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PCI/104-Express QSeven™ BASED SINGLE BOARD COMPUTER

1. OO OO N The LCD power is jumper selectable for 5V or 12V See the description for JP3 The enable signal controls power to the backlight It is controlled by digital I O signal Connector Part Numbers Molex 53398 0671 6 11 Data Acquisition J14 Connector J14 provides 10 digital I O lines from PIC controller These lines have ESD protection to protect the SBC from potential damage The connector also provides four analog input channels and four pulse width modulator outputs Diamond Systems cable part number 6980501 mates with this connector DIO 0 1 2 DIO 1 DIO 2 3 4 DIO 3 DIO 4 5 6 DIO5 DIO6 7 8 DIO 7 DIO 8 9 10 DIO 9 PWM 1A 11 12 PWM 1B PWM 1C 13 14 PWM 1D Ground 15 16 Agnd ANO 17 18 AN1 AN2 19 20 AN3 Signal Definition DIO 0 9 Digital I Os PWM 1A 1D PWM outs AN 0 3 Analog inputs Ground Digital ground Agnd Analog ground Connector type Standard 2mm dual row straight pin header with gold flash plating Connector JST BM20B GHDS G TF 2x10 straight 1 25mm pitch gold Quantum SBC User Manual Rev A www diamondsystems com Page 17 piamono SYSTEMS 6 12 Ethernet J15 The 10 100 1000 Base T full duplex Ethernet interface is provided by connector J15 Diamond Systems cable part number 6980502 mates with this connector MX1 1 MX1 2 MX2 3 MX2 4 MX3 5 MX3 6 MX4 7 MX4 8 NC 9 Grou
2. _ SR N Signal Name Definition RED RED signal positive 0 7Vpp into 75 Ohm load Ground Ground return for RED GREEN and BLUE signals GREEN GREEN signal positive 0 7Vpp into 75 Ohm load BLUE BLUE signal positive 0 7Vpp into 75 Ohm load DDC CLOCK DATA Signals used for monitor detection DDC1 specification Quantum SBC User Manual Rev A www diamondsystems com Page 14 Q piamonn SYSTEMS Connector type Standard 2mm single row straight pin header with gold flash plating Connector JST BM12B GHS TBT 1x12 vertical SMT 6 7 SATA J10 This connector avails the SATA connection on the carrier boards Ground SATA 1 TX SATA 1 TX Ground SATA 1 RX SATA 1 RX Ground NIOO AJOJ N Connector type Standard 7 pin SATA connector right angle Connector Molex 470804005 6 8 mSATA PCle MiniCard J11 This socket can be configured for either PCle MiniCard or mSATA disk module use The configuration is done with 0 ohm resistors where a conflict occurs between the two configurations as shown in bold PCle MiniCard mSATA mSATA PCIe MiniCard 1 2 3 3V 3 4 Gnd 5 6 1 5V Clkreq 7 8 Gnd Gnd 9 10 PCle Clk PCle 1 Cik 11 12 PCle Clk PCle 1 Clk 13 14 Gnd Gnd 15 16 KEY 17 18 Gnd 19 20 W_Disable Gnd Gnd 21 22 PCle Reset PCle 0 RX SATA1RX 23 24 3 3V PCle ORX SATA1 RX 25 26
3. Gnd Gnd Gnd 27 28 1 5V Gnd Gnd 29 30 SMB Clk PCle 0 TX SATA 1 TX 31 32 SMB Data PCle 0 TX SATA 1TX 33 34 Gnd Gnd Gnd 35 36 USB 4 Gnd Gnd 37 38 USB 4 3 3V 3 3V 39 40 Gnd 3 3V 3 3V 41 42 WWAN LED Ground Ground 43 44 WLAN LED 45 46 WPAN LED 47 48 1 5V Pull up to 3 3V Pull up to 3 3V 49 50 Gnd 51 52 3 3V Quantum SBC User Manual Rev A www diamondsystems com Page 15 pramono SYSTEMS Note For mSATA mode the PCle clock signal is not active because CLKREQ pin is not driven low by the module Connector JAE MM60 52B1 E1 R650 mSATA PCle MiniCard socket JAE NT4R1600 3 55mm high M2 x 0 4 threaded mounting spacers qty 2 built into baseboard for full size module 6 9 LVDS LCD Interface J12 J13 Connector J13 is used to connect LVDS LCD Channel A Connector J12 is used to connect LVDS LCD Channel B Voltage selection for LCD can be configured on JP7 If needed the LCD backlight can be connected to connector JP3 Diamond Systems cable part number 6981211 mates with these connectors for LCD connection J13 LCD Channel A A3 1 2 A2 A3 3 4 A2 Signal Ground _ 5 6 Signal Ground Al 7 8 A0 A1 9 10 A0 Signal Ground 11 12 Signal Ground Channel A Clk 13 14 Vcc 3 3V 5V jumper configured Channel A Clk 15 16 Vcc 3 3V 5V jumper configured Signal Ground 17 18 Signal Ground
4. piamono SYSTEMS Jumper block JP7 configures the voltage supply for the LCD There are labels on the board representing the jumper configurations Available options are 3 3V input or 5V LCD Power JP7 5V 1 VLCD_A 2 3 3V 3 3 3V 4 VLCD_B 5 5V 6 JP3 Function 1 2 VLCD_A 5V 2 3 VLCD_ A 3 3 Default 4 5 VLCD_ B 3 3V Default 5 6 VLCD_B 5V Quantum SBC User Manual Rev A www diamondsystems com Page 26 Q piamonn SYSTEMS 8 SYSTEM RESOURCES The table below lists the default system resources utilized by the circuits on Quantuam SBC Device VO Address ISA IRQ ISA DMA Serial Port COM1 Ox3F8 Ox3FF 4 _ Serial Port COM2 0x2F8 0x2FF 3 _ Serial Port COM3 0x3E8 0x3EF 10 _ Serial Port COM4 0x2E8 0x2EF 11 Ethernet OS dependent OS dependent _ USB OS dependent OS dependent _ Sound OS dependent OS dependent _ Video OS dependent OS dependent _ PC 104 Plus OS dependent OS dependent _ PCle 104 OS dependent OS dependent _ mini PCle OS dependent OS dependent _ Most of these resources are configurable and in many cases the operating system alters these settings The main devices that are subject to this dynamic configuration are on board Ethernet sound video USB and any PC 104 Plus cards PCle 104 and PCle MiniCards that are in the system These settings may also vary depending on what other devices are present in the system For example aDisplay Port ng on a PC 104 Plus card
5. J27 interfaces to USB ports 0 2 USB 2 0 provides a 480Mbps maximum data transfer rate The shield pin on each connector is tied to system ground Diamond Systems cable number 6980503 mates with these connectors J27 USBO Pwr USBO Data USBO Data Ground Shield USB2 Pwr USB2 Data USB2 Data Ground Shield J25 USB4 Pwr USB4 Data USB4 Data Ground Shield USB5 Pwr USB5 Data USB5 Data Ground Shield USB ports 0 and 2 00 Ni mi p o si USB ports 4 and 5 BO 00 Ni mie os Connector type Standard 2mm single row right angled pin header with gold flash plating Connector JST SM10 B GHS TBT 1x10 right angled SMT 6 18 Serial Ports J26 J29 There are two serial port connectors with identical pin outs Ports 1 2 are on J26 connector and port 3 is on the bottom side right angled J29 connector RS 422 and RS 485 pin outs apply only to ports 1 and 2 Diamond Systems cable number 6980500 provides two DB9 connectors Pin RS 232 TX1 RTS1 SEA CTS1 Ground TX2 RTS2 RX2 CTS2 Ground OJIN O or OO rm zech RS 422 TX1 TX1 RX1 RX1 Ground TX2 TX2 RX2 RX2 Ground RS 485 TX RX 14 TX RX 1 NC NC Ground TX RX 2 TX RX 2 NC NC Ground Port 3 only provides RS 232 protocol Ports 1 and 2 also provide RS 422 485 capability Connec
6. 4 1 The time value set depending on the following set of values Value Time interval 0 1 sec 1 2 sec 2 4 sec 3 8 sec 4 16 sec 5 32 sec 6 1 min 7 2 min 8 4 min 9 9 min 10 17 min 11 35 min 12 70 min 13 Disable The command returns an integer as its response which represents a timeout value depending on the value time interval chart given above 13 11 MTBF Power Data Comments Command Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_MTBF_DATA Indicating the command to process 3 1 0 Indicating no data is sent Response Byte Length Value and Description 0 2 MESSAGE _SIG Message signature 2 1 COMMAND_RECEIVER_MTBF_DATA Indicating the command to process 3 1 4 Indicating 4 bytes of data This command is similar to the watchdog timeout read command described earlier It is also 4 bytes long Only the command id is different The response of this command returns the boot up time in seconds Quantum SBC User Manual Rev A www diamondsystems com Page 53 13 12 RTC Read Command Q piamonn SYSTEMS Byte Length Value and Description 0 2 MESSAGE _SIG Message signature 2 1 COMMAND_RTC_READ 3 1 0 Indicating no data is sent Response Byte Length Value and Description 2 MESSAGE _SIG Message signature 1 COMMAND_RECEIVER_RTC_D
7. DID_DAT 19 20 DID_CLK J12 LCD Channel B B3 B3 Signal Ground B1 B1 Signal Ground Channel A Clk Channel A Clk Signal Ground DID_DAT 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 B2 B2 Signal Ground BO B0 Signal Ground Vcc 3 3V 5V jumper configured Vcc 3 3V 5V jumper configured Signal Ground DID_CLK Connector type Standard 2mm dual row straight pin header with gold flash plating Connector Channel A JST BM20B GHDS G TF 2x10 straight 1 25mm pitch gold Channel B JST BM20B GHDS G TF 2x10 straight 1 25mm pitch gold Mating connector JST GHDR 20V S Crimp terminal JST SGHD 002GA P0 2 Quantum SBC User Manual Rev A www diamondsystems com Page 16 Q piamonn SYSTEMS 6 10 LCD Backlight J3 J24 Connector J3 provides the backlight power for LCD Channel A Connector J24 provides the backlight power for LCD Channel B and control for an optional LCD panel Diamond Systems cable part number 6981210 mates with this connector J3 LCD Backlight Channel A LCD A Power LCD A Power Ground Ground Enable GPIO output 0 off open circuit on Brightness 0 5VDC variable ON max DN min J24 LCD Backlight Channel B OO OO NI LCD B Power LCD B Power Ground Ground Enable GPIO output 0 off open circuit on Brightness 0 5VDC variable ON max DN min
8. GEREENT 17 6 2 EtMOrmet J esst ica teed u ee Eege SEENEN ees 18 EEN ie e BO AR A EE 18 6 14 PCIe 104 J20 EE 19 6 15 PS 2 Mouse and Keyboard Uni 20 6 16 USB Host Client Port JZ u u uu au awaqa shaku suaqqa suaqqa eeh Seege ESO ee Zeen 20 6 17 USB TEE 21 6 18 Serial Ports J26 JOSI tee EE EENEG 21 6 19 Utility Connector JIO LS aaa awpa EE deele dere 22 6 20 Fan Connector Ju u uuu u EEEN TNE EEEE ETEA EEEE 22 7 Configuration Jumpesrs 23 FA Battery ele TC te TT 24 7 2 PCI voltage configuration LIP3i saa enaid naani daada iiaae k oaasqaqsasasaakas 24 Z LGD BacklightiPOW er JP3 LL canis teckel L auqa EE KENE Ee ERC aaah aha 24 74 RS 232 422 485 Configuration JP4 c cceeccceeeseeeeeeeeeeeeeeaeeeeeeeceeeeecaaeeeeaaeseeeeeseaeeeseaeeseaeeseeeeescaeeesaeeeeneeee 25 7 5 RS 422 485 Termination configuration for COM1 2 JP6 25 7 6 LGD Power igP7 aus aasan ae heats de dele kausana dailies 26 8 SVStem RESOUrCE S u ee Ee 27 9 Video Feature uuu l l lli ii ii eden voce cued AAEE 28 CEET We HRC EE 28 CAHEN 29 9 397 HDMI IG EE 29 OA LVDS KENE EE 29 10 Updati ng1he BIOS eege 30 11 Installation and Configuration I U U U uuu uuu uu uu u u 30 DST QUICK e EE 30 11 2 Boot Device ele E 30 12 BIOS Uren
9. Line In Out Wide Range T 40VDC Power Supply 5VDC 3 3VDC i 45 Watt atts Version2 Functional Block Diagram Quantum SBC User Manual Rev A www diamondsystems com Page 8 Q piamonn SYSTEMS 4 BOARD DIAGRAM The diagram below shows the board layout including connectors and mounting holes J7 J10 J14 J17 J20 J21 Quantum SBC Connector Location Top View Quantum SBC User Manual Rev A www diamondsystems com Page 9 piamond SYSTEMS J24 J28 J25 J26 J27 J29 J30 J31 Quantum SBC Connector Location Bottom View with QSeven COM Attached Quantum SBC User Manual Rev A www diamondsystems com Page 10 5 CONNECTOR AND JUMPER LISTS 5 1 I O Connectors Connector Function Q piamonn SYSTEMS Ji External battery J2 PCI bus J3 LCD backlight A J4 Input power J5 Display port J6 HDMI port J7 USB1 host client port J9 VGA J10 SATA J11 PCle MiniCard mSATA J12 LCD interface channel B LVDS format J13 LCD interface channel A LVDS format J14 Data acquisition I O J15 Ethernet J17 Audio J20 PCle 104 Port 2 and Port 3 J21 PS 2 keyboard amp mouse J24 LCD backlight B J25 USB 4 5 J26 Serial COM ports 1 2 J27 USB 0 2 J28 QSeven computer on module J29 Serial COM port 3 J30 Utility J31 Fan 5 2 Configuration Jumpers Jumper Description JP1 Battery JP2 PCI 104 VIN voltage configuration JP3 LVDS display backlight voltage selection JP4 COM 1 2 RS 422 485 configuration JP6 COM1 2 RS 4
10. Quantum SBC User Manual Rev A www diamondsystems com Page 33 piamond SYSTEMS 12 3 2 Advanced Use the Advanced menu to control the system s PCI ACPI IDE USB and Super I O Aptio Setup Utility Copyright C 2011 American Megatrends Inc Main Advanced Chupczet Doot Gecuritv Gave E Exit Enable or Disable Boot Option for Legacy Network Devices Legacy OpROM Support Launch Storage OpROM Enabled Launch Video OpROM Enabled gt PCI Subsystem Settings p ACPI Settings gt IDE Configuration gt USB Configuration gt lt Select Screen gt F81866 Super IO Configuration t Select Item Enter Select gt F81866 H W Monitor Change Opt Fi General Help F2 Previous Values F9 Optimized Defaults F10 Save amp Exit SG nak The featured settings and submenus are Seng Description Enables disables the boot option for legacy network devices gt Disabled is the default Launch PXE OpROM gt PXE means Preboot Execution Environment a series of methods to get a typical Windows based computer to boot up without a hard drive or boot diskette Enables disables running the legacy option ROM for video Launch Storage devices Legacy OpROM p Enabled is the default Enables disables the boot option for the legacy video devices with option ROM p Options available are Disabled Enabled default and Launch Video Enabled when no UEFI driver OpROM p Donotdisable this setting unless you
11. and mouse signals Diamond Systems cable part number 6980506 mates with this connector and provides standard connections for PS 2 keyboard and mouse 5V KB Data KB Clk Ground 5V MS Data MS Clk Ground INIO OI ARO N Signal Definition 5V System 5V power KB Data Keyboard data KB Clk Keyboard clock MS Data Mouse data MS Clk Mouse clock Ground System ground Key Key pin missing on pin header plugged on mating cable Connector type Standard 2mm single row right angled pin header with gold flash plating 6 16 USB Host Client Port J7 Quantum features one USB Host Client port on connector J7 Port 1 may be a client port on some of the Q7 modules J7 interfaces to USB port 1 USB 2 0 provides a 480Mbps maximum data transfer rate The shield pin on each connector is tied to system ground Diamond Systems cable part number 6980504 mates with these connectors for Host Diamond Systems cable part number 6980505 mates with these connectors for Client USBO Power USBO Data USBO Data Ground Q G N Device ID Connector JST BM05B GHS TBT 1x5 vertical SMT ports 1 top side of PCB Mating connector JST GHR 5V S Quantum SBC User Manual Rev A www diamondsystems com Page 20 6 17 USB J25 J27 Q piamonn SYSTEMS Quantum features four USB 2 0 ports on 2 pin headers Connector J25 interfaces to USB port 4 5 and connector
12. from LOW to HIGH or HIGH to LOW The response is an acknowledgement for the successful completion of the command Quantum SBC User Manual Rev A www diamondsystems com Page 48 13 5 EEPROM Read Q piamonn SYSTEMS Command Byte Length Value and Description 0 2 MESSAGE _SIG Message signature 2 1 COMMAND_READ_EPROM Command id of the message 3 1 2 Indicating the 2 byte address to be read from the EEPROM 4 2 Contains the address to be read Response Byte Length Value and Description 0 2 MESSAGE _SIG Message signature 2 1 COMMAND_RECEIVER_EPROMDATA Indicating the following data is from reading EEPROM data 3 1 1 Indicating one byte of data to be read 4 1 The data that is requested by the read request Comments The command will be 6 bytes long in which the first two bytes is the command signature the third byte is the command id the fourth byte is the length of the data buffer and the fifth byte is the data which contains the address location For example to read location 0x0130 the message will look like this 0x3232 0x05 0x02 0x0130 13 6 EEPROM WRITE Command Byte Length Value and Description 0 2 MESSAGE_ SIG Message signature 2 1 COMMAND_WRITE_EPROM Command id for the message 3 1 3 Indicating 3 bytes of data is sent 4 2 Contains the address location where the data is to be written 6 1 The 1 byte of data t
13. have video device with UEFI driver This setting is auto re enabled if no UEFI video device is available If the screen goes black after this setting is disabled reset the system Quantum SBC User Manual Rev A www diamondsystems com Page 34 piamond SYSTEMS PCI Subsystem Settings This submenu configures PCI PCI X and PCI Express The featured settings and submenus are Setting Submenu Defines the PCI option ROM to launch when there are multiple option ROMs Legacy and EFI compatible p Options available are Legacy ROM default and EFI Compatible ROM Sets the ASPM Active State Power Management level PCI ROM Priority Set it to Force LOs to force all links to LOs state PCI Express Settings Set it to Auto to leave it on BIOS auto configuration Set it to Disabled to disable ASPM default Note enabling ASPM may cause some PCI E devices to fail ACPI Settings ACPI Settings configure the system s ACPI Advanced Configuration and Power Interface The featured settings are Setting Deserteten Enable ACPI Auto Enables disables BIOS to from auto configuring ACPI Configuration p Disabled is the default Enables disables the system to from hibernation OS S4 Sleep State This setting may not be effective with some OS Enable Hibernation Enabled is the default This setting is available only when Enable ACPI Auto Configuration is disabled Sets the highest ACPI sleep state that system enters when the s
14. possible shorting from this type of damage However these design rules are not sufficient to prevent damage in all situations A third cause of failure is when a metal screwdriver tip slips or a screw drops onto the board while it is powered on causing a short between a power pin and a signal pin on a component This can cause overvoltage power supply problems described below To avoid this type of failure only perform assembly operations when the system is powered off Sometimes boards are stored in racks with slots that grip the edge of the board This is a common practice for board manufacturers However our boards are generally very dense and if the board has components very close to the board edge they can be damaged or even knocked off the board when the board tilts back in the rack Diamond Systems recommends that all our boards be stored only in individual ESD safe packaging If multiple boards are stored together they should be contained in bins with dividers between boards Do not pile boards on top of each other or cram too many boards into a small location This can cause damage to connector pins or fragile components Power supply wired backwards Our power supplies and boards are not designed to withstand a reverse power supply connection This will destroy each IC that is connected to the power supply i e almost all ICs In this case the board will most likely will be irreparable and must be replaced A chip destroyed by reve
15. used to read board voltages from various channels 0 167041 0 152037 Figure 12 Board Voltages section This module reads and displays voltages from channel AN6 to AN10 at a regular interval of 2 seconds Channel Voltage AN6 5V AN7 Vin 6 to 32VDC AN8 2 5V AN9 1 5V AN10 12V Quantum SBC User Manual Rev A www diamondsystems com Page 72 16 1 0 CABLES piamono SYSTEMS Diamond Systems offers Cable Kit CK QUA 01 with cables for all I O connectors on the board except the LCD and backlight Some cables are also available separately Quantum SBC Cable Kit CK QUA 01 Photo Cable Part Quantum SBC Number Quantity Number Description Connector 1 2 6980500 Dual serial cable J26 J29 2 1 6980501 Data acquisition cable J14 3 1 6980502 Gigabit Ethernet cable J15 4 2 6980503 Dual USB cable J25 J27 5 1 6980504 USB cable J19 6 1 6980505 USB client cable J7 7 1 6980506 Keyboard mouse cable J21 8 1 6980507 VGA cable J9 9 1 6980508 HD audio cable J17 10 1 6980509 Utility connector J30 11 1 6980510 Power input cable J4 12 1 6980511 Battery cable J1 13 1 6981314 CAN cable J23 Quantum SBC User Manual Rev A www diamondsystems com Page 73 piamono SYSTEMS 17 SPECIFICATIONS 17 1 Processor Section All Models SBC QSeven COM 1GHz AMD Fusion G T40E On board flash 4GB MLC flash BIOS AMI Pn
16. 0x04 0x0C 0x1C Ox1E 0x22 0x24 0X26 0x2A Q D SYSTEMS Quantum SBC User Manual Rev A www diamondsystems com Page 46 13 1 Are you there Command Description piamono SYSTEMS Value and Description MESSAGE_SIG Message signature COMMAND_AREYOU Command id for the are you there command 0 No extra data sent Value and Description MESSAGE_SIG Message signature COMMAND_RECEIVER_AREYOUTHERE Specifies the length of the buffer as 1 byte long Byte Length 0 2 2 1 3 1 Response Byte Length 0 2 2 1 3 1 4 1 Version Number of the firmware Comments This command is used to retrieve the firmware version running on the target system If the firmware version is 2 then the message sent is 3232010 and the received message is 3232020102 13 2 Configure DIO Port Command Command Byte Length Value and Description 0 2 MESSAGE_ SIG Message signature 2 COMMAND_CONFIG_DIOPORT Command id for the message 3 1 4 Pin number Response Byte Length Value and Description 0 2 MESSAGE_ SIG Message signature 2 1 COMMAND_RECEIVER_ACK Command id for the message 3 1 1 4 1 Return status for the command 0 Operation completed successfully 1 Some problem in the operation Comments This command is used to toggle the configuration direction of a digital IO pin The value of the pin number mu
17. 22 485 termination JP7 LCD supply channel A amp B Quantum SBC User Manual Rev A www diamondsystems com Page 11 piamono SYSTEMS 6 l O CONNECTORS Note Pins marked as key are cut away or removed 6 1 External Battery J1 Connector J1 is used to connect an optional external battery to replace the on board backup battery The on board battery provides about 7 years of lifetime at an ambient temperature of 25 C For longer lifetime an external battery of 3 3V 10 may be connected to this connector Diamond Systems cable part number 6980511 mates with this connector wh Battery 2 Ground Connector type Standard 1 single row straight friction lock pin header Connector DF13C 2P 1 25V 6 2 PCI Bus J2 The PCI bus connector is a solder pin non stack through short pin connector installed on the top side Expansion modules may be mounted only on the top side of the board due to the presence of the QSeven module on the bottom side GND 5 0V KEY Reserved AD02 AD05 C BE0 AD13 C BE1 ON O OI Go N 13 FRAME 17 AD22 18 IDSELO IDSEL1 IDSEL2 19 AD24 C BE3 IDSEL3 20 AD26 28 INTD 29 INTA INTB Reserved Reserved Quantum SBC User Manual Rev A www diamondsystems com Page 12 Q piamonn SYSTEMS Connector PCI 104 non stack through with solder pins bottom side shroud and shroud mounting holes not required Mating connector Any PCI 104 stack th
18. 22 485 termination configuration LCD supply channel A amp B JP4 Quantum SBC User Manual Rev A www diamondsystems com Page 23 Q piamonn SYSTEMS 7 1 Battery configuration JP1 Jumper block JP1 configures the battery voltage supply Battery Jumper JP1 wh VBAT_IN vec_RTc 2 Pins 1 2 Function Jumper VIO_RTC 3V No jumper VCC_RTC 0V 7 2 PCI voltage configuration JP2 Jumper block JP2 configures the voltage supply for PCI 104 add on modules VIO_PCI Jumper JP2 5V 1 VIO_PCIl 2 3 3V 3 JP2 Function 1 2 VIO_PCI 5V 2 3 VIO_PCI 3 3V 7 3 LCD Backlight Power JP3 Jumper block JP3 configures the voltage supply for the LCD backlight There are labels on the board representing the jumper configurations Available options are 5V input or 12V LCD Backlight Power JP3 12V 1 VLCD_BKLTA 2 5V 3 5V 4 VLCD_ BKLT B 5 12V 6 JP3 Function 1 2 VLCD_BKLT A 12V 2 3 VLCD_BKLT A 5V Default 4 5 VLCD_BKLT B 5V Default 5 6 VLCD_BKLT B 12V Quantum SBC User Manual Rev A www diamondsystems com Page 24 piamono SYSTEMS 7 4 RS 232 422 485 Configuration JP4 Use JP4 to set COM1 and COM 2 in RS 232 422 485 modes RS 232 422 485 Jumper JP4 W_DISABLE 1 GROUND 2 MODE 0 3 GROUND 4 MODE 2 5 GROUND 6 PIC_MCLR_RESET 7 PIC_MCLR_RC 8 MODE 0 MODE 2 Function 3 4 jumper Default 5 6 Open No jumper RS 232 Mode Def
19. 3V Maximum input voltage 3 3V for linear operation Digital UO Number of I O lines 10 Compatibility 3 3V Input voltage Low OV min 0 8V max High 2 0V min 4 25V max Input current 10HA max Output voltage Low 0 0V min 0 4V max High 2 9V min 3 3V max Output current Low 24mA max High 24mA max PWM amp Counters Number of PWM 4 frequency 608 1200Hz Counter timers 2 programmable Quantum SBC User Manual Rev A www diamondsystems com Page 75
20. ATA Indicating the command to process 1 7 Specifying 7 bytes following 0 99 specifying the year s last two digits 1 12 specifying Month 1 for January 3 for March 11 for November and so on 1 31 Date 1 7 Day of week 1 for Sunday 3 for Tuesday 7 for Saturday and so on 0 23 Hours o IN JD Jo WO N jO 0 59 Minutes k CH 0 59 Seconds Comments This command reads the RTC timer on the microcontroller Before reading the data the RTC must be configured with some starting time or else it will give incorrect data The command structure and description is similar to the watch dog read command or the MTBF power data retrieval command The command looks like 3232 19 00 Quantum SBC User Manual Rev A www diamondsystems com Page 54 13 13 RTC Write Command Q piamonn SYSTEMS Byte Length Value and Description 2 MESSAGE_ SIG Message signature 1 COMMAND_RTC_WRITE 1 7 Specifying 7 bytes following this 0 99 specifying the year s last two digits 1 12 specifying Month 1 for January 3 for March 11 for November and so on 1 31 Date 1 7 Day of week 1 for Sunday 3 for Tuesday 7 for Saturday and so on 0 23 Hours O jo IN jo WO N JO 0 59 Minutes 0 59 Seconds Response Comments Byte Length Value
21. C Exit Version 2 14 1219 Copyritght C 2011 American Megatrends Inc The featured submenus are North Bridge North Bridge LVDS Config Select and South Bridge which are explained in the following of this section North Bridge This submenu configures the system s north bridge features including graphics memory and socket 0 This submenu also presents some important memory information The featured settings and submenus are wm Gemen Memory Clock Delivers the current memory clock frequency Total Memory Delivery the total capacity of the onboard DDR3L memory Quantum SBC User Manual Rev A www diamondsystems com Page 38 piamond SYSTEMS GFX Configuration This submenu features the following settings to configure the system s graphics Setting Description Configures the north bridge GPP general purpose ports core gt Options available are Disabled ND GPP Core GPP_CORE_x4x4 sassa GPP_CORE_x4x2x2 GPP_CORE_x4x2x1x1 GPP_CORE_x4x1x1x1x1 default Enables disables the port gt Options available are Enabled default and Disabled gt When enabled the followings settings are available Sets the ASPM level for the port gt Options available are Disabled default LOs Entry L1 Entry and LOs and L1 Entry p ASPM for Active State Power Management Sets the hotplug mode for the port gt Options available are Disabled default Hotplug Basic Hotplug Server Hotplug Enhanced a
22. DIAMOND S Y S T E M S PCI 104 Express QSeven BASED SINGLE BOARD COMPUTER PCI 104 Express SBC with AMD Fusion G T40E and Integrated Data Acquisition Rev A July 2014 guf B Revision Date Comment A 07 16 2014 Initial Release Copyright 2014 FOR TECHNICAL SUPPORT Diamond Systems Corporation PLEASE CONTACT 555 Ellis Street Mountain View CA 94043 USA support diamondsystems com Tel 1 650 810 2500 Fax 1 650 810 2525 pramono SYSTEMS www diamondsystems com CONTENTS 1 Important Safe Handling Information U u uu u u u u u u u u uu u u 4 2 Te TI VT EE 6 3 Functional Block Diagram U u u uu u uuu u uuu uu uuu uu u uu u 8 d Board DI8gramu u u uu Xu ace Eeer 9 5 Connector and Jumper Lists U U U u uuu uu uu u uu J J J J J J 11 51 DEES egene leegen Seele pa nut el Ee eet eeh Srel eet Rat eege e 11 5 2 Configuration Jumpers I scenes caaeeeeaaeseeeeeseaeeseaaeeseaeeseeeeescaeeesaeeeeneeee 11 6 VO el CH 12 6 1 External Battery JI EE 12 6 2 PCW BUS EE 12 6 5 JopotKower l i u u un veces E E ria A du geet E puede genbad Gab E A Geet 13 63 Display Pon Jo E 13 6 5 WAIDM IG EE 14 NET IY EE 14 67 SATA EN AE 15 6 8 mSATA PCle MiniCard Um 15 6 9 LVDS LCD Interface J12 J 16 6 10 LCD Backlight J3 J24 EEN 17
23. DS Option 10 1440 x 900 24Bit Single LVDS Option 11 1280 x 1024 24Bit Dual LVDS Option 12 1440 x 1050 24Bit Dual LVDS Option 13 1600 x 900 24Bit Dual LVDS Option 14 1680 x 1050 24Bit Dual LVDS Option 15 1600 x 1200 24Bit Dual LVDS Option 16 1920 x 1080 24Bit Dual Quantum SBC User Manual Rev A www diamondsystems com Page 41 piamond SYSTEMS SB SATA Configuration Use this submenu to configure the system s SATA feature by the following settings Setting Description Enables disables the Serial ATA feature OnChip SATA Channel Enabled is the default Sets the storage type for the Serial ATA interface gt Options available are RAID AHCI and Legacy IDE default EENG gt This setting is available only when OnChip SATA Channel is enabled Enables disables supporting both SATA and PATA devices SATA IDE Combined gt Enabled is the default gt This setting is available only when OnChip SATA Channel is enabled Sets how to support both SATA and PATA by defining which is the primary drive gt Options available are SATA as primary default and SATA as secondary gt This setting is available only when both OnChip SATA Channel and SATA Combined Mode are enabled and OnChip SATA Type isn t set to AHCI SB USB Configuration Use this submenu to configure the system s USB features Setting Description Enables disables OHCI HC Bus 0 Dev 18 Fn 0 gt OHCI means Open Host Cont
24. P Flash BIOS Cooling Heat sink SDRAM memory 2GB 1 3MHz DDR3L SDRAM soldered on board Display type 18 or 24 bit dual channel LVDS LCD VGA CRT Display Port Display resolution 1920 x 1080 maximum USB ports 5 USB 2 0 Serial ports COM amp 2 2 RS 232 422 485 COM 3 RS 232 fixed Networking 10 100 1000Mbps Ethernet circuit integrated in the QSeven CPU module using Realtek RTL8111E PCle Gigabit Ethernet controller Mass storage 1 x Serial ATA port with 600MB s HDD transfer rate on standard SATA connector mSATA flashdisk socket with 600MB s HDD transfer rate Keyboard mouse PS 2 Watchdog timer Programmable Audio Expansion buses Mechanical Environmental System input voltage HD audio CODEC from Realtek ALC262 Stereo line out line in and microphone PCI 104 and PCle 104 stackable expansion 1 PCle MiniCard socket 6 to 32VDC 5 5VDC 5 Power consumption 7 53W idle Dimensions 4 550 x 3 775 116 x 96mm Weight 7 60z 215 5g with heatspreader MTBF tod Operating temperature 20 C to 71 C 4 F to 160 F G T40E model Operating humidity 0 90 non condensing RoHS Compliant Quantum SBC User Manual Rev A www diamondsystems com Page 74 17 2 Data Acquisition Section gt 1amonp SYSTEMS Analog Inputs Number of channels 4 single ended Resolution 12 bit Input ranges Unipolar 0 3
25. Quantum Cable Kit The Cable Kit includes all cables needed for the I O The Development Kit includes the SBC Cable Kit and AC adapter to power the SBC 11 1 Quick Setup 1 Attach VGA cable 6980507 PS 2 keyboard mouse cable 6980508 and USB cables 6980503 as needed 2 Attach display keyboard and mouse if needed to the cables Connect power to power input connector J4 using AC adapter X or your own power supply with power cable 6980510 The input connector and cable keyed to prevent incorrect connection However ensure that the red wire 5V are on pin 1 of the board connector J4 WARNING Attaching the power connector incorrectly will destroy the QUANTUM SBC 4 Fora quick verification that the system is set up and working properly if no boot device is attached the system will boot to BIOS screen 11 2 Boot Device Options Quantum can boot from a SATA mSATA or USB device The boot device selection and priority are configured in the BIOS Boot menu See Chapter 12 for detailed BIOS instructions Only devices which are currently attached to the SBC will appear in the list of options Therefore if you want to select a hard drive or USB device as the boot device you must connect it to the SBC first then boot up and enter the BIOS then select it as a boot device The following are a few example boot scenarios e Install an SATA hard disk directly on the SATA connector e Attach a bootable USB device to one of the USB ports with USB ca
26. See 31 1271 Access BIOS SQtui EE 31 12 2 Key ei ell Ee EE 32 ERC The Menis EE 32 ESCH MANN NEE 33 T2322 PROVANCC ET 34 1233 EIDEN uuu u ch eieecs each aeaa aeia ohh he bende eege ege co ashaka bebe egen dade deh 38 T2324 BOOT secede kaqa teens heien ge eee cn ea enh ah edd geheegt euer egecht n Koeune e u ek ege Ze 43 RE 44 123 6 SAVES ET 45 13 PIC MiGrOCONtHON GR aana cesar etcceezend ETE A E 46 TSW AS e EE 47 Quantum SBC User Manual Rev A www diamondsystems com Page 2 piamono SYSTEMS 13 2 Configure DIO Port Command irisscan nannaredda aaa aaia 47 1353 DIO RO EE 48 19 4 DIO ele 48 13 5 EEPROM Read EE 49 13 6 EEPROM WRIT EE 49 13 7 MTBF POWER CYCLE Jl aa anata ka Ed ee EEN e 50 13 8 Watchdog Timeout et e NENEERN EEEEEEEENEEEER cdbaceesscetesdeedadeceeenesesbeedetseaeagadeebaededaeaebeedesbecdetieteaceierbeedetnetenies 51 13 9 Watchdog Wu ee 52 13 10 Watchdog Read EE 52 13 71 MTBF Power Data occ ice A NEEE OEA TAEA 53 13 12 RTC ROA EE 54 1 13 RTC WG eegen eege eege GEESS 55 13 14 Set COM MOd6 EE 56 13 15 Get COM MOG sinerien geed aaa aaa aa ai S a e ea AA a aa 56 13 16 READ ANALOG DATA sissioni an akawa saad hua aaa aaa aaa aa aaa a a a a 57 CORNET 58 13 18 OT Ee el RRE 59 13 19 READ DIO CONFIG WE 60 13 20 GALENDAR WAKEUP E 60 14 System Reset EEN 61 15 Data ACQUISITION CIRCUIT u Su ccc ace Seb cece ca ascend Nacsa eee sss 61 15 1 Protocol SLO WEE 61 15 2 Application Navigation cccceeecceeee
27. The fifth byte contains data specifying the timeout length For example to set a 16 second time out value the message will looks like 0x3232 0x17 0x01 0x04 Quantum SBC User Manual Rev A www diamondsystems com Page 51 13 9 Watchdog Trigger Q piamonn SYSTEMS Command Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_WATCHDOG_TRIGGER 3 1 0 Indicating no data is sent Response Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_RECEIVER_ACK Command id for the message 3 1 1 4 1 Return status for the command 0 Operation completed successfully 1 Some problem in the operation Comments The first three bytes contains data just like the previous commands There is no extra data required to execute the command so the fourth byte is 0 The message for a watchdog trigger will look like 0x3232 0x1B 0x00 13 10 Watchdog Read Value and Description MESSAGE_SIG Message signature COMMAND_WATCHDOG_READ Command Byte Length 0 2 2 1 3 1 1 Indicating 1 byte of data to be read Quantum SBC User Manual Rev A www diamondsystems com Page 52 Comments Q piamonn SYSTEMS Response Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND _RECEIVER_WATCHDOG SETTINGS Response ID 3 1 0 Indicating no data is sent
28. This command is used to specify what protocol is used by the firmware This won t be immediately reflected in the firmware the protocol will be updated after the device is reset The default protocol is set as SPI communication The host windows application is uses the SPI protocol To set the protocol to RS 232 the message looks like 0x3232 0x27 0x01 0x01 13 15 Get COM Mode Command Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_GET_COM_MODE 3 1 0 Indicating no data is sent Response Byte Length Value and Description 0 2 MESSAGE _SIG Message signature 2 1 COMMAND_RECEIVER_GET_COM_MODE Indicating the command to process 3 1 1 Indicating 1 byte of data to be read 4 1 1 Indicates RS 232 protocol to be used 2 Indicates RS 485 protocol to be used 3 SPI Serial Peripheral Interface protocol to be used Comments This command is used to retrieve the protocol used for sending data or getting data from firmware The default communication mode is the SPI The firmware will use the last used protocol the protocol used for before the last rest when initializing the firmware Quantum SBC User Manual Rev A www diamondsystems com Page 56 13 16 READ ANALOG DATA Q piamonn SYSTEMS Command Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_ANALOG_READ Co
29. V_STBY PCle 2 Clk PCle 2 Clk Dir SMB Data SMB Clk SMB Alert Carrier USB OC 3 3V USB 7 USB 7 Gnd PCle 3 T PCle 3 T Gnd Gnd PCle 3 R PCle 3 R Gnd Gnd PCle 3 Clk PCle 3 Clk 5V_STBY Dir SMB Data SMB Clk SMB Alert 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Ay gt 23 5 24 V 25 26 27 28 29 30 31 a 32 3 g 34 35 36 37 38 39 40 4 42 43 44 45 46 47 48 49 50 51 52 PCle 104 Specification PCle Reset PCle Reset 3 3V 3 3V USB 6 USB 0 USB 6 USB 0 Gnd Gnd PCle 2 T PCle 0 T PCle 2 T PCle 0 T Gnd Gnd PCle 3 T PCle 3 T Gnd Gnd PCle 2 R PCle 0 R PCle 2 R PCle 0 R Gnd Gnd PCle 3 R PCle 3 R Gnd Gnd PCle 2 Clk PCle 0 Clk PCle 2 Clk PCle 0 Clk 5V_STBY 5V_STBY PCle 3 Clk PCle 3 Clk PU to 3 3V Pwr Good PCle x16 Clk PCle x16 Clk PSON Connector Samtec ASP 129637 08 QMS series 15 24mm stacking height single bank Mating connector Samtec ASP 129646 18 QFS series 15 24mm stacking height single bank or ASP 129646 03 QFS series 15 24mm stacking height 3 bank connector Quantum SBC User Manual Rev A www diamondsystems com Page 19 Q piamonn SYSTEMS 6 15 PS 2 Mouse and Keyboard J21 Connector J21 provides the standard PS 2 keyboard
30. a high number of I O connectors with connection to sensitive electronic components This creates many opportunities for accidental damage during handling installation and connection to other equipment The list here describes common causes of failure found on boards returned to Diamond Systems for repair This information is provided as a source of advice to help you prevent damaging your Diamond Systems or any vendor s embedded computer boards ESD damage This type of damage is usually almost impossible to detect because there is no visual sign of failure or damage The symptom is that the board eventually simply stops working because some component becomes defective Usually the failure can be identified and the chip can be replaced To prevent ESD damage always follow proper ESD prevention practices when handling computer boards Damage during handling or storage On some boards we have noticed physical damage from mishandling A common observation is that a screwdriver slipped while installing the board causing a gouge in the PCB surface and cutting signal traces or damaging components Another common observation is damaged board corners indicating the board was dropped This may or may not cause damage to the circuitry depending on what is near the corner Most of our boards are designed with at least 25 mils clearance between the board edge and any component pad and ground power planes are at least 20 mils from the edge to avoid
31. and Description MESSAGE_SIG Message signature COMMAND_RECEIVER_ACK Command id for the message 1 IMC Return status for the command 0 Operation completed successfully 1 Some problem in the operation This command is always ten bytes long The first four bytes contain information just like other commands The next seven bytes of information contain data regarding date information as described in the table above This command configures and starts the RTC module in the firmware For example to set 29th Feb 2012 5 00 17 PM Wednesday is day of the week the command is 0x3232 0x25 0x07 12 02 04 17 00 17 While reading the RTC data the time information will appear in this format Quantum SBC User Manual Rev A www diamondsystems com Page 55 13 14 Set COM Mode Q piamonn SYSTEMS Command Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_SET_COM_MODE 3 1 1 Indicating 1 more byte to be read 4 1 1 Indicates RS 232 protocol to be used 2 Indicates RS 485 protocol to be used 3 SPI Serial Peripheral Interface protocol to be used Response Byte Length Value and Description 0 2 MESSAGE _SIG Message signature 2 1 COMMAND_RECEIVER_ACK Command id for the message 3 1 1 4 1 Return status for the command 0 Operation completed successfully 1 Some problem in the operations Comments
32. ault Default 3 4 Open Nojumper 5 6 Open No jumper 2T 2R RS 422 3 4 Open No jumper 5 6 jumper 2T 2R RS 485 amp 2R RS 232 3 4 jumper 5 6 jumper Loop Back Mode TX in to RX out 7 5 RS 422 485 Termination configuration for COM1 2 JP6 Use JP6 to select the COM1 RS 422 485 termination and COM2 RS 422 485 termination Any port configured for RS 232 should not have any jumpers installed For RS 422 Installing two jumpers in the 422 TERM positions connects a 120 ohm termination resistor across the RX and lines and connects 1K ohm bias resistors to the RX lines The line is biased toward ground and the line is biased toward 5V This sets the receiver to an inactive state when the receiver is unconnected Both jumpers should be installed if termination biasing is desired Installing only one jumper will create unpredictable behavior by the receiver For RS 485 Installing a jumper in the 485 TERM position connects a 120 ohm resistor across the differential driver receiver pair The RS 485 network should have a termination resistor installed at each end of the circuit but not at intermediate nodes RS 422 485 Termination JP6 RX1 1 RX1 2 RX2 3 RX2 4 JP6 Function 1 2 jumper 120 ohm on Port 1 2 Open No jumper No Termination Default 3 4 jumper 120 ohm on Port2 3 4 Open No jumper No Termination Default Quantum SBC User Manual Rev A www diamondsystems com Page 25 7 6 LCD Power JP7
33. ble part number 6980503 Quantum SBC User Manual Rev A www diamondsystems com Page 30 piamono SYSTEMS 12 BIOS FUNCTIONS The BIOS on the Quantum SBC provides access to many valuable features These instructions show how to enter the BIOS set up features and restore the BIOS to its default settings The BIOS Setup utility controls BIOS settings and configures various system features The system settings are stored in the system s BIOS ROM And the BIOS is activated once the computer powers on 12 1 Access BIOS Setup To access the BIOS Setup follow the steps below 1 Connect the Quantum SBC to a monitor 2 Turn onthe monitor 3 Supply power to the Quantum SBC 4 Continuously press the Delete key once the computer powers on until the BIOS Setup utility opens Whatever menu or submenu is selected thereafter the menu or submenu is presented in two panes onscreen The left pane displays all the settings that are accessible to users while the right pane shows the setting direction Each menu offers a set of appropriate settings When a setting is selected on the left pane it becomes highlighted in white Available settings are enclosed in brackets while the non settings are presented in dark gray Aptio Setup Utility Copyright C 2011 American Megatrends Inc Main Advanced Chipset Boot Security Save amp Exit BIOS Information Choose the system default BIOS Vendor Core Version Compliancy Project Version Build Dat
34. bled is the default Quantum SBC User Manual Rev A www diamondsystems com Page 36 piamond SYSTEMS SCH3114 Super I O Configuration SCH3114 Super I O Configuration is a submenu to configure the system s Super IO chip SMSC SCH3114 to optimize the serial ports on the system The featured submenus are Submenu Deseripten Configures the system s serial ports COM port The featured settings are x Setting Description S Enables disables the serial port Optimizes the IO address and IRQ info for the serial Serial Port port a Configuration gt This setting is available only when the serial port is enabled gt Options available are 1O 3F 8h IRQ 4 default 1O 3F 8h IRQ 3 4 5 6 7 10 11 12 10 2F 8h IRQ 3 4 5 6 7 10 11 12 1O 3E8h IRQ 3 4 5 6 7 10 11 12 1O 2E8h IRQ 3 4 5 6 7 10 11 12 Quantum SBC User Manual Rev A www diamondsystems com Page 37 piamono SYSTEMS 12 3 3 Chipset This menu configures the system s chipset features including bus speed management graphics and the access to the system memory The chipset also coordinates the communications with the PCI bus Aptio Setup Utility Copyright C 2011 American Megatrends Inc Save amp Exit North Bridge Parameters gt North Bridge LVDS Config Select gt South Bridge Select Screen Select Item Enter Select Change Opt Fi General Help F2 Previous Values F9 Optimized Defaults F10 Save amp Exit ES
35. can be damaged On most of our boards the acceptable range of voltages connected to digital I O signals is 0 5V and they can withstand about 0 5V beyond that 0 5 to 5 5V before being damaged However logic signals at 12V and even 24V are common and if one of these is connected to a 5V logic chip the chip will be damaged and the damage could even extend past that chip to others in the circuit Bent connector pins This type of problem is often only a cosmetic issue and is easily fixed by bending the pins back to their proper shape one at a time with needle nose pliers The most common cause of bent connector pins is when a PC 104 board is pulled off the stack by rocking it back and forth left to right from one end of the connector to the other As the board is rocked back and forth it pulls out suddenly and the pins at the end get bent significantly The same situation can occur when pulling a ribbon cable off of a pin header If the pins are bent too severely bending them back can cause them to weaken unacceptably or even break and the connector must be replaced Quantum SBC User Manual Rev A www diamondsystems com Page 5 Q piamonn SYSTEMS 2 INTRODUCTION The Quantum SBC family integrates a QSeven CPU computer on module COM plus a full analog and digital data acquisition circuit into a PCI 104 Express small form factor single board computer SBC It is available in the following model Processor Speed Operating Model CPU Me
36. ck on the Insert Delay button An average can be done over a number of samples Enter the number of samples in the Select number of samples textbox and then click Average button The average will be displayed in the Average column corresponding to the channels If the system does not have enough samples to calculate the average then it will show the following message in the Messages text area Minimum number of samples is not collected Quantum SBC User Manual Rev A www diamondsystems com Page 66 piamond SYSTEMS 15 7 MTBF Data Diamond Si ste n s i G f RTC Calendar Communication Mode Board Voltages Digital I O AreYouThee EEPROM Access AnalogData PWM MTBF Data Watchdog Description This section reads from the MTBF data from the board MTBF Data Section Power Cycle Data MTEF Data 0x0000 Counter 0x000007 Messages Done a Reading Data Done Reading Data ei Done Figure 7 MTBF Data Section This section contains information regarding start up information The power cycle data box shows the number of times a reset of the watchdog timer occurred To get the data click on the Read Data the counter data will be displayed in the counter field The MTBF data section describes time duration to initialize the hardware Time duration is shown is seconds For each operation status will be logged in the bottom section of the window Th
37. ct when you are in the BIOS setup screens or in DOS For example if the screen is set for 1024x768 the BIOS and DOS screens will appear smaller than full screen and will generally be centered in the screen with a blank border around them If you are using DOS the optimum CRT resolution is 640x480 This same advice may apply for a text based Linux environment as well Diamond Systems cable number 6980507 is used to connect a monitor to connector J9 It provides a standard DB15 female connector for a CRT Quantum SBC User Manual Rev A www diamondsystems com Page 28 piamono SYSTEMS 9 2 Display Port J5 The Quantum SBC provides a standard display port on connector J5 The resolution of the display port output matches the resolution configured in the display port An attached monitor should be able to automatically adapt for many of the available resolutions 9 3 HDMI J6 Quantum provides a standard HDMI on connector J6 The resolution of the HDMI output matches the resolution configured in the HDMI monitor An attached monitor should be able to automatically adapt for many of the available resolutions 9 4 LVDS J12 J13 The LCD used with the Quantum SBC must match the programmed resolution and scan rate in the BIOS These settings can be changed in BIOS Quantum provides 18 bit 24 bit LVDS output so the LCD selected must work with 18 bit 24 bit data As opposed to CRTs there is no standard LCD connector type or format Each LCD
38. d retrieves the analog voltage values of channels 6 to 10 The response consists of eight bytes of data which contain the analog voltage for channels 6 to 10 in hex The data consists of the following values 1st byte Lower byte of the voltage value of channel 6 2nd byte 3rd byte 4th byte 5th byte 6th byte 7th byte 8th byte 9th byte Higher byte of the voltage value of channel 6 Lower byte of the voltage value of channel 7 Higher byte of the voltage value of channel 7 Lower byte of the voltage value of channel 8 Higher byte of the voltage value of channel 8 Lower byte of the voltage value of channel 9 Higher byte of the voltage value of channel 9 Lower byte of the voltage value of channel 10 10th byte Higher byte of the voltage value of channel 10 Quantum SBC User Manual Rev A www diamondsystems com Page 58 piamono SYSTEMS 13 18 PWM CONTROL Command Byte Length Value and Description 0 2 MESSAGE _SIG Message signature 2 1 COMMAND_CONFIG_PWM Command ID 3 1 4 Indicating 4 bytes of data 4 4 4 bytes of data channel number 2 bytes of frequency duty cycle percentage between 0 to 100 Response Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_RECEIVER_ACK Command id for the message 3 1 1 4 d Return status for the command 0 Operation completed successfully 1 or non zero Some problem in the operat
39. de Board Voltages Digital 1 0 Are You There EEPROM Access Analog Data PWM MTBF Data Watchdog RTC Calendar Description This section allows to configure the PWM channel to output a PWM waveform at the specified channel Channel 1 Frequency in Hz Duty Cyde Q Duty Cyde Q e Channel 2 Frequency inHz 4000 ror Channel 3 ae Duty Cyce 0 Channel 4 Frequency inHz 2000 Duty Cycle Messages Switching off channel 4 D Done Configuring PWM channel Done E Figure 9 PWM section The pulse width modulator module PWM is used to generate signals with various time periods and frequency There are four channels each of which has a textbox for frequency and a track bar for setting the duty cycle The duty cycle can be changed dynamically by sliding the track bar when the pulse width modulator is enabled After entering the frequency in Hz and duty cycle click the ON OFF button corresponding to the channel to enable the PWM If the PWM is already enabled then clicking the button will disable the PWM There are four LEDs one corresponding to each PWM channel which indicates whether it is enabled or disabled Green indicates enabled and red indicates disabled If the PWM cannot be enabled properly due to out of range input values then it will show the following message Cannot generate PWM at this duty cycle and frequency Output pins for different channels are as follows Channel 1 P1A RC2 pin Chan
40. e Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_RECEIVER_ACK Command id for the message 3 1 1 4 1 Return status for the command 0 Operation completed successfully 1 or non zero Some problem in the operations Comments This command configures the RTC module to generate an alarm on the date and time set in the six bytes of data in the command An alarm pulse is generated at pin RG4 at the specified time and date The response is a status response signaling successful completion of command processing Quantum SBC User Manual Rev A www diamondsystems com Page 60 piamono SYSTEMS 14 SYSTEM RESET The Quantum SBC contains a soft reset switch SW1 and hard reset switch SW2 to reset the system under defined conditions Reset occurs when any of the following occurs e User causes reset with SW1 or SW 2 e Input voltage drops below 4 75V A system reset will also cause a reset to any installed add on modules 15 DATA ACQUISITION CIRCUIT The Quantum SBC contains a data acquisition subsystem consisting of A D digital I O pulse width modulators and counter timer features 15 1 Protocol selection Select the protocol to communicate with the PIC MCU Protocol Select Seri COM Ports COMO Figure 1 Protocol selection dialog box This is the first window that appears when the application is started The user must select a protocol to communicate with t
41. e user is not allowed to modify the data The counter cannot be cleared by the user For a successful read operation of the MTBF data section the following message will be displayed in the Messages area Reading Data Done For a successful read operation of the Power Cycle Data section the following message will be displayed in the Messages area Reading counter data Done When the firmware is flashed for the first time and there is no watchdog reset and the Power Cycle Data will show an initialization value such as OxFFFFFFFF After the first watchdog timer reset it will show 0x000001 and then it will increment by one for each subsequent watchdog reset Quantum SBC User Manual Rev A www diamondsystems com Page 67 piamond SYSTEMS 15 8 Watchdog RTC Calendar Communication Mode Board Voltages Digital 1 0 Are You There EEPROM Access AnalogData PWM MTBFData Watchdog Description This option enables to perform Operation on the watchdog It will also trigger and read Watch dog settings Watchdog Configuration Timeout Value 4sec Enable Disable Watchdog F Auto Trigger l Read Settings Time to reset 2 i Acknowledgement Message Read successful D Watchdog Interval 4 seconds Read successful Watchdog Interval 4 seconds Configuring watchdog Done Read successful Figure 8 Watchdog section The watchdog module i
42. e and Time Memory Information Total Memory System Date System Time Access Level American Megatrands 4 6 5 1 UEFI 2 3 PI 1 2 EmQ a50Mi 1 01 11 30 2012 18 48 20 2032 MB DDR3 Wed 01 02 2008 23 58 41 Administrator Copyritght C 2011 Amer language gt lt th Select Screen Select Item Enter Select Fi F2 F9 F10 ESE Change Opt General Help Previous Values Optimized Defaults Save amp Exit Exit Quantum SBC User Manual Rev A www diamondsystems com Page 31 piamond SYSTEMS 12 2 Key Commands The BIOS Setup utility relies on a keyboard to receive user s instructions Use the following keys to use the utility Keystroke Fumetion On the top menus gt Hit Esc to quit the utility without saving changes to the BIOS settings The screen will prompt a message asking you to select OK to confirm or Cancel to retum to the BIOS settings gt Hit Esc to quit current screen and return to the top menu available options available options Exits the utility saving the changes that have been made The screen then prompts a message asking you to select OK to confirm or Cancel to return to the BIOS settings Note a WARNING shows in the left pane onscreen when making any change to the BIOS settings 12 3 The Menus The Quantum SBC features the BIOS Setup with six menus which are explained hereafter in this chapter Quantum SBC User Ma
43. eeneeeeeeeeeeeeeaaeeeeeeaaeeeeeeaaeeeseeaaeeeeeeaaeeeseeaaeeeeeeaaeeeseeaaeeeseeaeeessenaeeeeseaaes 62 15 3 AGS de NEE 63 1544 Digital VO ET 64 15 5 EEPROM ACCESS ratene labesdicedececa hexhepinne edia akaun ak Seed echt eendeitege een aa aeaa 65 15 6 A alog Date eeii aiie ae r EE a eet ceed eege eege Rinehart 66 15 7 MIB RE 67 15 8 Wate OG cess uuu k un aka Ee ie Age eet bead dah ex ected et ee ca eeeeva cl eet eee a Seed ees et bet nee vets 68 159 PWM vicseecctuscetecuteste ci hatzesceee shi ce Afs be egede ghet tege ebe eegend eave eendeitege 69 153J0RTO Galehndar U u uU Lu a u Lana Qa ae asec ege babies aea aeia a adaa Aegt eegen 70 15 11 Communication Mode ttnn tnut tn utt EENEEENENSEESEESSEESEEEN SEES SEEA SEESE Ennn Ea annann nanna 71 ERR E ec le LEE 72 16 WO Gablegsi u eege E E A 73 UR u UU II Sala aAa a Aae raae aaa a Aaaa aara aeaa Ea aan a aa Aaaa AEEA Sa EKES 74 17 1 Processor Section All Model 74 17 2 Data ACQUISITION Section EE 75 Quantum SBC User Manual Rev A www diamondsystems com Page 3 piamono SYSTEMS 1 IMPORTANT SAFE HANDLING INFORMATION WARNING ESD Sensitive Electronic Equipment Observe ESD safe handling procedures when working with this product Always use this product in a properly grounded work area and wear appropriate ESD preventive clothing and or accessories Always store this product in ESD protective packaging when not in use Safe Handling Precautions The Quantum SBC contains
44. ess than 3 characters and no more than 20 characters Hit Enter key to submit Quantum SBC User Manual Rev A www diamondsystems com Page 44 piamono SYSTEMS 12 3 6 Save amp Exit The Save amp Exit menu features a handful of commands to launch actions from the BIOS Setup utility regarding saving changes quitting the utility and recovering defaults Aptio Setup Utility Copyright C 2011 American Megatrends Inc KI HEI e Be l d o ge field Save amp Exit Save Changes and Exit Restore Load Default values for all the setup options Boot Override SATA PS GLS85LS1008A CS 08GB Select Screen Select Item Select Change Opt General Help Previous Values F9 Optimized Defaults F10 Save amp Exit ESC Exit Version 2 14 1219 Copyritght C 2011 American Megatrends Inc The settings are setting Deoiten Saves the changes and resets the system Save Changes and Reset This is a command to launch action from the BIOS Setup utility rather than a setting Restores all settings to factory defaults Restore Defaults gt This is a command to launch action from the BIOS Setup utility rather than a setting Shows a list of the available boot devices in the system so users can boot up the system immediately by any of the listed devices Boot Override regardless of the currently configured boot priority gt This is a command to launch action from the BIOS Setup utility rather than a settin
45. g Quantum SBC User Manual Rev A www diamondsystems com Page 45 13 PIC MICROCONTROLLER The Quantum SBC contains a PIC microcontroller that is used to provide various functions including serial port configuration general purpose I O lines A D lines pulse width modulators generate wake events and others This section describes the command sets that can be used to communicate with the PIC controller The list below describes the constants that have been used in this section MESSAGE_SIG COMMAND_AREYOU COMMAND_WRITE_EPROM COMMAND_READ_EPROM COMMAND_CONFIG_DIOPORT COMMAND_DIO_OUTPUT COMMAND_DIO_READ COMMAND_ANALOG_READ COMMAND_CONFIG_PWM COMMAND_WATCHDOG_SET COMMAND_WATCHDOG_READ COMMAND_WATCHDOG_TRIGGER COMMAND_CALENDAR_WAKEUP COMMAND_MTBF_DATA COMMAND_MTBF_POWER COMMAND_RTC_READ COMMAND_RTC_WRITE COMMAND_SET_COM_MODE COMMAND_GET_COM_MODE COMMAND_BOARD_VOLTAGE COMMAND_CONFIG_READ_DIOPORT COMMAND_RECEIVER_AREYOUTHERE COMMAND_RECEIVER_EPROMDATA COMMAND_RECEIVER_DIODATA COMMAND_RECEIVER_ANALOG_DATA COMMAND_RECEIVER_WATCHDOG_SETTINGS COMMAND_RECEIVER_ACK COMMAND_RECEIVER_MTBF_DATA COMMAND_RECEIVER_MTBF_POWER COMMAND_RECEIVER_RTC_DATA COMMAND_RECEIVER_GET_COM_MODE COMMAND_RECEIVER_BOARD_VOLTAGE 0x3232 0x07 0x0B 0x19 0x23 0X2B 0x2F 0x02 Ox0E Ox1A 0x20 COMMAND_RECEIVER_CONFIG_READ_DIOPORT 0x01 0x03 0x05 0x09 0x0D 0x0F 0x17 0x1B 0x1D 0x1F 0x21 0x25 0x27 0x29
46. hat is to be written to the EEPROM section Response Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_RECEIVER_ACK Command id for the message 3 1 1 4 1 Return status for the command 0 Operation completed successfully 1 Some problem in the operation Quantum SBC User Manual Rev A www diamondsystems com Page 49 piamono SYSTEMS Comments This command is used to write data to the EEPROM The first four bytes will contain the data just like other commands only the command id and length will be different The firmware has to know the address of the memory location where data will be written and the data itself Hence for specifying the address two bytes are used One byte for the data is filled in the data section For writing multiple bytes or bulk data this command can be issued multiple times 13 7 MTBF POWER CYCLE Command Byte Length Value and Description 0 2 MESSAGE_ SIG Message signature 2 1 COMMAND_MTBF_POWER Command id 3 1 0 Indicating no data is sent Response Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_RECEIVER_MTBF_POWER Indicating the command to process 3 1 4 Indicating 4 bytes of data to follow 4 4 4 byte long counter to be returned as response to this command Comments MTBF data gives the count of the number of power restarts that have occurred in the system The f
47. he PIC microcontroller The user may select one of the two options Serial or SPI Initially the COM Ports box will be enabled If the user selects serial protocol then he must select the proper COM port from the COM Port box If the user selects SPI protocol then the COM Ports box is disabled When done click the OK button After clicking the OK button the main application will start and the application will communicate with the microcontroller depending on the choice selected Quantum SBC User Manual Rev A www diamondsystems com Page 61 piamond SYSTEMS 15 2 Application Navigation RTC Calendar Communication Mode Board voltages Digital 1 0 Are You There EEPROM Access AnalogData PWM MIBFData Watchdog Description Inquire the system controller to check if the communication is up or not System controller responses with a version 7 Are You There J Acknowledgement Message Retriving information a Version 7 Retriving information Version 7 Figure 2 Main Ul The application is created as a tabbed dialog based user interface Each page in the application performs related task of a particular module For sequential navigation between the pages the Previous and Next button can be used Pages can be accessed randomly To exit the application click on Close button The application will close after a confirmation from the user Every page is described in the fol
48. ies gt BBS for BIOS Boot Specification gt Options available are the built in hard drive the default and Disabled Boot Option Priority Quantum SBC User Manual Rev A www diamondsystems com Page 43 piamono SYSTEMS 12 3 5 Security The Security menu sets up an administrator password to limit access to the BIOS Setup utility Users will be asked for the password each time he she tries to access the BIOS Setup utilities Aptio Setup Utility Copyright C 2011 American Megatrends Inc Main Advanced Chipset Boot ity Gaue E oa Password Description Set Administrator Password If ONLY the Administrator s password is set then this only limits access to Setup and is only asked for when entering Setup If ONLY the User s password is set then this is a power on password and must be entered to boot or entre Setup In Setup the User will have Administrator rights The password length must be in the following range gt lt Select Screen Minimum length t4 Select Item Maximum length Enter Select Change Opt F1 General Help F2 Previous Values F9 Optimized Defaults F10 Save amp Exit ESC Et Version 2 14 1219 Copyritght C 2011 American Megatrends Inc The setting is Setting 1 Deseription To set up an administrator password Select Administrator Password The screen then pops up an Create New Password Administrator Password dialog Enter your desired password that is no l
49. ions Comments This command enables PWM channels to generate PWM signals of certain frequency and duty cycle The output pins for different channels are as follows Channel 1 P1A RC2 pin Channel 2 P1B RE6 pin Channel 3 P1C RE5 pin Channel 4 P1D REG4 pin The response is a status message for successful completion of the command Quantum SBC User Manual Rev A www diamondsystems com Page 59 13 19 READ DIO CONFIG Comments Q piamonn SYSTEMS Command Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_CONFIG READ DIOPORT Command ID 3 1 0 Indicating no data Response Byte Length Value and Description 0 2 MESSAGE _SIG Message signature 2 1 COMMAND_RECEIVER_CONFIG_READ_DIOPORT Command ID 3 1 2 Indicating 2 bytes of data This command reads the configuration direction for all the pins starting from pin 0 and going to pin 9 The response contains the data for all the pins encoded in 2 bytes of data Bit 0 to 7 for the first data byte contains the data for DIO 0 to 7 and bit 0 and 1 of second data byte contains the data for DIO 8 and 9 13 20 CALENDAR WAKEUP Command Byte Length Value and Description 0 2 MESSAGE _SIG Message signature 2 1 COMMAND_CALENDAR_WAKEUP Command ID 3 1 6 Indicating 6 bytes of data 4 6 6 bytes of data containing hour minute second day month and day of week respectively Respons
50. irst two bytes contains the same meaning as the previous commands The third byte contains the command id for the operation This command does not need any parameter hence its data length is zero To retrieve MTBF data the message will look like 0x3232 0x1F 0x00 Quantum SBC User Manual Rev A www diamondsystems com Page 50 13 8 Watchdog Timeout Set Q piamonn SYSTEMS Command Byte Length Value and Description 0 2 MESSAGE _SIG Message signature 2 1 COMMAND_WATCHDOG_SET Sets the watchdog timeout to predefined values 3 1 1 Indicating 1 byte of data follows 4 1 The time value set depending on the following set of values Value Time interval 0 1 sec 1 2 sec 2 4 sec 3 8 sec 4 16 sec 5 32 sec 6 1 min 7 2 min 8 4 min 9 9 min 10 17 min 11 35 min 12 70 min 13 Disable Response Byte Length Value and Description 0 2 MESSAGE _SIG Message signature 2 1 COMMAND_RECEIVER_ACK Command id for the message 3 1 1 4 1 Return status for the command 0 Operation completed successfully 1 Some problem in the operation Comments This command is used to set the time out value for the microcontroller This feature is useful to reset the microcontroller from a non responsive state or when the master system has lost connectivity with the firmware The first four bytes are organized just like the previous messages and interpreted in the same way in the firmware
51. larm pulse at the RG4 pin at the specified time The alarm pulse will be generated only once For another alarm pulse it should be set again Quantum SBC User Manual Rev A www diamondsystems com Page 70 15 11 Communication Mode piamono SYSTEMS Y Diamond Systems SEE Ce WW Are You There EEPROM Access Analog Data PWM MTBF Data Watchdog RTC Calendar Communication Mode Board Voltages Digital 1 0 Description This module is used to set the communication protocol of COM1 Communication Protocol RS 422 e Acknowledgement messages M Setting mode Done i Reading Communication Mode Data Read I Figure 11 Communication Mode section This section is used to set a particular communication protocol Select the mode from the Communication Mode combo box and then click on Set Mode button to set the communication mode On a successful operation the following message will be displayed in the Acknowledgement messages area Setting mode Done To get the current mode click on the Get Mode button It will display the current mode in the Communication Protocol drop down box and the following message will be displayed in the Acknowledgement messages area Reading Communication Mode Data Read Quantum SBC User Manual Rev A www diamondsystems com Page 71 15 12 Board Voltages piamond SYSTEMS This module is
52. ll show its firmware version number The section can be used for testing the firmware version and target system attachment status Please note that the protocol used cannot be changed when the application is running To change the protocol the application must be restarted and appropriate protocol must be selected at the beginning Quantum SBC User Manual Rev A www diamondsystems com Page 63 piamond SYSTEMS 15 4 Digital UO ECH ges ka e WW E EEPROM Access Analog Data PWM MTBF Data Watchdog Communication Mode Digital 1 0 IN Dron a L IN DIO1 IN DIO2 a IN amp DIO3 I IN I DIO4 L L I IN DIO5 L IN DIO6 as IN DIO7 Ka DIO8 om DIO9 am Pa Acknowledgement messages Figure 4 Digital UO screen This section deals with digital input and output of the target system There are two main operations can be performed on the digital I O port configure and toggling a pin state from HIGH to LOW or LOW to HIGH There are two columns The first column consists of buttons to configure the corresponding DIO pin as IN OUT direction The current configuration for a pin will be shown as IN OUT above the button The second column consists of buttons to toggle the state of pins from HIGH to LOW and LOW to HIGH The red and green circles above the buttons denote the current state of the pin green circle denotes HIGH and red circles denote LOW Quantum SBC User Ma
53. lowing sections with information about the functionality of the module A message section which logs actions and return status of a particular operation A separate log is maintained for every module Every module has one or more operation section where the user provides required data Some of the fields work as both user inputs and outputs If invalid data is provided the corresponding message will be shown at the logging section An error of any operation will be logged in the message logging section Quantum SBC User Manual Rev A www diamondsystems com Page 62 piamond SYSTEMS 15 3 Are You There x RTC Calendar Communication Mode Board Voltages Digital 1 0 Are You There EEPROM Access AnalogData PWM MTBFData Watchdog Description Inquire the system controller to check if the communication is up or not System controller responses with a version 7 Acknowledgement Message Retriving information A Version 7 Retriving information Version 7 Figure 3 Are You There screen The Are You There page gives information regarding the version of the firmware which is built into the target system To get the information click on the Are you there button and the corresponding message will be displayed on the bottom section of the window If the target system is not connected to the system the program will report in 2 seconds that no target system is found If a target system is connected it wi
54. manufacturer has its own standards and there are also different specifications such as the number of data bits used in the video signal You may need to create your own LCD cable to connect from the LCD connector on Quantum to the input connector on your LCD For assistance with signal definitions or wiring requirements contact the LCD maker or Diamond Systems technical support Diamond Systems offers cable part number 6981211 with the correct connector type and pinout to match the LCD connector on the Quantum SBC The other end may need to be changed to work with your LCD Connector J13 is used to connect LVDS LCD Channel A Connector J12 is used to connect LVDS LCD Channel B Voltage selection for LCD can be configured on JP7 If needed the LCD backlight can be connected to connector JP3 The backlight power is jumper selectable between 5V and 12V using jumper block JP3 If 12VDC is needed for the LCD it must be provided either on one of the input power connectors or on the 12V pin J1 B9 of the PC 104 connector Quantum does not generate 12V internally WARNING Be sure the proper voltage is configured BEFORE connecting the cable to your backlight inverter or it could be damaged The brightness control for the LCD backlight has a weak pull down resistor to ensure maximum brightness when it is not connected externally Diamond Systems offers cable part number 6981210 with the correct connector type and pin out to match the backlight powe
55. may change the on board Ethernet resources Quantum SBC User Manual Rev A www diamondsystems com Page 27 KEE Q piamonn SYSTEMS 9 VIDEO FEATURES The Quantum SBC includes a video subsystem that provides Display Port HDMI CRT and 2 LVDS output with several choices of resolution The resolution is can be changed in the BIOS LVDS Resolution CRT Auto Adapt Note 640 x 480 18Bit Single Yes 800 x 600 18Bit Single Yes 1024x 600 18Bit Single 1024 x 768 18Bit Single Yes Default resolution 1280 x 720 18Bit Single 1280 x 800 18Bit Single 1366 x 768 18Bit Single 1440 x 900 18Bit Single 1366 x 768 24Bit Single 1440 x 900 24Bit Single 1280 x 1024 24Bit Dual 1440 x 1050 24Bit Dual 1600 x 900 24Bit Dual 1680 x 1050 24Bit Dual 1600 x 1200 24Bit Dual 1920 x 1080 24Bit Dual 9 1 VGA CRT J9 The Quantum SBC provides a standard CRT port on connector J8 The resolution of the CRT output matches the resolution configured in the BIOS for the LVDS CRT An attached monitor should be able to automatically adapt for many of the available resolutions If the monitor does not adapt properly either adjust the monitor settings change the LVDS CRT resolution in the BIOS see BIOS section or use a different monitor Note The BIOS setup screens and DOS display are always configured for 640x480 resolutions regardless of the display resolution selected in the BIOS If you configure the BIOS for a different resolution the display may not look corre
56. mmand ID 3 1 0 Indicating no data Response Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_RECEIVER_ANALOG DATA Response ID 3 1 8 Indicating 8 bytes of data 4 8 8 bytes of data buffer containing the analog values for channels 0 to 3 Comments This command retrieves the analog voltage values of channels 0 to 3 The response consists of eight bytes of data which contain the analog voltage for channels 0 to 3 in hex The data consists of the following values 1st byte Lower byte of the voltage value of channel 0 2nd byte Higher byte of the voltage value of channel 0 3rd byte Lower byte of the voltage value of channel 1 4th byte Higher byte of the voltage value of channel 1 5th byte Lower byte of the voltage value of channel 2 6th byte Higher byte of the voltage value of channel 2 7th byte Lower byte of the voltage value of channel 3 8th byte Higher byte of the voltage value of channel 3 Quantum SBC User Manual Rev A www diamondsystems com Page 57 13 17 BOARD VOLTAGES Q piamonn SYSTEMS Command Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_BOARD_VOLTAGE Command ID 3 1 0 Indicating no data Response Byte Length Value and Description 0 2 MESSAGE_SIG Message signature 2 1 COMMAND_RECEIVER_BOARD_VOLTAGE Command ID 3 1 10 Indicating 10 bytes of data Comments This comman
57. mory Temperature QUA GT40E 2GE AMD G T40E 1 0GHz 2GB 20 C to 71 C The SBC includes the following key system and data acquisition features Processor and Memory e 1GHz AMD Fusion G T40E processor e 2GB 1 333MHz 64 bit DDR3L SDRAM system memory e 4GB MLC flash memory on most models e AMI PnP Flash BIOS AMD models only Video Features e Integrated AMD Radeon HD 6250 Graphics Chipset e Display port with resolution up to 1920 x 1080 e 18 24 bit LVDS LCD interface with resolution up to 1920 x 1080 supports dual independent displays e VGA CRT with resolution up to 1920 x 1080 Ethernet e 10 100 1000Mbps Ethernet circuit integrated in the QSeven CPU Module using Realtek RTL8111E PCle Gigabit Ethernet controller e On board transformer and termination network for direct connection to Ethernet cabling Standard Peripheral Interfaces e 316550 compatible RS 232 ports 2 have RS 422 485 capability e 5 USB 2 0 ports e PS 2 keyboard and mouse ports The BIOS supports a USB keyboard during BIOS initialization and it also supports legacy keyboard emulation via USB for DOS The USB ports can be used for keyboard and mouse at the same time that the PS 2 keyboard and mouse are connected e HD Audio Codec from Realtek ALC262 Mass Storage e 1x Serial ATA port w 600MB s HDD transfer rate on standard SATA connector e 1x Serial ATA ports wl 600MB s HDD transfer rate on PCle MiniCard socket Analog LC e 4 single ended channels 12 bit res
58. nd 10 Signal Definition TX TX Transmit data from Q7 connector RX RX Receive data by Q7 connector Ground System ground Connector type Standard 2mm single row straight pin header with gold flash plating Connector JST BM10B GHS TBT 1x10 vertical SMT 6 13 Audio J17 Quantum provides an HDA audio circuit based on the Realtek ALC262 audio chip The circuit offers stereo line in stereo line out and mono mic in connections Diamond Systems cable part number 6980508 provides the 3 5 mm output and input jacks for Lineout Mic and Line in connection LineOut L LineOut R GND_Audio Lineln L Lineln R GND_Audio MIC IN GND_Audio INIO IGO NI I Connector JST BM08B GHS TBT 1x8 vertical SMT Quantum SBC User Manual Rev A www diamondsystems com Page 18 6 14 PCle 104 J20 Q piamonn SYSTEMS The PCle 104 J20 connector is a 1 bank version of the PCle 104 connector providing only the first bank of pins numbered 1 52 It offers up to two PCle x1 lanes from ports 2 and 3 of the QSeven module third and fourth lanes plus up to two USB ports from ports 6 and 7 of the QSeven module seventh and eighth ports It also provides connections for SMB signals from the QSeven module PCle 104 SpecificationCarrier USB OC 3 3V USB 1 USB 1 Gnd PCle 1 T PCle 1 T Gnd PCle 2 T PCle 2 T Gnd PCle 1 R PCle 1 R Gnd PCle 2 R PCle 2 R Gnd PCle 1 Clk PCle 1 Clk 5
59. nd Hotplug Inboard Sets the PCle link speed for the port gt The link speed may be overwntten by PSPP setting gt Options available are Max Speed default PCle Gen and PCle Gen2 Sets the PSPP PCle speed power policy PSPP Policy P Options available are Disabled Performance Balanced High Balanced Low default and Power Saving Quantum SBC User Manual Rev A www diamondsystems com Page 39 piamond SYSTEMS Memory Configuration This submenu features the following settings to configure the system s memory Setting Desertpgeon Enables disables the integrated graphics controller or leaves it on BIOS auto configuration gt p Options available are Auto default Disabled and Force p Select Force to enable the integrated graphics controller Sets the UMA Unified Memory Architecture frame buffer size p This setting is available only when the Integrated Graphics is UMA Frame buffer size enabled p Options available are 32M 64M 128M 256M default 512M 1G and 2G Enables disables bank interleaving an advanced chipset technology to improve memory performance by masking the refresh cycles of each memory bank p Disabled is the default Integrated Graphics Bank Interleaving Socket 0 Information Socket 0 Information enables viewing the CPU s Socket 0 information such as the starting ending address and the presence or absence of memory modules in the DIMM slots Aptio Setu
60. nel 2 P1B RE6 pin Channel 3 P1C RE5 pin Channel 4 P1D RG4 pin Please note that the input frequency must be greater than or equal to 608 Hz Any frequency input less than this is not permitted Quantum SBC User Manual Rev A www diamondsystems com Page 69 piamond SYSTEMS 15 10 RTC Calendar Are YouThere EEPROMAccess AnabgDaa PWM MIBFData Watchdog RTC Calendar Communication Mode Board Voltages Digital 1 0 Description When in sleep mode this command will send a wake signal to the Tunnel Creek processor f RTC Data Time Settings Wake Up Time 11 20 06AM F ee eege iesen NM hour min sec Time hour min sec 11 20 20 AM Start Timer Messages Done a Retreiving current time F Done Figure 10 RTC Calendar section This module can be used for setting the real time clock of the CPU and also to generate an alarm pulse at a particular time The RTC Data section consists of Date and Time setting options The date format is mm dd yy and the time format is hour min sec Enter a valid date and time and click the Start Timer button This will start the timer To see the current date and time click the Current Time button The Wake Up Time module consists of setting a time for generating an alarm pulse The time format is same as mentioned above Enter a valid time and click Set Time button It will set the alarm and will generate an a
61. nual Rev A www diamondsystems com Page 32 piamond SYSTEMS 12 3 1 Main The Main menu displays some important BIOS and memory information and features the settings of System Date and System Time C 2011 American Megatrends Inc amp Exit Aptio Setup Utility Copyright hipset Boot Securit BIOS Information Choose the system default BIOS Vendor American Megatrands language Core Version 4 6 5 1 Compliancy UEFI 2 3 PI 1 2 Project Version Build Date and Time EmQ a50M1 1 01 11 30 2012 18 48 20 Memory Information Total Memory 2032 MB DDR3 gt lt Select Screen M Select Item System Date Wed 01 02 2008 Enter Select System Time 23 58 41 Change Opt Fi General Help F2 Previous Values F9 Optimized Defaults F10 Save amp Exit ESC Exit Access Level Administrator The displayed info is Group info IL Descrip on SS Bios information Build Date and Delivers the date and time the BIOS Setup utility was made Time updated Memory j I Total Memory Delivers the onboard DDR3L memory capacity Delivers the level by which the BIOS Setup utility is being Administration accessed at the moment gt EmQ a50M1 is provided with the administrator level only Access Level The featured settings are S Setting Description System Language The system language is set to English and cannot be changed System Time Sets system time System Date Sets system date
62. nual Rev A www diamondsystems com Page 64 piamond SYSTEMS 15 5 EEPROM Access H am s e x Diamond n s e n O RTC Calendar Communication Mode Board Voltages Digital 1 0 Are You There EEPROM Access Analog Data PWM MTBF Data Watchdog Description The user application sends a command to write to any EEPROM location above 512 EEPROM Data Operations Data in hex 4A Read EEPROM Address in hex 100 Write EEPROM Acknowledgement Message M Writing to EEPROM A Done i Reading Data Data Read Figure 5 EEPROM Access screen This module performs operations on the EEPROM of the target system EEPROM is the non volatile memory module of the target system If the user wants to store data that persists after power off of the system then this module should be used Using this section the user can read and write to the EEPROM present in the system The addressing is 0 index based addressing mode The user can read any location of the memory but can only write to address upper to 512 Data and address are both specified in hexadecimal format Both upper case and lower case data are supported While providing hex data invalid hex characters are ignored For example OxHHAO will be evaluated as 0xA0 If an error occurs then the corresponding message is displayed in the logging section For reading data from a memory address enter the address in hex in the text box named Address and click
63. olution e 0 3 3V input ranges e Unipolar input ranges Digital I O e Upto 10 programmable digital I O lines e Enhanced output current capability 24mA maximum Quantum SBC User Manual Rev A www diamondsystems com Page 6 PWM e Upto 4 programmable PWM output lines e Enhanced output current capability 24mA maximum Bus Interfaces e PCI 104 stackable I O e PCle 104 stackable I O e 1 PCle MiniCard socket Battery Backup piamono SYSTEMS Quantum contains a backup battery for the real time clock and BIOS settings The battery is directly soldered to the board and provides a minimum 7 year backup lifetime at 25 C For longer lifetime an external battery of 3 3V 10 may be attached to the board Power Supply Quantum uses a wide range input DC DC power supply This circuit accepts input voltages in the range of 6 32VDC and produces 5 0VDC 2 0 over the full range of its expected load 7A maximum The input power connector provides connections for provision of 12V for LCD backlight cooling fan and PCI 104 connector Quantum SBC User Manual Rev A www diamondsystems com Page 7 piamond SYSTEMS 3 FUNCTIONAL BLOCK DIAGRAM QUANTUM GT40E BLOCK DIAGRAM Dual 18 24 bit PCle mSATA LVDSLCD Socket VGA DisplayPort Sp dE Gigabit Eth t Socket AMD igabi erne G Series T40E Keyboard Mouse Processor PCI 104 Connector Module 3 RS 232 422 485 PCle 104 Connector 4 Analog Inputs 10 Digital 1 0 Mic In
64. p Utility Copyright C 2011 American Megatrends Inc MEENE Chipset Ilus esa Iw EER K 8 gt Socket 0 Information Starting Address OKB Ending Address 2097151KB Dimm0 size 2048MB speed 667MHz Dimm1 Not present gt lt Select Screen ty Select Item Enter Select Change Opt General Help Previous Values Optimized Defaults Save amp Exit ESC Exit 9 Copyritght C 2011 Am Quantum SBC User Manual Rev A www diamondsystems com Page 40 North Bridge LVDS configuration Select This submenu features the following settings to configure the INT15 options for the LVDS p1amono SYSTEMS Gw pR ss Output Mod Sets the display type for display port 0 the intemal LCD panel p Options available are LVDS defautl and Disabled DP1 Output Mode LVDS Resolution South Bridge Select this submenu to view the south bridge s CIM version and to configure its features Sets the display type for display port 1 the extended display p Options available are Single Link DVI D defautl and Disabled Sets the resolution for LVDS gt Options available are LVDS Option 1 640 x 480 18Bit Single LVDS Option 2 800 x 600 18Bit Single LVDS Option 3 1024x 600 18Bit Single LVDS Option 4 1024 x 768 18Bit Single defaut LVDS Option 5 1280 x 720 18Bit Single LVDS Option 6 1280 x 800 18Bit Single LVDS Option 7 1366 x 768 18Bit Single LVDS Option 8 1440 x 900 18Bit Single LVDS Option 9 1366 x 768 24Bit Single LV
65. r connector on Quantum SBC The other end may need to be changed to work with your LCD backlight inverter Quantum SBC User Manual Rev A www diamondsystems com Page 29 piamono SYSTEMS 10 UPDATING THE BIOS The BIOS image is programmed into the Quantum SBC by using the SPIFLASH utility program 1 Create a DOS bootable mass storage device such as a USB memory stick 2 Copy the desired BIOS image file to the boot device 3 Install the boot device on the Quantum SBC and power it up 4 At the DOS prompt type the following command lt filename bat gt is the name of the BIOS image file The filename must conform to the DOS 8 character naming convention Run lt filename bat gt 5 SPIFLASH will automatically reprogram the SBC s BIOS image and provide a progress indicator The program will indicate successful completion of the process which should take about 10 seconds Restart the system and press the DEL key to enter the BIOS SETUP utility Hit the left arrow key once to go to the tab labeled Exit Select Load optimal defaults using the up down arrow keys and hit Enter to confirm Then select Save and Exit and hit Enter to confirm 8 This completes the BIOS process Reboot the system with the LCD attached to verify proper performance 11 INSTALLATION AND CONFIGURATION This section describes the steps needed to get your Quantum SBC up and running and assumes that you have the Quantum Development Kit or
66. roller Interface an interface that enables a computer host to interface with USB or FireWire hardware p Enabled is the default OHCI HC BUS 0 Dev 18 Fn 0 OHCI HC BUS 0 Dev 19 Fn 0 eee oe HC Bus 0 Dev 19 Fn 0 OHCI HC BUS 0 Dev 22 Fn 0 SOSE HC Bus 0 Dev 22 Fn 0 OHCI HC BUS 0 Dev 20 Fn 5 Geesse eieiei Bus 0 Dev 20 Fn 5 Quantum SBC User Manual Rev A www diamondsystems com Page 42 Q piamonn SYSTEMS 12 3 4 Boot The Boot menu configures how to boot the system by defining boot device priority Aptio Setup Utility Copyright C 2011 American Megatrends Inc Main Advanced Chipset Boot Security Save amp Boot Configuration Number of seconds to wait for setup activation key Bootup NumLock State 65535 oxFFFF means indefinite waiting Boot Option Priorities Boot Option 1 SATA PS GLS85LS1 Hard Drive BBS Priorities Select Screen M Select Item Enter Select Change Opt General Help Previous Values Optimized Defaults Save amp Exit ESE EXit Version 2 14 1219 Copyritght C 2011 American Megatrends Inc The settings are ae age eating EE Boot Timeout Sets it to 65535 to show the prompt indefinitely NumLock State gt Options available are On default and Off Sets the very 1st boot device among the available device Boot Option 1 types gt Option s available are the available device type s Sets hard drive boot priority Hard Drive BBS Priorit
67. rough connector 6 3 Input Power J4 Quantum SBCs accept a wide range input DC DC power supply This circuit accepts input voltages in the range of 6 32VDC All other required voltages are generated on board Each pin is rated at 3A max Diamond Systems cable part number 6980510 mates with this connector Additional 12V power rails required by for LCD backlight cooling fan and PCI 104 connector if needed is provided on connector J4 6 34VDC 6 34VDC Ground Ground 12V In OD OI NI Connector type Standard 1 single row 5 positions straight pin header with gold flash plating Connector IPL1 105 01 L S K 6 4 Display Port J5 The Quantum SBC provides a standard display port on connector J5 The resolution of the display port output matches the resolution configured in the display port An attached monitor should be able to automatically adapt for many of the available resolutions Display Port Connector J5 Lane 0 1 2 Ground Lane 0 3 4 Lane 1 Ground 5 6 Lane 1 Lane 2 7 8 Ground Lane2 9 10 Lane 3 Ground 11 12 Lane 3 Ground 13 14 Ground Aux 15 16 Ground Aux 17 18 Hot Plug Detect Power return 19 20 3 3V Signal Name Definition Lane 0 to Lane 3 Main link Ground Ground return AUX Auxiliary channel Hot Plug Detect Hot Plug Detect 3 3V Power Connector type Standard Display Po
68. rse power or by excessive power will often have a visible hole on the top or show some deformation on the top surface due to vaporization inside the package Check twice before applying power Board not installed properly in PC 104 stack A common error is to install a PC 104 board accidentally shifted by 1 row or 1 column If the board is installed incorrectly it is possible for power and ground signals on the bus to make contact with the wrong pins on the board which can damage the board For example this can damage components attached to the data bus because it puts the 12V power supply lines directly on data bus lines Quantum SBC User Manual Rev A www diamondsystems com Page 4 Q piamonn SYSTEMS Overvoltage on analog input If a voltage applied to an analog input exceeds the design specification of the board the input multiplexor and or parts behind it can be damaged Most of our boards will withstand an erroneous connection of up to 35V on the analog inputs even when the board is powered off but not all boards and not in all conditions Overvoltage on analog output If an analog output is accidentally connected to another output signal or a power supply voltage the output can be damaged On most of our boards a short circuit to ground on an analog output will not cause trouble Overvoltage on digital I O line If a digital I O signal is connected to a voltage above the maximum specified voltage the digital circuitry
69. rt connector PC mount right angle Quantum SBC User Manual Rev A www diamondsystems com Page 13 piamono SYSTEMS 6 5 HDMI J6 Freescale A9 i MX6 Quantum SBC models provide a standard HDMI on connector J6 The resolution of the HDMI output matches the resolution configured in the HDMI monitor An attached monitor should be able to automatically adapt for many of the available resolutions HDMI connector J6 Data2 1 2 Ground Data 2 3 4 Data 1 Ground 5 6 Data 1 Data0 7 8 Ground Data 0 9 10 Clock Ground 11 12 Clock CEC NC 13 14 Reserved DDC Clock 15 16 DDC Data Ground 17 18 5V Hot Plug Detect 19 Signal Name Definition Data 0 to Data 3 TDMS data pair Ground Ground return Clock TDMS data pair DDC CLOCK DATA Signals used for monitor detection DDC1 specification Hot Plug Detect Hot Plug Detect 5V Power Connector type Standard HDMI type A connector PC mount right angle 6 6 VGA J9 Connector J9 is used to connect a VGA monitor Although the DDC serial detection pins are present a 5V power supply is not provided and the legacy Monitor ID pins are also not used Diamond Systems cable part number 6980507 mates with this connector RED Ground GREEN Ground BLUE Ground HSYNC VSYNC Ground DDC Data DDC Clock Ground 00 NI O OI T OO N wech
70. s used for recovering from firmware errors for example if the firmware gets stuck while performing an operation If the watchdog is enabled it will restart the device after there is a watchdog time out and the device will again start to function To stop the watchdog restart the firmware has to clear a flag within a span of time This operation is called triggering the watchdog To trigger the watchdog automatically check the Auto Trigger checkbox The watchdog timeout value can be set using a value in the Timeout Value drop down menua and then clicking the Enable Disable Watchdog button For a successful enable operation the following message will be displayed in the Acknowledgement Message area Configuring watchdog Done If the Auto Trigger checkbox is disabled and the watchdog is enabled then the timeout value for reset will be shown in the Time to reset text box When it reaches 0 the board will reset To read the present watchdog interval value click the Read Settings button On a successful read operation the current timeout interval is displayed on the Acknowledgement Message area Read successful Watchdog Interval lt interval gt seconds Please note that for each watchdog reset an output pulse will be generated at the RE4 pin Quantum SBC User Manual Rev A www diamondsystems com Page 68 piamond SYSTEMS 15 9 PWM Communication Mode
71. st be between 0 and 9 Quantum SBC User Manual Rev A www diamondsystems com Page 47 13 3 DIO Read Command piamono SYSTEMS Byte Length Value and Description 0 MESSAGE_SIG Message signature 2 COMMAND_DIO_READ Command id for the message 3 0 Response Byte Length Value and Description MESSAGE _SIG Message signature COMMAND_RECEIVER_DIODATA Command id for the message 2 Indicating 2 bytes data 0 2 3 4 The state of all the DIO pins from 0 to 9 Comments This command reads the data from all the pins starting from 0 and ending with 9 The response contains the data for all the pins encoded in 2 bytes of data Bit 0 to 7 for the first data byte will contain the data for DIO 0 to 7 and bit 0 and 1 of second data byte will contain the data for DIO 8 and 9 13 4 DIO Output Command Byte Length Value and Description MESSAGE_SIG Message signature COMMAND_DIO_OUTPUT Command id for the message 1 j N JO Pin number Response Byte Length Value and Description MESSAGE_SIG Message signature COMMAND_RECEIVER_ACK Command id for the message 1 N O Return status for the command 0 Operation completed successfully 1 Some problem in the operation Comments This command toggles the current state of the selected pin
72. the Read EEPROM button If the operation is successful then the following message will be displayed in the Acknowledgement Message area Reading Data Data Read For writing data to a memory address enter the address in hex in the text box named Address and enter the data in hex in the text box named Data then click the Write EEPROM button If the operation is successful then the following message will be displayed in the Acknowledgement Message area Writing to EEPROM Done Please note that data can only be written to memory locations in the range 129 to 1024 in decimal value Any write operation outside this range will not be permitted Quantum SBC User Manual Rev A www diamondsystems com Page 65 piamond SYSTEMS 15 6 Analog Data This section reads data form the analog port after performing an A D conversation to the channel Select number of samples 4 Data hex Average Messages Data Read from port Data Read from port Data Read from port Data Read from port Data Read from port Data Read from port Figure 6 Analog Data section This section reads data from an analog channel at regular intervals and displays the data in Voltage in the Voltage column and in hex value in the Data column The interval for successive readings can be set using the Enter delay textbox To set the delay enter the delay in seconds and then cli
73. tor JST SM10B GHS TB 1x10 right angle SMT located on bottom side of PCB Quantum SBC User Manual Rev A www diamondsystems com Page 21 6 19 Utility Connector J30 Q piamonn SYSTEMS The pin out of the utility connector is shown below along with the corresponding QSeven module connector pin Diamond Systems cable number 6980509 mates with these connectors QSeven Pin Signal Gnd 20 Pwr Switch 21 Sleep 13 GBE Link 8 GBE Link1000 O10 N eO N Qi O ch Signal QSeven Pin Reset 28 WDT Trigger 70 Battery Low 27 GBE Link100 7 3 3V fused Connector 2mm pitch 2x5 vertical pin header 4mm posts gold plating Mating connector 2mm pitch 2x5 IDC or crimp terminal socket 6 20 Fan Connector J31 The pin out of the fan connector is shown below The fan is powered by 5VDC PWMOUT Tacho In Power 5V Ground O N Connector Molex 0532610471 Connector type Standard 1 single row straight pin header with gold flash plating Quantum SBC User Manual Rev A www diamondsystems com Page 22 piamond SYSTEMS 7 CONFIGURATION JUMPERS The Quantum SBC contains the following configuration jumper blocks The diagram below shows the default jumper settings Jumper JP1 JP2 JP3 JP4 JP6 JP7 Description Battery PCI voltage configuration LCD backlight power COM 1 2 RS 232 422 485 configuration COM 1 2 RS 4
74. uspend button is hit p Options available are Suspend Disabled and S3 Suspend to RAM default ACPI Sleep State Quantum SBC User Manual Rev A www diamondsystems com Page 35 Q piamonn SYSTEMS IDE Configuration Select IDE Configuration to view the system s status of IDE i e the integrated device interface a type of disk drive interface in which the controller electronics reside on the drive itself to eliminate the need for a separate adapter card Aptio Setup Utility Copyright C 2011 American Megatrends Inc Main Advanced Chup zet Boot Gecuritv Gave Bh Ev IDE Configuration SATA Port 0 Not Present SATA Port 1 Not Presetn SATA Port 2 GLS85LS1008A C 8 0GB gt lt Select Screen MN Select Item Enter Select Change Opt General Help Previous Values Optimized Defaults F10 Save amp Exit ESC Exit Version 2 14 1219 Copyritght C 2011 American Megatrends Inc USB Configuration USB Configuration displays the info of the connected USB devices and configures USB parameters The featured settings are Setting Description Enables disables legacy USB support Options available are Enabled default Disabled and Auto Select Auto to disable legacy support if no USB device are Legacy USB Support connected Select Disabled to keep USB devices available only for EFI applications Enables disables a workaround for the operating systems that EHCI Hand off have no EHCI hand off support p Disa

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