird

26oC (Room Temp)

996MHz 43oC

9 Quad Yes No 5 W/(m.K) - Laird

65oC (Chamber Test)

396MHz 79oC

10 Quad Yes Yes 5 W/(m.K) - Laird

65oC (Chamber Test)

996MHz 84oC

11 DualLite No No No 26oC (Room Temp)

996MHz 81oC MAPBGA 624 (without thermal lid on the package)

12 DualLite Yes No 5 W/(m.K) - Laird

26oC (Room Temp)

996MHz 63oC

13 DualLite Yes Yes 5 W/(m.K) - Laird

26oC (Room Temp)

996MHz 52oC

14 DualLite Yes No 5 W/(m.K) - Laird

65oC (Chamber Test)

396MHz 85oC

15 DualLite Yes Yes 5 W/(m.K) - Laird

65oC (Chamber Test)

396MHz 83oC

Table 4-1: Temperature measurements with various thermal management options

4.3 HUMIDITY

Operating: 10% to 90% (Non-condensing)

Non-operating: 5% to 95% (Non-condensing)



5 MECHANICAL SPECIFICATION

5.1 MECHANICAL DIMENSION

250mm x 154mm

5.2 MECHANICAL DRAWING

Figure 5-1: Mechanical Drawing

5.3 JUMPER AND ALL SWITCH LOCATION

Bottom View



Figure 5-2: Jumper And All Switch Location



6 REVISION HISTORY

Version Date Released

Changes

A 02 Jun 2017 First Release VC8300 Carrier User Hardware Reference Manual and Datasheet



7 LEGAL NOTICES

The signed agreement between Purchaser and APC will govern the sale and purchase of APC’s Venture Embedded Solutions Technology (“VEST”) products (“Products”). In the event that no agreement has been concluded, APC’s terms and conditions of supply will apply.

Testing and other quality control techniques are used to the extent that APC deems necessary to support its warranty.

Except where required by law, specific testing of all parameters of each Product is not necessarily performed.

Purchaser must provide adequate design and operating safeguards to minimize inherent or procedural and technical risks associated with Purchaser products and applications. Purchaser is solely responsible for its selection and use of APC Products. APC assumes no liability for applications assistance, Purchaser product design or any incompatibility of the Product with Purchaser product.

Products supplied by APC are not designed, intended or authorized for use in life support, life sustaining, medical systems or devices, aircraft navigation, nuclear, or other applications, including, but not limited to, public transportation operating systems, in which the failure of such Products could reasonably be expected to result in personal injury, loss of life or severe property or environmental damage. Purchaser acknowledges that use of APC’s Products in such product applications is understood to be fully at the risk of Purchaser and that Purchaser is responsible for verification and validation of the suitability of APC’s Products in such applications. Purchaser agrees that APC is not and shall not be liable, in whole or in part, for any claim or damage arising from use in such applications. Purchaser agrees to indemnify, defend and hold APC harmless from and against any and all claims, damages, losses, costs, expenses and liabilities arising out of or in connection with any such use or application.

APC retains all rights to all proprietary intellectual property in the Products and associated manufacturing processes and has the right to file for and obtain intellectual property protection for same.

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