User Manual
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1. wr 15 15 4 8 T 5 3 1 2H 15 14 12 10 B 8 4 Z DATA24 pS G amp D 6 DAL Pp 7 DAMO 8 GND Pp 9 Daa 10 ak C wW PDE 1 DC IN 2 DCAN GND Internal DC In Connector DC IN2 DC IN 2 DCINQ GND Audio Daughter Board Connector JAUDIO1 It is for connecting the daughter board to support the Microphone and Line in port DE 15 VGA Connector VGA1 The graphic function is powered by the integrated Intel GMA 3150 L CRTR 6 GD RTB 8 GND NC 9 ve GND 10 N C NJ UJ S UI O CO GND Description 1 HSYNC VSYNC V_SCLK 6 GND 8 MCL O NC VSDAT HSYNC 4 EE EN 16 Chapter 4 Chapter 4 Hardware Setup Preparing the Hardware Installation To access some components and perform certain service procedures you must perform the following procedures first AN nenne To reduce the risk of personal injury electric shock or damage to the equipment remove the power cord to remove power from the server The front panel Power On Standby button does not completely shut off system power Portions of the power supply and some internal circuitry remain active until AC power is removed 1 Unpower the LEC 7110 and remove the power cord 2 Unscrew the 3 threaded screws on both sides of the top cover of the LEC 7110 System 3 Slide the cover backwards2. E Ty ET PY P8 5s Bt r Q TAIWAN M cioe he pu g R226 M UR231 me apii ape hh e en aea a M CF i 5 iad nAn E EM Me mmm AAAA EKAR AASA EEA O MR RA S mL e e LLLTTTTLTTTETETTITTTTITTTTITITTITTTITIIT i 4 SPTROMI PCS ggg PROS FD 3 o ds N Po2 v2 Pari Terres pn vl AEDE s huj nGaon PTT VO Q Q Qr rm e aac ac ac ac ac acae ac O 152 IT as a HINNI ISE c 165 i dao Hin gt iii 5 37 iL sag J JCOMA1 USB3 PSBIN1 LED2 11 Embedded and Industrial Computing Chapter 3 Internal Connectors and Jumpers The following picture highlights the location of internal connectors and jumpers Refer to the table 3 1 Connector List for more details JSATA1 SATA1 USB2 JCOMB1 JTAGT KB1 SC3T1 DC_IN2 m E d r T p nit a C46 THAM HH ues tih ith do ALLE ama ui Aminni dd e 1 A im 2 CETTYRuL RN1 X iS Dr lim va PciS POIG ak rx a 5 Pci ele SSL YU whew et ciate foco I s n mnm C TERRE i m T5 R Te J nro E DITLLLELLLLLLLIUI Hii tS TTT TTC tte ae 5 AN Pj eNi aA FTTTTTTTTTTTTITM co j 158 gt ELIIIIEIIE HI HL GG 5 5 5 5 EI R168 xam fed Qi ora Jol 7 S v fees E m uot Al A2 nn P on t CEEEE GERD E EERE oes 58 T gt 000200 oo IRIS a D C c106
3. Input Output GPIO support input and output operations through the 2x5 pin terminal block USB 2 0 Pin Header USB2 Input 2 Input Input2 6 Output2 1 usp vec 2 GND Input3 8 Output3 7 USB 8 9 GND 10 USB VCC MCU Communication Setting SC3T1 MCU communication setting jumper PIN NO DESCRIPTION IAG 1 3 2 4 Internal TIT RS232 COM3 default 135 3 5 4 6 From JTAG1 RS232 debug onl MCU Debug Port JTAG1 The MCU is provided by NXP s LPC1110 which is a ARM Cortex MO based low cost 32 bit microcontroller for 8 16 bit applications It has a 4 KB on L fne Dexrenon E ferio s Descnon chip flash programming memory The MCU and its flash will help to retain the DIO last state even when the system 5 KBDTA 6 KEY reboots or shuts down 7 oD 8 Kak FOR ICE Debug 6 MCU VCC For Ext RS232 8 ICETX 0o JOoYU1 00 N20 TE Embedded and Industrial Computing gt Chapter 3 Board Layout Mini PCI Express Connector 1 MPCIE1 It comes with a High Definition Multimedia Interface HDMI1 High SIM card reader externally accessible on the front panel Definition Multimedia Interface to support wireless 3G service 5 RD 6 nay 7 CLREQR 8 UMPWR 9 GND 10 UMMDATA Key o Ke RSVD Lo 3 DC Power JackK DC_IN1 System Status LED JLED1 6 PWRLED
4. R220 R225 Kot C125 I PC45 pFB6 og R256 9 wl u23 ci3s2 E i s f R2Z69R27 a pre U24 wher sig BE lo a ae Won LLLZ que s pata N MINIPCI H1 3 cia PAED R318 z D 2594 Al A2 ue WEEEK HIILITIITIIIITIIIIII SC1T1 JAUDIO1 SATA2 LPC1 SPIROM 1 PW 1 JCCMOS1 Embedded and Industrial Computing Board Layout o LJ M Rari TO LETT a R212 R214 c107 wreie MADE R226 pu UR231 wow e i we CHN gn J sre o CPP up ted oO 497371 e LTTTTTTTTTTTTTITTTTEEEEEETILETTEELEETEEELELEEOLCEEEEEEELEEEEEHILTELEEIELEELEITEI RoHS tvs 3R317 CN1 I FAN1 TAIWAN R222 21 1 R223 R229 ih MEIN TI 12 Chapter 3 Connectors and Jumpers List The tables below list the function of each of the board jumpers and connectors by labels shown in the above section The next section in this chapter gives pin definitions and instructions on setting jumpers able 3 1 Connector List for LEB 7110 Labels Pin Definition Reference DC Power Jack P16 Internal DC IN Connector Digital I O Connector High Definition Multimedia Interface Audio Daughter Board Connector MOS Jumper xternal Serial Port with D SUB9 Connector COM1 ternal Serial Port with Pin Header COM2 LED1 System Status LED SATA1 SATA1 Connector Power Setting TAG1 MCU Debug Port S 2 Keyboard amp Mouse Connector ual RJ 45 with LED PC Interface Mini PCI E Connector
5. Yellow e On Flashing The port is linking and active in data transmission e Off The port is not linking SPEED Green Amber Amber The connection speed is 1000Mbps Green The connection speed is 100Mbps Off The connection speed is 10Mbps R6 DC Jack DC in 12V power socket with DC IN1 on page 16 Lock Only use the power adapter supplied with the LEC 7110 System ee Embedded and Industrial Computing Chapter 2 System Components A Component Description Pin Definition Reference R1 VGA Port DB 15 Female Connector for VGA VGA1 on page 16 connection up to 1920x1200 The graphic engine is provided by Intel onboard qraphic GMA3150 F7 Microphone Port The microphone port connects toa JAUDIO1 on page 16 microphone The line out port connects a headphone or speaker The audio ports are provided by Realtek ALC886 Line Out Port 1 Y BISISS 10 us Embedded and Industrial Computing Chapter 3 Board Layout Chapter 3 Board Layout External Connectors The following picture highlights the location of system input output connectors Refer to the table 3 1 Connector List for more details DC IN1 LAN1 2 LANT 1 RST1 USB1 DI1 HDMI1 VGA1 i Rn EPI veal T titties J EE p pi zj pam 33 2 TATAA T wet m MILIA ons OTTA ETTE PT dd4 60002003001000 HAM R 63 gg R164 VIVIS Me can x Cios R211 i
6. and open it Installing the System Memory The motherboard supports DDR3 memory It comes with one Double Data Rate DDR3 Small Outline Dual Inline Memory Modules SO DIMM sockets 1 Align the SO DIMM connector key with the SO DIMM socket key 2 Install the SO DIMM ls uj Embedded and Industrial Computing Hardware Setup Qoo 1 The motherboards can support up to 4 GB memory capacity in maximum Installing the Hard Disk The system can accommodate two Serial ATA disks Follow these steps to install a hard disk into the LEC 7110 1 Unscrew the 4 screws on the hard disk tray to take out the hard disk tray from the system 2 Placehard diskon the hard disktray and align the holes of the hard disk with the mounting holes on the tray 3 Secure the hard disk with 4 mounting screws on the hard disk tray 4 Connect the Serial ATA cable to the hard disk Plug the Serial ATA power and data cables to the Serial ATA power and data connectors on the main board 6 Putthe hard disk tray with the installed hard disk back to the system and secure it with mounting screws 17 Chapter 4 Installing the 3G SIM Card P Open the SIM tray by inserting the tip of a pointy object or a small paper clip into the SIM eject lever Press firmly and push it straight in until the tray pops out Pull out the SIM tray and place the SIM card in the tray The angled corner of the SIM ensures that the card fits
7. use nor for any infringements upon the rights of third parties that may result from such use E m Embedded and Industrial Computing About Acknowledgement Intel Pentium and Celeron are registered trademarks of Intel Corp Microsoft Windows and MS DOS are registered trademarks of Microsoft Corp All other product names or trademarks are properties of their respective owners Compliances and Certification CE Certification This product has passed the CE test for environmental specifications Test conditions for passing included the equipment being operated within an industrial enclosure In order to protect the product from being damaged by ESD Electrostatic Discharge and EMI leakage we strongly recommend the use of CE compliant industrial enclosure products FCC Class A Certification This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at
8. Bl alates creating value in applied computing Embedded amp amp Industrial cA on Hardware Platforms for Embedded and Industrial Computing Table of Contents Chapter 1 Introduction 4 System Specification x dr rdc 30 a A PRD EE CR dO up doe PO DESO OER ES 4 Package C ODEFelliS u cua enua ua PO LORD OO ROCHE o einn b E e 5 Chapter 2 System Components 6 DON BWIN 2 244 6 9579 1672 909 Ge AG ee ee SURE eee eee eae wae URS 6 Block Diagram 4 ix lt bn ed a bod A Oke dG Ee hae bee oe bee ws 7 Front COMPONCIIS lt sss a4 4 oe 4 s os Ce wee OREO o eRe ee RG ere eee 8 Rear COMPONENTS 4 ss 5 995 9 een beens ee bea sere ew ees Pees eos es 9 Chapter 3 Board Layout 11 External CONMECIOlS e xor acr ae ee ae eas Ga a ee ee ee aS 11 Internal Connectors and Jumpers 2 0 ee ee ee eee 12 Connectors and Jumpers List 4 4 sca E dawns Sha Ke ON Po OCA LL 13 Jumper Settings 6 ace eq edd 4 ESAS eGo Se Oe oe doe dod 3 14 Chapter 4 Hardware Setup 17 Preparing the Hardware Installation llle 17 Installing the System Memory se qu 37 4 8 aw 4 ee 44 OO OS Ee or dee oe 17 Installing th Hard DISK 46 6 o oo amp o Rose O9 AO do Rm A ee ow CE PCR we RO 8 17 Installing the 3G SIM Card 1 ee eee ee nee 18 Installing the Wireless 3G module 0 ee ee 18 WallMOUNUING ss 2 3 2 9 2 9 9 9 3 30 2 9 3 479 3 9 ro URS Owe 39 9 8 OO 36 9 dee ae 18 Appendix A Programming Watchdog Timer 19 Appendix B D
9. FreeBSD 8 0 Use the makefile Makefile Build To build program source code on Linux platform use the following steps as a guideline 1 Copy the proper makefile from the Driver and Manual CD to your system Programming Watchdog Timer 2 Set the access mode with these two parameters by editing the Makefile linux directly DIRECT IO ACCESS O 1 enter either 1 or 0 and LANNER DRIVER 0 1 enter either 1 or 0 1 is for direct access and no driver is needed You will only need to execute the program directly However when it equaled to 0 driver installation is needed Refer to the following Install section for more details 3 Type make to build source code make Makefile Note omit the file extensions After compiled the executable program bpwd_tst and the driver bpwd_drv ko will be in the bin subdirectory Install on the Linux and FreeBSD The installation procedures depend on the access mode that you have set by using the above mentioned method If you have set DIRECT_IO_ACCESS 1 driver installation is not necessary Proceed to the next section on executing If you have set DIRECT IO ACCESS O Lanner bypass driver needs to be installed Install the driver and create a node in the dev directory as shown in the following example For Linux Insert module and create node in dev as below example insmod wd drv k o mknod dev wd drv c 241 0 For FreeBSD Insert module as below example kld
10. SATA HDD Power Connector ATA Connector ATA Connector OMA1 Pin9 Function Selection Jumper MCU Communication Settino Dual Type A USB Connector Internal USB Connector with Pin Header Dual Type A USB Connector VGA Port with DE 15 Connector U U t Oo te b DC IN1 DC IN2 DMIT AUDIO1 CCMOS1 COMA COMB1 0 U V fd lI I lI I I B Un ui B OV B Un Ow Ow UT O 14 3 AN1_1 LAN1_2 JJ MPCIE1 ATA1 ATA2 C1T1 C3T1 16 DC INT DCIN2 MPCIEI 7 U U U V fed I I I Un Un Jun un AAAA GA1 ee Embedded and Industrial Computing Board Layout 13 Chapter 3 Jumper Settings LEB 7110 Serial ATA Connector SATA1 SATA2 It is for connecting a 2 5 harddisk to be served as your system s storage It can support SATA Il which features Data transfer rates up to 3 0 Gb s 300 MB s Note that SATA I supports SATA DOM connection and it has a jumper to switch the powermode of this port Pin No R X NA UJ S UI O SATA1 SATA Power SATA2 4 pin Serial ATA Power Connector PW1 It is for connecting the SATA power cord for SATA2 connector 1 12V SATA1Power Mode Selection JSATA1 The SATA1 interface s pin can be switched
11. by this jumper to supply power to a SATA DOM 3 2 GND Default 1 5V RS 232 Serial Port COM1 JCOMA1 It is a RS 232 port through the D SUB9 connector Cee e DCDA DSRA RXDA RTSA TXDA CTSA Data Terminal Ready LE Ring Indicator DTRA RIA CI om l GND Ts s Embedded and Industrial Computing Board Layout RS 232 Serial Port COM2 JCOMB1 It is a RS 232 port with a internal pin header Bu RM eee DCDB CTSB DSRB DIRB Km UAR ud RXDB RIB Bil ud LE coU RISB TXDB COMA T Pin 9 Function Selection SC1T1 The Pin No 9 of RS 232 can be altered to supply power J RS 232 Pin 9 Function JPT JP2 5V 1 2 12V 3 4 Rl Default 5 6 LAN1 1 LANT1 2 Dual RJ 45 with LED The LAN ports are provided by Intel 82583 Ethernet Controllers The following lists its main features The Preboot eXecution Environment PXE remote boot support e TCP segmentation offload TCP UDP IPv4 checksum offload e Supports IEEE 802 1Q VLAN tagging Y Z o D Nn a EX Er O 3 Fast Ethernet X 4 a 78 0 100 1000 ink ACT ink ACT N gt gt lt gt lt Co UI j 6 8 CENE 14 Chapter 3 Board Layout Clear CMOS jumper JCCMOS1 It is for clearing the Dual USB Type A Connector USB1 USB3 CMOS memory 6 USB 8 GND Normal Default Clear CMOS Digital I O DI1 Digital IN OUT DIO1 Connector The 8 pins of digital
12. d the user manual at the Lanner support website at http assist lannerinc com modules wfdownloads viewcat php cid 90 21 Appendix C Appendix C Terms and Conditions Warranty Policy k All products are under warranty against defects in materials and workmanship for a period of one year from the date of purchase The buyer will bear the return freight charges for goods returned for repair within the warranty period whereas the manufacturer will bear the after service freight charges for goods returned to the user The buyer will pay for repair for replaced components plus service time and transportation charges both ways for items after the expiration of the warranty period If the RMA Service Request Form does not meet the stated requirement as listed on RMA Service RMA goods will be returned at customer s expense The following conditions are excluded from this warranty Improper or inadequate maintenance by the customer Unauthorized modification misuse or reversed engineering of the product Operation outside of the environmental specifications for the product T ms Embedded and Industrial Computing Terms and Conditions RMA Service Requesting a RMA 1 To obtain a RMA number simply fill out and fax the RMA Request Form to your supplier 2 The customer is required to fill out the problem code as listed If your problem is not among the codes listed please write the symptom d
13. e let Bal i lt D o 9 2 25 LIPS 18 Appendix A Appendix A Programming Watchdog Timer A watchdog timer is a piece of hardware that can be used to automatically detect system anomalies and reset the system or one pair of network ports in bypassed state However only one function can be activated at a time in case there are any problems Generally speaking a watchdog timer is based on a counter that counts down from an initial value to zero The software selects the counter s initial value and periodically restarts it Should the counter reach zero before the software restarts it the software is presumed to be malfunctioning and the processor s reset signal is asserted Thus the processor will be restarted as if a human operator had cycled the power For sample watchdog code see wd bp folder under Driver and Utility on the Driver and Manual CD Clack Executing the commands through the Command Line 1 wd_tst swtsr Set Watchdog Timeout State to Reset 2 wd_tst swt xxx Set Watchdog Timer 1 255 seconds 3 wd_tst start Start Watchdog Timer 4 wd_tst stop Stop Watchdog Timer The following procedures are required for running the watchdog program on DOS Linux and FreeBSD S Note 1 For DOS environment use DJGPP as compiler and the makefile Makefile dos 2 For Linux support kernel versions are 2 4 x and 2 6 x Use the makefile Makefile linux 3 For FreeBSD support version is
14. escription in the remarks box 3 Ship the defective unit s on freight prepaid terms Use the original packing materials when possible 4 Mark the RMA clearly on the box Note Customer is responsible for shipping damage s resulting from inadequate loose packing of the defective unit s All RMA are valid for 30 days only RMA goods received after the effective RMA period will be rejected 22 Appendix C Terms and Conditions RMA Service Request Form When requesting RMA service please fill out the following form Without this form enclosed your RMA cannot be processed Reasons to Return o Repair Please include failure details o Testing Purpose Company Contact Person Phone No Purchased Date Fax No Applied Date Return Shipping Address Shipping by a Air Freight o Sea o Express o Others Item Model Name Serial Number Configuration Item Problem Code Failure Status Problem Code 01 D O A 07 BIOS Problem 13 SCSI 19 DIO 02 Second Time 08 Keyboard Controller Fail 14 LPT Port 20 Buzzer R M A 09 Cache RMA Problem 15 PS2 21 Shut Down 03 CMOS Data Lost 10 Memory Socket Bad 16 LAN 22 Panel Fail 04 FDC Fail 11 Hang Up Software 17 COM Port 23 CRT Fail 05 HDC Fail 12 Out Look Damage 18 Watchdog Timer 24 Others Pls specify 06 Bad Slot Request Party Confirmed By Supplier Authorized Signature Date Authorized Signature Date s m Embedded and Industrial Computing i
15. f them are RS 232 compatible Digital Input Output through 2 x 5 pin terminal block Audio input and output connectors Realtek ALC886 codec n n Embedded and Industrial Computing Introduction System Specification LEC 7110 268x44x174mm 10 55 x1 73 x6 85 LEC 7 Series Dimension WxHxD Processor Chipset Intel NM10 system Tedbgy Technology Memor Max Capacity Up to 4GB Ethernet Controller Intel 82583 x2 Graphic Controller Audio Controller Realtek ALC886 Display Video Grabber Serial 1 0 Digital 1 0 Power Input Expansion Others Power Input 12Vdc 5 ATX mode AC Adapter Fintek F81865 integrated watch dog timer 1 255 level Hardware Monitor OS Support Certifications CE FCC Class A Compliance Operating Temperature Range 10 to 55C with Industrial with 5 to 45C with commercial Commercial Components JI Chapter 1 Package Contents Your package contains the following items e The LEC 7110 Embedded System e DC 12V 60W Power Adapter Serial ATA Power Cable e Wall Mounting Kit e Drivers and User s Manual CD s m Embedded and Industrial Computing Introduction Chapter 2 System Components Chapter 2 System Components li l i v System Drawing Mechanical dimensions of the LEC 7110 Unit mm Cha pter 2 System Components Block Diagram The block diagram depicts t
16. he relationships among the interfaces and modules on the motherboard VGA Up to 1920x 1200 HDMI SATA LAN 1 SATA Connector j 2x SATA Connectors 2x PCle RJ 45 LAN 2 RJ 45 Mini PCle with PCle ME 2n SIM card Reader eader for Po 1x Socket use splitter puer Audio Output 2x Port A in fi x Port A in front 1 8 Phone Jack 2x Port A in rear 2x Pin Header Mic Input 1 8 Phone Jack Serial Port 2x pin header for RS 232 12V Digital I O 4x in 4x out terminal blocks 100mA for each output port Power Adapter 12V AC to DC Power DC Jack with lock H W Monitor WDT Embedded and Industrial Computing Chapter 2 System Components Front Components F1 COM Port 1 Serial ports through the DB 9 JCOMA1 on page 14 connector COM1 supports RS 232 communication protocol In addition to this port a pin header is also provided F2 SIM Card Reader External SIM card reader for wireless 3G connection To open the reader Insert the tip of a pointy object or a small paper clip into the SIM eject lever on the SIM card reader Press firmly and push it straight in until the tray pops Out F3 Dual USB Stack Connector An USB type A connector in addition to USB3 on page 15 this connector an internal pin header is provided F4 Power B
17. his own expense Chapter 1 Chapter 1 Introduction Thank you for choosing the LEC 7110 The LEC 7110 is Lanner s flagship IPC It features the Dual Core Intel Atom D2550 processor The LEC 7110 is an ideal solution for digital signage and infortainment or self service kiosk whether it is carried on the public transportation or situated in a public setting This all in one system is fanless and has a dust proof case It can be easily installed at places where space is limited and the weather condition is harsh 268x174x44mm The system can be conveniently situated in a place where space is limited and the weather condition is diverse operating temperature 10 to 55C with Industrial components and 5 to 45 C with commercial components The list shows the versatile connectivity that the device provides e Intel integrated Graphics Media Accelerator 3150 which supports VGA up to 1920x1200 and HDMI with integrated audio and video function 1920 x1200 Dual 10 100 1000 Mbps LAN provided by Intel 82583 Ethernet controller One Mini PCle expansion slots it comes with a SIM card reader that can support 3G Internet e Two SATA 2 0 Ports SATA1 supports SATA DOM connection It provides storage for photos videos and other multi media contents e USBx6 2 external ports on the back 2 external ports on the front and 2 internal pin header e COM x 2 1 is in DB 9 port and the other one is a pin header both o
18. igital Input Output 21 Appendix C Terms and Conditions 22 Warranty POIICY TT 24542024 Gee oe READER eH eee EEE Tee ee ee aS 22 RMA S IrViCe uua ac be ow DD wow RW ed eee De wee O3 O3 ee eS 22 About Overview Icon Descriptions The icons are used in the manual to serve as an indication of interest topics or important messages Below is a description of these icons NOTE This check mark indicates that S there is a note of interest and is something that you should pay special attention to while using the product WARNING This exclamation point AN indicates that there is a caution or warning and it is something that could damage your property or product Online Resources The listed websites are links to the on line product information and technical support Resource Website http www lannerinc com Product Resources http assist lannerinc com http eRMA lannerinc com Copyright and Trademarks This document is copyrighted 2012 All rights are reserved The original manufacturer reserves the right to make improvements to the products described in this manual at any time without notice No part of this manual may be reproduced copied translated or transmitted in any form or by any means without the prior written permission of the original manufacturer Information provided in this manual is intended to be accurate and reliable However the original manufacturer assumes no responsibility for its
19. load v wd_drv ko Execute wd tst swtsb Set Watchdog Timeout State to Bypass function wd_tst swtsr Set Watchdog Timeout State to Reset function wd tst swt xxx Set Watchdog Timer 1 255 seconds wd tst start Start Watchdog Timer wd tst stop Stop Watchdog Timer Note e 1 wd tst start will not be available if 19 Appendix A DIRECT IO ACCESS 1 use the command wd tst swt xxx to start the watchdog timer instead 2 Watchdog timer can support two functions system rest or LAN bypass However only one function can be activated at a time You should modify the code or switch it to the desired state function accordingly 3 For more details refer to the README file Install on the Windows Refer to Appendix A Digital Input Output for Lanner GPIO driver installation Programming Watchdog Timer 20 Appendix B Appendix B Digital Input Output The Digitanl I O on the rear panel is designed to provide the input and output operation for the system For sample DIO code see DIO folder under LEC 7110 Utility in the Driver and Manual CD Execute Via the Command Line Specific to the PCH chipset used or Super IO chipset the commands and functionality vary by product models For more information refer to the README or User Guide contained within the utility folder For example Here we have Fintek F81865 with a Microcontroller for the GPIO utility to execute f
20. ollow the command description below The Lanner F81865 MCU GPIO utility for Digital Input Usage ioa3 dos get input state decimal value of port get the high low state of the specified input port get output state decimal value of port get the high low state of the specified output port set output state decimal value of port set the high low state of the specified port invert input state output state decimal value of port change the state of the port from high to low or low to high input voltage min get the system s minimally allowed voltage level input voltage get the current system voltage level Argument The decimal value of port is calculated as shown in the following table Pin No Pin Name binary decimal ET d pu 199 000 3 0100 7 Inputs 9 GND Digital Input Output Control Pin No Pin Name binary decimal EE EN nn AME 2 OutputO 1000 Soo NU a c 6 Outpu2 0000 2 8 j Outpt3 000 1 La eo 1 For instance to get the input state of the DI 1 and DI 2 type ioa3 dos get input state 6 Likewise to get the output state of the DO 1 and DO 2 type ioa3 dos get output state 6 The default value for output port is 1 which indicates the high voltage 5V Note For more information on Lanner DIO and E other platform management utilities such as installation on the Linux and FreeBSD downloa
21. only the correct way in the tray With the tray aligned as shown carefully replace the SIM tray containing the SIM card in the system Installing the Wireless 3G module P Align the wireless module s key with the Mini PCle slot notch Insert the wireless module into the connector diagonally Fasten the wireless module to the board with the screws Use the Mini PCle module screws contained within the package HSOSLO NOQYLYS MIS 3s0vowaresessssoNa FF zooooczzoozio MERE i9 E TURIN G itd a aia zaz 1 357548040034420 ia Embedded and Industrial Computing Hardware Setup Wall Mounting The product ships with wall mounting kit To mount your product on the wall follow the instructions below 1 First make a hole for the anchor in the surface on the wall Then press the anchor into the hole until it is flush with the surface You may need a hammer to tap the wall anchor Use a screwdriver to screw the threaded screw into the plastic anchor Attach the wall mounting bracket to the back of the device securing it in place with four of the flat head screws provided Hang the device on the wall Unit mm gr cm o O 6 E 9 Oo O 100 l v Off 9 P fe or wl D
22. utton with dual LED ATX Power on button with LEDs Standby mode in Red Power on mode in Green F5 HDD Yellow and HDD Power LED Green e Blinking data access activities e Off no data access activities Power e On The computer is on Off The computer is off Embedded and Industrial Computing Chapter 2 System Components Rear Components R1 Component Description Pin Definition Reference R1 VGA Port DB 15 Female Connector for VGA VGA1 on page 16 connection up to 1920x1200 The graphic engine is provided by Intel onboard qraphic GMA3150 R2 HDMI An HDMI port which also HDMI1 Connector on page 16 integrates with an audio output offers maximum resolution up to 1920x1200 The graphic engine is orovided by Intel GMA 3150 R3 DIO Port 4 digital input and 4 output ports DI1 on page 15 to support input and output operations The MCU and its flash will help to retain the DIO last state even when the system reboots or shuts down Refer to Chapter 3 Board Layout and Appendix B Digital Input Output for DIO control R4 Dual USB Stack Connector An USB type A connector in USB1 on Page 15 addition to this connector an internal pin header is provided R5 Dual 10 100 1000 LAN Two RJ 45 network jacks with LED LAN1 1 1 2 on page 13 Ports indicators as described below The LAN ports are provided by Realtek RTL8111 They both support WOL LINK ACT SPEED Wake on LAN and Remote wake up LINK ACT
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