EVK-STD-CARRIER SMARC Evaluation Carrier User`s Manual
Contents
1. SPIO1 SPIO1 SPI10 SPI11 I2Cx2 GPIO AFB 12C0 2 0mmPin Header SERO gt Db9 Connector SERO_RX_SEL SN75HVD11 SER2 Db9 Connector SER2_RX_SEL 5 11 RS422 485 SER1 SER3 2 0mmPin Header HDMI 12C HDMI HDMI Connector 24 bit Parallel RGB LCD LVDS Connector 12C LCD LVDSO 18 14 bits LVDS1 18 24 bits LVDS Enable LVDS PWM I2C1 J ADC AFB LVDS Backlight 4 wire touch Industrial Standard Connectors for wired off board Connections IC and IC Subsystem Embedian Defined Connector and Headers Jumpers Switches and LEDs Industrial Standard Mezzanine and Slot Format Connector Other Features Figure 1 EVK STD CARRIER Evaluation Carrier Block Diagram Details for this diagram will be explained in the following chapters 16 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 1 4 Peripheral Overview The following diagram shows the function of all peripherals including of connectors headers configuration jumpers and other important features on the EVK STD CARRAIER Evaluation Carrier LVDS BKLT SEL SD Card Slot LVDS CAN1 SER1 SER3 Backup Battery Socket 2nd LAN CANO AFB GPIO LVDS Backlight Buzzer USB OTG LCD VDD SEL SATA Power vus SATADOM PIN7 SEL SATA Boot Sel SPIO 0 SMARC Module SPIO 1 SPI1 0 SPI1 1 12C0 I2S1 12S2 12C1 SPDIF mini PCle2 SIM Card Holder VDDIO SEL2. Embedian Inc EVK STD CARRIER Development Board for SMARC v1 0 and v1 1 compliant modules errbeceay EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Revision History Revision Date Changes from Previous Revision 1 0 2015 7 09 Initial Release EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc USER INFORMATION About This Manual This document provides information about products from EMBEDIAN INC No warranty of suitability purpose or fitness is implied While every attempt has been made to ensure that the information in this document is accurate the information contained within is supplied as is and is subject to change without notice For the circuits descriptions and tables indicated EMBEDIAN assumes no responsibility as far as patents or other rights of third parties are concerned Copyright Notice Copyright O 2015 EMBEDIAN INC All rights reserved No part of this manual may be reproduced transmitted transcribed stored in a retrieval system or translated into any language or computer language in any form or by any means electronic mechanical photocopying recording or otherwise without the express written permission of EMBEDIAN Trademarks The following lists the trademarks of components used in this board ARM is a registered trademark of ARM Limited Android is a registered trademark of Google Linux is a registered t
3. GND Ground Reference Clock Differential Pair Ground Receiver Lane 0 Differential Pair Ground EVK STD CARRIER User s Manual Document Revision v 1 0 P83 P84 P86 P87 P O O Uu 53 Embedian Inc PCle Card Slot Edge Type Finger PCIEXPRESS 36P 180D F DIP 2EG01817 D2D DF Header Pin n DV EETHIS Function Side B Connector B1 12V 12V Power is B2 12V 12V Power P B3 RSVD Reserved 5 B4 GND Ground B5 I2C PM CK 3V3 12C Clock P121 IO OD B6 I2C PM DAT 3V3 12C Data P122 O PIN B1 PIN Al OD GND Ground R 3 3V 3 3V Power P PCIEA JTAG1 TRST l SE B10 3 3V 3 3V Power P B11 PCIE A WAKE Link Reactivation S146 B12 RSVD Reserved z 5 B13 GND Ground P B14 PCIE A TX Transmitter Lane 0 P89 O Differential Pair B15 PCIE A TX P90 O B16 GND Ground P B17 PCIE A PRSNT2 Hot plug presence detect P74 l B18 GND Ground P 54 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 3 mini PCIE Card Slot mini PCIE1 The signals of mini PCIE1 card slot are originated from PCIE B of SMRAC card The 3 set of USB signals are also connected to this connector The following table shows the pin out of the mini PCIE1 connector Mini PCIE1 Location on Board E8 F8 Mini PCIE Card Slot 0 80mm Pitch 5 20mm Height PCI Express Mini Card 52 Circuit Right Angle Surface Mount 0 25um Gold Au Plating H
4. Ey A C D E B F Figure 8 Rear I O Connectors 33 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 1 1 List of Connectors The table below lists the function of various connectors Description Connector Type DC IN COMA COMB HDMI VGA LAN USB PhoneJack 12V Power Input DC Jack UART Port 0 UART Port 2 HDMI Port VGA Port GbE Ethernet RJ45 and dual USB Host Type A Connector Mic Input Headphone Output DC POWER JACK 2 5mm 90D M DIP 2DCG213B200 D Sub 9M 9M Dual port D Sub 9M 9M Dual port HDMI Female smt 19p D sub h 3 08 Female 15p RJ45 Tab up over USB 2 0 Stack 10 100 1000 Base T LED L G 0 R G 3 5mm Phone jack 90 2x01 34 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 1 2 Connector Pin Assignments The following tables describe the electrical signals available on the connectors of the EVK STD CARRIER Each section provides relevant details about the connector including part numbers mating connectors signal descriptions and references to related chapters Pinout Legend j Input O Output I O Input or output P Power Al Analogue input AO Analogue output AlO Analogue Input or analogue output OD Open Drain Signal Low level active signal 35 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 1 2 1 DC Jack Power Input Connector DC_IN EVK STD CARRIER DC 12V as the power
5. Telephone 886 2 2722 3291 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Declaration of Conformity FCC Class B Note This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures B Reorient or relocate the receiving antenna m Increase the separation between the equipment and receiver B Connect the equipment into an outlet on a circuit different from that to which the receiver is connected B Consult the dealer or an experienced radio TV technician for help Packing List Before installation please ensure the following items have been shipped EVK STD CARRIER 1 12V 3A Power Adapter 1 LDVS Cable 1 LVDS Backlight Cable 1 Pre Installed Bring Up SD Card 1 2x5 Box Header to DB
6. The EVK STD CARRIER has one LED to indicate the SATA ACTZ signal The LED plays a role as SATA activity indicator 2 3 1 LED Location Skt F eins 2z2aree Figure 7 LED Locations 2 3 2 List of LEDs The table below lists the function of LEDs Function LED1 ON when there is activity on the SATA Lane 30 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 2 4 EEPROM and eMMC An 2C AT24c82 EEPROM is on EVK STD CARRIER and is intended to retain carrier board parameter information including a carrier serial number The 2C bus is 2C PM from SMARC module and address is 0x57 An 8 bit 4GB eMMC is also present on EVK STD CARRIER from SDMMC bus of SMARC interface 31 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Chapter Rear I O Panel and Internal I O Headers This Chapter gives EVK STD CARHIEH connectors and headers detail information Section include e Rear I O Panel e Internal I O Headers 32 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Chapter 3 Headers and Connectors This section gives EVK STD CARHIEHRH connectors and headers detail information 3 1 Rear I O Panel Rear panel I O connectors of EVK STD CARHIEHR Evaluation Carrier are described in this section a ETTTT i E i i ey Ae J EES LO LL E rd ae F uL Lis EEE f ee ee T a uu idm i b gd
7. EEEP Embedded EEPROM Specification Rev 1 0 August 2010 www picmg org e PCI Express Specifications www pci sig org e Serial ATA Revision 3 1 July 18 2011 Gold Revision Serial ATA International Organization www sata io org e SPDIF aka S PDIF Sony Philips Digital Interface IEC 60958 3 e USB Specifications www usb org 20 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 1 7 2 SGET Documents e SMARC_Hardware_Specification_V1p0 version 1 0 December 20 2012 e SMARC Hardware Specification V1p1 version 1 1 May 29 2014 e SMAHRC DG V1p0 version 1 0 July 9 2013 1 7 3 Embedian Documents e SMARC_T335x Evaluation Carrier Board Schematic PDF and OrCAD format e SMAHRC T335x Evaluation Carrier Board User s Manual e SMAHRC T335x Carrier Board Hardware Design Guide e EVK STD CARRIER Schematic PDF and OrCAD format e SMAHRC T335x User s Manual e SMARC FIMX6 User s Manual 2l EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Chapter Jumpers Switches LEDs and EEPROM This Chapter provides EVK STD CARRIER jumpers switches LEDs and EEPROM eMMC information Section include Jumpers Switches LEDs EEPROM and eMMC 22 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Chapter 2 Jumpers Switches LEDs and EEPROM This chapter gives detail information of the jumpers switches LEDs and EEPROM e
8. The purpose of this chapter is to provide a quick hardware installation guide so that developers can easily get the board up and running in few minutes 96 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Chapter 4 Quick Hardware Installation Guide The quick hardware installation guides are intended to provide developers with simple instructions on how to install EVK STD CARHRIEH evaluation kit from very beginning and have it monitoring your local device in few minutes No advanced installation options are discussed here just the basics that will work for 95 of users who want to get started This guide will lead you through the process of configuring installing and developing SMARC module This guide was written to be as clear as possible and to provide only the details necessary to get you up and running For more in depth information links to other chapters will be located where appropriate Step1 Insert SMARC CPU module Install SMARC CPU module to EVK STD CARRIER SMARC connector at 30 degree angle Figure 13 Insert SMARC Module 97 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Step2 Fasten SMARC Module Press down SMARC CPU module and fasten it by M2 5x 5mm screws KOR i L LI a M T m e ms SR mi pig e t cr n n SES o p gt es pun AL MT p a Py Figure 14 F
9. v SERO RX SEL 1 2 RS232 SERO_RX_SEL 3 4 RS422 RS485 half duplex SERO RX SEL 5 6 RS422 RS485 full duplex SEH2 RX SEL Location on Board B8 SERH2 HX SEL RS232 RS422 RS485 Settings Setting Function M SER2 RX SEL 1 2 RS232 1 9 2 Je SER2 RX SEL 3 4 RS422 RS485 half duplex ME SER2 RX SEL 5 6 RS422 RS485 full duplex 2 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc SATADOM PIN7 SEL Location on Board A3 SATADOM PIN7 SEL SATA DOM Jumper Power 45V pin Setting Function v SATADOM PIN7 SEL GND R 1 2 SATADOM PIN7 SEL 5V 2 3 SMARC_SEL Location on Board B7 SMARC_SEL SMARC VDDIO 1 8V or 3 3V Selection Setting Function v SMAHC SEL Open 3 3V VDDIO SMARC 1 0 E Compliant SMARC module SMAHC SEL Closed 3 3V VDDIO SMARC 1 0 Compliant SMARC module EN Make sure power is complete OFF when changing settings of SMARC_SEL 2 1 4 Setting Jumpers You configure your board to match the needs of your application by setting jumpers A jumper is the simplest kind of electric switch It consists of two metal pins and a small metal clip often protected by a plastic cover that slides over the pins to connect them To close a jumper you connect the pins with the clip To open a jumper you remove the clip Sometimes a jumper will have three pins labeled 1 2 and 3 In this case you would connect either pins 1 and 2 or 2 and 3 26 EVK STD CARRIER User s Manu
10. 1 25V 91 Header Pin Signal Name Function Pin Signal Name Function Odd Side Channel 0 Even Side Channel 1 23 GND Ground 24 GND Ground 25 LVDSO CK LVDSOLCD 26 LVDS1 CK LVDS LCD differential differential clock 27 LVDSO CK Clock pairs 28 LVDS1 CK pairs 29 GND Ground 30 GND Ground 31 LVDS _D3 LVDSOLCD 32 LVDS1 D3 LVDS1LCD data channel data channel 33 LVDS _D3 aifferential 34 LVDS1_D3 differential pairs pairs 4 4 35 GND Ground 36 GND Ground 37 I2C GP CK General 38 VDD LCD LVDS panel purpose I2C VDD bus clock 39 I2C GP DAT General 40 EDP HPD Future use for purpose I2C eDP HDP bus data Note 1 EVK STD CARRIER supports dual channel LVDS LVDSO and LVDS1 LVDSO signals are connected from LVDSO of SMARC module LVDS1 signals are connected from AFB_DIFFO 3 of SMARC module 2 LVDS cables support the following panels AUO G240HWO01 VO 24 inch wide 1920 H x 1080 V TFT color LCD Or AUO G185XWO01 V2 18 5 inch wide WXGA 1366 H x 768 V TFT color LCD or AUO G070VW01 VO 7 inch WVGA 800 H x 480 V TFT color LCD For detail part number please see the following section 67 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 10 LVDS Backlight Power Connector LVDS BKLT The following table shows the pin out of LVDS Backlight Power connector LVDS BKLT Location on Board D2 LVDS Backlight Connector WAFER BOX 2 0mm 4P 180D M DIP WO Pb JIH VEI
11. 8 UIM PWR Sim card VDC CKREQ running clock power supply 9 GND Ground 10 UIM DATA Sim card serial data 11 PCIEC Reference 12 UIM CLK Sim card clock REFCK Clock signal Differential 13 PCIE C Pair 14 UIM RESET Sim card reset REFCK signal 15 GND Ground 16 UIM VPP Programing voltage input 58 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Mini PCIE Card Slot 0 80mm Pitch 5 20mm Height PCI Express Mini Card 52 Circuit Right Angle Surface Mount 0 25um Gold Au Plating Header Pin Signal Name Function Pin Signal Name Function Top Side Bottom Side Mechanical Key 17 UIM C8 Optionally 18 GND Ground used for USB interfaces and other uses 19 UIM C4 Optionally 20 3 3V 3 3V Power used for USB interfaces and other uses 21 GND Ground 22 PCIE C PCIe PERST Fundamental Reset output 23 PCIE C RX Receiver 24 3 3Vaux 3 3V Power Differential 25 PCIE C RX Pair 26 GND Ground 27 GND Ground 28 1 5V 1 5V Power 29 GND Ground 30 I2CPM I2C Clock CK 3V3 31 PCIE C TX Transmitter 32 I2C PM I2C Data Differential DAT 3V3 Pair 33 PCIE C TX 34 GND Ground 35 GND Ground 36 USB Universal serial PCIE C D bus port 4 37 RSVD Reserved 38 USB Universal serial PCIE C D bus port 4 39 RSVD Heserved 40 GND Ground 50 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Mini PCIE Card Slot 0 80mm Pitch 5 20mm Height PCI Express Mini
12. A RX S87 PCIE_B_RX P88 GND S88 PCIE B RX P89 PCIE A TX S89 GND P90 PCIE A TX S90 PCIE_B_TX P91 GND S91 PCIE B TX P92 HDMI D24 S92 GND 92 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc MXM 3 0 Connector MXM 3 0 SOCKET 314POTS 7 8MM HEIGHT Signal Name Pin Signal Name P93 HDMI D2 S93 LCD_D P94 GND S94 LCD D1 P95 HDMI_D1 S95 LCD_D2 P96 HDMI D1 S96 LCD_D3 P97 GND S97 LCD_D4 P98 HDMI_D S98 LCD_D5 P99 HDMI D S99 LCD D6 P100 GND 5100 LCD D7 P101 HDMI CK 4 5101 GND P102 HDMI CK S102 LCD D8 P103 GND S103 LCD D9 P104 HDMI HPD 5104 LCD D10 P105 HDMI CTRL CK 5105 LCD D11 P106 HDMI CTRL DAT 5106 LCD D12 P107 HDMI CEC 5107 LCD D13 P108 GPIOO CAM _PWR S108 LCD D14 P109 GPIO1 CAM1_PWR 5109 LCD D15 P110 GPIO2 CAM _RST S110 GND P111 GPIO3 CAM1_RST 5111 LCD D16 P112 GPIOA HDA_RST 5112 LCD D17 P113 GPIO5 PWM OUT 5113 LCD D18 P114 GPIO6 TACHIN 5114 LCD D19 P115 GPIO7 PCAM FLD 5115 LCD D20 93 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc MXM 3 0 Connector MXM 3 0 SOCKET 314POTS 7 8MM HEIGHT Pin Signal Name P116 GPIOS CAN _ERR P117 GPIO9 CAN1_ERR P118 GPIO10 P119 GPIO11 P120 GND P121 I2C PM CK P122 I2C PM DAT P123 BOOT SELO P124 BOOT SEL1 P125 BOOT SEL2 P126 RESET OUT P127 RESET IN P128 POWER BTN P129 SERO TX P130 SERO RX P131 SERO RTS P132 SERO C
13. Card 52 Circuit Right Angle Surface Mount 0 25um Gold Au Plating Pin Signal Name Function Pin Signal Name Function Top Side Bottom Side 41 RSVD Reserved 42 LED WWAN Wireless Card Status Indicator 43 RSVD Reserved 44 LED _WLAN 45 RSVD Reserved 46 LED_WPAN 47 RSVD Reserved 48 1 5V 1 5V Power 49 RSVD Reserved 50 GND Ground 51 RSVD Reserved 52 3 3V 3 3V Power 60 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 5 SIM Card Holder SIM_SLOT A SIM card holder is present on EVK STD CARRIER for 3G HSPA mini PCIE module The signals of the S M card holder are connected to mini PCIE1 connector The following table shows the pin out of SIM SLOT connector SIM SLOT Location on Board E7 F7 SIM Card Holder WAFER 8P 2 54mm 180D M DIP A2543WV2 8P Header Signal Name 1 UIM PWR 2 UIM_RESET 3 UIM CLK 4 UIM C4 5 GND 6 UIM VPP f UIM DATA 8 UIM C8 Function Power Supply Input Reset signal used to reset the card s communications Provides the card with a clock signal from which data communications timing is derived AUX1 optionally used for USB interfaces and other uses Ground Programing voltage input Serial Data AUX2 optionally used for USB interfaces and other uses EVK STD CARRIER User s Manual Document Revision v 1 0 Edge Finger 61 Embedian Inc 3 2 3 6 SATA Connector SATA The following table shows t
14. Embedian Inc LAN USB Connector RJ45 Tab up over USB 2 0 stack 10 100 1000 Base T LED L G 0 R G Pin Signal Name Function LAN USBB USB Port 2 19 by USB 1 Power Supply R 16 USB UZ D Universal serial bus port 1 lO 17 USB UZ D Universal serial bus port 1 IO 18 GND Ground P 19 5V USB 2 Power Supply 20 USB LZ D Universal serial bus port 2 21 USB LZ D Universal serial bus port 2 22 GND Ground z EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 1 2 7 Audio Connector PhoneJack The following table shows the pin out of the PhoneJack connector PhoneJack Location on Board H PhoneJack Connector 3 5mm Phone jack 90 2x01 Header Pin Signal Name Function 1 GND Ground P 2 z 2 z 3 z 4 ZE 5 MIC In Microphone Input Al 6 gt 7 Adio L Left channel of headset AO speaker 8 z 9 Audio R Right channel of headset AO speaker 46 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 Internal VO Headers This section details the internal I O header and connector information of EVK STD CARRIER Evaluation Carrier 3 2 1 Location thes ce Y mj T CX NG x Er me TREE sas uc FH s La x is zi zh TH Hle aa m sosoo Cis Usbotg aoc utu B K SERERE I gel n E r FERE ji dee B pa P ae 9 anne 5 x s nes re 5 int ia ea ida iud Ma i als 1 Fr a 1
15. Header Pin X Signal Name Function 1 1 VDD BKLT Backlight Power P e 2 LCD BKLT EN High enables panel backlight 5127 O i 3 LCD BKLT PWM Display backlight PWM control S141 O 4 GND Ground P Note The following table shows the part number of LVDS cables and LVDS backlight cables for supported panel These cables are available from Embedian 68 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Supported Panel P N LVDS Cable LVDS Backlight Cable AUO G240HWO01 VO DF13FIXL B203028 A55CB LF 1080p dual channel AUO G185xW01 V2 DF13FIXL B203028 A45CA LF 1366x768 single channel AUO G070VW01 VO DF13DF19 B202028 F30CA LF 800x480 single channel The default packing list comes with DF13DF19 B202028 F30CA LF unless specified Figure 11 LVDS Cable and LVDS Backlight Cable 69 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 11 SD SDHC Card Connector SD The following table shows the pin out of SD connector SD Location on Board B2 C2 B3 C3 SD SDHC Card Connector Edge Finger Right Angle SMT 2 75mm height Push Push Normal Type With Detect Switch Header Pin Signal Name Function 1 SDIO D3 SD receive transmit data P42 lO 2 SDIO CMD SD receive response P34 IO transmit command 3 VSS1 Ground P 4 VDD_SD Power P 5 SDIO CK SD Clock P36 O 6 VSS2 Ground BR 7 SDIO D SD receive transmit data P39 lO 8 SDIO_D1 SD recei
16. Manual Document Revision v 1 0 Embedian Inc 3 1 2 5 VGA Connector VGA VGA signals are converted from 24 bit parallel rgb data by Chrontel CH7055A The maximum conversion resolutions for CH7055A are 1920x1200 The following table shows the pin out of the VGA connector 50000 0 1O O00 Qs 50 O O OOx VGA Location on Board E VGA Connector D sub h 3 08 Female 15p Header Pin Signal Name Function 1 VGA R Z Red Videl IO 2 VGA G Z Green Video IO 3 VGA B Z Blue Video lO 4 2 z J GND Ground P 6 GND Ground P 7 GND Ground P 8 GND Ground P 9 5V 5V Power p 4 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc VGA Connector D sub h 3 08 Female 15p Header Pin Signal Name Function 10 GND Ground P A 12 VGA Z SDA I2C Data S140 IO OD 13 VGA Z HSYC Horizontal Sync S122 O 14 VGA Z VSYNC Vertical Sync S121 O 15 VGA Z SCL I2C Clock S139 IO OD Note The 2C LCD slave address for CH7055A is 0x76 42 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 1 2 6 RJ45 amp USB 1 2 Connector LAN USB The USB signals are originated from USB1 port of SMARC module connecting to a 4 port USB hub USB2514B from Microchip Two ports are present in this LAN USB connector The other two ports are present at mini PCIE connectors A GigaLAN magnet is built in the RJ45 connector The following table shows the pi
17. S1 S2 S53 S4 S5 S6 S7 S8 59 S10 S11 S12 S13 S14 S15 S16 S17 S18 S19 S20 S21 S22 S23 Signal Name PCAM VSYNC PCAM HSYNC GND PCAM PXL CKO I2C CAM CK CAM MCK I2C CAM DAT CSIO CK PCAM D10 CSIO CK PCAM D11 GND CSIO DO PCAM D12 CSIO DO PCAM D13 GND CSIO D1 PCAM D14 CSIO D1 PCAM D15 GND AFBO OUT AFB1 OUT AFB2 OUT AFB3 IN AFB4 IN AFB5 IN AFB6 PTIO 89 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc MXM 3 0 Connector MXM 3 0 SOCKET 314POTS 7 8MM HEIGHT Signal Name P24 GbE MDI24 P25 GbE LINK ACT P26 GbE MDI1 P27 GbE_MDI1 P28 GbE_CTREF P29 GbE MDIO P30 GbE MDIO 4 P31 SPI _CS1 P32 GND P33 SDIO_WP P34 SDIO_CMD P35 SDIO_CD P36 SDIO_CK P37 SDIO_PWR_EN P38 GND P39 SDIO_D P40 SDIO_D1 P41 SDIO_D2 P42 SDIO_D3 P43 SPIO CSOf P44 SPIO CK P45 SPIO DIN P46 SPI DO Pin S24 S25 S26 S27 S28 S29 30 S31 32 33 S34 35 S36 S37 S38 539 S40 S41 S42 S43 S44 S45 S46 Signal Name AFB7 PTIO GND SDMMC D SDMMC D1 SDMMC_D2 SDMMC_D3 SDMMC_D4 SDMMC_D5 SDMMC_D6 SDMMC D7 GND SDMMC CK SDMMC CMD SDMMC_RST AUDIO_MCK I2S _LRCK I2S0 SDOUT I2S0 SDIN I2S0 CK I2S1 LRCK I2S1 SDOUT I2S1 SDIN I2S1 CK 90 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc MXM 3 0 Connector MXM 3
18. port is set to SEAS If you use SERO as your debug port neglect step 1 below 1 Connect COM3 header of EVK STD CARRIER to the 2x5 box header to DB9 cable 2 Connect the 2x5 box header to a null modem cable tx rx crossed 3 Connect the null modem cable to the RS232 port of your host PC Set the baud rate of the serial port as 115200 8nf 4 Connect Ethernet cable to the RJ45 connector of EVK STD CARRIER If LCD is required in your application follow step 5 and step 6 below 5 Connect LVDS cable to LVDS connector 6 Connect LCD backlight cable to LVDS_BKLT connector Bring up the board f Apply 12V 24V 36W power adaptor DC power to EVK STD CARRIER you should be able to see debug message from your putty or serial terminal of your host PC No root password needed for Yocto rootfs The default root password for Ubuntu 14 04 is root and default ubuntu user is temppwa 101 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 COM Port of Your PC o n A Ww Null Modem Cable AZ Tx Rx Crossed LVDS Cable LCD Backlight wre ee i R a SN BR y TT d TP M n sen sen p A s 6 iod SY SESE 122133 1351145010221 EL RUBRI soma 68 Cn om TITIUS 7 12V 24V 3 Ethernet Cable Ethernet Switch 102 EVK STD CARRIER User s Manual Document Revision v 1 0
19. 0 SOCKET 314POTS 7 8MM HEIGHT Pin Signal Name P47 GND P48 SATA_TX P49 SATA TX P50 GND P51 SATA RX P52 SATA RX P53 GND P54 SPI1 CSOZ P55 SPI1 CS1 P56 SPI1 CK P57 SPI1 DIN P58 SPI1 DO P59 GND P60 USBO P61 USB P62 USB EN OC P63 USB VBUS DET P64 USBO OTG ID P65 USB14 P66 USB1 P67 USB1 EN OC amp P68 GND P69 USB2 S47 S48 S49 S50 S51 S52 S53 S54 S55 S56 S57 S58 S59 S60 S61 S62 S63 SS64 S65 S66 S67 S68 S69 Signal Name GND I2C_GP_CK I2C_GP_DAT I2S2 LRCK I2S2 SDOUT I2S2 SDIN I2S2 CK SATA_ACT AFB8_PTIO AFB9 PTIO PCAM ON CSIOZ PCAM ON CSI1 Z SPDIF OUT SPDIF IN GND AFB_DIFF AFB DIFFO GND AFB DIFF1 AFB DIFF1 GND AFB_DIFF2 AFB_DIFF2 91 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc MXM 3 0 Connector MXM 3 0 SOCKET 314POTS 7 8MM HEIGHT Signal Name Pin Signal Name P70 USB2 S70 GND P71 USB2_EN_OC S71 AFB_DIFF3 P72 PCIE _C_PRSNT S72 AFB_DIFF3 P73 PCIE _B_PRSNT S73 GND P74 PCIE_A_PRSNT S74 AFB_DIFF4 275 PCIE _A_RST 575 AFB DIFF4 P76 PCIE _C_CKREQ S76 PCIE B_RST P77 PCIE _B_CKREQ 577 PCIE_C_RST P78 PCIE_A_CKREQ S78 PCIE C RX P79 GND S79 PCIE C RX P80 PCIE C REFCK 4 S80 GND P81 PCIE C REFCK S81 PCIE_C_TX P82 GND S82 PCIE C TX P83 PCIE A REFCK S83 GND P84 PCIE A REFCK S84 PCIE B REFCK 4 P85 GND S85 PCIE B REFCK P86 PCIE A RX S86 GND P87 PCIE
20. 1_MDI2 Transmit Data S66 AO AY 12345678 5 GBE1 MDI2 Transmit Data S68 AO Em l 6 GBE1 MDI1 Receive Data S69 Al 7 GBE1_MDI3 Receive Data S71 AO 8 GBE1 MDI3 Receive Data S72 AO L Left LED Duplex S23 S Yello 24 W H Right LED Link and Ack 55 Gree n Note 1 The connector is not populated at factory default unless user specified 2 The GBE1 shares the same signals as LVDS1 The hardware configuration is set as LVDS1 at factory default 87 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 31 MXM3 0 Connector SMARC The following table shows the pin out of MXM 3 0 pin header SMARC Location on Board D3 D4 D5 D6 D7 0 10 0 21 60 9 5 NV S PINS si 2 IC HC DUO DADOU i DETTO DOO DOO N he 1 00 1 80 icu 8 w P PINS C 1 109 10 0 00 Figure 12 MXM3 0 Connector Pin Layout EVK STD CARRIER User s Manual Document Revision v 1 0 88 Embedian Inc MXM 3 0 Connector MXM 3 0 SOCKET 314POTS 7 8MM HEIGHT Signal Name P PCAM PXL CK1 P2 GND P3 CSI1 CK PCAM D P4 CSI1 CK PCAM D1 P5 PCAM DE P6 PCAM MCK P7 CSI1 DO PCAM D2 P8 CSI1 DO PCAM D3 P9 GND P10 CSI1 D1 PCAM D4 P11 CSI1 D1 PCAM D5 P12 GND P13 CSI1 D2 PCAM D6 P14 CSI1_D2 PCAM D7 P15 GND P16 CSI1_D3 PCAM D8 P17 CSI1 D3 PCAM D9 P18 GND P19 GbE MDI3 P20 GbE MDI3 P21 GbE LINK100 P22 GbE LINK1000 P23 GbE MDI2 Pin
21. 3 17 19 EVK STD CARRIER User s Manual Document Revision v 1 0 GND CSI1 CK CSI1 CK GND CSI1 D CSI1 D GND CSI1 D1 CSI1 D1 GND Ground CSI1 differential clock inputs CSI1 differential clock inputs Ground CSI1 differential data inputs 0 CSI1 differential data inputs 0 Ground CSI1 differential data inputs 1 CSI1 differential data inputs 1 Ground Signal Name Even Side 2 GND 4 CSIO CK 6 CSIO CK 8 GND 10 CSIO DO 12 CSIO DO 14 GND 16 CSIO D1 18 CSIO D1 20 GND Ground CSIO differential clock inputs CSIO differential clock inputs Ground CSIO differential data inputs O CSIO differential data inputs 0 Ground CSIO differential data inputs 1 CSIO differential data inputs 1 Ground 64 Embedian Inc 2 LANE and 4 LANE CAMERA Connector B B CONN 2x20P 0 5mm 180D M SMD DF12 3 0 30D Header Pin Signal Name Function Pin Signal Name Function Odd Side Even Side 21 CSI1 D24 CSl1 differential 22 I2C CAM _ Camera 2C bus data inputs 2 CK clock 283 CSI1 D2 CSl1 differential 24 I2C CAM Camera l2C bus data inputs 2 DAT data 25 GND Ground 26 GND Ground 27 CSI1 D34 CSI differential 28 CAMO Camera 0 Power data inputs 3 PWR Enable active low output 29 CSI1 D3 CSI1 differential 30 CAMO Camera 0 Reset data inputs 3 RST active low output 31 GND Ground 32 CAM1_ Camera 1 Power PWR Enable active low out
22. 9 Cable 1 SATA Power Cable 1 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Note 1 LVDS cables and LVDS backlight cables support the following panels 1 AUO G240HW01 VO 24 inch wide 1920 H x 1080 V TFT color LCD or 2 AUO G185XWO01 V2 18 5 inch wide WXGA 1366 H x 768 V TFT color LCD or 3 AUO G070VWO1 VO 7 inch WVGA 800 H x 480 V TFT color LCD If not specified the default shipping will be cables for 7 inch GO70VWO 1 Note 2 Pre installed SD card only come with the case when users also purchase Embedian s SMARC module at the same time EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Embedian SMARC CPU Boards Part Number Description SMARC T3352 600 TI AM3352 600MHz 0 C 60 C SMARC T3352 800 TI AM3352 800MHz 0 C 60 C SMARC T3352 800 l TI AM3352 800MHz 40 C 85 C SMARC T3352 01G TI AM3352 1GHz 0 C 60 C SMARC T3354 01G TI AM3354 1GHz SMARC FiMX6 S Freescale i MX6 Solo Core 1GHz with 512MB memory and 3 3V VDDIO 0 C 60 C SMARC FIMX6 S P Freescale i MX6 Solo Core 1GHz with 512MB memory and 1 8V VDDIO 0 C 60 C SMARC FIMX6 U 1G Freescale i MX6 Dual Lite Core 1GHz with 1GB memory and 3 3V VDDIO 0 C 60 C SMARC FIMX6 U 1G P Freescale i MX6 Dual Lite Core 1GHz with 1GB memory and 1 8V VDDIO 0 C 60 C SMARC FIMX6 D 1G Freescale i MX6 Dual Core 1GHz with 1GB memory and 3 3V VDDIO 0 C 60 C SMARC FiMX6 D 1G P Freesc
23. FER 8P 2 54mm 180D M DIP A2543WV2 8P Header Pin Signal Name Function 1 VDD BAT Battery Supply Voltage P e 2 XVDD BAT Battery Supply Voltage P e e 3 I2C PM DAT 3V3 Power management I2C bus P122 lO data OD 9 4 I2C PM CLK 3V3 Power management I2C bus P121 lO e clock OD imn j BAT_ID Battery Presence Detection O 6 BAT_THRM Battery Presence Detection O 7 GND Ground B 8 GND Ground P Note The I2C address for TI BQ24770 smart charger IC is 0x09 and connects to 2C PM bus from SMARC module 52 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 2 PCle x1 Card Slot PCIEO The signals of PClex1 card slot are originated from PCIE A of SMRAC card The following table shows the pin out of the PC EO connector PCIEO Location on Board G7 PCle x1 Card Slot PCIEXPRESS 36P 180D F DIP 2EG01817 D2D DF Header Pin Signal Name Side A Connector Al A2 A3 A4 A5 A6 A7 A8 KEYING E ys dec J amp E PIN A12 A9 HEE PIN B12 PIN B18 A 7 0 PIN A18 A11 PCIE A PRSNT1 12V 12V GND PCIEA_JTAG2 PCIEA_JTAG3 PCIEA_JTAG4 PCIEA_JTAG5 13 3V 13 3V PWRGD Function Hot plug presence detect 12V Power 12V Power Ground TCK TDI TDO TMS 43 3V Power 3 3V Power Power Good P O Mechanical Key A12 A13 A14 A15 A16 A17 A18 GND PCIE A REFCK PCIE A REFCK GND PCIE A RX PCIE A RX
24. M3 0 Connector PIN HEADER 1x4P 2 00mm 180D M SMD PIN HEADER 1x4P 2 00mm 180D M SMD ELECTRO MAGNETIC BUZZER BATTERY HOLDER 24 9 23 4 8 9 CR2032 BH800 4GG 1 0 ZIF FPC SMT V T RJ45 1x1 Tab down Through Hole Gold Flash 10 100 1000 Base T LED L Y R O G MXM 3 0 SOCKET S314POTS 7 8MM HEIGHT 50 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 Header Pin Assignments The following tables describe the electrical signals available on the connectors of the EVK STD CARRIER Each section provides relevant details about the connector including part numbers mating connectors signal descriptions and references to related chapters Pinout Legend j Input O Output I O Input or output P Power Al Analogue input AO Analogue output AlO Analogue Input or analogue output OD Open Drain Signal Low level active signal 5 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 1 Lithium ion Battery power input pin header BAT1 EVK STD CARRIER uses Tl BQ24770 NVDC 1 battery charge controllers It allows the system to be regulated at battery voltage but does not drop below system minimum voltage With this feature the system keeps operating even when the battery is completely discharged or removed The following table shows the pin out of the BAT7 connector Bat1 Location on Board B8 Lithium ion Battery power input pin header Edge Finger WA
25. MMC 2 1 Jumpers The EVK STD CARHIEH has a number of jumpers that allow you to configure your system to suit your application All use 2mm shorting blocks shunts to select settings Turn off power to the EVK S7TD CARRIER before changing the position of a shunt 2 1 1 Jumper Location m E a zB E d ii et cf T Exi I Lao LI JB Es mmm pem Figure 5 Jumper Locations 23 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 2 1 2 List of Jumpers The table below lists the function of various jumpers Label Function LCD VDD SEL 3 3V 5V LCD Signaling Voltage LCD BKLT SEL 5V 12V LCD Backlight Voltage SERO_RX_SEL RS232 RS422 RS485 Setting for SERO UARTO SER2 RX SEL RS232 RS422 RS485 Setting for SER2 UART2 SATADOM PIN7 SEL GND 5V SATADOM Pin7 Selection SMARC SEL SMARC VDDIO 1 8V or 3 3V Selection 2 1 3 Jumper Settings The following tables describe how the jumper shunts to various configurations LCD VDD SEL Location on Board D3 LCD VDD SEL 3 3V 5V LCD Signaling Voltage Setting Function LCD VDD SEL 1 2 3 3V H LCD VDD SEL 2 3 5V EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc LCD_BKLT_SEL Location on Board D2 LCD_BKLT_SEL 5V 12V LCD Backlight Voltage Setting Function hd LCD BKLT SEL 1 2 5V H LCD_BKLT_SEL 2 3 12V SERO_RX_SEL Location on Board B8 SERO_RX_SEL RS232 RS422 RS485 Settings Setting Function
26. PCleO mini PCle 1 Smart Battery 12V Power Input HDMI Ethernet USB x 2 SERO SER2 MIPI VGA Audio Camera Figure 2 EVK STD CARRIER Peripheral Diagram 17 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 1 5 Layout Diagram The following section shows the physical location and reference designator of connectors configuration jumpers and other important features on the EVK STD CARRIER Evaluation Carrier H ins ES mra E n OED magus SEE us Ta GG mms ss messe EH oe ara et ldel Fh z e H H z DH T TUTTI BH Muni ss c a n M ei H WHH Bebe BABE Tava 5 unnm z dl ED ai z 2 2 z z z z z z 2 z i kapai BOEDE fl Figure 3 EVK STD CARRIER Connectors Headers and Jumpers 18 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 1 6 Mounting Holes Mechanical Drawing Figure 4 shows the mounting holes information of EVK STD CARHIEHR The diameter of mounting hole is 3 96mm and the diameter of the ring is 6mm amp Fo KA au pM Ga ziSEFIFIHR 2222223 O o m o v o x OR Ld mF Fi 170 00 6 35 6 7 0 25 Figure 4 EVK STD CARRIER Mounting Holes Mechanical Drawing Information 19 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 1 7 Document and Standard References 1 7 1 External Industry Standard Document
27. PIO Master Data output P46 O 4 SPIO1 MISO SPIO Master Data input P45 l 6 5 SPI 1_CS SPIO Master Chip Select 1 P31 O output 6 GND Ground P Ta EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 15 SPI1 CSO Pin Header SPI1_0 The following table shows the pin out of SP 7 CSO pin header SPI1_0 Location on Board G6 SPI1 CSO Pin Header PIN HEADER 1x6P 2 00mm 180D M SMD Header Pin Signal Name Function 1 43 3V 3 3V Power P v 1 2 SPI10 SCLK SPI1 Master Clock output P56 O 2 3 SPI10 MOSI SPI1 Master Data output P58 O 4 SPI10 MISO SPI1 Master Data input BSA l 9 5 SPI10_CS SPI1 Master Chip SelectO P54 O output 6 GND Ground P 73 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 16 SPI1 CS1 Pin Header SPI1 1 The following table shows the pin out of SP 7 CS1 pin header SPI1 1 Location on Board G6 SPI1 CS1 Pin Header PIN HEADER 1x6P 2 00mm 180D M SMD Header Pin Signal Name Function 1 3 3V 3 3V Power P v 1 2 SPI11 SCLK SPI1 Master Clock output P56 O 2 3 SPI11 MOSI SPI1 Master Data output P58 O 4 SPI11_MISO SPI1 Master Data input P57 l 5 SPI11_CS SPI1 Master Chip Select 1 P55 O output 6 GND Ground P 74 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 17 12S1 and I2S2 Pin Header I2S The 2S0 signals from SMARC module connect to a SGTL5000 audio codec 251 and 2S2 signals form SMA
28. Push Push Normal Type With Detect Switch 48 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Description Connector Type Usbotg SPIO 0 SPIO 1 SPI1 0 SPI1 1 12S SPDIF GPIO MISC AFB CANO CAN1 COM 1t COMS USB OTG Connector SPIO CSO Pin Header SPIO CS1 Pin Header SPI1 CSO Pin Header SPI1 CS1 Pin Header I2S1 and 2S2 Pin Header SPDIF Pin Header GPIO Pin Header Misc Signals Pin Header AFB Signals Pin Header CANO Bus Pin Header CAN 1 Bus Pin Header SEH1 RS232 Pin Header SER3 RS232 Pin Header USB OTG mini Type B Connector PIN HEADER 1x6P 2 00mm 180D M SMD PIN HEADER 1x6P 2 00mm 180D M SMD PIN HEADER 1x6P 2 00mm 180D M SMD PIN HEADER 1x6P 2 00mm 180D M SMD PIN HEADER 2x7P 2 00mm 180D M SMD PIN HEADER 1x4P 2 00mm 180D M SMD PIN HEADER 2x7P 2 00mm 180D M SMD PIN HEADER 2x7P 2 54mm 180D M SMD PIN HEADER 2x7P 2 00mm 180D M SMD PIN HEADER 2x5P 2 00mm 180D M SMD PIN HEADER 2x5P 2 00mm 180D M SMD PIN HEADER 2x5P 2 00mm 180D M SMD PIN HEADER 2x5P 2 00mm 180D M SMD 49 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Description Connector Type 12C0 I2C GP Pin Header I2C1 I2C CAM Pin Header Buzzer Buzzer Connector CR2032Holder CH 2032 Backup Battery Holder Touchscreen 4 wire resistive touch connector LAN2 LAN2 Connector SMARC MX
29. RC module leave as a 2x7 2 0mm pin header The following table shows the pin out of 2S7 and 25S2 pin header I2S Location on Board G6 12S1 and I2S2 Pin Header PIN HEADER 2x7P 2 00mm 180D M SMD Header Pin Signal Name Function Pin Signal Name 1 3 3V 3 3V Power 2 3 3V 3 3V Power v 3 I2S1 LRCK Left amp Right 4 I2S2 LRCK Left amp Right 1 2 audio audio synchronizatio synchronization 3 4 n clock clock 5 I2S1 CK Digital audio 6 I2S2 CK Digital audio clock clock 13 14 7 I2S1 Digital audio 8 1252 Digital audio SDOUT Output SDOUT Output 9 I2S1 SDIN Digital audio 19 I2S2 SDIN Digital audio Input Input 11 GND Ground 12 GND Ground 13 AUDIO MCK Master clock 14 GND Ground output to Audio codecs 75 EVK STD CARRIER User s Manual Document Revision v 1 0 Function Embedian Inc 3 2 3 18 SPDIF Pin Header SPDIF The following table shows the pin out of SPDIF pin header SPDIF Location on Board F7 SPDIF Pin Header PIN HEADER 1x4P 2 00mm 180D M SMD Header Pin Signal Name Function v 1 SPDIF OUT 3V3 Digital Audio Output S59 O i 2 NC Not Connected 2 3 GND Ground P l 4 SPDIF_IN_3V3 Digital Audio Input S60 l 76 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 19 GPIO Pin Header GPIO The following table shows the pin out of GP O pin header GPIO Location on Board F2 GPIO Pin Header PIN HEADER 2x7P 2 00mm 180D M SMD Header j Signal Name Func
30. TIC BUZZER Header Pin Signal Name Function 1 5V 5V Power P 2 GPIO5 PWM Out P113 O 85 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 29 4 wire Resistive Touch Connector Touchscreen EVK STD CARRIER provides with a 4 wire FPC connector for legacy touch panel The controller is from ADC of the processor and from AFB of SMARC connector The following table shows the pin out of the Touchscreen 4 wire resistive connector Touchscreen Location on Board C7 C8 12C_CAM Pin Header PIN HEADER 1x4P 2 00mm 180D M SMD Header Pin Signal Name Function 1 XNUR Left 1 2 YPLL Bottom 4 e 3 XPUL Right 4 YNLR Top Note Edge Finger S21 Al S19 Al S18 Al S22 Al 2 The length of touch FPC cable should not be keeping too long 3 The connector is not populated at factory default unless user specified EVK STD CARRIER User s Manual Document Revision v 1 0 86 Embedian Inc 3 2 3 30 LAN2 2 LAN RJ45 Connector LAN2 EVK STD CARRIER provides with the 2 RJ45 GigaLAN connector from AFB of SMARC connector The following table shows the pin out of the LAN2 RJ45 connector LAN 2 Location on Board C7 C8 LAN2 RJ45 Connector RJ45 1x1 Tab down Through Hole Gold Flash 10 100 1000 Base T LED L Y R O G Header Signal Name Function 1 GBE1_MDI Transmit Data S62 AO 2 GBE1 MDIO Transmit Data S63 AO 3 GBE1 MDI1 Receive Data S65 Al 4 GBE
31. TS P133 GND P134 SER1 TX P135 SER1 RX P136 SER2 TX P137 SER2 RX P138 SER2 RTSH S116 S117 S118 S119 S120 5121 5122 5123 S124 S125 S126 S127 S128 S129 S130 S131 S132 S133 S134 S135 S136 S137 S138 Signal Name LCD D21 LCD D22 LCD D23 GND LCD DE LCD VS LCD HS LCD PCK GND LVDSO LVDS LCD BKLT EN LVDS1 LVDS1 GND LVDS2 LVDS2 LCD_VDD_EN LVDS_CK LVDS_CK GND LVDS3 LVDS3 94 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc MXM 3 0 Connector MXM 3 0 SOCKET 314POTS 7 8MM HEIGHT Pin Signal Name P139 SER2_CTS P140 SER3 TX P141 SER3 RX P142 GND P143 CANO TX P144 CANO RX P145 CAN1 TX P146 CAN1 RX P147 VDD IN P148 VDD IN P149 VDD IN P150 VDD IN P151 VDD IN P152 VDD IN P153 VDD IN P154 VDD IN P155 VDD IN P156 VDD IN 5139 S140 S141 S142 S143 S144 S145 S146 S147 S148 S149 S150 S151 5152 5153 S154 S155 S156 S157 S158 Signal Name I2C LCD CK I2C LCD DAT LCD BKLT PWM LCD DUAL PCK GND RSVD EDP HPD WDT TIME OUT Z PCIE WAKER VDD RIC LID SLEEP VIN_PWR_BAD CHARGING CHARGER_PRSNT CARRIER_STBY CARRIER PWR ON FORCE _RECOV BATLOW TEST VDD IO SEL 95 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Chapter Quick Hardware Installation Guide
32. Transmit Data P136 m ues o ie 4 RS422 2 RX 5 GND 2 6 RS422 2 TX RSA85 2 RX 7 COM2 RTS Ready to Send P138 8 COM2 CTS Clear To Send P139 9 RS422 2 RX i EVK STD CARRIER User s Manual Document Revision v 1 0 Type 38 Embedian Inc 3 1 2 4 HDMI Connector HDMI The following table shows the pin out of the HDMI connector 19 17 15 13 1 9 7 5 3 1 18 16 14 12 108 6 4 2 HDMI Location on Board D HDMI Connector HDMI Female smt 19p Header Pin Signal Name Function 1 TMDS_D2 TMDS HDMI data differential pair2 P92 O 2 GND Ground R 3 TMDS_D2 TMDS HDMI data differential pair2 P93 O 4 TDMS_D1 TMDS HDMI data differential pair 1 P95 O 5 GND Ground P 6 TMDS_D1 TMDS HDMI data differential pair 1 P96 O 7 TMDS D TMDS HDMI data differential pair 0 P98 O 8 GND Ground P 9 TMDS_D TMDS HDMI data differential pairO P99 O 10 TMDS CK HDMI differential clock output pair P101 O 11 GND Ground P 12 TMDS CK HDMI differential clock output pair P102 O 39 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc HDMI Connector HDMI Female smt 19p Header Pin Signal Name Function 13 CEC HDMI Consumer Electronics P107 IO Control 1 wire peripheral control OD interface 14 15 SCL I2C Clock P105 IO OD 16 SDA I2C Data P106 IOV OD 17 GND Ground P 18 5V 5V Power P 19 HPD HDMI Hot Plug Detect input P104 I 40 EVK STD CARRIER User s
33. al Document Revision v 1 0 Embedian Inc 3 m i Open Closed Closed 2 3 The jumper settings are schematically depicted in this manual as follows 12 3 o oo Open Closed Closed 2 3 A pair of needle nose pliers may be helpful when working with jumpers If you have any doubts about the best hardware configuration for your application contact your sales representative before you make any change 21 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 2 2 Switches The EVK STD CARRIER has one switch BOOT SEL that could determine the boot devices 2 2 1 Switch Location The BOOT_SEL switch for boot configuration is located at G4 as shown in the following figure BOOT SEL sso digs i ERE oll anf a OS ee Figure 6 Switch Locations 28 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 2 2 2 List of Booting Device Configuration The table below lists the booting device configuration setting by BOOT_SEL Boot Sel OFF ON OFF ON OFF ON OFF ON OFF OFF ON ON OFF OFF ON ON OFF OFF OFF OFF ON ON ON ON Function Boot Configuration Carrier SATA Carrier SD Card Carrier eMMC Flash Carrier SPI Module Device Vendor Specific Remote Boot Vendor Specific Module eMMC Flash Module SPI EVK STD CARRIER User s Manual Document Revision v 1 0 29 Embedian Inc 2 3 LEDs
34. ale i MX6 Dual Core 1GHz with 1GB memory and 1 8V VDDIO 0 C 60 C SMARC FIMX6 D 2G Freescale i MX6 Dual Core 1GHz with 2GB memory and 3 3V VDDIO 0 C 60 C SMARC FiMX6 D 2G P Freescale i MX6 Dual Core 1GHz with 2GB memory and 1 8V VDDIO 0 C 60 C SMARC FIMX6 Q 1G Freescale i MX6 Dual Core 1GHz with 1GB memory and 3 3V VDDIO 0 C 60 C SMARC FIMX6 Q 1G P Freescale i MX6 Dual Core 1GHz with 1GB memory and 1 8V VDDIO 0 C 60 C SMARC FIMX6 Q 2G Freescale i MX6 Quad Core 1GHz with 2GB memory and 3 3V VDDIO 0 C 60 C SMARC FIMX6 Q 2G P Freescale i MX6 Quad Core 1GHz with 2GB memory and 1 8V VDDIO 0 C 60 C EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Part Number Description SMARC FIMX6 S I Freescale i MX6 Solo Core 800MHz with 512MB memory and 3 3V VDDIO 40 C 85 C SMARC FIMX6 S P Freescale i MX6 Solo Core 800MHz with 512MB memory and 1 8V VDDIO 40 C 85 C SMARC FIMX6 Q 1G Freescale i MX6 Dual Core 800MHz with 1GB memory and 3 3V VDDIO 40 C 85 C SMARC FIMX6 Q 1G P I Freescale i MX6 Dual Core 800MHz with 1GB memory and 1 8V VDDIO 40 C 85 C 10 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Chapter Introduction This Chapter gives background information on the EVK STD CARRIER Evaluation Carrier Section include EVK STD CARRIER Evaluation Carrier Goals Feature Set Overview Block Diagram Peripheral Overvie
35. asten SMARC Module 98 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Step3 Check Jumper Settings Before power on it is very important to check if the jumper is set properly Below picture shows those need to be cared at power up 1 SMARC_SEL Open if your SMARC module uses 3 3V VDDIO Shunt if your SMARC module uses 1 8V VDDIO 2 SERO_RX_SEL Shunt 1 2 If your debug port is set to SERO If you need to connect to an LCD you will also need to check the LCD VDD SEL and LCD BKLT SEL 3 LCD BKLT SEL Shunt 1 2 5V Shunt 2 3 12V 4 LCD VDD SEL Shunt 1 2 3 3V Shunt 2 3 5V Figure 15 Check Jumper Settings 99 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Step4 Check Switch Settings and Insert Bootable SD card Usually it first boot up is from SD card Please insert the bootable SD card and set the BOOT_SEL switch to ON OFF OFF as shown in the following picture BA e 4 3 i wr JE 00000 FZ n E ooooo 5 B s nme SENE RENE NEDE rece rt bet es eee a HEE EET IONAN ENIT TAIR DREA PECA 1A PAI P C LE 0 08 000 00101 0021 351MSQ1 mani Faz a5 riy Figure 16 Check Switch Settings and Insert Bootable SD Card 100 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Step5 Connect Debug Cable Ethernet Cable and LCD Cable if necessary and Apply Power Step 1 3 assumes that your debug
36. eader Pin Signal Name Function Pin Signal Name Function Top Side Bottom Side 1 PCIE B Link 2 3 3V 3 3V Power WAKE Reactivation 3 RSVD Reserved 4 GND Ground 5 RSVD Reserved 6 1 5V 1 5V Power 7 PCIE B Request 8 UIM PWR Sim card VDC CKREQ running clock power supply 9 GND Ground 10 UIM DATA Sim card serial data 11 PCIE B Reference 12 UIM CLK Sim card clock REFCK Clock signal Differential 13 M PCIEB Pair 14 UIM RESET Simcard reset REFCK signal 15 GND Ground 16 UIM VPP Programing voltage input 55 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Mini PCIE Card Slot 0 80mm Pitch 5 20mm Height PCI Express Mini Card 52 Circuit Right Angle Surface Mount 0 25um Gold Au Plating Header Pin Signal Name Function Pin Signal Name Function Top Side Bottom Side Mechanical Key 17 UIM C8 Optionally 18 GND Ground used for USB interfaces and other uses 19 UIM C4 Optionally 20 3 3V 3 3V Power used for USB interfaces and other uses 21 GND Ground 22 PCIE B PCIe PERST Fundamental Reset output 23 PCIE B RX Receiver 24 3 3Vaux 3 3V Power Differential 25 PCIE B Rx Pair 26 GND Ground 27 GND Ground 28 1 5V 1 5V Power 29 GND Ground 30 I2CPM I2C Clock CK 3V3 31 PCIE B TX Transmitter 32 I2C PM I2C Data Differential DAT 3V3 Pair 33 PCIE B TX 34 GND Ground 35 GND Ground 36 USB Universal serial PCIE_B_D bus port 3 37 RSVD Reserved 38 USB Universal
37. esses 97 DIBPI INSERT SMAKRC CPU MODU CE sriid issia EE E OE E OEE 97 MEP 2 FASTEN SMARC MODULE sornes re RT Tere S T E m 98 STE PX GIECKE JUMPER SETTINGS iaiia es bedet aus UPPER REE Ran 99 STEP4 CHECK SWITCH SETTINGS AND INSERT BOOTABLE SD CARD eese 100 STEP5 CONNECT DEBUG CABLE ETHERNET CABLE AND LCD CABLE IF NECESSARY AND AFP POWER C n 101 5 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Using this Manual This guide provides information about the SMARC Evaluation Carrier for embedded SMARC core module family All SMARC v 1 0 and v1 1 compliant modules should be able to work under EVK STD CARHIER Conventions used in this guide This table describes the typographic conventions used in this guide This Convention Is used for Italic type Emphasis new terms variables and document titles monospaced type Filenames pathnames and code examples Embedian Information Document Updates Please always check the product specific section on the Embedian support website at www embedian com for the most current revision of this document Contact Information For more information about your Embedian products or for customer service and technical support contact Embedian directly To contact Embedian by Mail Embedian Inc 4F 7 432 Keelung Rd Sec 1 Taipei 11051 Taiwan World Wide Web http www embedian com
38. he pin out of SATA connector SATA Location on Board B3 SATA Connector Serial ATA 7P 1 27mm 180D M DIP WATM 07DBN4A3B8 Header Pin Signal Name Function 1 GND Ground P 2 SATA_TX Transmit Output differential P48 pair 3 SATA TX Transmit Output differential P49 pair 4 GND Ground P 5 SATA_RX Receive Input differential pair P52 l 6 SATA_RX Receive Input differential pair P51 l 7 SATADOM Sata Dom Pin 7 Power P 62 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 7 SATA Power Connector SATA_PWR The following table shows the pin out of SATA Power connector SATA PWR Location on Board A3 SATA Power Connector Edge Finger WAFER 4P 2 5mm 180D M DIP 24W1161 04S10 01T Header Pin Signal Name Function 1 5V 5V Power P 2 GND Ground P 3 GND Ground iz 4 4 GND Ground P S 12V 12V Power E P Note SATA Power cable is available from Embedian and come with EVK STD CARRIER The part number from Embedian is MKSA 041522 F35C LF Figure 10 SATA Power Cable 63 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 8 2 LANE and 4 LANE CAMERA Connector CAMERA The following table shows the pin out of CAMERA connector CAMERA Location on Board C8 D8 2 LANE and 4 LANE CAMERA Connector B B CONN 2x20P 0 5mm 180D M SMD DF12 3 0 30D Signal Name Function Pin Function Header Pin Odd Side 11 13 1
39. input source The power supply to SMARC CPU module is 5V via a power management IC on EVK STD CARRIER The following table shows the pin out of the DC_ N power jack connector DC_IN Location on Board A 12V DC Jack Power Input Edge Type Finger DC POWER JACK 2 5mm 90D M DIP 2DCG213B200 Header Pin Signal Name Function 1 12V DC 12V Power Input P 2 Shield Ground Power P 36 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 1 2 2 RS232 422 485 Port 0 Connector 4 Wire COMA The following table shows the pin out of the COMA connector 1 2 3 4 5 COMA Location on Board B RS232 422 485 Port0 Connector Edge Finger D Sub 9M 9M Dual port Up Header Pin Signal Name Function 1 RS422 0 TX RS485 0 RX 2 COMO RXD Receive Data P130 3 COMO TXD Transmit Data P129 4 RS422 0 RX z 5 GND 6 RS422 0 TX RS485 0 RX 7 COMO RTS Ready to Send P131 8 COMO CTS Clear To Send P132 9 RS422 0 RX EVK STD CARRIER User s Manual Document Revision v 1 0 Type 37 Embedian Inc 3 1 2 3 RS232 422 485 Port 2 Connector 4 Wire COMB The following table shows the pin out of the COMB connector 123 4 5 6 7 8 9 COMA Location on Board C RS232 422 485 Port2 Connector Edge Finger D Sub 9M 9M Dual port Down Header Pin Signal Name Function 1 RS422 2 TX4 RS485 2 RX 2 COM2 RXD Receive Data P137 ami gy im 3 COM2_TXD
40. ls Pin Header AFB The following table shows the pin out of AFB signals pin header AFB Location on Board E2 AFB Signals Pin Header PIN HEADER 2x7P 2 00mm 180D M SMD Header Pin Signal Name Function 1 3 3V 3 3V Power P 2 GND Ground P 3 AFBO OUT Alternate Function Block S17 O 4 AFB5 IN Alternate Function Block S22 I j 5 AFB1 OUT Alternate Function Block S18 O 4 6 AFB6_PTIO Alternate Function Block S23 lO 7 AFB2 OUT Alternate Function Block S19 O S M 8 AFB7_PTIO Alternate Function Block S24 lO 9 AFB3_IN Alternate Function Block S20 I 10 AFB8_PTIO Alternate Function Block S55 lO 11 AFB4_IN Alternate Function Block S21 I 12 AFB9 PTIO Alternate Function Block S56 lO 13 NC Not Connected 14 NC Not Connected Note AFB1_OUT AFB2_OUT AFB4_IN and AFB5_IN signals share with 4 wire touch signals The default hardware configuration is AFB 79 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 22 CANO Bus Pin Header CANO The following table shows the pin out of CANO bus pin header CANO Location on Board D1 CANO Bus Pin Header PIN HEADER 2x5P 2 00mm 180D M SMD Header Pin Signal Name Function 1 NC Not Connected 2 NC Not Connected v i 5 3 CAN L CAN Signal Low P144 l i i 4 CANOH CAN Signal High P1433 O 5 NC Not Connected 9 10 6 NC Not Connected 7 NC Not Connected 8 NC Not Connected 9 GND Ground P 10 NC Not Con
41. m cs j ER saasa SP 0_0 nr BKL dh esie j amp assasl SPIO 1 i iua E masss SP 1 0 mini i ppe m mm gn L HH EAE joco E amp SPDIF SIM SLOT PCle0 Figure 9 Internal I O Header Locations 47 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 2 List of Headers The table below lists the function of various headers Description Connector Type BAT1 Camera SATA SATA PWH PCIEO Mini PCIE1 Mini PCIE2 SIM SLOT LVDS LVDS BKLT SD Lithium ion Battery power input pin header 2 LANEs and 4 LANEs Camera Connector SATA Connector SATA Power Connector PClex1 Connector PCI Express Mini Card PCI Express Mini Card SIM Card Holder LVDS Connector LVDS Backlight Power SD SDHC Connector WAFER 8P 2 54mm 180D M DIP A2543WV2 8P B B CONN 2x20P 0 5mm 180D M SMD DF12 3 0 30D Serial ATA 7P 1 27mm 180D M DIP WATM 07DBNAAS3B8 WAFER 4P 2 5mm 180D M DIP 24W1161 04S10 01T PCIEXPRESS 36P 180D F DIP 2EG01817 D2D DF 0 80mm Pitch 5 20mm Height PCI Express Mini Card 52 Circuit Right Angle Surface Mount 0 25um Gold Au Plating 0 80mm Pitch 5 20mm Height PCI Express Mini Card 52 Circuit Right Angle eurface Mount 0 25um Gold Au Plating Sim card hinged lock B B Conn 40P 1 25mm 90D SMD DF13 40DP 1 25V 91 WAFER BOX 2 0mm 4P 180D M DIP WO Pb JIH VEI Right Angle SMT 2 75mm height
42. m x 170mm mini ITX form factor EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 1 3 Block Diagram An overall system block diagram for the EVK STD CARRAIER Evaluation Carrier is shown on the following page The following color coding is used on the block diagram e Industry standard wired I O connectors are shown in orange e Embedian defined wired I O connectors and headers are shown in red e Industry standard mezzanine and slot format connectors are shown in blue e ICs on the board are shown in pale yellow e Miscellaneous features jumpers switches are shown in drab green Much may be gleaned from this diagram e How SMARC resources are used on the Evaluation Carrier e What the major Evaluation Carrier Features are e An indication of the power supply architecture 15 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Battery Connector Backup Battery Holder 3V 5 25V to Module SPDIF LCD VDD SEL LCD BKLT SEL 2 0mmPin Header 12C PM 4 I2C PM VDDIO SATA Power 5V 12V EN sara ew VDD lO SEL 2 5mm DC Jack Audio Jack SATA Connector PCleA PCle Connector PCIe 8 Pole C f mini connector SB POWER USB_EN_OC 0 1 g Al USB 2 0 USB Type A Connector CANO gt Module 2 0mmPin Header CAN1 2 0mmPin Header LAN1 MIPI Camera Connector SDMMC SDHC Rj45 Connector
43. module 1 2 Feature Set Overview The EVK STD CARRIER has the following features for supporting the SMARC modules 12 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Computer on Module SMARC v1 0 and v1 1 Compliant Module HDMI 1 x HDMI Type A Graphic LVDS 1 dual channel 24 bit LVDS VGA 1 DSUB15 with female connector from 24 bit parallel RGB interface Ethernet 10 100 1000Mbps 2HJ45 one is not populated unless specified for TI AM335X eMMC Onboard 4GB eMMC Storage EEPROM Onboard AT24C32 EEPROM SD 1 SD card slot SATA 1 SATAII Connector with SATA DOM support USB 2 USB 2 0 Type A 2 USB 2 0 to mini PCleB and mini PCleC 1 USB OTG mini Type AB UAHT 4 RS232 Ports two of them can be configured as RS422 4845 Audio 3 5mm Audio Jack Headphone and lO Microphone SGTL5000 Audio Codec Camera input 2 MIPI Connectors 2 LANEs and 4 LANEs CAN 2 CAN 2 0B ports Differential mode 5V GPIO 12 GPIO Ports 12C I2C GP and I2C CAM pin header SPI SPIO and SPI1 pin header with 2 chip selects for each port 4 Wire Touch 1 x 4 wire touch connector Expansion PCle 1 PCle and 2 mini PCle Slots Communication SIM Card Holder For 2 5G 3G PCle Card EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Computer on Module SMARC v1 0 and v1 1 Compliant Module Power Input Power Power Inputs 12V 24V DC Jack Lithium ion battery socket Physical Characters Dimensions 170m
44. n out of the LAN USB connector LAN USB Location on Board F LAN USB Connector RJ45 Tab up over USB 2 0 stack 10 100 1000 Base T LED L G 0 R G Pin Signal Name Function LAN USBA RJ45 1 GBE_CTREF Center tap reference voltage P28 O for GBE Carrier board Ethernet magnetic 2 GBE_MDI Differential Transmit Receive P30 AlO Positive Channel 0 3 GBE MDI Differential Transmit Receive P29 AlO Negative Channel 0 4 GBE_MDI1 Differential Transmit Receive P27 AlO Positive Channel 1 5 GBE_MDI1 Differential Transmit Receive P26 AlO Negative Channel 1 6 GBE_MDI2 Differential Transmit Receive P24 AlO Positive Channel 2 7 GBE_MDI2 Differential Transmit Receive P23 AlO Negative Channel 2 8 GBE_MDI3 Differential Transmit Receive P20 AlO Positive Channel 3 9 GBE_MDI3 Differential Transmit Receive P19 AlO Negative Channel 3 10 GND Ground BR 43 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc LAN USB Connector RJ45 Tab up over USB 2 0 stack 10 100 1000 Base T LED L G 0 R G Pin Signal Name Function LAN USBA RJ45 11 GBE_LINK_ACK Link Activity Indication LED Driven low on Link 10 100 or 1000 mbps 12 3 3V 3 3V Power 13 GBE LINK1000 Link Speed Indication LED for 1000Mbps 14 GBE_LINK1 0 Link Speed Indication LED for 100Mbps EVK STD CARRIER User s Manual Document Revision v 1 0 Edge Finger P25 P22 P21 Type OD OD 44
45. nected 80 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 23 CAN1 Bus Pin Header CAN1 The following table shows the pin out of CAN7 bus pin header CANT Location on Board D1 E1 CAN1 Bus Pin Header PIN HEADER 2x5P 2 00mm 180D M SMD Header Pin Signal Name Function 1 NC Not Connected 2 NC Not Connected v 1 2 3 CAN1L CAN Signal Low P146 l 3 4 4 CAN1H CAN Signal High P145 O 5 NC Not Connected 9 10 6 NC Not Connected 7 NC Not Connected 8 NC Not Connected 9 GND Ground P 10 NC Not Connected 81 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 24 SEH1 RS232 2 wires Pin Header COM1 The following table shows the pin out of COM 1 pin header COM Location on Board E1 COM1 Pin Header PIN HEADER 2x5P 2 00mm 180D M SMD Header Pin Signal Name Function 1 NC Not Connected 2 NC Not Connected v a A 3 COM1 RXD Receive Data P135 3 4 4 NC Not Connected 5 COM1_TXD Transmit Data P134 O 9 10 6 NC Not Connected 7 NC Not Connected 8 NC Not Connected 9 GND Ground P 10 NC Not Connected 82 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 25 SER3 RS232 2 wires Pin Header COMS The following table shows the pin out of COMG pin header COMS Location on Board F1 COM3 Pin Header PIN HEADER 2x5P 2 00mm 180D M SMD Heade
46. put 33 CAM MCK Master clock 34 CAM1_ Camera 1 Reset output for CSI1 RST active low output camera support 35 GND Ground 36 GND Ground 37 3 3V 3 3V Power 38 1 8V 1 8V Power 39 3 3V 3 3V Power 40 1 8V 1 8V Power 65 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 9 LVDS Connector LVDS The following table shows the pin out of LVDS connector LVDS Location on Board D3 LVDS Connector B B Conn 40P 1 25mm 90D SMD DF13 40DP 1 25V 91 Function Pin Signal Name Function Header Pin 1 11 13 15 17 19 21 Signal Name Odd Side Channel 0 VDD LCD LVDS panel VDD VDD LCD LVDS panel VDD GND Ground LVDS _D LVDSO LCD data channel LVDS _D differential pairs 1 GND Ground LVDSO D1 LVDSO LCD data channel Lvbpse D1 differential B pairs 2 GND Ground LVDS D2 LVDSOLCD data channel LVDS p24 differential E pairs 3 EVK STD CARRIER User s Manual Document Revision v 1 0 Even Side Channel 1 2 10 12 14 16 18 20 22 VDD LCD VDD LCD GND LVDS1 D LVDS1 DO GND LVDS1 D1 LVDS1_D1 GND LVDS1_D2 LVDS1 D24 LVDS panel VDD LVDS panel VDD Ground LVDS1 LCD data channel differential pairs 1 Ground LVDS1 LCD data channel differential pairs 2 Ground LVDS1 LCD data channel differential pairs 3 66 Embedian Inc LVDS Connector B B Conn 40P 1 25mm 90D SMD DF13 40DP
47. r Pin Signal Name Function 1 NC Not Connected 2 NC Not Connected v 3 COM3 RXD Receive Data P141 I 1 2 gt A 4 NC Not Connected 5 COM3_TXD Transmit Data P140 O 9 10 6 NC Not Connected gt 7 NC Not Connected 8 NC Not Connected 9 GND Ground P 10 NC Not Connected 2 83 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 26 I2C GP Pin Header 12C0 The following table shows the pin out of 2C GP pin header I2C0 Location on Board B6 I2C_GP Pin Header PIN HEADER 1x4P 2 00mm 180D M SMD Header Signal Name Function v 1 3 3V 3 3V Power P i 2 I2C GP CK 3V3 General purpose I2C bus clock S48 O 2 OD 4 3 I2C GP DAT 3V3 General purpose I2C bus data S49 IO OD 4 GND Ground P 3 2 3 27 I2C CAM Pin Header I2C1 The following table shows the pin out of 2C_CAM pin header I2C1 Location on Board B7 12C CAM Pin Header PIN HEADER 1x4P 2 00mm 180D M SMD Header Signal Name Function 1 3 3V 3 3V Power P v 2 I2C CAM CK 3V3 Serial Camera Support Link S5 O 2 I2C bus clock OD i 3 I2C CAM DAT 3V3 Serial Camera Support Link S7 IO I2C bus data OD 4 GND Ground P 84 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 28 Buzzer Buzzer The buzzer on EVK STD_CARRIER is controlled by PWM GPIO5 The rated frequency is 2731 200Hz Buzzer Location on Board A2 Buzzer Connector Edge Type Finger ELECTRO MAGNE
48. rademark of Linus Torvalds WinCE is a registered trademark of Microsoft Tl is a registered trademark of Texas Instruments All other products and trademarks mentioned in this manual are trademarks of their respective owners Standards EMBEDIAN is ISO 9001 2008 and I1SO14001 certified manufacturer SMARC is an SGET standard for ARM Cortex computer on module Warranty This EMBEDIAN product is warranted against defects in material and workmanship for the warranty period from the date of shipment During the warranty period EMBEDIAN will at its discretion decide to repair or replace defective products Within the warranty period the repair of products is free of charge as long as warranty conditions are observed The warranty does not apply to defects resulting from improper or inadequate maintenance or handling by the buyer unauthorized modification or misuse operation outside of the product s environmental 3 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc specifications or improper installation or maintenance EMBEDIAN will not be responsible for any defects or damages to other products not supplied by EMBEDIAN that are caused by a faulty EMBEDIAN product Technical Support Technicians and engineers from EMBEDIAN and or its subsidiaries and official distributors are available for technical support We are committed to making our product easy to use and will help you use our products in your system
49. s Before contacting EMBEDIAN technical support please consult our Web site for the latest product documentation utilities and drivers If the information does not help solve the problem contact us by e mail skype or telephone EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Table of Contents CT TAN TROD CC TON SEEDEDE ED DEG eim MN eee 12 1 1 EVK STD CARRIER EVALUATION CARRIER GOALS esee nennen 12 DPA RE SE OVL RVE W orisun ann nn a aaa 12 D 8 18 887 4 DA OR A Bcc ERE REEF 15 LATERI HEKRALOVER VIEW ie ust EEA E EEA E A Re 17 FALATOT BYE A rm 16 1 6 MOUNTING HOLES MECHANICAL DRAWING ccccccccccececceeccecceeceeceeeeeeeeeeeeeeeeeeeeeeeeeeeeseeeeeeeeees 19 1 7 DOCUMENT AND STANDARD KREPEREN CES vegescsorssocersrosencosionetoreniesseteertsoussinenguiveieeneseuesevareens 20 CHAPTER 2 JUMPERS SWITCHES LEDS AND EEPROM ui iiccccccccccccccccccnnnnnnnnsssssseescsseeeeeeeceeaaanaaes 23 P 1057720 AEE AEA A E T C TT Te reer rr rr eT ee 23 LN A Go E rae ee te SEES SENESTE ee eae ee ee eee ee 28 SLU S 30 24 EEPROM AND EMMC epee aati cess niie i iani rn re ea kar 31 CHAPTER S HEADERS AND CONNEGTORS itus 3i RUM YARIS TM PI EXE MEN ooo EP bur ed ESTE AUS 33 EE 12 0 070 D WA on EN 29 D2 PVE ERNALVO IDEURISI Qr EE 47 CHAPTER 4 QUICK HARDWARE INSTALLATION GUIDE
50. s e eMMC Embedded Multi Media Card the eMMC electrical standard is defined by JEDEC JESD84 B45 and the mechanical standard by JESD84 C44 www jedec org e The I2C Specification Version 2 1 January 2000 Philips Semiconductor now NXP www nxp com e 2S Bus Specification Feb 1986 and Revised June 5 1996 Philips Semiconductor now NXP www nxp com e JTAG Joint Test Action Group defined by IEEE 1149 1 2001 IEEE Standard Test Access Port and Boundary Scan Architecture www ieee org e CAN Controller Area Network Bus Standards ISO 11898 ISO 11992 SAE J2411 e HDMI Specification Version 1 3a November 10 2006 2006 Hitachi and other companies www hdmi org e MXM3 Graphics Module Mobile PCI Express Module Electromechanical Specification Version 3 0 Revision 1 1 2009 NVIDIA Corporation www mxm sig org e PICMG EEEP Embedded EEPROM Specification Rev 1 0 August 2010 www picmg org e GBE MDI Gigabit Ethernet Medium Dependent Interface This is defined by IEEE 802 3 The 1000Base T operation over copper twisted pair cabling is defined by IEEE 802 3ab www ieee org e SD Specifications Part 1 Physical Layer Simplified Specification Version 3 01 May 18 2010 2010 SD Group and SD Card Association Secure Digital www sdcard org e SPI Bus Serial Peripheral Interface de facto serial interface standard defined by Motorola A good description may be found on Wikipedia e PICMG amp
51. serial PCIE B D bus port 3 39 RSVD Heserved 40 GND Ground 56 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Mini PCIE Card Slot 0 80mm Pitch 5 20mm Height PCI Express Mini Card 52 Circuit Right Angle Surface Mount 0 25um Gold Au Plating Pin Signal Name Function Pin Signal Name Function Top Side Bottom Side 41 RSVD Reserved 42 LED WWAN Wireless Card Status Indicator 43 RSVD Reserved 44 LED _WLAN 45 RSVD Reserved 46 LED_WPAN 47 RSVD Reserved 48 1 5V 1 5V Power 49 RSVD Reserved 50 GND Ground 51 RSVD Reserved 52 3 3V 3 3V Power 57 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 4 mini PCIE Card Slot mini PCIE2 The signals of mini PCIE2 card slot are originated from PCIE C of SMRAC card The 4 set of USB signals are also connected to this connector The following table shows the pin out of the mini PCIE2 connector TO 161412108 642 5149474 1 29 24222018 52 50 48 46 44 42 40 38 36 34 32 30 28 26 2 1917 Mini PCIE2 Location on Board E6 F6 Mini PCIE Card Slot 0 80mm Pitch 5 20mm Height PCI Express Mini Card 52 Circuit Right Angle Surface Mount 0 25um Gold Au Plating Pin Signal Name Function Pin Signal Name Function Top Side Bottom Side 1 PCIE C Link 2 3 3V 3 3V Power WAKE Reactivation 3 RSVD Reserved 4 GND Ground 9 RSVD Reserved 6 1 5V 1 5V Power 7 PCIE C Request
52. tion 1 3 3V 3 3V Power P 2 GND Ground P 3 GPIOO Camera Power Enable P108 IO 4 GPIO6 Tachometer input P114 lO v 1 2 5 GPIO1 Camera 1 Power Enable P109 IO 3 4 6 GPIO7 PCAM_FLD signal input P115 lO VA GPIO2 Camera Reset P110 IO 8 GPIOS CANO Error signaL P116 lO 13 14 9 GPIO3 Camera 1 Reset P111 IO 10 GPIO9 CAN1 Error signal active P117 lO Low tnput 11 GPIO4 HD Audio Reset P112 IO 12 GPIO10 P118 IO 13 GPIO5 PWM output P113 IO 14 GPIO11 P119 IO 71 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 20 MISC Signals Pin Header MISC The following table shows the pin out of misc signals pin header MISC Location on Board G3 MISC Signals Pin Header PIN HEADER 2x7P 2 54mm 180D M SMD Signal Name Function Header Pin 1 POWER_BTN Power button input from P128 Carrier board 2 GND Ground z 3 SLEEP Sleep indicator from Carrier S149 v board 1 2 4 GND Ground 3 4 I LID Lid open close indication to S148 Module 6 GND Ground 13 14 7 FORCE_RECOV Force Recovery 5155 8 GND Ground 9 TEST Test Pin 158 10 GND Ground 11 WDI Z Watchdog input transition 12 WDI Wdatchdog input 13 RESET IN Reset input from Carrier board P127 14 GND Ground Note 1 When pin 11 and pin 12 are shunt WDT TIME _OUT will be high and reset will be triggered after 200ms EVK STD CARRIER User s Manual Document Revision v 1 0 78 Embedian Inc 3 2 3 21 AFB Signa
53. ve transmit data P4 lO 9 SDIO D2 SD receive transmit data P41 lO 10 SDIO_CD SD Insert Detect P35 l 11 SDIO_WP SD Write Protect P33 l 70 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 12 USB OTG Connector USBOTG The following table shows the pin out of USB OTG connector USBOTG Location on Board G2 SD SDHC Card Connector USB OTG mini Type B Connector Header Pin Signal Name Function 1 USB VBus Power Supply P 54321 2 USB Data P61 IO a 3 USBO Data P60 IO 4 USB OTG ID Host cable identification P64 IO 5 GND Ground P 3 2 3 13 SPIO CSO Pin Header SPIO 0 The following table shows the pin out of SP O CSO pin header SPIO 0 Location on Board G5 SPIO CSO Pin Header PIN HEADER 1x6P 2 00mm 180D M SMD Header Pin Signal Name Function 1 3 3V 3 3V Power P v 4 2 SPIOO SCLK SPIO Master Clock output P44 O i 3 SPIOO MOSI SPIO Master Data output P46 O 4 SPIOO MISO SPIO Master Data input P45 l 6 5 SPI _CS SPIO Master Chip Select 0 P43 O output 6 GND Ground P 71 EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc 3 2 3 14 SPIO CS1 Pin Header SPIO 1 The following table shows the pin out of SP O CS1 pin header SPIO 1 Location on Board G5 SPIO CS1 Pin Header PIN HEADER 1x6P 2 00mm 180D M SMD Header Pin Signal Name Function 1 3 3V 3 3V Power P v 1 2 SPI 1_SCLK SPIO Master Clock output P44 O 2 3 SPI 1_MOSI S
54. w Layout Diagram Document and Standard References EVK STD CARRIER User s Manual Document Revision v 1 0 Embedian Inc Chapter 1 Introduction This document serves as a user manual and technical reference for the EMBEDIAN EVK STD CARRIER Evaluation Baseboard The manual is intended for use by engineering personnel working with SMARC modules It will be very helpful if developers can refer together with the carrier board schematics EVK STD CARRIER accepts SMARC 1 0 AND SMARC 1 1 compliant modules 1 1 EVK STD CARRIER Evaluation Carrier Goals EMBEDIAN EVK STD CARRIER evaluation carrier is equipped with all mechanical and electrical components necessary for the rapid start up of the SMARC compliant computer on module The EVK STD CARRIER is designed for evaluation testing and prototyping of the SMARC modules in development environments prior to use in customer designed applications It can also be used together with SMARC module as an application ready mini ITX single board computer The EVK STD CAHRHHRIEH Evaluation Carrier is intended to serve multiple needs and summarized as followed e SMAHC Module bring up platform for hardware and software development e Module validation platform e Customer evaluation platform e Customer design reference e Manufacturing test platform e Flexible prototyping vehicle facilitated by multiple mezzanines e An application ready single board computer together with SMARC
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