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User Manual - MSC Technologies

1. User Manual MSC Q7 MB EP1 MSC Oseven Baseboard Rev 1 04 February 4 2011 MSC Q7 MB EP1 User Manual Preface Copyright Notice Copyright O 2010 MSC Vertriebs GmbH All rights reserved Copying of this document and giving it to others and the use or communication of the contents thereof are forbidden without express authority Offenders are liable to the payment of damages All rights are reserved in the event of the grant of a patent or the registration of a utility model or design Important Information This documentation is intended for qualified audience only The product described herein is not an end user product It was developed and manufactured for further processing by trained personnel Disclaimer Although this document has been generated with the utmost care no warranty or liability for correctness or suitability for any particular purpose is implied The information in this document is provided as is and is subject to change without notice EMC Rules This unit has to be installed in a shielded housing If not installed in a properly shielded enclosure and used in accordance with the instruction manual this product may cause radio interference in which case the user may be required to take adequate measures at his or her own expense Trademarks All used product names logos or trademarks are property of their respective owners Certification MSC Vertriebs GmbH is certified according to DIN
2. J601 inserted default 21 MSC Q7 MB EP1 User Manual 3 7 2 Dual USB Connector X602 USB 3 ol PES USB 2 j Specification References X602 Neltron 5075AR 08B BK Mating USB A cable Pinout according to USB specification 2 0 7 3 7 3 On board 10 Pin USB Connector X603 X605 Pin Pin 10 References X603 male connector 2x5pin pitch 2 54mm Mating female crimp connector Reference FCI 65043 032 Table 10 Pin assignment of the Dual USB PIN comnector X603 Signal PR Sm amp s USB_R0 With current Q7 US15W xx modules port 7 are USB 2 0 only and will NOT work with USB 1 1 devices e g Keyboard Mouse 22 MSC Q7 MB EP1 User Manual 3 7 4 USB Power Supply The power supplies are protected by USB power switches In addition to that the input voltages of the USB power switches are protected by resettable fuses The USB power switches have the following features The output current is limited to 500mA per port A signal to detect over current is generated for each pair of ports o USBO and USB1 have one common signal to detect over current o USB2 and USB3 have one common signal to detect over current o USB4 and USB5 have one common signal to detect over current o USB6 and USB7 have one common signal to detect over current 3 8 Ethernet X506 The MSC Q7 MB EPl can be connected to a local area network via a 10 100 1000 Base T interface A 1000Base T transformer is assembled on the
3. 5 wire Touch X1003 X 1003 5 wire eTurbo Touch Pin Signal SSS nde o 2 dX o B SW e LI BA8 4 Xx ea SSS eri SSS Please contact support boards msc ge com for assistance in finding appropriate displays with touch screen for your application requirements 3 12 RS 232 COM port X701 RS232 standard RS232 transceiver ESD protected 15kV EMC improvement by using EMI filters in the signal lines X701 29 MSC Q7 MB EP1 User Manual Specification References X701 COMI Kycon K22X E9P N30 Mating Cable RS232 D SUB 9pin female Table 13 Pinout COMI 6 32 377177 7 SSS S Ro T asa TT p ge ae SSS 3 13 Fan Interface X901 A PWM controlled fan interface 1s integrated on the baseboard Specification References X901 Molex 47053 1000 Mating Molex 047054 1000 Table 14 Pinout Fan Interface pin Penal ame fuw m 00000 A X c n ACHO Tacho signal input 26 MSC Q7 MB EP1 User Manual 3 14 Power Connector X1101 The Base Board provides a wide range Input Power Converter which supports input voltages from 10V up to 28V NOTE Backlight inverters and LVDS Displays with 12V Input Voltage should only be supplied with power if the Input Voltage is also 12V To enable 12V Power for the Display set jumpers J1101 J801 and J802 accordingly oooo oooleooleooIeo oooleool 59J6969 X1101 Specification References X1101 Connector
4. EN ISO 9001 2000 standards Life Cycle Management MSC products are developed and manufactured according to high quality standards Our life cycle management assures long term availability through permanent product maintenance Technically necessary changes and improvements are introduced if applicable A product change notification and end of life management process assures early information of our customers Product Support MSC engineers and technicians are committed to provide support to our customers whenever needed Before contacting the Technical Support please consult the respective pages on our web site at www msc ge com support boards for the latest documentation drivers and software downloads If the information provided there does not solve your problem please contact our Technical Support Email support boards msc ge com Phone 49 8165 906 200 MSC Q7 MB EP1 User Manual Contents V General ICONES ET TOS 6 1 1 ECUISIORDSEOES r O II l ere ere N 6 1 2 Reterence DOCUMENTS titted ll TT 6 1 3 Dennitons ad ADD Nas R 7 PNE NMAC OAC Tm 8 2 1 Osevenes Product DESC tl OM s copoeitase su bus tet aaa 8 2 2 Fe UES RA NU T T ptr 8 2 3 Block DIAM A A A O 9 2 4 Positos of Connectors and JUTHDOES ii A z F en R nS 10 2 5 DIMENSIONS SAA SNS 12 oNMENRLIU EET cm 13 3 OsevenC OnneclOn X20 Lit AA A E A ETATER 13 3 2 SDIO A Eccc MN ORE 15 3 3 VOA MECE E doll DN RTT 16 3 4 LCDPancb V DS Mela Ce eset mi eco en OU Mes iss tant t
5. Mini PCIe add in cards JSO1 oooncccoccnnnoccnnoncnnnnonnnonccnonanononcnnnnnos 30 ltz USP mni AB control Jumper OO Natalidad 30 KAY Display power Jumper VSO uta a ladiallidss 31 3 21 4 Backlight power selection jumper J802 aiaaaiaaaaaaaaassaasaaastasanananannnnnnannnnnnnnnnnnnnnnnnnnnnnnnnnnnnaai 31 3 21 5 Backlight Enable polarity selection jumper 3803 ocooonncnnoccncnocnnoncnnnoncnnononnnonccnonanononccnnnnos 32 3 21 6 Backlight brightness peak voltage level jumper 3804 ooonnnconncccocnnconcnncnncnnonccnonanononccnnnnos 32 3 21 7 Backlight brightness control jumpers J805 J806 eese 33 3 21 8 EDID EEPROM address select jumper J807 ooonnccconccnconcnionnnenonncnaonononnncnanncnonancnnnncnononcnnnno 33 S329 F voltage selection qumper 1905 idad vanis bles oda dos Pb Ud iab ba dst 34 3 21 10 Touch control HOM pr 01001D sla atada idilio 34 3 21 11 l2V power rouuns jumper MID ta ladilla 35 3 2412 SV Power LED LEDOOT I EEDO90 N A AEN 23 3222 Mint Pole Card Status BBDS psv o Vin io ves voce ceteris PUN VIS a ER EDU ERU ee ERR MN ROME ES 35 MSC Q7 MB EP1 User Manual Figures Figure 1 Block Diagram Q7 MB EP1 basebosard oooocccoocccccocccccnncccconaconcnnacononanonons 9 Figure 2 Positioning of Connectors and Jumpers Top Side 10 Figure 3 Positioning of Connectors Under side ooocccooc
6. Molex 43045 0412 Table 15 Pinout Power Connector 3 15 Battery The RTC and CMOS RAM on the Qseven module is buffered with a battery mounted in a socket on the Qseven Embedded Platform Reverse side Please use Duracell DL2032 or compatible batteries 3 16 Beeper A piezo buzzer is implemented for acoustic warning signals 27 MSC Q7 MB EP1 User Manual 3 17 System Reset Button J901 The Qseven Embedded Platform provides a Reset Button The RESET signal is low active and is connected to the SYS_RESET pin of the Qseven module Us y d 3 00 3 18 Sleep button J902 A sleep button can be connected to the pin header connector The SLP BTN signal is low active and is connected directly to the corresponding pin of the Qseven module 26 MSC Q7 MB EP1 User Manual 3 19 ATX power button J903 To control the system with a power button a switch may be connected to the pin header connector The PWR BTN signal is low active and is connected directly to the corresponding pin of the Qseven module 3 20 Lid Switch J904 To make use of the LID signal a switch may be connected to the pin header connector The LID_BTN signal is low active and is connected directly to the corresponding pin of the Qseven module 29 MSC Q7 MB EP1 User Manual 3 21 Jumper settings 3 21 1 Wireless operation on Mini PCle add in cards J501 A jumper is provided to enable disable wireless operation on t
7. baseboard hence the Qseven CPU module must support Gigabit Ethernet O O O O O O Specification References X506 Foxconn JMF3811E 2102 4F Pinout Refer to IEEE Std 802 3 9 section three page 225 23 MSC Q7 MB EP1 User Manual 3 9 Mini PCle Card X502 X1001 X1002 lab ENEEENIT 0016 001000 Use 2 standoffs M2x7 and 4 screws M2x4 for fixing the Mini PCIe Card Specification References X502 Pinout Refer to Mini PCIe Card Specification 9 3 10 Touch Interface 4 wire X1001 X1002 A Resistive Touch Controller for 4 wire and 5 wire touch screens 1s integrated on the base board The touch controller is the HS12 100500 from Hampshire The latest device drivers for the controller can be downloaded from www msc ge com support boards The X X and Y Y signals are connected to X1001 X1002 and X1003 so whichever connector is most convenient for the touch interface can be used Specification References X1001 4 wire eTurbo Touch pinning Hirose FH12 10 4 SA 1SH X1002 4 wire AUO Touch pinning Hirose FH12 10 4 SA 1SH Mating X1001 amp 1002 FPC FCC pitch 0 5mm x 0 3mm Table 11 Pinout 4 wire Touch X1001 X1002 X 1001 4 wire eTurbo Touch X1002 4 wire AUO Touch 24 MSC Q7 MB EP1 User Manual 3 11 Touch Interface 5 wire X1003 Xx 1003 References X1003 5 wire CAB 1006 141 005 Mating X1003 female crimp connector Reference FCI 65039 032 Table 12 Pinout
8. jumper J1001 The touch controller interface can be switched between 4 wire and 5 wire using this jumper Function 1001 5 wire enabled 4 wire enabled installed default 34 MSC Q7 MB EP1 User Manual 3 21 11 12V power routing jumper J1101 This jumper can be used to route the incoming power source directly to interfaces requiring 12V and SHOULD ONLY BE INSTALLED IF THE POWER SOURCE IS 12V Function CSO VCC12V disabled removed default VCCIN routed to VCC12V 3 21 12 5V Power LED LED901 LED902 An on board LED LED901 indicates the presence of 5V Power on the board A header connector LED902 allows the connection of an external panel mounted LED to indicate the presence of 5V power NOTE this LED is not an indicator as to whether the Module is turned on or not ae it only indicates the presence of 5V on the Q7 MB EP1 board 3 22 Mini PCle Card Status LEDs The Q7 MP EPI has 3 LEDs to display the state of an add in Mini PCIe card with wireless capabilities LED0501 WWAN LED LED0502 WLAN LED LED0503 WPAN LED 35
9. AT To avoid conflicts with a configuration EEPROM on the connected display this EEPROM can be mapped to an unused address space The address can be configured using jumper J807 See section 3 20 Jumper settings Backlight Inverter Interface X802 The backlight inverter for CCFL or LED driver for CCD is attached using this 5 pin connector The supply voltage VCC of the backlight can be selected using jumper J802 for 12V 5V or 3 3V The inverter or LED driver can be turned on or off using the BLON signal The polarity of the BLON signal is selected using jumper J803 The brightness of the backlight is controlled using the VCON signal The LVDS_BKLT_CTRL signal coming from the Qseven module normally provides a PWM signal Depending on the settings of jumpers J805 and J806 the following brightness control signals can be applied PWM signal either inverted or non inverted Analog signal level derived either from the inverted or non inverted PWM signal The PWM signal is integrated and then limited to the selected peak voltage of the backlight inverter The peak level of the brightness signal can be selected using jumper J804 to be either 3 3V or 5V The maximum brightness with OV or with 3 3V 5V will depend on the Inverter or LED backlight type used See also section 3 20 Jumper settings Specification References X802 W rth Elektronik 653105131822 Mating Cable Plug 653005113322 Table 4 Pinout Backlig
10. ATA 10 MSC Q7 MB EP1 User Manual Figure 3 Positioning of Connectors Under side II MSC Q7 MB EP1 2 5 Dimensions Dimension Board Thickness Board Top side module side max height highest component no module Board Under side max height highest component Total height 16 8 5 4 1 8 Drill hole positioning tolerance Drill hole diameter tolerance 12 User Manual 148 02 x 102 22 mm 1 8 mm 10 16 8 mm 5 4 mm 24 0 mm 0 1mm in X and Y 0 1 mm MSC Q7 MB EP1 User Manual 3 Hardware NOTE Not all Qseven modules may support all connectors and functionality available on the MSC Q7 MB EP1 embedded platform baseboard 3 1 Qseven Connector X201 Specification Reference X201 Foxconn AS0B326 S78N 7F Mating PCB Q7 Card Pinout Refer to Qseven specification 1 Table 1 Qseven Connector X201 5 GBEMDB 0 GBEMDI2 I GBELINKIOsF 8 GBELINKIO0f 9 GBEMDI I0 GBEMDO KEY PREY E E SDIO PWR SDIO DATI SDIO DAT2 SDIO DAT5 SDIO DAT7 SDIO DATA 13 MSC Q7 MB EP1 User Manual 59 HDASYNC 60 SMBCIK___________ 65 HDASDI 66 DCCIK 67 HDASDO 68 DCDAT _ 69 THRMP 170 WDTRI I9 JUSB670C 80 USB45 0 85 USB230Cf 86 USBOLO
11. CP J 89 JUSBP 90 USBP2 95 USB Plt 9 USB PO 97 OND 98 GND 99 LVDS AO 100 LWDSB0 ________ be 4 MSC Q7 MB EP1 User Manual 175 177 179 181 183 185 187 189 191 193 195 197 199 201 03 05 07 09 23 25 27 29 2 2 2 2 211 A PE AA A GV AA VE A 219 221 AA A AA AS 226 VCC lt lt lt 210212 ajaja lt Q Q 2 2 2 lt Q Q 2 3 2 SDIO Card X505 Specification References X505 SD DMIAA SF PEJ 21 Hirose Mating SD Memory Card Pinout See SDIO Card specification 8 I5 MSC Q7 MB EP1 User Manual 3 3 VGA Interface X301 The VGA signals are generated via a Chrontel CH7317B SDVO to VGA display controller 9919900 Specification References X301 SUYIN 070207FR0158218ZA Mating VGA Monitor Table 2 Pinout VGA Interface Pin Bienal ame ma b TT gg p QOREN gal green BLUE mie b RD 7 ND Qmeddgul 6 RUND e T Ro BOND fonde TN AM A Ho Mor ea 3 4 LCD Panel LVDS Interface 3 4 1 JILI30 Connector LCD TFT displays with support for LVDS can be connected via the JILI30 connector Two 24 bit LVDS channels are available on this 32 pin header Single channel and 18bit displays are also supported using the appropriate cables NOTE Support of single dual channel and 18 24 bit will depend on th
12. ate Description 0 15 3 2010 Preliminary Release for website 26 3 2010 CH7317A gt CH7317B 14 6 2010 Fix JILIBO Connector pinout X801 1 2 Reference Documents 1 Qseven Module Specification Revision 1 1 http www qseven standard org 2 PCI Local Bus Specification Rev 2 1 PCI21 PDF Last update June Ist 1995 http www pcisig com 3 JILI Specification Jilim120 pdf Last update April 7th 2003 http www jumptec de product data jili index html 4 Digital Video Interface DVI dvi_10 pdf Rev 1 0 April 2nd 1999 http www ddwg org b Serial ATA Specification Serial ATA 1 0 gold pdf Last update August 29th 2002 Rev 1 0 http www sata 10 0rg 6 IEEE Std 802 3 2002 802 3 2002 pdf http www 1eee org 7 Universal Bus Specification usb_20 pdf Last update April 27th 2000 http www usb org 8 SDIO Card Specification Simplified SDIO Card Spec pdf Last update February 8th 2007 http www sdcard org 9 Mini PCIe Card Specification http www pcisig com MSC Q7 MB EP1 1 3 Definitions and Abbreviations COM RTC PCI SATA USB LVDS JILI LAN VGA LPC POST SMBus MDI Computer On Module Real Time Clock Peripheral Component Interconnect Serial Advanced Technology Attachment Universal Serial Bus Low Voltage Differential Signaling JUMPtec Intelligent LVDS Interface Local Area Network Video Graphics Array Low Pin Count Power on self test System Management Bus Medium D
13. ccconccconccconaconnns 11 MSC Q7 MB EP1 User Manual Tables Table 1 Qseven Connector X201 Mia id 13 Table 2 Pinout VGA Interface isa 16 Table 3 Pinout JILI30 Connector X801 ooocoocccocccocccocccorocorncocnoncnononononononononnns 17 Table 4 Pinout Backlight Connector X802 o cooocccoocccocnococococnccocnconcnononococononos 18 Table 5 Pinout Audio Connector X402 anaannanvnnavnvannaaaaaaaaa aaaaanaaauanuannannannannaanannannann 19 Table 6 Pin assignment of the HD Audio Connector X403 20 Table 7 Assignment SATA Channel to Connector Reference 20 Table PINOUT SALA RETE 20 Table 9 Assignment USB Ports 000 ccoo 21 Table 10 Pin assignment of the Dual USB PIN connector X603 22 Table 11 Pinout 4 wire Touch X1001 X1002 occoocooccooccoccoocoocccoccocococoncncnnonanonoos 24 Table 12 Pinout 5 wire Touch X1003 oocooccoocooccoocconcococonooccconconoconcorocoroonncnronnnonoos 25 Table 13 Pinout GOMA avatar A a 26 Table 14 Pinout Fan Interface aaaaaaaaanaauanannnnunnannnnnnnannanuanaananaanannanaana 26 Table 15 Pinout Power Connector a 2aaaanaaaaausausaunaunnunauannannannannannannannannann 27 MSC Q7 MB EP1 User Manual 1 General Information 1 1 Revision History Rev D
14. di t AAN AA ES 16 3 4 1 WITT SOC Onn CON R oie erage A A A AA Iu eta A eoe ICA E URS 16 3 4 2 LVDS EEPROM ep x AA AA A IA ASIS 18 3 4 3 backhelit Inverter Intertace X902 iii cis 18 3 5 Audio mtertaces C402 AGUS asar R RR RRR 19 3 5 1 Serco OI r ii 19 993 2 IND AVO CULA MPH H 19 3 6 SATA Internac gt ON I N503 le ete ete ii ca 20 Sl TIPO a TINI 21 S UNI Man USB Contiector X001 sucesos E Pun aa r Rr 21 bZ Dual SBC ome CUO A 0O ao on a a a aoainant 22 3 4 9 On board 10 Pin USB Connector X603 iaaaaiaaaaaaaaaaasasassas anassanannnnnnnnnnnnnnnnnnnnnnnnnnnnnannnnnnnnnnnin 22 3 7 4 US BEONE OUP usus o o E E E ec ere 23 3 8 Janis Meise eS e AP TT TNT 23 3 0 MI uL Fos ECL AAA IHE 24 3 10 Louch Intertace 4 wire CX IOOT X 1002 iiec testas t tere Eaton Eoo lada ia 24 3 11 Touch Interface 5 wire X10013 aaaaaaaaaaaaaaaaaaasaasasasanaannnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnia 25 127 RS 2232 COM DOO K 70 Dead A edu es vaa acosta 25 315 Papier aces GOW ie is H 26 S214 Power Connector CX TION 27 A I guo tO tror c A RENS 27 DM MEME D t REOR occ WOOD RURSUS 27 Sl system Reset BUON TOU aries 28 lo Sleep Dunoon 907 ous a arada sk kk kf f V dts 28 3419 ATX powetb lton JIO cer k f f t 29 5 20 Trad Wiel 1904 cidos 29 SEPA MER a A A 30 3 21 1 Wireless operation on
15. e Qseven module used The Supply voltage of the LVDS Signal can be adjusted using jumper JO801 See section 3 20 Jumper settings Please contact support boards msc ge com for assistance in finding appropriate display backlight inverter and cable sets for your application requirements 16 MSC Q7 MB EP1 User Manual Specification PINI References X801 Hirose MDF76GW 308S 1H 55 Mating Cable Plug MDF76 30P 1C Table3 Pinout JILI30 Connector X801 gt ag gt e O 5 Ne Q Q Z W 2 4zzzzz 2 zzzzzzzzzzz ZEE E IET TOO TOTO OS EPS TO TOTO OTTO 2 z M 2 2 4 H 2 2 H 2 l V SENSEI sl Elsie Bei EE SI IR Qil FI IF lala org Z r pw a J AIT Ix SK A O LVDS Negative data signal LVDS Positive data signal LVDS Negative data signal N P Z LVDS Positive data signal oo O Z NO U tl2 o IN Z Panel Power Enable Power Supply 3 3V or 5V or 12V Power Supply 3 3V or 5V or 12V UA p NO o UN m ga gt c SJ A NO o UN m ga 5 V oo C o FJ O UN r FO lt O2 Oo lt m uA lt m N lt O Q A 17 MSC Q7 MB EP1 User Manual 3 4 2 3 4 3 LVDS EEPROM To store configuration data for the display a serial EEPROM is connected to the LVDS I2C bus signals LVDS_I2C_CK and LVDS_I2C_D
16. ependent Interface User Manual MSC Q7 MB EP1 User Manual 2 Introduction 2 1 Qseven Product Description Qseven modules are off the shelf compact highly integrated Computer on Module devices which are designed to connect to a carrier baseboard The Qseven standard is supported by multiple companies and defines a standardized square board size of 70x70 mm with s defined interface to the carrier board The connection to the carrier board is made with an MXM type edge connector Typically a Qseven module includes CPU chipset memory Ethernet controller BIOS flash SATA and USB controller Interface controllers or connectors e g RJ45 are implemented on the baseboard on to which the Qseven module is mounted In addition to the power supply also signals for PCIe SATA USB LPC etc are routed over the Qseven edge connector Thanks to the standardized mechanics and interfaces the system can be scaled arbitrarily Despite the modular concept the system design is very flat and compact Qseven modules require a baseboard for proper operation This manual describes the Qseven Embedded Platform MSC Q7 MB EP1 which is a baseboard designed for small production runs or as a small evaluation platform for Qseven modules 2 2 Features Edge connector for Qseven module Mini PCIe Card slot VGA display interface LVDS LCD panel interface using the standard JILI30 connector 5 Pin LCD panel Backlight Connector High Defin
17. he Mini PCIe card Function J501 wireless operation enabled removed default wireless operation disabled 3 21 2 USB mini AB control jumper J601 Function 601 USB mini AB client USB mini AB host installed default 30 MSC Q7 MB EP1 User Manual 3 21 3 Display power Jumper J801 The power supply voltage for the LCD panel NOT the backlight is selected using the jumper block J801 The software control of the LCD panel enable signal can be bypassed by inserting a jumper on pins 1 2 NOTE The 12V is derived directly from the input power X1101 applied so please ensure that the input power is really 12V when using the 12V selection Panel is no longer enabled by LVDS_VDD_EN signal but is permanently enabled if this jumper is installed 3 21 4 Backlight power selection jumper J802 The backlight power for the inverter or LED driver is selected using J802 NOTE The 12V is derived directly from the input power X1101 applied please ensure that the input power is really 12V when using the 12V selection 31 MSC Q7 MB EP1 User Manual 3 21 5 Backlight Enable polarity selection jumper J803 The polarity of the backlight enable signal BLON can be selected using J803 Function S803 Pins to close BLON low active 1 2 default BLON high active 3 21 6 Backlight brightness peak voltage level jumper J804 This jumper selects the voltage range for the signal level used for the brightness c
18. ht Connector X802 VCC Backlight power supply BLON Backlight On Off control VCON Brightness control 18 MSC Q7 MB EP1 User Manual 3 5 Audio interfaces X402 X403 The Via VT1708A High Definition Audio codec is connected to the HDA link of the Qseven module The following LF signals are provided by the HDA codec Stereo Line Out X402 Pin header connector for HDA panel interface X403 3 5 1 Stereo Line out X402 0010 0 O Specification References X402 Foxconn JA13431 N002 4F Mating Cable Plug Audio 3 5mm Stereo Table 5 Pinout Audio Connector X402 TN AN 77 3 5 2 HD Audio X403 So0cofooolecclecoles oooleool 595 659 References X403 CAB 1002 161 010 RoHS Mating female crimp connector Reference FCI 65043 032 19 MSC Q7 MB EP1 User Manual Table 6 Pin assignment of the HD Audio Connector X403 Fm sma siga 3 Microphone In Right 4 PRESENCE HD presence detect Ss monr 6 MILJD hdd pem 00 CON E 5 uNEOUETL o UNEZJD Ackid amp ed 36 SATA Interface X501 X503 9000 oooleooleooleo ooj eool o X503 X501 For the connection of SATA drives there are two SATA interfaces Table 7 Assignment SATA Channel to Connector Reference SATA 0 X501 SATA 1 X503 Specification SATA signal connector References X501 X503 FCI 59334 002 LF Mating SATA cable Pinout Refer to SATA Specification 8 page 46 table 3 Tab
19. ition Audio using Via VT1708A LineOut HDA Front Panel 2 SATA channel connectors each capable of 300MB s 5 Port USB interface 2 USB type A connectors 1 mini USB connector which can be configured as host or client 2 USB interfaces on on board pin header connector 0 100 1000 Base T LAN interface RS232 Com Port using USB to serial controller Fan connector Power supply with variable Input Supply Voltage from 10 to 28 V Beeper Resistive Touch controller Two 4 wire Connectors One 5 wire Connector MSC Q7 MB EP1 2 3 Block Diagram connector Backlight ON OFF Brightness JILI30 LVDS Panel Chrontel VGA SDVO to VGA CH7317B SATA 0 SATA 0 SATA 1 SATA 1 SDIO SDIO Connector Figure 1 Block Diagram Q7 MB EP1 baseboard SDVO Qseven Slot 5V Power Converter Power Connector 10V 28V User Manual USB Client Mini USB Dual USB External USB 1 USB 2 3 Dual USB Internal USB 0 7 Gigabit Ethernet RJ45 LAN Connector PCIe Lane 0 v ttm USB 6 High Definition Audio Audio Codec MIC IN Via VT1708A Line IN OUT HD AUDIO Connector USB 4 COM Controller RS 232 Buffer RS232 FT232RL SP213 Extern USB 5 Touch Controller aAsvirepesetve HS12 100800 Touch 5 wire Resistive Touch MSC Q7 MB EP1 User Manual 2 4 Positioning of Connectors and Jumpers Figure 2 Positioning of Connectors and Jumpers Top side J1101 11001 1 2 led J801 J802 83 e 533853 O 3 X1101 SATA S
20. le 8 Pinout SATA Con Bewimme Fueh m TF PND 2777 po qme aaa 5 RC SATANegativetramsmitsignal OOO 6 RX SATA Positive transmit signal b NOTE Availability of the SATA Ports will depend on the Qseven module used 20 MSC Q7 MB EP1 User Manual 3 7 USB Topology Eight USB ports are normally provided by the Qseven module The assignment of the ports is defined in the following table Table 9 Assignment USB Ports USB 6 Qseven connector USB6 X502 Mini PCIe Card Use oer ee eee USB 1 Qseven connector USB1 X601 Mini USB Client Host isi eee re ere USB 2 USB 3 Qseven connector USB3 X602 Dual USB Connector uss fee ee emen USB 4 Qseven connector USB4 X701 RS232 COM Port uss eee eee USB 5 Qseven connector USB5 X1001 X1002 Touch controller A A een USB O Qseven connector USBO X603 On board 10 Pin Header iso fee ree USB 7 NOTE Depending on the module used not all ports may be available Also depending on the module used not all ports may be USB 1 1 compatible some ports may be only USB 2 0 compliant For example with current Q7 US15W xx modules ports 6 amp 7 are USB 2 0 only and will NOT work with USB 1 1 devices e g Keyboard Mouse 3 7 1 Mini USB Connector X601 Specification References X601 Molex 67803 8020 Mating Mini USB cable Pinout according to USB specification 2 0 7 The Mini USB port can be configured as a client or host using jumper J601
21. ontrol This signal can be either a PWM signal or an analog voltage level depending on the settings of J805 and J806 The voltage range can be either 3 3V or SV oolecolegoleo ool Dole oo Function J804Pinsto close 3 3V Peak level 1 2 default SV Peak level 32 MSC Q7 MB EP1 User Manual 3 21 7 Backlight brightness control jumpers J805 J806 The jumpers J805 and J806 are used in combination to select the type of brightness control signal used for the LCD panel backlight inverter or LED driver The signal coming from the Qseven module is typically a PWM signal This signal can be passed through unmodified or inverted It can also be converted to an analog voltage level for backlights which do not use a PWM signal for brightness control EO 9000 foo0oleo oo eo o00le 00187 ODO 3 21 8 EDID EEPROM address select jumper J807 An EDID EEPROM is available on the baseboard in order to configure a customized setting for an LCD panel which 1s not available in the default BIOS LCD panel entries Function 807 EDID EEPROM disabled Removed default EDID EEPROM enabled Installed 33 MSC Q7 MB EP1 User Manual 3 21 9 Fan voltage selection jumper J905 The voltage level 5V or 12V for the fan can be selected using this jumper NOTE 12V is only available if the power source for the module is 12V and jumper J1101 is installed Function 1 OS 5V Fan voltage 1 2 default 12V Fan voltage 3 21 10 Touch control

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