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DIGITAL-LOGIC AG

SM800/900DK Technical Manual V1.2B

35

5. J

UMPER

L

OCATIONS ON THE

B

OARD

The following tables show the location of the jumper blocks on the MSEBX800/900 board. The numbers
shown in these tables are silk screened on the board so that the pins can be easily located. This chapter
refers to the individual pins for these jumpers.

Be careful:

some jumpers are soldering bridges; you will need a miniature soldering station with a vacuum

pump.

Settings written in bold are defaults!

5.1. The 2pin Jumpers

Jumper Structure

Open

Closed

1 - 2

J2

LAN B (SM800DK LAN) isolate

Enable LAN B

Disable LAN B

J6

Select Video Out- or Input

Enable LCD/LVDS

Enable Video-In

J8

Disable write protection of local FWH
(FirmWareHub)

FWH read only

FHW read / write

J9

Boot FWH from SM800PCX or from
the MSEBX800-Board

Boot SM800PCX
FWH

Boot local FWH

5.2. The 3pin Jumpers

Jumper Structure

Open

Closed

1 - 2

Closed

2 - 3

J1

PCI X130 slot in JTAG chain

JTAG w/

JTAG w/o

J3

LCD VDD voltage

+3.3V

+5V

J4

LVDS transmitter

LVDS on

LVDS auto on

LVDS off

J5

LCD Backlight voltage

+5V

+12V

1)

J7

RTC enable / disable

Enable RTC batt

Disable RTC batt

2)

1.)

The 12V are only available if an ATX-Supply is connected.

2.)

It's possible to connect an external RTC back-up battery to pin 2-3 of

J7

.

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Summary of Contents for SM800/900DK

Page 1: ...AL USER MANUAL FOR SM800 900DK Development Kit Design IN Manual Nordstrasse 11 F CH 4542 Luterbach Tel 41 0 32 681 58 00 Fax 41 0 32 681 58 01 Email support digitallogic com Homepage http www digitallogic com ...

Page 2: ...s and programmers of systems based on the MICROSPACE Computer family This manual provides instructions for installing and configuring the board and describes the system and setup requirements This document contains information on hardware requirements interconnections and details of how to program the system Please check the Product CD for further information and manuals REVISION HISTORY Document ...

Page 3: ...3 SYSTEM PREPARATION 17 3 1 Important Information 17 3 2 Print Detailed Information from the CD 17 3 3 Power Reset Buttons 18 3 4 smartModule Replacement 18 3 4 1 Tools Needed 18 3 4 2 Removing the smartModule 19 3 4 3 Mounting the smartModule 21 4 DESCRIPTION AND LOCATION OF THE CONNECTORS 22 4 1 Connector Plan 23 4 2 Connector Descriptions 24 5 JUMPER LOCATIONS ON THE BOARD 35 5 1 The 2pin Jumpe...

Page 4: ...nterface of the Module 62 12 4 20 IDE Interface of the Module 63 12 4 21 VGA Interface of the Module 63 12 4 22 LCD Interface of the Module 63 12 4 23 Floppy Interface of the Module 64 12 4 24 VideoIn Interface of the Module 64 12 4 25 LCD Interface Signal Color Definition 65 12 4 26 CRT Monitor Signal Definition 65 13 DESIGN RULES FOR INTEGRATION 66 13 1 Start up Power off Procedure 67 13 1 1 AUT...

Page 5: ...claims any implied warranty of merchantability or fitness for any particular purpose DIGITAL LOGIC AG shall under no circumstances be liable for incidental or consequential damages or related expenses resulting from the use of this product even if it has been notified of the possibility of such damage 1 3 Environmental Protection Statement This product has been manufactured to satisfy environmenta...

Page 6: ...MA Return Material Authorization number in the Support Center at http support digitallogic ch All other customers must contact their local distributors for returning defective materials This limited warranty does not extend to any product which has been damaged as a result of accident misuse abuse such as use of incorrect input voltages wrong cabling wrong polarity improper or insufficient ventila...

Page 7: ...ult in damage to your equipment Warning ESD Sensitive Device This symbol and title inform that electronic boards and their components are sensitive to Electro Static Discharge ESD In order to ensure product integrity at all times care must always be taken while handling and examining this product Attention This symbol and title emphasize points which if not fully understood and taken into consider...

Page 8: ...exchange between systems Local and metropolitan area networks Specific requirements Part 3 Carrier Sense Multiple Access with Collision Detection CSMA CD Access Method and Physical Layer Specifications http www ieee org IEEE 802 3ae Amendment to IEEE 802 3 2002 Part 3 Carrier Sense Multiple Access with Collision Detection CSMA CD Access Method and Physical Layer Specifications Amendment Media Acce...

Page 9: ...llation of piggybacks or peripherals Serious electrical shock hazards can exist during all installation repair and maintenance operations with this product Therefore always unplug the power cable and any other cables which provide external voltage before performing work Warning ESD Sensitive Device Electronic boards and their components are sensitive to static electricity In order to ensure produc...

Page 10: ...ion from the supplier indicating that their production processes and resulting devices are RoHS compliant 2 If there is any doubt of the RoHS compliancy the concentration of the previously mentioned substances in a produced device will be measured These measurements are carried out by an accredited laboratory 1 11 3 WEEE Application The WEEE directive is closely related to the RoHS directive and a...

Page 11: ... for Quality and Management Systems SQS provides certification and assessment services for all types of industries and services SQS certificates are accepted worldwide thanks to accreditation by the Swiss Accreditation Service SAS active membership in the International Certification Network IQNet and co operation contracts agreements with accredited partners www sqs ch The SQS Certificate ISO 9001...

Page 12: ...ith passive cooler mounted on b an MSEBX board mounted on c the DK housing incl HDD FD CD DVD drive d including the floppy and IDE cables 2 External power supply with cabling 3 The User Manual 4 The Product CD containing other manuals drivers software schematics etc 5 A jumper set 5x 2 54mm and 5x 2mm 6 Part Nr 802051 the PC 104 spacer kit 7 An MSCF CompactFlash adapter with IDE cable Contents of ...

Page 13: ...6 parallel port o Micro floppy connection o Hard drive 3 5 inch 40 pin and 2 5 inch 44 pin connector with optional flash card connector o Buzzer o IRDA infrared port Peripheral extension possibility like o PC 104 ISA slot for peripheral ISA extension o PC 104 PCI slot for peripheral PCI extension o Standard PCI slot for peripheral PCI extension o Intel Ethernet LAN chip 82559ER on DK for Smart Mod...

Page 14: ...DIGITAL LOGIC AG SM800 900DK Technical Manual V1 2B 14 2 3 Block Diagrams 2 3 1 MSEBX800 900 ...

Page 15: ... SM800 900DK Technical Manual V1 2B 15 2 3 2 SM800 900 2 4 Ordering Information Part Option Part Nr Comments SM800DK 805220 Incl SM800PC and 512MB RAM For current ordering information please see the current price list ...

Page 16: ...ower supply onboard 12V 5V Interface Specification FD Floppy Disk Interface 26pin IDE IDE Interface 44pin VGA DSUB connector 15pin LCD 50pin 36bit LCD interface COM1 Serial Interface Connector DSUB 9pin COM2 Serial Interface Connector DSUB 9pin LPT1 Parallel Port Interface DSUB 25pin Keyboard PS 2 Keyboard Connector Mouse PS 2 Mouse Connector USB Dual USB Connector LAN RJ 45 LAN Connector PCI Stan...

Page 17: ...loppy drive Attention The smartModule must be firmly attached to the board with screws Do not attempt to power up the system without taking this step or the system may not work and you risk damaging the equipment See Section 3 4 2 for photos and full description of how to assemble disassemble the smartModule 3 2 Print Detailed Information from the CD Note Place the Product CD into the CD Drive of ...

Page 18: ...3 3 Power Reset Buttons Power Button Push the Power Button for 2 seconds to start up the system Reset Button Should the system hang press the Reset Button 3 4 smartModule Replacement 3 4 1 Tools Needed Phillips head screwdriver 1 80 Ph Wrench spanner size 6 ...

Page 19: ... the IDE cable marked as 2 on Photo 1 3 Loosen and remove the 4 Phillips head screws at the corners circled in red and marked 3 on Photo 1 the one marked with an asterisk is almost not visible as it is hidden beneath the IDE cable 4 Loosen and remove the 4 bolts which may be used to attach PC104 boards circled in yellow and marked 4 on Photo 1 Photo 1 ...

Page 20: ...ift the MSEBX board and place it upside down as in Photo 2 6 Loosen and remove the 4 Phillips head screws which are holding the smartModule in place on the opposite side These screws are circled in green and marked 6 on Photo 2 7 Remove the smartModule Photo 2 ...

Page 21: ...ule on the MSEBX board top side Then on the reverse side attach the smartModule using 4 Phillips head screws Photo 2 marked 6 2 Turn over the MSEBX and line it up on the housing of the DK Attach the board to the DK with the 4 bolts Photo 1 marked 4 and the 4 Phillips head screws Photo 1 marked 3 3 Reattach the cables floppy Photo 1 marked 1 and IDE Photo 1 marked 2 ...

Page 22: ...1 Keyboard PS 2 X32 Mouse PS 2 X33A LAN A LAN interface of SM800PCX 8 RJ45 X33B USB 0 4 X33C USB 1 4 X34A LAN B 82551ER SM800DK 8 RJ45 X34B USB 2 4 X34C USB 3 4 X36 ISA POD CPLD 2x 5 RM2 54 X39 COM 2 9 D Sub 9 X51 JTAG 2x 5 RM2 54 X52 AVR Programming 2x 3 RM2 54 X53 Utility Extension 2x 10 RM2 54 X60 HDD 2 5 2x 22 RM2 54 X62 HDD 3 5 2x 20 RM2 54 X70 Floppy 26 FCC X100 PC 104 PC 104 PC 104 X101 PC ...

Page 23: ...DIGITAL LOGIC AG SM800 900DK Technical Manual V1 2B 23 4 1 Connector Plan ...

Page 24: ...D 16 GND 17 GND 18 5V 19 5V 20 5V X11 LVDS Pin Signal Pin Signal 1 LVDS_A0 2 LVDS_A0 3 GND 4 GND 5 LVDS_A1 6 LVDS_A1 7 LCD BKL dep J5 8 LCD BKL dep J5 9 LVDS_A2 10 LVDS_A2 11 LCD VDD dep 3 12 LCD VDD dep 3 13 LVDS_A3 14 LVDS_A3 15 NC 16 NC 17 NC 18 NC 19 LVDS_Clock 20 LVDS_Clock The LVDS interface works only if Jumper J6 is not installed X14 Video Input Channel Pin Signal Name Function in out 1 Vi...

Page 25: ... 30 D19 31 D20 32 NC 33 D21 34 D22 35 D23 36 NC 37 NC 38 NC 39 NC 40 NC 41 NC 42 NC 43 NC 44 Ground 45 NC 46 NC 47 NC 48 NC 49 VCC 50 NC The LCD interface works only if Jumper J6 is not installed X20 Microphone Input Audio Connector Pin Signal Pin Signal 1 NC 2 Sense 3 Audio Ground 4 Channel R 5 Channel L 6 NC X22 Front Stereo Output Audio Connector Pin Signal Pin Signal 1 NC 2 Sense 3 Audio Groun...

Page 26: ...n 8 Data 6 Pin 9 Data 7 Pin 10 Acknowledge Pin 11 Busy Pin 12 paper end Pin 13 select Pin 14 autofeed Pin 15 error Pin 16 init printer Pin 17 shift in SI Pins 18 25 GND X30B Serial Port COM1 RS232 EMI Filtered D SUB connector Signal Pin 1 DCD Pin 2 RXD Pin 3 TXD Pin 4 DTR Pin 5 GND Pin 6 DSR Pin 7 RTS Pin 8 CTS Pin 9 RI X30C VGA Pin Signal 1 Red 2 Green 3 Blue 13 H Synch 14 V Synch 5 6 7 8 10 GND ...

Page 27: ...lt 100mA 6 MB_Clk 8 X33A Ethernet LAN RJ 45 Pin Signal RJ 45 Pin Signal 1 TX 2 TX 3 RX 4 GND 5 GND 6 RX 7 GND 8 GND X33B X33C USB 0 1 Pin Signal Pin Signal 1 VCC 5 VCC 2 USB Px 6 USB Px 3 USB Px 7 USB Px 4 GND 8 GND X34A Ethernet LAN RJ 45 Pin Signal RJ 45 Pin Signal 1 TX 2 TX 3 RX 4 GND 5 GND 6 RX 7 GND 8 GND X34B X34C USB 2 3 Pin Signal Pin Signal 1 VCC 5 VCC 2 USB Px 6 USB Px 3 USB Px 7 USB Px ...

Page 28: ...00m 328 feet minimum quality of CAT5 preferably S FTP or STP CAT6 Be careful to have a well balanced shield ground concept X36 CPLD Pin Signal Pin Signal 1 CPLD TCK 2 GND 3 CPLD TDO 4 VCC5SB 5 CPLD TMS 6 NC 7 SYS RST 8 NC 9 CPLD TDI 10 GND Only for internal use X39 Serial Port D SUB connector Signal Pin 1 DCD Pin 2 RXD Pin 3 TXD Pin 4 DTR Pin 5 GND Pin 6 DSR Pin 7 RTS Pin 8 CTS Pin 9 RI X51 JTAG P...

Page 29: ... GPIO 34 14 GND 15 SMB SDA 16 NC 17 SMB SCL 18 NC 19 NC 20 NC X60 2 5 Hard Disk Pin Signal Pin Signal 1 Reset active low 2 NC 3 D7 4 D8 5 D6 6 D9 7 D5 8 D10 9 D4 10 D11 11 D3 12 D12 13 D2 14 D13 15 D1 16 D14 17 D0 18 D15 19 GND 20 keypin NC 21 DRQ 22 GND 23 IOW active low 24 GND 25 IOR active low 26 GND 27 IOCHRDY 28 ALE Master Slave NC 29 DACK 30 GND 31 IRQ14 pri IRQ15 sec 32 IOCS16 active low 33...

Page 30: ...32 IOCS16 active low 33 ADR1 34 DIAG 35 ADR0 36 ADR2 37 CS0 active low 38 CS1 active low 39 LED active low 40 GND X70 Floppy Disk FD26 Pin Signal Name Function in out 1 VCC 5Volt 2 IDX Index Pulse in 3 VCC 5Volt 4 DS2 Drive Select out 5 VCC 5Volt 6 DCHG Disk Change in 10 M02 Motor on out 12 DIRC Direction Select out 14 STEP Step out 16 WD Write Data out 17 GND Signal grounds 18 WE Write Enable out...

Page 31: ... IRQ14 8 SD1 0WS LA17 DACK0 9 SD0 12V MEMR DRQ0 10 IOCHRDY Ground NC MEMW DACK5 11 AEN SMEMW SD8 DRQ5 12 SA19 SMEMR SD9 DACK6 13 SA18 SIOW SD10 DRQ6 14 SA17 SIOR SD11 DACK7 15 SA16 DACK3 SD12 DRQ7 16 SA15 DRQ3 SD13 5 Volt 17 SA14 DACK1 SD14 MASTER 18 SA13 DRQ1 SD15 Ground 19 SA12 REF Ground Ground 20 SA11 SYSCLK 21 SA10 IRQ7 22 SA9 IRQ6 23 SA8 IRQ5 24 SA7 IRQ4 25 SA6 IRQ3 26 SA5 DACK2 27 SA4 TC 28...

Page 32: ...B0 PAR 10 GND PERR 3 3V SDONE 11 STOP 3 3V LOCK GND 12 3 3V TRDY GND DEVSEL 13 FRAME GND IRDY 3 3V 14 GND AD16 3 3V C BE2 15 AD18 3 3V AD17 GND 16 AD21 AD20 GND AD19 17 3 3V AD23 AD22 3 3V 18 IDSEL0 GND IDSEL1 IDSEL2 19 AD24 C BE3 VI O IDSEL3 20 GND AD26 AD25 GND 21 AD29 5V AD28 AD27 22 5V AD30 GND AD31 23 REQ0 GND REQ1 VI O 24 GND REQ2 5V GNT0 25 GNT1 VI O GNT2 GND 26 5V CLK0 GND CLK1 27 CLK2 5V ...

Page 33: ...3 3V 27 GROUND 28 3 3V 89 3 3V 90 AD 06 29 REQ 30 GNT 91 AD 05 92 AD 04 31 3 3V 32 GROUND 93 RESERVED 94 AD 02 33 AD 31 34 PME 95 AD 03 96 AD 00 35 AD 29 36 RESERVED 97 5V 98 RESERVED_WIP5 37 GROUND 38 AD 30 99 AD 01 100 RESERVED_WIP5 39 AD 27 40 3 3V 101 GROUND 102 GROUND 41 AD 25 42 AD 28 103 AC_SYNC 104 M66EN 43 RESERVED 44 AD 26 105 AC_SDATA_IN 106 AC_SDATA_OUT 45 C BE 3 46 AD 24 107 AC_BIT_CL...

Page 34: ...8 GND Ground A29 AD20 Address Data 20 B29 AD21 Address Data 21 A30 GND12 Ground B30 AD19 Address Data 19 A31 AD18 Address Data 18 B31 3 3V 3 3 VDC A32 AD16 Address Data 16 B32 AD17 Address Data 17 A33 3 3V05 3 3 VDC B33 C BE2 Command Byte Enable 2 A34 FRAME Address or Data phase B34 GND13 Ground A35 GND14 Ground B35 IRDY Initiator Ready A36 TRDY Target Ready B36 3 3V06 3 3 VDC A37 GND15 Ground B37...

Page 35: ...ture Open Closed 1 2 J2 LAN B SM800DK LAN isolate Enable LAN B Disable LAN B J6 Select Video Out or Input Enable LCD LVDS Enable Video In J8 Disable write protection of local FWH FirmWareHub FWH read only FHW read write J9 Boot FWH from SM800PCX or from the MSEBX800 Board Boot SM800PCX FWH Boot local FWH 5 2 The 3pin Jumpers Jumper Structure Open Closed 1 2 Closed 2 3 J1 PCI X130 slot in JTAG chai...

Page 36: ...DIGITAL LOGIC AG SM800 900DK Technical Manual V1 2B 36 5 3 Jumpers on the MSEBX800 ...

Page 37: ...unction Hard Disk LEDs Type RED LED Reference D15 2 5 HDD connector D17 3 5 HDD connector Function Show hard disk access Ethernet LAN LEDs for the ER82551ER controller integrated on the Development Kit LED Color Function L5 Green Activity L6 Green Link L7 Green Activity L8 Yellow Link ...

Page 38: ...RIVER INSTALLATION Please refer to the GEODE_LX800 900 manual 7 SOFTWARE Please refer to the GEODE_LX800 900 manual 8 SPECIAL PERIPHERALS CONFIGURATIONS SOFTWARE Please refer to the GEODE_LX800 900 manual 9 BIOS Please also refer to the GEODE_LX800 900 manual ...

Page 39: ...age Is the floppy disk not write protected Start the DOWNLOADING process 1 Start the system with the bootable diskette If you do not have a bootable diskette or floppy drive you can start in DOS mode by pressing the F5 key to disable the autoexec bat and config sys 2 Run FlashROM com as followed FLASHROM sFFFC0000 biosname xxx 3 Power off the system 4 After powering the system back up press F1 to ...

Page 40: ...nical Manual V1 2B 40 9 2 BIOS Recovery In case the BIOS needs to be recovered 1 Set Jumper J9 2 Start the MSEBX800 900 3 Open the BIOS 4 Remove Jumper J9 5 Load the default BIOS settings 6 Save the settings 7 Restart the MSEBX800 900 ...

Page 41: ...disable write access to shadow memory Info 0Bh Initialize L1 and L2 cache See Post 0CEh Info 0Ch Core Logic initialization Host bridge Setup GLPCI registers Enable Clock Gating Setup AES engine Apply CPU bugfixes See Post 0E8h Info 0Dh Platform specific chipset Init Info 0Eh Initialize Super I O Info 0Fh PC AT Compatibility stuff Initialize DMA controller to AT compatible mode Clear the first 640k...

Page 42: ...cription Type 20h In CPUID test procedure Status of post 05h Info 28h Check the CPU Stepping information Status of post 05h Info 29h Check CPU DM BIST status Info Error 2Bh Check if there is an CS5536 Chip present Info 2Ch CS5536 Chip is present Info 2Dh CS5536 Chip not found Possible causes Stuck line on the PCI bus Southbridge defect Error 2Eh CPUID test passed Info 2Fh CPUID test failed Status ...

Page 43: ... BIST status Info Error 88h Check IM_DATA BIST status Info Error 89h Check FPU BIST status Info Error Checkpoint Description Type 90h In Stack Setup procedure See Post 07h 9Eh 9Fh Info 91h Check CPU PF BIST status Info Error 92h Check CPU L2 BIST status Info Error 93h Check GLCP BIST status Info Error 94h Check DF BIST status Info Error 95h Check VG BIST status Info Error 96h Check VIP BIST status...

Page 44: ...ror Checkpoint Description Type 0D0h Turn on SHADOW r w for C000 EFFF Info 0D1h Search all ROM images and decompress them Info 0D2h Initialize SMM module Info 0D3h VIDEO BIOS Init loads which ever BIOS is at C0000 Info 0D4h Initialize a LCD panel Info 0D5h Display splash screen if enabled Info 0D6h Initialize Harddisk module Info 0D7h Write enable System BIOS region and init remaining System Roms ...

Page 45: ...e different modules so the customer can know precisely which smartModule type can be used for each DK function Function SM800 900PC X 4 USB 2 0 IRDA Reset Switch Power Button ATX Supply SUSC off Ethernet LAN Chip on DK Core BIOS on DK Core BIOS Download IDE Primary Port 2 5 3 5 Floppy Keyboard Mouse PS 2 VGA Video In LCD Serial Ports 1 and 2 LPT PCI Slot PC 104 Slot PC 104 Slot ...

Page 46: ...DIGITAL LOGIC AG SM800 900DK Technical Manual V1 2B 46 12 DESIGN IN WITH THE SMARTMODULE 12 1 Mechanical Dimensions of the SM800 900PC X ...

Page 47: ...DIGITAL LOGIC AG SM800 900DK Technical Manual V1 2B 47 12 1 1 Mechanical PCB Pad Dimensions on the Carrier Board ...

Page 48: ...DIGITAL LOGIC AG SM800 900DK Technical Manual V1 2B 48 12 1 2 PCB to SM800 900PC X Height ...

Page 49: ... carrier board Custom height 5 0mm SM480 CON5 DLAG part number 807125 do not place components below the smartModule Standard height 7 0mm SM480 CON7 DLAG part number 807127 components should be placed a max 2 0mm below the smartModule 53475 2409 Dimension mm inches Circuits A Overall Length B 1st to Last Ckt C D 240 83 07 3 270 75 565 2 970 79 17 3 110 78 07 3 070 ...

Page 50: ... V1 2B 50 12 1 4 Mechanical Dimensions of the SM800 900PC X Receptacle Mounted on the smartModule800PC only as a reference 52760 2409 Dimension mm inches Circuits A B C D 240 84 07 3 309 75 565 2 970 80 47 3 168 78 87 3 105 DLAG part number 439003 ...

Page 51: ...Bus The two bus connectors X200B and X200A are located on the PCB motherboard Two signals are specified to simplify the compare and the checks Refer to chapter 12 1 1 for the dimensions of all drill and screw holes A120 A120 D 0 9mm D 0 7mm A1 B1 B120 J2 X200B D 0 7mm A1 B1 B120 J1 X200A DCD1 VCC ...

Page 52: ... 5 o LA18 A19 ISA 5 o IOCHRDY B19 ISA 5 o LA17 A20 ISA 5 o AEN B20 ISA 5 i o SD8 A21 ISA 5 o SA19 B21 ISA 5 i o SD9 A22 ISA 5 o SA18 B22 ISA 5 i o SD10 A23 ISA 5 o SA17 B23 ISA 5 i o SD11 A24 ISA 5 o SA16 B24 ISA 5 i o SD12 A25 ISA 5 o SA15 B25 ISA 5 i o SD13 A26 ISA 5 o SA14 B26 ISA 5 i o SD14 A27 ISA 5 o SA13 B27 ISA 5 i o SD15 A28 ISA 5 o SA12 B28 ISA 5 i DRQ 0 A29 ISA 5 o SA11 B29 ISA 5 i DRQ ...

Page 53: ... i o SERIRQ B58 VIDEO IN 3 i o Reserved VIP_SYNC A59 NC B59 VIDEO IN 3 i o Reserved VIP_CLK A60 NC B60 VIDEO IN 3 i o Reserved VIP VID8 A61 NC B61 VIDEO IN 3 i o Reserved VIP VID9 A62 AC97 3 i o AC97_BITCLK B62 VIDEO IN 3 i o Reserved VIP VID10 A63 AC97 3 i o AC97_SDIN0 B63 VIDEO IN 3 i o Reserved VIP VID11 A64 AC97 3 i o AC97_SDOUT B64 VIDEO IN 3 i o Reserved VIP VID12 A65 AC97 3 i o AC97_SYNC B6...

Page 54: ...C A96 NC B96 NC A97 POWER GROUND B97 NC A98 NC B98 NC A99 NC B99 POWER GROUND A100 NC B100 NC A101 NC B101 NC A102 NC B102 NC A103 NC B103 NC A104 NC B104 NC A105 NC B105 NC A106 POWER GROUND B106 NC A107 NC B107 NC A108 NC B108 NC A109 NC B109 NC A110 NC B110 NC A111 NC B111 NC A112 NC B112 NC A113 NC B113 NC A1144 NC B114 NC A115 NC B115 NC A116 NC B116 NC A117 NC B117 NC A118 NC B118 NC A119 NC...

Page 55: ...lock B19 FLOPPY 5 i disk change A20 MOUSE 5 o MOUSE clock B20 FLOPPY 5 o motor on 1 A21 MOUSE 5 i o MOUSE data B21 FLOPPY 5 o direction A22 POWER Ground B22 FLOPPY 5 o step impulse A23 IDE 5i 3 o IDE HD 0 B23 FLOPPY 5 o write data A24 IDE 5i 3 o IDE HD 1 B24 FLOPPY 5 o write gate A25 IDE 5i 3 o IDE HD 2 B25 FLOPPY 5 i track zero A26 IDE 5i 3 o IDE HD 3 B26 FLOPPY 5 i write protected A27 IDE 5i 3 o...

Page 56: ...15 B62 PCI 3 i o AD31 A63 PCI 3 o C BE0 B63 PCI 3 i INTA A64 PCI 3 o C BE1 B64 PCI 3 i INTB A65 PCI 3 o C BE2 B65 PCI 3 i INTC A66 PCI 3 o C BE3 B66 PCI 3 i INTD A67 POWER in VCC 5V B67 POWER in VCC 5V A68 PCI 3 o PCI CLK0 B68 PCI 3 o PCI CLK1 A69 PCI 3 i REQ0 B69 PCI 3 o GNT0 A70 PCI 3 i REQ1 B70 PCI 3 o GNT1 A71 PCI 3 i REQ2 B71 PCI 3 o GNT2 A72 PCI 3i REQ3 only SM800 B72 PCI 3 o GNT3 only SM800...

Page 57: ... VGA GREEN B101 VGA AGND VGA GROUND A102 VGA AC o VGA BLUE B102 VGA 3 o VSYNC A103 VGA AC o VGA RED B103 VGA 3 o HSYNC A104 NC B104 LCD 3 o LCD_ENAVDD A105 POWER GROUND B105 LCD 3 o LCD_SHCLK A106 LCD 3 o VSYNC B106 LCD 3 o HSYNC A107 LCD 3 o LCD_D12 B107 LCD 3 o LCD_D0 A108 LCD 3 o LCD_D13 B108 LCD 3 o LCD_D1 A109 LCD 3 o LCD_D14 B109 LCD 3 o LCD_D2 A110 LCD 3 o LCD_D15 B110 LCD 3 o LCD_D3 A111 L...

Page 58: ...not used SYSCLK A8 8MHz TTL ISA BUS OSC B34 14 31MHz TTL ISA BUS CLK_LPC_FWH A51 33MHz 3 3V LPC Bus For external FWH Don t connect 24MHz B80 24MHz SuperIO For external SuperIO Don t connect PCI CLK 0 1 33MHz PCI Bus Connect to PCI device Only for 1 2 chips Don t connect If the PCI_CLKx must be split into two PCI devices separate it with 2x 10 Ohm directly at the smartmodule pin This is possible if...

Page 59: ...C POD analyzer to display the POD codes from the BIOS The LPC Bus is length sensitive maximum 20cm LPC Bus of the SM800 900 Signals Value Function Used for If used If not used LPC A46 A58 LPC Bus LPC devices Connect to LPC chips and minimum to a 10pin header for the POD80 analyzer Open not recommended 12 4 7 Suspend Outputs of the Module The suspend signals are power control signals for controllin...

Page 60: ...t used JTAG B94 B97 JTAG Recommended to connect to a 4pin header Don t connect 12 4 10 ISA Bus of the Module The ISA Bus is fully TTL with 8mA driving capability and supports all ISA features 8 16bit IO MEM DMA ISA Bus of the SM800 900 Signals Value Function Used for If used If not used ISA A2 B47 ISA TTL No external pull up down is needed Don t connect 12 4 11 AC97 Bus of the Module The AC97 Bus ...

Page 61: ...sed If not used PCI Signals PCI PCI BUS Connect the PCI chip Don t connect 12 4 14 LAN Interface of the Module The LAN interface is used to connect a transformer and a RJ45 connector to provide a standard LAN interface Please see the sample schematics For more information about LAN refer to the Intel 82551QM data sheet LAN Interface of the SM800 900 Signals Value Function Used for If used If not u...

Page 62: ...rovided by the SuperIO on module COMx Interface of the SM800 900 Signals Value Function Used for If used If not used COM1 COM2 TTL 5V I O 8mA outputs Serial Must be connected to an MAX211 RS232 converter Pullup all inputs to the UART Ex RxD DSR CTS RI DCD each with 1k to 3 3V 12 4 18 LPT Interface of the Module The LPT interface is provided by the SuperIO on module LPT Interface of the SM800 900 S...

Page 63: ...0 Signals Value Function Used for If used If not used VGA Analog RGB Connect all signals to the 15pin HiDSsub connector Don t connect VGA VSynch HSynch 5V Output Connect al signals to the 15pol HiDSub connector Don t connect VSYNCH and HSYNCH are 3 3V outputs from the LX800 and are buffered on module with a 74HCT125 to a real TTL 5V output and externally connected directly to the VGA Connector 12 ...

Page 64: ...ignals Value Function Used for If used If not used FD TTL 5V in opendrain out Connect all signals to the floppy head connector Don t connect 12 4 24 VideoIn Interface of the Module The VideoIn controller is complex Please see the sample schematics VIN Interface of the SM800 900 Signals Value Function Used for If used If not used Vin 3 3V Signals comes from a ADC TV in to RBG converter as SAA7111 D...

Page 65: ...14 FP7 Blue 5 Blue 7 B115 FP8 Green 0 B116 FP9 Green 1 B117 FP10 Green 0 Green 2 B118 FP11 Green 1 Green 3 A107 FP12 Green 2 Green 4 A108 FP13 Green 3 Green 5 A109 FP14 Green 4 Green 6 A110 FP15 Green 5 Green 7 A111 FP16 Red 0 A112 FP17 Red 1 A113 FP18 Red 0 Red 2 A114 FP19 Red 1 Red 3 A115 FP20 Red 2 Red 4 A116 FP21 Red 3 Red 5 A117 FP22 Red 4 Red 6 A118 FP23 Red 5 Red 7 12 4 26 CRT Monitor Signa...

Page 66: ...st interfaces on this product Some of these interfaces are working differentially and must be routed in twisted pair with equal flight times All power signals must be designed as power planes including all decoupling capacitors The power planes and their vias must be capable of transporting the maximum energy ...

Page 67: ...X START Mode ATX Start Mode the PWRBTN must be activated by pulling to GND for a system start X200A Pin 43 is connected to VCC5SB with 1kOhms ATX Start Mode system waits until the signal PWRBTN is actived by pulling down While running the module can be turned off either by the operating system or by issuing a low pulse of at least 4000ms on the PWRPTN forced shut down When the power button is pres...

Page 68: ...C SUSC is z State and the 100k pullup to VCC close the FET If the external 3 3V devices need more than 1Amp the external VCC3 must be generated out of the VCC 5V with a separate PWM converter To switch on off the SUSC must also be used Refer to the sample schematics where the VCC3 is generated externally Power supply 5V VCC5SB VCC5SB p channel FET External VCC devices External VCC3 devices e g LAN...

Page 69: ...nce Decoupling Capacitors VCC5SB 5 0V 0 2A 5 2x 100nF VCC 5 0V 1 5A 5 10x 100nF Attention The minimum input voltage is 4 9Volt under a full load Be careful that the power plane is able to support 8Amp peaks with a voltage loss of not more than 100mV Power Output from the SM800 900 need info Power plane from the SM800 900 to supply circuits on the mother board Voltage Volt Current Amp Voltage Toler...

Page 70: ...el 2 sec after MAIN_SW activated in S0 Power Connections 10 VCC pins must be supplied with 5V switched 0V 5V 11 VCC5SB 5V must always be there 5V 5V 12 SUSC must control all other external voltages 0V xV 13 VCC3 output Can be used if not leave these pins open 0V 3 3V Output max 1Amp 20 Battery supply for RTC 3 3V 3 6V SM800 900 A53 Input 3 6V 3 6V Reset signal Nr Checkpoint Part and Pin Nr Signal ...

Page 71: ... pulled up if no MAX232 interface chip is connected 0 5V 5V 41 The COM1 2 outputs are also used as reset strap options Never supply these pins from outside into the module A second SuperIO may be connected to the LPC Bus General Checks Nr Checkpoint Part and Pin Nr Signal level when powered DCMAIN but MAIN_SW not activated Signal level 2 sec after MAIN_SW activated in S0 Signal level in S3 after a...

Page 72: ...r Ω external is recommended Pull up Pull down Resistor Ω integrated on the smxxxPCX AD 31 0 None None C BE 3 0 None None FRAME None 10 K pull up to 3 3V DEVSEL None 10 K pull up to 3 3V IRDY None 10 K pull up to 3 3V TRDY None 10 K pull up to 3 3V STOP None 10 K pull up to 3 3V REQ 6 3 None 10 K pull up to 3 3V PAR None None SERR None 10 K pull up to 3 3V PCIRST 33 see Section 13 3 1 None LOCK not...

Page 73: ...ted to the end of a transaction as the result of a positive decode DEVSEL is asserted four cycles after the assertion of FRAME if DEVSEL has not been asserted by another PCI device when the Geode CS5536 companion device is programmed to be the subtractive decode agent Internal 10kΩ pull up to 3 3V This signal is in TRI STATE mode after reset IRDY I O PCI 3 3 PCI Initiator Ready IRDY is driven by t...

Page 74: ... to arbitrate for the PCI bus GNT 6 3 O PCI 3 3 PCI Bus Grant GNT is asserted by an arbiter that indicates to the GEODE CS5536 companion device that access to the PCI bus has been granted PAR I O PCI 3 3 PCI Parity PAR is the parity signal driven to maintain even parity across AD 31 0 and C BE 3 0 The GEODE CS5536 companion device drives PAR one clock after the address phase and one clock after ea...

Page 75: ...0mm On the module only CLK_PCI2ISA 100mm On the module only If there are more PCI devices than PCI clock lines clock replicators are needed Refer to the sample schematics 5 th of the 16 pages to see an example We recommend the ICS91305 to expand 1 clock to 4 clocks Never share one clock line to multiple PCI devices 13 5 ITP JTAG Signals Name Type Voltage Description JTAG_TDO O V_CPUPU JTAG Test Da...

Page 76: ...5V IOCS16 None 330 Ohm Pull up to 5V IOCHRDY None 1K Pull up to 5V MEMCS16 None 330 Ohm Pull up to 5V REFRESH None 1K Pull up to 5V ZEROWS None 1K Pull up to 5V IRQx None 10K Pull up to 5V DRQx None 1K Pull down IOCHK None 1K Pull up to 5V Master None 1K Pull up to 5V TC None 10K Pull down to GND Note 1 IRQ noise To reduce the clicking noise on the sound system generated from the interrupts mouse ...

Page 77: ...airs and any connector leaving the PCB i e I O connectors control and signal headers or power connectors 2 USB 2 0 signals should be ground referenced 3 Route USB 2 0 signals using a minimum of vias and corners 4 When it becomes necessary to turn 90 use two 45 turns or an arc instead of making a single 90 turn This reduces reflections on the signal by minimizing impedance discontinuities 5 Do not ...

Page 78: ...DIGITAL LOGIC AG SM800 900DK Technical Manual V1 2B 78 13 7 1 1 Roules for designing highspeed differential signals ...

Page 79: ...be kept away from the ethernet magnetics module to prevent interference of communication The retaining straps of the crystal if they exist should be grounded to prevent possible radiation from the crystal case The crystal should lay flat against the PC board to provide better coupling of the electromagnetic fields to the board For a noise free and stable operation place the crystal and associated ...

Page 80: ...DIGITAL LOGIC AG SM800 900DK Technical Manual V1 2B 80 13 7 2 1 PHY Interface Circuit with Integrated Magnetics ...

Page 81: ...DIGITAL LOGIC AG SM800 900DK Technical Manual V1 2B 81 The LAN connector J1012F21 from PULSE with integrated magnetics ...

Page 82: ...4 26 30 and 40 According to ATA 4 specifications a 10KΩ pull down resistor is required on DD7 to allow a host to recognize the absence of a device at power up This pull down is already on the SM800PC Both IDE devices master and slave must be connected to IRQ14 ALE is connected Pin28 together between the two ATA connectors and is pulled down with a 470Ω resistor to meet PC97 requirement DIAG Pin34 ...

Page 83: ...em if the floppy interface is unused leave the pins open 13 7 7 PS 2 Keyboard Mouse Interface The sm800 900PCX provides the TTL PS 2 signals All PS 2 signals are pulled up with 1k to 5Volt on the smartModule There is no problem if the PS 2 interface is unused leave the pins open All PS 2 data lines and power lines must be EMI filtered directly at the connector Use 47pF to earth 13 7 8 VGA Interfac...

Page 84: ...isolate the analog audio ground plane from the rest of the board ground plane There should be a single point 0 25 inches to 0 5 inches wide where the analog isolated ground plane connects to the main ground plane The split between planes must be a minimum of 0 05 inches wide Any signals entering or leaving the analog area must cross the ground split in the area where the analog ground is attached ...

Page 85: ... control these signals by programming the SuperIO Example code Winbond SIO W83627HF GPIO example Attention Only GPIO30 GPIO31 and GPIO34 are available for user on SM800PCX smartmodule Changing the state of other GPIOs may give unpredictable behaviour of the system GPIO30 BIT0 accessible GPIO31 BIT1 accessible GPIO32 BIT2 system GPIO33 BIT3 system GPIO34 BIT4 accessible GPIO35 BIT5 system Enter the...

Page 86: ...IO3 activation register MOV DX 2FH MOV AL 01H to deactivate GPIO3 write 0 OUT DX AL Activate GPIO3 CRF0 GP30 GP35 I O selection register Bit 7 6 Reserve When set to a 1 respective GPIO port is programmed as an input port When set to a 0 respective GPIO port is programmed as an output port MOV DX 2EH MOV AL 0F0H OUT DX AL select CRF0 MOV DX 2FH IN AL DX read current state of I O selection CRF0 reg ...

Page 87: ... IN AL DX AND AL user masks for separated IOs OR AL OUT DX AL update CRF2 CRF1 GP30 GP35 data register Bit 7 6 Reserve If a port is programmed to be an output port then its respective bit can be read written If a port is programmed to be an input port then its respective bit can only be read MOV DX 2EH MOV AL 0F1H OUT DX AL select CRF1 MOV DX 2FH IN AL DX read data from GPIOs into AL just an examp...

Page 88: ...AG SM800 900DK Technical Manual V1 2B 88 14 SCHEMATICS SM800 900PC DEVELOPMENT KIT The following pages show some sample schematics for the SM800 900PC Development Kit The Product CD includes the necessary schematics ...

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Page 102: ...t 26 RJ45 28 Serial Port 26 28 SPDif 25 Stereo Output 25 USB 27 Utility 29 VGA 26 Video Input Channel 24 D Design Considerations 72 Design Rules 66 Diagnostics 41 Disclaimer 5 DK Features 45 Driver Installation 38 E Environmental Protection Statement 5 F Features 13 I Important Information 17 Integration Checklist 70 Interface Specifications 16 Interfaces 77 COM1 2 83 Floppy 83 IDE 82 Keyboard 83 ...

Page 103: ...face 62 CRT Monitor 65 Floppy Interface 64 GPIOxx Interface 62 ISA Bus 60 JTAG Interface 60 LAN Interface 61 LCD Interface 63 65 LPC Bus 59 LPT Interface 62 PCI Bus 61 PM Controller 60 PS2 Interface 62 63 Reset Inputs 59 Reset Outputs 58 SMB I2C Bus 61 Supply Inputs 58 Supply Outputs 58 Suspend Outputs 59 USB Interface 61 VGA Interface 63 VideoIn Interface 64 Signals ISA 76 ITP 75 JTAG 75 smart480...

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