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Eurotech Apollo, User Manual

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Eurotech Apollo User Manual Download Page 56

APOLLO user manual 

 

Issue G

 

56 

The details you are prompted to specify for the drive are explained in the following table: 

Field 

Explanation 

Type 

Specify the type of drive installed as the selected master or slave 
drive. 

 

Use the 

+

 and 

-

 keys to choose a drive type. 

You can choose: 

•

 

User

. Enables you to enter details of the drive’s cylinders, 

heads and sectors yourself. 

•

 

Auto

. Details of the device are completed for you 

automatically. This is offered by default when a drive is 
attached. 

•

 

None

. Displayed automatically if no device is attached. 

•

 

ATAPI Removable

. To indicate a removable ATAPI drive.  

•

 

CD-ROM

. To indicate a CD-ROM drive. 

•

 

IDE Removable

. To indicate a removable IDE drive. 

•

 

Other ATAPI

. To indicate any other ATAPI drive. 

CHS format 

If you chose 

User

 in the 

Type

 field, specify information about the 

drive in Cylinder/Head/Sector format, as follows: 

•

 

Cylinders

. The number of cylinders. This can be between 1 

and 65,535. 

•

 

Heads

. The number of read/write heads. This must be 

between 1 and 16. 

•

 

Sectors

. The number of sectors per track. This must be 

between 1 and 63. 

Maximum Capacity

 shows the amount of space on the drive, in 

MB. 

 

Use the 

+

 and 

-

 keys to choose the numbers you require. 

 

Drives greater than 8GB operate in LBA format only. 

 

LBA Format 

If you chose 

User

 in the 

Type

 field, information is shown about 

the drive in Logical Block Address format: 

•

 

Total Sectors

. The total number of sectors on the drive. 

•

 

Maximum Capacity

. The maximum capacity of this drive as 

part of this system. 

Summary of Contents for Apollo

Page 1: ...Rev 7 0 April 2009 ETH_APOLLO_USM DIGITAL TECHNOLOGIES FOR A BETTER WORLD www eurotech com USER MANUAL APOLLO Intel Celeron M Pentium M based EBX Single Board Computer ...

Page 2: ...ww eurotech com for information about Product Return Forms Trademarks Phoenix TM and PhoenixBIOS TM are trademarks of Phoenix Technologies Limited ROM DOS and FlashFX are trademarks of Datalight Inc MS DOS Windows NT Windows CE Windows 98 and Windows XP are trademarks of the Microsoft Corporation Intel Pentium and Celeron are registered trademarks of the Intel Corporation CompactFlash is the regis...

Page 3: ...O 18 Using the serial interfaces RS232 RS485 IrDA 19 Connecting a printer 19 Using the audio features 19 Using the flat panel interface 19 Using the USB ports 20 Using the Ethernet interface 20 Using the 1394 Firewire ports 20 LED indicators 21 Jumpers and connectors 22 Jumpers 24 Connectors 31 PhoenixBIOS features and setup 51 PhoenixBIOS configuration 52 General use 52 Control keys 53 Main menu ...

Page 4: ...11 Hardware monitor 111 Keyboard and mouse controller 112 IEEE1394 ports and CF socket 112 Trusted platform module 113 Power supply 113 Front panel interface 114 Registers V1Ix board 115 Registers V2Ix board 117 Unique ID 121 System resources 122 System memory map 123 Interrupts 123 DMA mapping 126 Appendix A Specification 127 Appendix B APOLLO mechanical diagram 130 Appendix C TFT display interfa...

Page 5: ...pliant Firewire ports General purpose IO and user defined jumpers Gigabit Ethernet is a build option on the V1Ix board and a standard feature on the V2Ix boards The board is able to run all popular operating systems including Windows XP XP Embedded and Linux Typical applications for the APOLLO include Low power high density server racks 1U or 2U systems with passive cooling for fan less operation ...

Page 6: ...ct PCI power select CD audio input Video option System and CPU fans LVDS display interface LCD backlight connector System control interface 3 stereo audio jacks Pin header to S PDIF optical output IrDA connector Front panel interface Primary IDE interface COM3 COM4 RS232 serial ports Firewire port 1 CompactFlash socket USB3 USB4 ...

Page 7: ...Introduction Issue G 7 VGA CRT Firewire Port 0 Line Out Parallel port Primary LAN Mic In COM1 Keyboard Secondary LAN USB1 Line In COM2 Mouse USB2 Side view showing connectors ...

Page 8: ... x 1536 at 75Hz LVDS interface single dual channel 1600 x 1200 at 60Hz Dual graphics controller allows for two independent video displays Additional DVI and CRT add on modules are also available Audio AC97 codec with support for six channel 5 1 speaker output S PDIF Sony Philips Digital Interface compressed digital output to optical transmitter Network support Dual 10 100baseTx Ethernet ports or a...

Page 9: ...h CF version 2 0 Type Il socket for memory and I O cards Integrated security features Unique ID tamper detection circuitry Trusted platform module using Atmel AT97SC3203 TPM 1 2 V2Ix APOLLO only Provides hardware based authentication of platform trust level a secure store for private keys and an inbuilt encryption engine compliant to TCG Spec 1 2 New features in the V2 APOLLO Trusted platform modu...

Page 10: ... LCD display with navigation input switches and user LEDs Tamper detect switch for enclosure lid LCD display An AU Optronics 15 XGA 1024x768 colour TFT LCD display interfaces directly with the LVDS signals provided by the APOLLO The display has a 400 1 contrast ratio 16ms response time and a dual CCFL backlight providing 350nits of screen brightness TSC1 touchscreen controller The Eurotech TSC1 ca...

Page 11: ... XP Embedded contained on a CompactFlash card for the APOLLO V1Ix board Linux contained on USB flash disk No operating system no CompactFlash card All three configurations are supplied with a Pentium M 1 6GHz processor 512MB PC2700 DDR SDRAM and are based on the Gigabit Ethernet APOLLO variant A range of options are available with all three development kits Please contact the Eurotech sales team s...

Page 12: ... Eurotech it is adequately packed preferably in the original packing material Electromagnetic compatibility EMC The APOLLO is classified as a component with regard to the European Community EMC regulations and it is the user s responsibility to ensure that systems using the board are compliant with the appropriate EMC standards RoHS compliance The European RoHS Directive Restriction on the use of ...

Page 13: ...ed in this guide Symbol Explanation Note information that requires your attention Caution proceeding with a course of action may damage your equipment or result in loss of data Jumper is fitted Jumper is not fitted Jumper fitted on pins 1 2 Jumper fitted on pins 2 3 ...

Page 14: ...ttings are corrupted then the BIOS will restore them from an onboard CMOS EEPROM Identifying your APOLLO version To comply with the EU RoHS regulations the APOLLO has been updated to version 2 x Overall the changes to the APOLLO functionality are minimal However some of the component changes require new software to be loaded You can identify the version of your APOLLO board in three ways Visually ...

Page 15: ...ory and configures the board appropriately Always ensure that the power is switched off before attempting to insert a memory module The module should be inserted in an ESD safe area and you should be wearing an earth strap or touching a grounded surface to protect the device The memory module is designed to ensure that it can only be plugged in with the correct orientation If the module does not f...

Page 16: ...does the APOLLO board silkscreen The µFC PGA processors are designed to only fit into the socket in one way You should not have to press down on the processor to get it to fit into the socket If the processor does not drop completely into the socket check the orientation If orientation is correct turn the actuator on the socket until the processor drops in completely 3 Gently hold the processor do...

Page 17: ... 40 way connectors An 80 way cable has additional ground lines to improve the signal integrity at the higher ATA66 and ATA100 operating speeds If you add two drives to a single channel one should be set up as a master and the other as a slave The BIOS automatically detects the hard disk drive s during the POST processes and configures the hardware correctly The PhoenixBIOS allows either a master o...

Page 18: ...e way The correct orientation is for the top of the card i e the normal printed side to be furthest from the PCB For further details about the CompactFlash socket see CompactFlash CF socket page 112 Connecting a keyboard A PS 2 keyboard can be connected to the PS 2 MiniDIN Connector See page 36 for more information Connecting a mouse A PS 2 mouse can be connected to the PS 2 MiniDIN Connector See ...

Page 19: ...or pin details Connecting a printer An enhanced printer port is incorporated into the APOLLO This port can be used to support a Centronics compatible printer or ECP EPP bi directional device The port signals are routed to directly to a female DB25 connector This socket is compatible with a standard printer port connector on a desktop machine See Parallel port on page 110 for further details about ...

Page 20: ...able that provides one 10 100 Ethernet port and one 10 100 1000 Ethernet port thus providing Gigabit Ethernet capability The APOLLO V2Ix board provides one 10 100 Ethernet port and one 10 100 1000 Ethernet port there is no variant supporting two 10 100 Ethernet ports Both Ethernet interfaces are capable of supporting network boot features Two rear panel RJ 45 pin connectors provide the Ethernet in...

Page 21: ... a visual indication to the user when 5V standby power is present on the board to prevent PCI cards being inserted while power is applied BOOT LED Red situated next to IEEE1394 connector J19 Shows the boot status of the board Flashing signifies that the BIOS is booting or the BIOS setup screen is active The BOOT LED is cleared at the time the BIOS hands over control to the operating system This ca...

Page 22: ...Jumpers and connectors The following diagrams show the jumpers and connectors on the APOLLO Click on any jumper or connector name for information J12 JP3 J25 J8 J9 JP1 J13 JP2 J11 J10 J17 J15 J14 J16 J26 J24 J23 J21 J22 J19 J20 J18 ...

Page 23: ...Jumpers and connectors Issue G 23 J6A J4A J1 J7A J5A J3 J7B J6B J5B J4B J2 J7C J6C J4C J20 J27 JP3 ...

Page 24: ...set Tamper detect TPM JP3 RS485 RS422 termination resistor enable disable Further details are provided about each of these in the following sections Diagrams are used to illustrate jumper settings For an explanation of the symbols used see Conventions on page 13 JP1 PCI power selection and BIOS write protection This jumper has two functions Use it to select the function of PCI slot pin A14 and als...

Page 25: ...per setting should be used with a two slot PCI riser JP1 PCI Description 3 3V PCI Auxiliary power to PCI slot GNT4 to PCI slot JP1 Firmware hub BIOS write protection To enable BIOS write protection the jumper must be placed in position 2 3 BIOS ECSD data cannot be updated when the write protect is in place Any devices added to the system with write protection enabled will not be reported by the BI...

Page 26: ... firmware hub general purpose inputs located at memory location FFBC0100H bit 1 This is an 8 bit read and a read only memory location writing to this bit has no effect The USR1 jumper has an alternate function to reload the default CMOS values from the system BIOS care should be taken to ensure that this jumper is not fitted at power on USR1 Description Bit is low 0 Bit is high 1 APOLLO V1Ix USR2 ...

Page 27: ...CMOS values being reloaded from the EEPROM To restore the CMOS to factory default settings the USR1 jumper should be used Changes to this jumper setting must only be made with board power completely removed To do this you must remove the power cable CMOS Description Reset CMOS memory CMOS unchanged APOLLO V1Ix TPM functionality jumper This position is used with the APOLLO TPM to provide future fun...

Page 28: ...o determine a configuration setting The status of this jumper is read through the firmware hub general purpose inputs located at memory location FFBC0100H bit 1 This is an 8 bit read and a read only memory location writing to this bit has no effect USR1 Description Bit is low 0 Bit is high 1 APOLLO V2Ix USR2 User defined jumper two This jumper is user configurable and can be used by an application...

Page 29: ...made with board power completely removed To do this you must remove the power cable CMOS Description Reset CMOS memory CMOS unchanged APOLLO V2Ix TPM jumper This position is used with the APOLLO TPM to provide future functionality APOLLO V2Ix Reset EE jumper This position is used to reload the default CMOS values from the system BIOS into the backup EEPROM and onboard CMOS The CMOS and EEPROM upda...

Page 30: ...e details The JP3 jumper is illustrated in the following diagram Jumper settings are detailed in the following sections RS485 termination resistor RS485 Description RS485 termination resistor connected RS485 termination resistor disconnected RS422 termination resistor RS422 Description RS422 termination resistor connected RS422 termination resistor disconnected position 3 4 RS422 position 1 2 RS48...

Page 31: ...USB ports 1 to 2 Page 34 J5A Primary LAN Page 35 J5B Secondary LAN Page 35 J6A VGA connector Page 36 J6B Keyboard Page 36 J6C Mouse Page 36 J7A Parallel port LPT1 Page 37 J7B J7C Serial ports 1 to 2 Page 38 J8 S PDIF output Page 38 J9 CD audio input Page 38 J10 System fan Page 39 J11 CPU fan Page 39 J12 ATX power connector Page 39 J13 PCI slot Page 40 J14 System control interface Page 41 J15 LCD b...

Page 32: ...ge 50 J1 J2 J3 Audio connectors 3 5mm stereo audio jacks are used for audio connection The audio codec can operate in either of the following modes 2 0 mode which allows for microphone in line in and line out operation 5 1 mode which provides six channel surround sound output The microphone input and line in are not available during six channel mode Selection of 2 0 or 5 1 mode is made using softw...

Page 33: ...t right Sleeve Ground Ground J2 3 5mm audio jack PC99 Colour light blue Pin Connector 2 0 mode Connector 5 1 mode Tip Line in left Rear surround left Ring Line in right Rear surround right Sleeve Ground Ground J3 3 5mm audio jack PC99 Colour pink Pin Connector 2 0 mode Connector 5 1 mode Tip Microphone In Surround centre Ring No connect Low frequency effects Sleeve Ground Ground ...

Page 34: ...34 J4A IEEE1394 Firewire connector port 0 6 pin IEEE1394 connector Pin Signal name 1 12V fused 2 Ground 3 TPB0 4 TPB0 5 TPA0 6 TPA0 J4B and J4C USB ports 1 and 2 USB type A connector Pin Signal name 1 VBUS 2 Data 3 Data 4 Ground ...

Page 35: ...ignal name 10 100 1000 1 TX MD0 2 TX MD0 3 RX MD1 4 No Connect MD2 5 No Connect MD2 6 RX MD1 7 No Connect MD3 8 No Connect MD3 For a Gigabit Ethernet 10 100 1000 connection the network cable should be a CAT5 or above and include all four pairs J5B Secondary LAN RJ 45 10 100Mb s Pin Signal name 1 TX 2 TX 3 RX 4 No Connect 5 No Connect 6 RX 7 No Connect 8 No Connect ...

Page 36: ...ound 8 Ground 9 5V Fused 10 Ground 11 No Connect 12 DDCSDA 13 HSYNC 14 VSYNC 15 DDCSCL J6B PS 2 keyboard Connector 6 pin Mini DIN PC99 Colour Purple Pin Signal name 1 KB DATA 2 No Connect 3 Ground 4 5V 5 KB CLOCK 6 No Connect J6C PS 2 mouse Connector 6 pin Mini DIN PC99 Colour Green Pin Signal name 1 MS DATA 2 No Connect 3 Ground 4 5V 5 MS CLOCK 6 No Connect 5 1 15 11 ...

Page 37: ... Colour Maroon DB25 D type socket Signal name 1 STROBE 2 D0 3 D1 4 D2 5 D3 6 D4 7 D5 8 D6 9 D7 10 ACKNOWLEDGE 11 BUSY 12 PAPER EMPTY 13 SELECT 14 AUTOFEED 15 ERROR 16 INIT 17 SELECT IN 18 Ground 19 Ground 20 Ground 21 Ground 22 Ground 23 Ground 24 Ground 25 Ground 1 13 14 25 ...

Page 38: ... Request To Send RTS 8 Clear To Send CTS 9 Ring Indicator RI J8 S PDIF digital output 3 way 2mm pitch shrouded header Mating connector JST PHR 3 Mating connector crimps JST SPH 004T P0 5S Pin Signal name 1 5V 2 S PDIF output to optical transmitter 3 GND J9 CD audio input 4 way 2mm pitch shrouded header Mating connector JST PHR 4 Mating connector crimps JST SPH 004T P0 5S Pin Signal name 1 Left cha...

Page 39: ...ignal name 1 Ground PWM 2 12V 3 Tachometer J12 ATX power supply Molex 87427 2043 20 way 4 20mm 0 165 x 4 20mm 0 165 dual row header Mating connector Molex 39 01 2200 20 way crimp housing Mating connector crimps x20 Molex Pin Signal name Pin Signal name 1 3 3V 11 3 3V 2 3 3V 12 12V 3 Ground 13 Ground 4 5V 14 PS_ON 5 Ground 15 Ground 6 5V 16 Ground 7 Ground 17 Ground 8 PWR_OK 18 5V NC 9 5VSB 19 5V 1...

Page 40: ...F INTG 38 Ground STOP 8 INTH 5V 39 LOCK 3 3V 9 No Connect REQ4 40 PERR SMB CLK 10 REQ3 5V I O 41 3 3V SMB DATA 11 No Connect GNT3 42 SERR Ground 12 Ground Ground 43 3 3V PAR 13 Ground Ground 44 CBE1 AD15 14 No Connect VAUX GNT4 45 AD14 3 3V 15 Ground RST 46 Ground AD13 16 CLK 5V I O 47 AD12 AD11 17 Ground GNT1 48 AD10 Ground 18 REQ1 Ground 49 Ground AD09 19 5V I O PME 50 Key Key 20 AD31 AD30 51 Ke...

Page 41: ...V 31 3 3V AD18 62 5V 5V Slot IDSEL GNT RQT 0 AD27 1 1 AD29 3 2 AD31 4 JP1 jumper selected J14 System control interface 10 way 2 54mm 0 1 x 2 54mm 0 1 dual row header Mating connector Harwin M20 1070500 Mating connector crimps Harwin M20 1180022 Pin Signal name Pin Signal name 1 Tamper 2 Ground 3 Power Button 4 Ground 5 System Reset 6 Ground 7 5V 8 HDD LED 9 PC speaker 10 Ground ...

Page 42: ... 5 Backlight En 6 Ground J16 Video option and USB ports 5 6 connector Hirose FX8C 80S SV5 Pin Signal name Pin Signal name 1 3 3V PCIVAUX 2 Ground 3 3 3V 4 DVOBD11 5 3 3V 6 DVOBD10 7 3 3V 8 DVOBD9 9 5V 10 DVOBD8 11 USB POWER 12 DVOBD7 13 USB POWER 14 DVOBD6 15 USB POWER 16 DVOBD5 17 Ground 18 DVOBD4 19 USB4 D 20 DVOBD3 21 USB4 D 22 DVOBD2 23 Ground 24 DVOBD1 25 USB5 D 26 DVOBD0 27 USB5 D 28 Ground ...

Page 43: ...D6 42 Ground 43 ADDID5 44 DVOCD11 45 ADDID4 46 DVOCD10 47 ADDID3 48 DVOCD9 49 ADDID2 50 DVOCD8 51 ADDID1 52 DVOCD7 53 ADDID0 54 DVOCD6 55 DVODETECT 56 DVOCD5 57 DVOCFLDSTL 58 DVOCD4 59 DVOBCINTR 60 DVOCD3 61 DVOBCCLKINT 62 DVOCD2 63 Ground 64 DVOCD1 65 1 5V 66 DVOCD0 67 1 5V 68 Ground 69 1 5V 70 DVOCCLK 71 1 5V 72 DVOCCLK 73 MI2CDATA 74 DVOCHSYNC 75 MI2CCLK 76 DVOCVSYNC 77 MDVIDATA 78 DVOCBLANK 79...

Page 44: ...ed twisted pair cable should be used Pin Signal name Pin Signal name 1 3 3V 2 3 3V 3 3 3V 4 3 3V 5 Ground 6 Ground 7 IYA0 8 IYA1 9 IYA0 10 IYA1 11 Ground 12 Ground 13 IYA2 14 IYA3 15 IYA2 16 IYA3 17 Ground 18 Ground 19 ICLKA 20 IYB0 21 ICLKA 22 IYB0 23 Ground 24 Ground 25 IYB1 26 IYB2 27 IYB1 28 IYB2 29 Ground 30 Ground 31 IYB3 32 ICLKB 33 IYB3 34 ICLKB 35 Ground 36 Ground 37 Ground 38 Ground 39 D...

Page 45: ...d 8 Ground 9 Key no pin 10 Ground For error free data transmission cable certified for USB 2 0 operation should be used J19 IEEE1394 connector port 1 10 way 2 54mm 0 1 x 2 54mm 0 1 dual row header Mating connector Harwin M20 1070500 Mating connector crimps Harwin M20 1180022 Pin Signal name Pin Signal name 1 TPA1 2 TPA1 3 Ground 4 Ground 5 TPB1 6 TPB1 7 12V fused 8 12V fused 9 Shield ground 10 Key...

Page 46: ... Ground 2 D03 3 D04 4 D05 5 D06 6 D07 7 CE1 8 A10 9 OE 10 A09 11 A08 12 A07 13 CF VCC 14 A06 15 A05 16 A04 17 A03 18 A02 19 A01 20 A00 21 D00 22 D01 23 D02 24 IOCS16 25 CD2 26 CD1 27 D11 28 D12 29 D13 30 D14 31 D15 32 CE2 33 VS1 34 IORD 35 IOWR 36 WE 37 INTRQ 38 CF VCC 39 A25 40 VS2 41 RESET 42 WAIT 43 INPACK 44 REG 45 BVD2 46 BVD1 47 D08 48 D09 49 D10 50 Ground ...

Page 47: ...eceive Data RX COM3 2 4 Request To Send RTS COM3 7 5 Transmit Data TX COM3 3 6 Clear To Send CTS COM3 8 7 Data Terminal Ready DTR COM3 4 8 Ring Indicator RI COM3 9 9 Ground COM3 5 10 No Connect 11 Data Carrier Detect DCD COM4 1 12 Data Set Ready DSR COM4 6 13 Receive Data RX COM4 2 14 Request To Send RTS COM4 7 15 Transmit Data TX COM4 3 16 Clear To Send CTS COM4 8 17 Data Terminal Ready DTR COM4 ...

Page 48: ...ame 1 RESET 2 Ground 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 Ground 20 Key No pin 21 DREQ 22 Ground 23 IOW 24 Ground 25 IOR 26 Ground 27 IOCHRDY 28 Ground 29 DACK 30 Ground 31 INTR 32 No Connect 33 SA1 34 PDIAG 35 SA0 36 SA2 37 CS0 38 CS1 39 HDD ACT 40 Ground As viewed from the connector pins 1 2 39 40 ...

Page 49: ...OW 7 D1 8 D0 9 D3 10 D2 11 D5 12 D4 13 D7 14 D6 15 Ground K 16 VCC_LCD A 17 USER LED1 18 LED1 RES 19 USER LED2 20 LED2 RES 21 Ground 22 5V standby 23 SMBUS Clk 24 GPIO1 25 SMBUS Data 26 GPIO2 J25 COM4 RS485 RS422 serial port 5 way 2mm pitch shrouded header Mating connector JST PHR 5 Mating connector crimps JST SPH 004T P0 5S Pin Signal name RS422 Signal name RS485 1 TX TX RX 2 TX TX RX 3 RX No con...

Page 50: ...1 TX data 2 Ground 3 RX data 4 5V J27 Slimline floppy drive interface 26 way 1mm pitch FPC connector to support slimline floppy drive Pin Signal name Pin Signal name 1 5V 2 INDEX 3 5V 4 DS0 5 5V 6 DSKCHG 7 NC 8 NC 9 NC 10 MTR0 11 DRVDEN0 12 DIR 13 NC 14 STEP 15 Ground 16 WDATA 17 Ground 18 WGATE 19 Ground 20 TRK0 21 NC 22 WP 23 Ground 24 RDATA 25 Ground 26 HDSEL 1 4 ...

Page 51: ...tes S0 S2 S3 S4 and S5 SMBIOS BIOS update including Crisis Recovery Flash BIOS Bootblock support for BIOS reprogramming recovery supported recovery media Floppy USB Floppy CD bootable CD with image of the crisis floppy in boot section PIO Mode 4 and Ultra DMA Mode for IDE drives Support for fixed disk drives greater than 128GB EIDE USB legacy support keyboard mouse USB advanced boot floppy disk ha...

Page 52: ...aunch the PhoenixBIOS setup program the Main menu is displayed see page 54 Use the and keys to choose the menu you require and then use the and keys to highlight the item or sub menu you require on that menu Press Enter to select the highlighted item or sub menu The menus available are summarized in the following table Menu Explanation Main Used for basic system configuration See page 54 Advanced ...

Page 53: ... the arrow keys the following keys are available while using the PhoenixBIOS setup program Key Explanation Esc From a top level menu e g Main Advanced and Security this takes you to the Exit menu From any other screen this takes you back up to the previous menu F1 or ALT H Displays help about the item currently highlighted the keys available and the selections that can be made for this item F5 or ...

Page 54: ...me and date Legacy Diskette A Legacy Diskette B Select the type of floppy disk drive s installed in your system 1 25MB is a Japanese format that requires a 3 three mode diskette drive Primary Master Primary Slave Secondary Master Secondary Slave Used to specify which drives of the following types you have installed Hard disk drives Removable disk drives e g Zip drives CD ROM and DVD ROM drives See...

Page 55: ...ckly by skipping certain tests Specifying master and slave drive settings PhoenixBIOS 4 0 supports up to two IDE disk adapters called primary and secondary adapters Each adapter supports one master drive and one slave drive All combinations of master and slave drives are supported To specify settings for a drive highlight it in the Main menu and press Enter The following screen is displayed The de...

Page 56: ...vable To indicate a removable IDE drive Other ATAPI To indicate any other ATAPI drive CHS format If you chose User in the Type field specify information about the drive in Cylinder Head Sector format as follows Cylinders The number of cylinders This can be between 1 and 65 535 Heads The number of read write heads This must be between 1 and 16 Sectors The number of sectors per track This must be be...

Page 57: ...nd the IDE card You choose either Disabled or Enabled Transfer Mode Choose how you want data to be transferred between the drive and the system You are offered the options supported by the drive and platform Ultra DMA Mode Select the Ultra DMA mode to be used when transferring data to and from the drive You can choose Disabled Mode 0 1 2 3 4 or 5 Ultra DMA mode supports 33 66 100MB sec transfer ra...

Page 58: ...able explains the boot options you can choose Field Explanation Boot time Diagnostic Screen Choose Enabled if you want the diagnostic screen to be displayed during boot Quickboot Mode Choose Enabled to skip certain tests when booting in order to speed up the boot process Summary screen Choose Enabled to display details of the system configuration during boot When the summary screen is displayed pr...

Page 59: ...he delay times offered These range between 3 and 30 seconds Extended Memory Testing Choose the type of tests you want to be carried out on extended memory i e memory above 1M during boot You can choose Normal Just zero it or None CF Boot Choose Enabled if you want to provide CompactFlash boot support Primary LAN Boot Secondary LAN Boot Choose Enabled if you want the LAN Controller option ROM to ap...

Page 60: ...nfiguration Data Used to clear the Extended System Configuration Data ESCD area Select either Yes to clear the area or No When you select Yes the BIOS reinitializes the ECSD data on the next boot Large Disk Access Mode Indicate whether the operating system you re using is DOS or not You are offered DOS by default Change this to Other if you have an operating system other than DOS e g UNIX If the d...

Page 61: ...rd works See page 68 for details Cache Memory Displays a sub menu containing options you can use to specify cache memory settings See page 69 for details PCI Configuration Displays a sub menu containing options you can use to configure PCI devices See page 70 for details CPU Control Sub Menu Displays a sub menu containing options you can use to control how the CPU operates See page 73 for details ...

Page 62: ...often because a device is not plug and play To specify I O device configuration settings highlight I O Device Configuration in the Advanced menu and press Enter The following screen is displayed The details you are prompted to specify are explained in the following table Field Explanation Serial Configuration Displays a sub menu containing options you can use to configure serial ports See page 64 ...

Page 63: ... IDE controller This should be Enabled for CompactFlash boot even if the onboard IDE is not being used Local Bus IDE adapter Choose which IDE adapter or adapters is to be enabled You can select Primary channel the Secondary channel Both or neither choose Disabled The APOLLO supports only a single IDE hard drive connection which is the primary IDE adapter However the secondary IDE adapter must be e...

Page 64: ...be configured by selecting one of the following Disabled The port is not configured at all it is turned off Enabled You are going to configure the port by completing the following fields Auto The port is configured automatically by the BIOS or the operating system OS Controlled is displayed if configuration of the port is controlled by the operating system Base I O Address Specify the I O address ...

Page 65: ...e whether the computer is to wake from standby hibernation in response to a Ring Indicator RI signal from serial port COM2 Serial Port COM4 This serial port is based on a PCI UART so has no I O address or interrupt line configuration options You can however specify the interface mode for this port see below Mode Set the mode for serial port COM4 You are offered RS232 by default You can change this...

Page 66: ...rned off Enabled You are going to configure the port by completing the following fields Auto The port is configured automatically by the BIOS or the operating system OS Controlled is displayed if configuration of the port is controlled by the operating system Mode Set the mode for the parallel port The options you can choose are listed in the Item Specific Help panel on the right Base I O Address ...

Page 67: ...o specify are explained in the following table Field Explanation Legacy USB Support Choose Enabled to include support for Legacy USB USB All Controllers Choose whether to enable or disable all USB functions USB Host Controllers 2 and 3 Choose whether to enable or disable these USB functions USB Host Controller 3 Choose whether to enable or disable this USB function USB2 0 EHCI Controller Choose wh...

Page 68: ...Explanation NumLock Determine whether Num Lock is to be turned on or off by default when the computer is switched on You can choose On Num Lock is switched on when the computer starts up Off Num Lock is switched off when the computer starts up Auto If a numeric keypad is detected Num Lock is turned on automatically Otherwise it is turned off Key Click Choose whether users should be able to hear a ...

Page 69: ...t Cache Memory in the Advanced menu and press Enter The following screen is displayed The details you are prompted to specify for the memory cache are explained in the following table Field Explanation Memory Cache Choose to enable or disable all memory caching Cache System BIOS area Choose whether to cache the system BIOS Doing so is likely to improve system performance significantly You are offe...

Page 70: ...her to cache system memory above 1MB You can choose uncached Write Through Write Protect or Write Back Cache A000 AFFF to Cache DC00 DFFF Used to control caching of individual segments of memory The options you can choose for each segment are listed in the Item Specific Help panel on the right Specifying PCI configuration settings PCI devices are those that communicate with the CPU via the PCI bus...

Page 71: ...ays a sub menu containing options you can use to reserve IRQs for use by legacy ISA devices See page 72 for details PCI PNP ISA UMB region exclusion settings When you select PCI PNP ISA UMB Region Exclusion from the PCI Configuration menu the following screen is displayed The blocks of memory in the system are listed They are all Available by default To reserve a block of memory simply change the ...

Page 72: ...is displayed The IRQs in the system are listed They are all Available by default To reserve an IRQ simply change the corresponding selection from Available to Reserved If you no longer want to reserve an IRQ e g you reserved the wrong one by mistake change the selection back to Available IRQ 15 is used for CompactFlash boot This cannot be changed ...

Page 73: ...e details you are prompted to specify are explained in the following table Field Explanation Enhanced Intel Speedstep Choose whether Enhanced Intel Speedstep is to be enabled This feature is available with Intel Pentium M processors and is supported by most operating systems Boot CPU Performance Choose the level of CPU performance required on boot The options available from are explained in the It...

Page 74: ... clock turning it on and off at a 50 duty cycle This halves the processor speed and cools it because clock speed and power consumption are proportional TM2 Thermal Monitor 2 For Pentium M processors that support Enhanced Intel Speedstep and allow for the processor frequency to be changed from the maximum processor speed down to 600MHz In this mode the thermal monitor can provide maximum performanc...

Page 75: ... Throttling Choose whether to enable or disable Chipset Thermal Throttling If you choose Enabled thermal events trigger read and write DRAM throttling DRPM Support Choose whether to enable or disable DRPM Dynamic Row Power Management support in the MCH If you choose Enabled memory clocks are turned off when not in use DDR ECC Operation Choose Enabled if you want the system to check SODIMMS support...

Page 76: ...pted to specify are explained in the following table Field Explanation Default Primary Video Adapter Choose the type of video card to be used for the boot display device You can choose PCI Video Adapter or Internal Video If dual monitor support is required when using a PCI Video Adapter the Primary Video Adapter should be configured to use the PCI Video Adapter MDA Seek Choose Enabled if you want ...

Page 77: ... Graphics Device You can choose Auto to use the Intel video BIOS setting Force Scaling to scale a lower resolution image so that it fits a higher resolution display Off to use the designated resolution This may result in a border around the image when it is displayed on screen For these settings to work correctly the attached display must support EDID Extended Display Identification Data This give...

Page 78: ...upt mode See pages 98 and 125 for further information about the APIC Advanced Interrupt Controller This is only valid in Windows XP and Windows 2000 You must re install the operating system if you want to change to APIC mode HPET High Performance Event Timer Choose Enabled to test the High Performance Event Timer HPET This is only valid in Windows XP Base Address Specify the base address for the H...

Page 79: ...e Monitor in the Advanced menu and press Enter The following screen is displayed The system voltages and temperatures are shown in real time For each voltage required by components the actual voltage being passed is displayed In addition you can click on Fan Speed Control to view and control the system and CPU fan settings See the following section for more information ...

Page 80: ...he fan is set to work at 100 of its maximum capacity i e 5555RPM System Fan speed The speed at which the additional system fan is currently operating is shown in blue if there is one You can choose to attach an additional fan if required This may be for example a chassis mounted fan to control airflow within the enclosure You can control the speed at which this system fan operates You do this by s...

Page 81: ...d from the on board DS2401 device Unique ID on POST Choose Enabled if you want this ID to be displayed during POST Supervisor Password Is Indicates whether a supervisor password has been created Set Clear indicates that no supervisor password has been created You can create or change the supervisor password in the Set Supervisor Password field User Password Is Indicates whether a user password has...

Page 82: ...assword press Enter The Set User Password dialog is displayed ready for you to type the new password This can be up to eight characters long To change an existing user password press Enter The Set User Password dialog is displayed Type the current password followed by the new password If you want to remove the user password type the current password and then press Enter in both New Password fields...

Page 83: ... Enabled if you want physical tampering with the computer s chassis to be detected A warning message is displayed during POST to let the user know that the system chassis has been opened This tamper switch is connected to the tamper detect input on connector J14 see page 104 for details Secured Chassis Choose Enabled if you want to prevent the system booting fully after tampering has been detected...

Page 84: ...uirements The options available are Disabled All power management is disabled Customized You are going to configure your own power management settings see below Maximum Power Savings Pre defined timer values are used such that all timers are at low values i e power saving starts after a short period of time Maximum Performance Pre defined timer values are used such that all timers are at high valu...

Page 85: ...on here to have an effect the Power Savings must be set to an option other than Disabled Suspend Mode Choose the type of suspend mode You can choose Save To Disk The system will save its state to disk and power off Suspend The system will save its state but remain in a low power mode Power on by keyboard Specify whether the power button on the keyboard is to be Enabled or Disabled After Power Fail...

Page 86: ...ng system from the first removable device If there are multiple devices of a particular type is shown next to the device type This indicates that you can expand that device type and view a list of the devices of this type that are available To do this use the and keys to highlight the device type and then press Enter You can use the Enter key to toggle between showing and hiding the list of device...

Page 87: ... to show lists of devices of each type or Moves a device up or down the list and thus up or down in the order of devices from which the computer attempts to load the operating system n Changes the device type of a device that acts as both a hard disk drive and a floppy such as a USB drive For example if you select such a device in the Hard Drive list and press n it moves to the Removable Devices l...

Page 88: ...ing Changes Exits the PhoenixBIOS setup program without saving any of the changes made in the current session Load Setup Defaults Reverts to the original factory assigned BIOS settings These are the most stable values for the system Use them if the system is performing erratically due to hardware problems Discard Changes Discards any changes made in the current session You remain in the PhoenixBIO...

Page 89: ... can be booted from a compact flash card or from a USB flash drive on the APOLLO V2Ix board Please contact the Eurotech sales team for further information see Eurotech Group Worldwide Presence page 144 The PCI UART is currently unsupported under Windows NT4 Eurotech provide a Linux Fedora 8 development kit that can be booted from a USB flash disk Contact Eurotech Sales for further details ACPI sus...

Page 90: ...LLO Intel Pentium M 82855GME Graphics and Memory Controller Hub 82801DB I O Controller Hub ICH4 VGA LVDS IDE Devices USB AC 97 2 2 CODEC FWH BIOS Unbuffered DDR SDRAM DIMM Socket ECC or Non ECC LPC Super I O IEEE802 3 10 100 NIC Keyboard Mouse Floppy Drive Controller Parallel Port 2 UARTs and Infrared Port Hardware Monitor Power Supplies Clock Generator PCI Slot IEE802 3 10 100 NIC FAN Control Tem...

Page 91: ...by the Intel Embedded Architecture Other Intel Pentium M processors supporting a 400MHz FSB can also be used although Intel does not guarantee their long term availability The APOLLO does not support the 533MHz front side bus Pentium M Celeron M processors as these have different voltage requirements which are not supported Using these processors may result in damage to the APOLLO board and or the...

Page 92: ...ssor options Memory interface The memory interface on the APOLLO board provides support for one ECC or non ECC DDR Double Data Rate SDRAM 184 pin 2 5V unbuffered dual inline memory module DIMM Speeds PC1600 200MHz PC2100 266MHz and PC2700 333MHz are supported The BIOS automatically reads the parameters of the inserted memory module via its SPD Serial Presence Device and configures the memory inter...

Page 93: ...oard interface This provides the capability to interface to a variety of Eurotech display option boards that have a TMDS DVI analogue CRT display interface or a TV display interface via S Video or composite video outputs The three output ports are selectively driven by two independent pipes allowing for a variety of display options including dual monitor support with independent video VGA Monitor ...

Page 94: ... to 2048x1536 at 75Hz refresh rate For connector details see page 36 LVDS The GMCH has in built dual channel ANSI TIA EIA 644 1995 compliant LVDS drivers These allow for the direct connection of LVDS LCD panels to the APOLLO board A high speed surface mount connector interfaces these signals to an external cable Spread spectrum clocking is also available to reduce EMI See Video Intel IGD control s...

Page 95: ...APOLLO LVDS Common LVDS LCD signal names IYA0 RxIN0 Rin0 D0 Link 0 IN0 IYA0 RxIN0 Rin0 D0 Link 0 IN0 IYA1 RxIN1 Rin1 D1 Link 1 IN1 IYA1 RxIN1 Rin1 D1 Link 1 IN1 IYA2 RxIN2 Rin2 D2 Link 2 IN2 IYA2 RxIN2 Rin2 D2 Link 2 IN2 ICLKA CKIN ClkIN CK Clock CLK ICLKA CKIN ClkIN CK Clock CLK Dual channel operation The APOLLO LVDS display interface connector supports dual channel LVDS displays Commonly these d...

Page 96: ...are control of the backlight intensity For connector details see page 42 Windows XP XP Embedded Video Drivers Two drivers are available for Windows XP and XP Embedded the Intel Mobile Graphics division Extreme Graphics driver and the Intel Embedded Graphics Driver IEGD Intel Mobile Graphics Division XP Driver Extreme Graphics The Intel Extreme Graphics XP driver is a fully featured driver however ...

Page 97: ...a RGB S Video or composite TV output signal to provide broadcast quality video output The FS453 takes in high resolution computer graphics input VGA through SXGA and produces SDTV Standard Definition Television or HDTV High Definition Television analogue output In SDTV mode it converts scales removes flicker interlaces and encodes the data into NTSC or PAL formats In HDTV mode it performs colour s...

Page 98: ...functionality of two 8259 interrupt controllers that provide system interrupts for the ISA compatible interrupts These interrupts are system timer keyboard controller serial ports parallel ports floppy disk IDE mouse and DMA channels In addition this interrupt controller can support the PCI based interrupts by mapping the PCI interrupt onto the compatible ISA interrupt line Each 8259 core supports...

Page 99: ...ry and also provides protection from CMOS corruption If the CMOS values are found to be corrupt then they are automatically restored from the EEPROM at boot time As changes to the BIOS settings can result in the APOLLO board not booting correctly and clearing the CMOS has no effect an additional jumper is used to restore the BIOS settings from the firmware hub component bypassing the backup EEPROM...

Page 100: ...3 Notes on table 1 The APOLLO V1Ix board has a Gigabit 82541PI variant and two 10 100 Ethernet controller 82551QM variants standard and 600MHz Celeron M The APOLLO V2Ix board offers just the 82541PI Gigabit Ethernet controller 2 The PCI4510A is a dual function device two functional devices in one physical package 3 The APOLLO routes two additional PCI grant request lines to the single PCI slot to ...

Page 101: ...h speed data transfers over the PCI bus This capability accelerates the processing of high level commands and operations which lowers CPU utilization Its architecture enables data to flow efficiently from the bus interface unit to the 3KB Transmit and Receive FIFOs providing the perfect balance between the wire and system bus In addition multiple priority queues are provided to prevent data underr...

Page 102: ...lace via that link i e when data is passing through The information provided by each LED is explained in the following table Ethernet port Left LED speed Right LED link activity 10 100 Green 100Mb s Off 10Mb s Yellow Link connected Flashes Activity is taking place 10 100 1000 Orange 1000Mb s Green 100Mb s Off 10Mb s Yellow Link connected Flashes Activity is taking place Network boot The Primary an...

Page 103: ...00 DMA protocol that redefines signals on the IDE cable to allow both host and target throttling of data and transfer rates of up to 100MB s The primary IDE interface is made available to the user through a 2 54mm 0 1 pitch pin header For connector details see page 48 To improve signal integrity an 80 way IDE cable with 40 way connectors should be used with devices supporting Ultra ATA 66 and abov...

Page 104: ...h the first bank has 114 bytes for general purpose usage Three interrupt features are available Time of day alarm with once a second to once a month range Periodic rates of 122µs to 500ms End of update cycle notification Seconds minutes hours days day of week month and year are counted Daylight savings compensation is optional The hour is represented in twelve or twenty four hour format and data c...

Page 105: ...AX6369KA GPIO25 High SET0 GPIO27 High SET1 GPIO28 Low SET2 GPIO24 Low WDI System control interface A system control interface connector J14 is provided to interface to standard input switches and status indicators for System reset switch A connection for a momentary on reset switch This provides standard PC reset functionality Power button on off switch A connection for a momentary on ACPI power b...

Page 106: ... hardware allow for down mixing of 6 channel inputs such as DVDs into 4 channel or even 2 channel outputs The codec audio inputs and outputs are interfaced via three 3 5mm audio jacks They provide Mic In Line In and Line Out connections under 2 0 mode and Centre Rear Left Rear Right Front Left and Front right audio connections under 5 1 surround sound mode Two pins on J14 provide an interface to a...

Page 107: ...able are TXA TXB RXA RXB and Ground The maximum cable length for an RS422 system is 4000ft and support is provided for up to 10 receivers in a system RS485 is a half duplex interface that provides combined TX and RX signals The maximum cable length for the RS485 interface is the same as for RS422 4000ft but RS485 supports up to 32 transmitters and receivers on a single network Only one transmitter...

Page 108: ...bus Jumper JP3 is used to enable disable the RS485 422 termination resistors see page 28 for details RS485 MULTI DROP RS422 POINT TO POINT RS422 MULTI DROP Number of Wires 5 Transmitters Enabled always Receivers Enabled always BIOS Mode RS422 BIOS Auto Flow Control Disabled Number of Wires 5 Transmitters Enabled active RTS Receivers Enabled always BIOS Mode RS422 BIOS Auto Flow Control Enabled Num...

Page 109: ... 107 for information relating to the PCI UART based serial ports COM3 and COM4 COM1 and COM2 are interfaced via the SuperIO and can be used as standard RS232 serial interfaces COM2 is also selectable between RS232 and IrDA operation The Serial Configuration screen in the BIOS lets you specify the base I O address and IRQ for COM1 and COM2 See page 64 for details The following table shows the hardw...

Page 110: ...A 1 0 compliant data transmission Parallel port The APOLLO provides a parallel port that can be used to connect an external printer tape drive disk drive scanner etc or can provide additional digital I O capability The port is both IBM XT AT and IEEE1284 compatible It supports Standard Parallel Port SPP Enhanced Parallel Port EPP and Extended Capabilities Port ECP modes and is compliant with the I...

Page 111: ... see page 50 Hardware monitor The APOLLO V1Ix board contains an SMBUS hardware monitor HWM that provides a combination of voltage and thermal monitoring a similar HWM is provided on the APOLLO V2Ix board via a set of ISA mapped IO registers The table below summarizes the voltages and temperatures The BIOS provides a Hardware Monitor screen available from the Advanced menu in the BIOS see page 79 T...

Page 112: ...h wireless serial and networking cards For connector details see page 46 When a bootable CompactFlash storage card is installed and the interface is configured to be bootable the device appears as a bootable device in the BIOS boot menu allowing the booting of an operating system from CompactFlash memory cards see page 86 for details Booting from CompactFlash network cards is not supported IEE1394...

Page 113: ...t for ACPI low power sleep states As a minimum the APOLLO requires the ATX power supply 5V 5V standby 3 3V and 12V power rails The 5V is not used and the 12V is only required if a PCI card used with the APOLLO requires this power rail The ATX power supply power good and power supply ON signals should also be connected A combination of full power and standby voltages are generated on the board The ...

Page 114: ...ng the SuperIO configuration registers These registers are indexed and use an address register at IO location 2Eh and a data register at 2Fh It returns the high byte of the address in variable ADDRHI and the low bye in ADDRLO Eurotech supplied Windows XP and Linux drivers determine the base address using a routine such as this Please contact Eurotech support for the latest driver LCD interface The...

Page 115: ... 23h D1 Base address 24h D2 Base address 25h D3 Base address 26h D4 Base address 27h D5 Base address 28h D6 Base address 29h D7 Base address 2Ah GPIO1 Base address 2Ch GPIO2 Base address 2Dh ENABLE Base address 30h IOW Base address 31h RS Base address 33h 0 In out In 1 Out 0 LCD data register IO address Bit Description 7 D7 Data bit 6 D6 Data bit 5 D5 Data bit 4 D4 Data bit 3 D3 Data bit 2 D2 Data...

Page 116: ... are standalone GPIO that are not used by the LCD interface the data direction register description describes the configuration of the GPIO IO address Bit Description 7 Reserved 6 IOW 5 ENABLE 4 Reserved 3 Reserved 2 GPIO2 1 GPIO1 Base address 4Ch 0 Reserved IO address Bit Description 7 Reserved 6 Reserved 5 Reserved 4 Reserved 3 Reserved 2 Reserved 1 Reserved Base address 4Dh 0 RS ...

Page 117: ...ress 25h D3 Base address 26h D4 Base address 27h D5 Base address 29h D6 Base address 2Ah D7 Base address 2Bh GPIO1 Base address 34h GPIO2 Base address 37h ENABLE Base address 54h IOW Base address 55h RS Base address 56h 0 In out In 1 Out 0 GPIO0 GPIO1 are only available as open drain outputs when in output mode LCD data register IO address Bit Description 7 D7 Data bit 6 D6 Data bit 5 D5 Data bit ...

Page 118: ...enable signal IO address Bit Description 7 Reserved 6 Reserved 5 Reserved 4 RS 3 IOW 2 ENABLE 1 Reserved Base address 50h 0 Reserved GPIO1 and GPIO2 registers GPIO1 and GPIO2 are standalone GPIO that are not used by the LCD interface the data direction register description describes the configuration of the GPIO IO address Bit Description 7 Reserved 6 Reserved 5 Reserved 4 GPIO2 3 Reserved 2 Reser...

Page 119: ... the APOLLO board utilize the same register address for LED control IO address Bit Description 7 2 Reserved LED1 Base address 5Dh LED2 Base address 5Eh 1 0 LED control 00 Off 01 Blink 1Hz rate with 50 duty cycle 0 5 sec on 0 5 sec off 10 Blink Hz rate with 25 duty cycle 0 5 sec on 1 5 sec off 11 On The LED connections are designed to power LEDs with a forward voltage drop of 1 5V most LEDs fall in...

Page 120: ...he same time the APOLLO accesses the SMBUS SMBUS address SMBUS device 0x2D SuperIO hardware monitor APOLLO V1Ix 0x44 Ethernet 1 default address 0x50 DDR DIMM 0 serial presence device 0x54 CMOS backup EEPROM 0x69 Spread spectrum clock generator IC 0x6A CK 408 clock generator IC User jumper The APOLLO provides two user jumpers for use with program code These are interfaced to the firmware hub and ar...

Page 121: ...es a unique 48 bit serial number an 8 bit CRC and an 8 bit family code 01h The DS2401 has been configured on the APOLLO to interface via two ICH4 GPIO pins ICH4 GPIO Signal name GPI7 Serial output GPIO26 Serial input DS2401 3 3V ICH4 GPI7 ICH4 GPIO26 The Unique ID 48 bit serial number is read by the BIOS and can be displayed during boot This is provided as an option in the BIOS Security menu see p...

Page 122: ...imer Keyboard controller Motherboard resources System CMOS RTC DMA controller 1 Port92 reset control register Programmable interrupt controller 2 Power management control registers Programmable interrupt controller 2 DMA controller 2 Coprocessor error register Primary IDE controller ISAPNP read data port ISAPNP read data port COM2 default LPT1 default Graphics controller Graphics controller Floppy...

Page 123: ...controller providing 15 interrupt connections The advanced programmable interrupt controller APIC which supports up to 24 interrupt connections Most operating systems only provide support for the standard 8259 interrupt controller However operating systems such as Windows XP and Windows 2000 support the APIC interrupt mode The APIC provides a superior interrupt architecture that allows for lower i...

Page 124: ...urable 6 SERIRQ to floppy disk controller 7 IRQ7 configurable Default connection parallel port LPT1 Slave 8259 input Interrupt source 0 Internal connection to real time clock 1 IRQ9 configurable 2 IRQ10 configurable 3 IRQ11 configurable 4 IRQ12 configurable Default connection PS 2 mouse 5 Internal connection for processor FERR 6 IRQ14 Primary IDE 7 IRQ15 CompactFlash controller Connections for ser...

Page 125: ...igurable 11 Configurable 12 PS 2 compatible mouse 13 Coprocessor error 14 Primary IDE controller 15 Configurable reserved for the Compact Flash IDE interface when used 16 PCI PIRQ A Connections VGA controller PCI UART and USB UHCI controller 17 PCI PIRQ B Connections AC97 Audio CODEC controller 18 PCI PIRQ C Connections IEEE1394 Host controller USB UHCI controller 19 PCI PIRQ D Connections Cardbus...

Page 126: ...sue G 126 DMA mapping Mapping Default use 1 LPT1 2 Floppy Disk Controller 3 Available 4 Cascade from DMA1 5 Available 6 Available 7 Available Default DMA mappings changes to the BIOS configuration may modify these mappings ...

Page 127: ... pin DIMM socket to support 128MB 256MB 512MB and 1024MB modules Supports PC1600 200MHz DDR SDRAM PC2100 266MHz DDR SDRAM PC2700 333MHz DDR SDRAM ECC and non ECC memory is supported by the APOLLO Video Intel Extreme Graphics chipset integrated VGA CRT interface 2048x1536 75Hz LVDS interface dual channel 1600x1200 60Hz An option board interface provides a two channel DVO interface to support Dual c...

Page 128: ...PDIF transceiver Network support Dual 10 100 Ethernet support Factory build option of Gigabit Ethernet on primary LAN interface WOL WfM PXE and ASF 1 03 provided on primary LAN interface All Ethernet controllers interface to board mounted RJ 45 s Real time clock Motorola MC146818B compatible real time clock with 256bytes of battery backed SRAM integrated in ICH4 A tamper detection circuit is also ...

Page 129: ... non condensing Real time clock Accuracy 1min month at 25o C 77o F Power requirements ATX Compatible power supply Typical supply rail requirements with Pentium M 1 6GHz 12V 5 2 5A typical 3A max 5V 5 1 0A typical 1 5A max 5V Standby 5 0 5A typical 1A max 3 3V 5 1 0A typical 1 5A max Battery 3 0V Lithium 180mAH CR2032 Coin Cell Maximum discharge current 6uA Dimensions EBX compatible format 5 75 x 8...

Page 130: ...ISIS user manual Issue G 130 Appendix B APOLLO mechanical diagram ...

Page 131: ...1 187 33 15 53 51 51 22 52 85 95 90 75 116 37 152 43 133 83 136 43 25 97 6 20 32 00 5 08 0 00 198 12 Ø12 00 2 off Ø8 20 3 off 18 0 x 26 4 16 2 x 27 4 25 35 165 28 180 73 Ø12 00 Ø10 00 ADD CARD PLATE POSITION 6 50 19 80 21 40 27 10 13 60 2 60 ADD CARD OFFSET OF ADD CARD CONNECTOR FACES ...

Page 132: ...inserted and removed from the board All M3 standoffs used in this configuration need to have an outside diameter of at least 5 4mm to prevent the standoff from being drawn into the mounting hole If this configuration is used and a large CPU heatsink is used with the APOLLO board then the standard heatsink backing plate is not required and the following configuration should used The brass spacer ha...

Page 133: ...CD flat panel display G150XG01 used in the development kits APOLLO J17 DF 14H 20P 1 25H Panel signal name 1 NC NC 2 NC NC 3 1 3 3V 4 2 3 3V 5 3 Ground 6 4 Ground 7 5 Rin0 8 8 Rin1 9 6 Rin0 10 9 Rin1 11 7 Ground 12 10 Ground 13 11 Rin2 14 NC NC 15 12 Rin2 16 NC NC 17 13 Ground 18 NC NC 19 14 ClkIN 20 NC NC 21 15 ClkIN 22 NC NC 23 16 Ground 24 19 Ground 25 40 NC NC ...

Page 134: ...light inverter cable This configuration allows for PWM based brightness control from the APOLLO board See J15 Backlight connector page 42 and LCD backlight connector page 96 for further details APOLLO J15 51021 0500 housing 1 1 2 2 3 NC 4 3 5 5 6 NC Pin 4 of the 5 way housing is not used and should be removed ...

Page 135: ... connector J16 J2 USB ports 5 and 6 10 way 2 54mm 0 1 x 2 54mm 0 1 dual row header Mating connector Harwin M20 1070500 Mating connector crimps Harwin M20 1180022 Pin Signal name Pin Signal name 1 VBUS port 5 2 VBUS port 6 3 D port 5 4 D port 6 5 D port 5 6 D port 6 7 Ground 8 Ground 9 Key no pin 10 Ground For error free data transmission cable certified for USB 2 0 operation should be used ...

Page 136: ...s mounted in the same location BIOS setup To enable the operation of the DVI video option board the BIOS setup option IGD Boot Type in the Advanced Video Intel IGD Control Sub Menu should be set to the External Flat Panel EFP option J2 DVI connector DVI D Digital Visual Interface Digital only Pin Signal name Pin Signal name 1 TMDS D2 13 No connect 2 TMDS D2 14 5V Power 3 TMDS D2 shield 15 Ground 4...

Page 137: ...er Mating connector Harwin M20 1070500 Mating connector crimps Harwin M20 1180022 Pin Signal name Pin Signal name 1 VBUS port 5 2 VBUS port 6 3 D port 5 4 D port 6 5 D port 5 6 D port 6 7 Ground 8 Ground 9 Key no pin 10 Ground For error free data transmission cable certified for USB 2 0 operation should be used ...

Page 138: ...erating system graphics configuration Windows XP XP Embedded and some Linux OS are supported The option board also provides the same USB functionality as the USB 5 6 breakout and is mounted in the same location The following connections refer to pinouts on the TV Out board BIOS Setup To enable the operation of the TV Out Video Option board the BIOS setup option IGD Boot Type in the Advanced Video ...

Page 139: ...nance J4 USB ports 5 and 6 10 way 2 54mm 0 1 x 2 54mm 0 1 dual row header Mating connector Harwin M20 1070500 Mating connector crimps Harwin M20 1180022 Pin Signal name Pin Signal name 1 VBUS port 5 2 VBUS port 6 3 D port 5 4 D port 6 5 D port 5 6 D port 6 7 Ground 8 Ground 9 Key no pin 10 Ground For error free data transmission cable certified for USB 2 0 operation should be used ...

Page 140: ...VDS connector J17 and the option boards LVDS input connector J2 The option board also provides the same USB functionality as the USB 5 6 breakout and is mounted in the same location The following connections refer to pinouts on the VGA option board BIOS Setup To enable the operation of the VGA option board the BIOS setup option IGD Boot Type in the Advanced Video Intel IGD Control Sub Menu should ...

Page 141: ... GND 11 LVDS_D2 12 LVDS_D2 13 GND 14 LVDS_CLK 15 LVDS_CLK 16 GND 17 DDC_CLK 18 DDC_DATA 19 GND 20 GND J4 USB ports 5 and 6 10 way 2 54mm 0 1 x 2 54mm 0 1 dual row header Mating connector Harwin M20 1070500 Mating connector crimps Harwin M20 1180022 Pin Signal name Pin Signal name 1 VBUS port 5 2 VBUS port 6 3 D port 5 4 D port 6 5 D port 5 6 D port 6 7 Ground 8 Ground 9 Key no pin 10 Ground For er...

Page 142: ...ocessors developer intel com CompactFlash Information about CompactFlash www compactflash org PCI SIG Information about PCI development www pcisig com Digital Display Working Group Information about developing a digital connectivity specification for high performance PCs and digital displays www ddwg com IEEE Specifications Information about wired and wireless communication www ieee org Trusted Co...

Page 143: ... by this certificate include Product name Eurotech part number APOLLO GIGABIT R6 6580 00664 001 201 Eurotech has based its material content knowledge on a combination of information provided by third parties and auditing our suppliers and sub contractor s operational activities and arrangements This information is archived within the associated Technical Construction File Eurotech has taken reason...

Page 144: ...ope EUROTECH UK tel 44 0 1223 403410 fax 44 0 1223 410457 e mail sales uk eurotech com e mail support uk eurotech com www eurotech com EUROTECH France tel 33 04 72 89 00 90 fax 33 04 78 70 08 24 e mail sales fr eurotech com e mail support fr eurotech com www eurotech com Northern Eastern Europe EUROTECH Finland tel 358 9 477 888 0 fax 358 9 477 888 99 e mail sales fi eurotech com e mail support fi...

Page 145: ...www eurotech com ...

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