Manuel d'utilisation / d'entretien du produit PXA255 du fabricant Eurotech Appliances
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31 VIPER / VIPER-Lite PXA255 RISC based PC/104 Single Board Computer T echnical Manual.
VIPER Technical Manual ISO 9001 FM12961 Definitions Eurotech is the trading na me for Eurotech Ltd. Disclaimer The information in this manual has been car efully che cked and is believed to be accurate. Eurotech assumes no responsibility for any infri ngements of patent s or other ri ghts of third parties, w hich may result from its use.
VIPER Technical Manual Contents © 2007 Eurotech Ltd Issue E 3 Contents Introduction ........................................................................................................................................ 4 VIPER ‘at a glance’ ...
VIPER Technical Manual Introduction © 2007 Eurotech Ltd Issue E 4 Introduction The VIPER is an ultra low power , PC/104 compatible, single board computer available in two standard variant s: • VIPER, based on the 400MHz PXA255 XScale processor . • VIPER-Lite, based on the 200MHz PXA255 XScale processor .
VIPER Technical Manual Introduction © 2007 Eurotech Ltd Issue E 5 VIPER ‘at a glance’ Five Serial Ports Jumpers 10/100Bas eTX Ethernet Audio – In/Out/MIC/AMP Ethernet LEDs USB TFT/ST N panel Co.
VIPER Technical Manual Introduction © 2007 Eurotech Ltd Issue E 6 VIPER-Lite ‘at a glance’ Three Serial Ports 10/100Bas eTX Ethernet Ethernet LEDs TFT/ST N panel CompactFLASH (CF+) Powe r (inc re.
VIPER Technical Manual Introduction © 2007 Eurotech Ltd Issue E 7 VIPER features Microprocessor • PXA255 400MHz (VIPER) or 200MHz (VIPER-Lite) RISC processor . Cache • 32K data cache, 32K instruction cache, 2K mini dat a cache. System memory • 64MB un-buffered 3.
VIPER Technical Manual Introduction © 2007 Eurotech Ltd Issue E 8 Network support • SMSC LAN91C1 1 1 10/100BaseTX Ethernet controller . • One 10/100BaseTX NIC port. Trusted Platform Module (TPM) [optional] • Atmel A T97SC3201 TPM security , with full TC G/TCP A V1.
VIPER Technical Manual Introduction © 2007 Eurotech Ltd Issue E 9 VIPER support products The VIPER supports the following product s: • VIPER-UPS (Uninterruptible Power Supply) The VIPER-UPS serves as a 5V DC power supply and battery back up system for the VIPER.
VIPER Technical Manual Introduction © 2007 Eurotech Ltd Issue E 10 • CYCLOPS The CYCLOPS is a rugged VIPER display terminal. The enclosure can be configured to suit a complete range of embedded applicatio ns with LCD display and touchscreen.
VIPER Technical Manual Introduction © 2007 Eurotech Ltd Issue E 11 • Wind River VxWorks 5.5 development kit Features of this kit are: - 400MHz PXA255 processor with 64MB DRAM & 32MB Flash memory . - VxWorks BSP for T ornado 2.2.1/VxWorks 5.5.1/Wind ML 3.
VIPER Technical Manual Introduction © 2007 Eurotech Ltd Issue E 12 Product handling and environmental compliance Anti-static handling This board contains CMOS devices that could be damaged in the event of st atic electricity discharged through them. At all times, please observe anti-static precautions when handling the board.
VIPER Technical Manual Introduction © 2007 Eurotech Ltd Issue E 13 Conventions Symbols The following symbols are used in this guide: Symbol Explanation Note - information that requires your attention. T ip - a handy hint that may provide a useful alternative or save time.
VIPER Technical Manual Introduction © 2007 Eurotech Ltd Issue E 14 Tables With tables such as that shown below , the white cells show information relevant to the subject being discussed.
VIPER Technical Manual Getting started © 2007 Eurotech Ltd Issue E 15 Getting started Depending on the development kit purchased, a Quickst art Manual is provided for Windows CE, embedded Linux or VxWorks to enable users to set-up an d start using the board.
VIPER Technical Manual Getting started © 2007 Eurotech Ltd Issue E 16 Using the audio features There are four audio interfaces supported on the VIPER: amp out, line out, line in and microphone. The line in, line out and amp interfaces support stereo signals and the microphone provides a mono input.
VIPER Technical Manual Getting started © 2007 Eurotech Ltd Issue E 17 Using the PC/104 expansion bus PC/104 modules can be used with the VIPER to add extra functionality to the system. This interface support s 8/16 bit ISA bus style peripherals. Eurotech Ltd has a wide range of PC/104 modules, which are comp atible with the VIPER.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 18 Detailed hardware description The following section provides a det ailed description of the functions provided by the VIPER.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 19 VIPER address map PXA255 chip select Physical address Bus/register width Description - 0xA4000000 – 0xFFFFFFFF - .
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 20 T r anslations made by the MMU For details of translation s made by t he MMU by Redboot for embedded Linux, please refer to the VIPER Embedded Linux AEL T echnical Manual.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 21 PXA255 processor The PXA255 is a low power ARM (version 5TE) instruction set compliant RISC processor . The PXA255 does not include a floating-point unit. The device does, however , cont ain a DSP co-processo r to enhance multimedia applications.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 22 PXA255 GPIO pin assignments The following table summarizes the use of the 85 PXA255 GPIO pins, their direction, alternate function and active level. For embedded Linux the GPIO pins are setup by Redboot.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 23 GPIO No AF Signal name Dir Active Sleep Function See section… 14 0 FLASH_ ST A TUS Input NA Input Bootloader FLAS.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 24 GPIO No AF Signal name Dir Active Sleep Function See section… 34 1 RXD1 Input NA Input COM1 Receive Data 35 1 CTS.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 25 GPIO No AF Signal name Dir Active Sleep Function See section… 58 2 LCD_D0 Output NA 0 LCD Data Bit 0 59 2 LCD_D1 .
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 26 Real time clock There are two RTCs on the VIPER. Under embedded Linux and VxW orks the internal RTC of the PX A255 should only be used for power management events, and an external Dallas DS1338 RTC should be used to keep the time and date.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 27 Memory The VIPER has four types of memory fitted: • 1MB of bootloader FLASH containing Redboot to boot embedded Linux or VxWorks, or Eboot to boot Windows CE. • A resident FLASH disk cont aining the OS and application images.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 28 Static RAM The VIPER has a 256KB SRAM device fitted, arranged as 256Kbit x 8-bits. Access to the device is on 16-bit boundaries; whereby the least significant byte is t he SRAM data and the 8-bits of the most significant byte are don’t care bit s.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 29 Interrupt configuration and reset register [ICR] Byte lane Most Significant Byte Least Significant Byte Bit 15 14 1.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 30 Interrupt assignments Internal interrupts For details on the PXA255 interrupt controller and internal peripheral interrupts please see the PXA255 Developer ’s Manual on the Development Kit CD.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 31 PC/104 interrupt register [PC104I1] Byte lane Most Significant Byte Least Significant Byte Bit 15 14 13 12 11 10 9 .
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 32 ICR Bit Functions Bit Name V alue Function 0 No interrupt retrigger (embedded Linux and VxWorks) 0 RETRIG 1 Interru.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 33 PC/104 interrupts under Windows CE Write 0x2 to the ICR Register so that the first PC/104 interrupt source ca uses the PXA255 PC/104 interrupt pin GPIO1 to receive a low to high transition.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 34 Flat panel display support The PXA255 processor contains an integrated LCD display controller that permit s 1, 2 and 4-bit grey-scale, and 8 or 16-bit colour pixels. A 256-byte palette RAM provides flexible colour mapping capabilitie s.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 35 TFT panel data bit mapping to the VIPER Panel data bus bit 18-bit TFT 12-bit TFT 9-bit TFT FPD 15 R5 R3 R2 FPD 14 R.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 36 STN panel data bit mapping to the VIPER Panel data bus bit Dual scan colour STN Single scan colour STN Dual scan mo.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 37 T ypically the power up sequence is as follows (please che ck the datasheet for the particular p anel in use): 1 Enable display VCC. 2 Enable flat p anel interface. 3 Enable backlight.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 38 STN BIAS voltage The VIPER provides a negative and a positive bias voltage for STN type displays. The negative and positive bias voltages are set t o –22V and +22V respectively .
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 39 VIPER-FPIF1 connectors LK1 – TFT clock delay selection It has been found that some TFT displays require a delay on the clock. If this is required fit the jumper in position A; if not, then fit in position B.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 40 PL2 – Generic LCD connector Connector: T aicom TI34BHS, 34-way , 2.54mm (0.1”) x 2.54mm (0.1”) straight-boxed header Mating connector: Fujitsu FCN-723-B034/2 Mating connector crimps: Fujit su FCN-723J-AU/Q.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 41 PL3 – Direct connection to a NEC NL3224BC35-20 5.5inc h 320x240 TFT display Connector: Oupiin 2345-33TD2/SN Mating cable: Eunsung 0.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 42 PL4 – Backlight inverter connector Connector: FCI 76384-407LF Mating connector: FCI 65240-007LF Mating connector .
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 43 FPIF-LVDS-TX details The FPIF-L VDS-TX enables L VDS displays to be connected to the VIPER. The FPIF-L VDS-TX in combination with the FPIF-L VDS-RX allows the VIPER to drive a TFT or STN LCD flat p anel display up to 10 meters away .
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 44 FPIF-LVDS-TX connectors JP1 – TX strobe selection T his link select s the edge of the TX strobe. If the jumper is fitted (default) then the TX S trobe shall be on the rising edge.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 45 J1 – VIPER LCD cable connector Connector: Oupiin 3215-40CSB/SN, 40-way , 1.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 46 J2 – LVDS Hirose connector Connector: Hirose DF13-20DP-1.25V(55) , 20-way , 1.27mm (0.05”) double row straight pin header FPIF-L VDS-TX Hirose mating connector: Hirose DF13-20DS-1.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 47 J3 – LVDS MDR connector Connector: 3M 10220-55G3PL, 20-way , 1.27mm (0.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 48 FPIF-LVDS-RX details The FPIF-L VDS-RX in combination with the FPIF-L VDS-TX allows the VIPER to drive a TFT or STN LCD flat p anel display up to 10 meters away .
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 49 FPIF-LVDS-RX connectors JP1 – LCD power selection T his link select s the voltage supply of the LCD panel. Fit the jumper in position 3.3V (default) to supply 3.3V to the LCD panel, or in position 5V to supply 5V to the LCD panel.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 50 J1 – VIPER LCD cable connector Connector: Oupiin 3215-40CSB/SN, 40-way , 1.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 51 J2 – LVDS Hirose connector Connector: DF13-20DP-1.25V(55), 20-way , 1.27mm (0.05”) double row straight pin header FPIF-L VDS-RX Hirose mating connector: Hirose DF13-20DS-1.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 52 J3 – LVDS MDR connector Connector: 3M 10220-55G3PL, 20-way , 1.27mm (0.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 53 FPIF-CRT details The FPIF-CRT allows the VIPER to drive a CRT Monitor or an analogue LCD flat panel.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 54 FPIF-CRT connectors J1 – VIPER LCD cable connector Connector: Oupiin 3215-40CSB/SN, 40-way , 1.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 55 J2 – CRT connector Connector: Oupiin 7916-15F A/SN, 15-way , female, high density , right-angled D-Sub.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 56 Audio A National Semiconductor LM4549 AC’97 audio CODEC is used to support the audio features of the VIPER. Audio inputs supported by the LM4549 are stereo line in and a mono microphone input.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 57 General purpose I/O Eight general-purpose input lines and eight general-purpose output lines are provided on connector PL9. T o read from IN[0:7], read the least significant byte located at of fset 0x500000 from CS5 (0x14000000) to sample the 8 inputs from PL9.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 58 T o write to OUT[0:7], write to the following PXA255 processor GPIO lines to drive the outputs.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 59 The general-purpose inputs are 5V tolerant, and the outputs can sink and source up to 24mA @ 3.3V . OUT0B is an inverted OUT0 signal, and is driven to 3.3V , which provides compatibility with the VIPER-UPS.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 60 USB host interface There are two USB interfaces on the VIPER. These comply with the Universal Serial Bus S pecification Rev . 1.0a, supporting data transfer at full-speed (12 Mbit/s) and low- speed (1.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 61 USB client interface The VIPER provides one USB 1.1 client interface.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 62 10/100BaseTX Ethernet An SMSC LAN91C1 1 1 Ethernet controller provides a single 10/100BaseTX interface. The device provides an embedded PHY and MAC, and complies with the IEEE802.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 63 Ethernet signal mapping between VIPER and Ethernet breakout connectors Ethernet breakout PL1 – 2x4-way header Eth.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 64 Serial COMs ports There are five high-speed, fully functionally compatible 16550 serial U ART s on the VIPER. Four of these channels can be used as st andard RS232 serial interfaces, and the remaining one (COM5) can be configured as RS422 or RS485.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 65 COM4 – RS232 interface Supported on Channel 0 of an external Exar XR16C2850 with 128bytes of Tx and Rx FIFOs, and buffered to RS232 levels with ±15kV ESD protection.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 66 Typical RS422 and RS485 connection RS485 MULTI-DROP RS422 POINT-TO-POINT RS422 MULTI-DROP Number of Wires 5 Transmi.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 67 PC/104 interface The VIPER PC/104 interface is emulated from the PXA255 PCMCIA interface to support 8/16 bit ISA bus style signals. As the interface is an emulation the VIPER does not support some PC/104 features.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 68 VIPER PC/104 interface details The PC/104 bus signals are comp atible with the ISA bus electrical timing definitions. For details of PC/104 Interrupt s please see 374H PC/104 interrupts , p age 375H 30 .
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 69 PC/104 16-bit I/O read/write access cycles PC/104 8-bit memory write access cycle 8-bit memory read access cycles are not supported by the PXA255 PCMCIA controller for common memory space.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 70 PC/104 16-bit memory read/write access cycles Unsupported PC/104 interface features The PC/104 bus features not supported by the VIPER are as follows: • PC/104 IRQ9, IRQ14 and IRQ15 are not available under Windows CE as all interrupt sources are fully utilized.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 71 I 2 C The PXA255 I 2 C interface is brought out to the COMs connector PL4, see 73H PL4 – COMS ports , p age 376H 89 , for connection det ails. The I 2 C unit support s a fast mode operation of 400Kbit s /s and a st andard mode of 100Kbits/s.
VIPER Technical Manual Detailed hardware description © 2007 Eurotech Ltd Issue E 72 JT AG and debug access Debug access to the PXA255 processor is via the JT AG connector PL10. The Macraigor 76H Wiggler and EPI 77H Majic MX probe have been used to debug the PXA255 processor on the VIPER.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 73 Power and power management Power supplies The VIPER is designed to operate from a single +5V ±5% (4.75V to +5.25V) supply . The power connector PL16 has a +12V connection defined, but is not required for the VIPER under normal operation.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 74 Power management All VIPER power-down features and alteration of PXA255 operating frequency are fully supported under Embedded Linux and VxWorks. Windows CE currently provides no power management support.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 75 Processor current estimations The current values in the t ables below are referenced from running the VIPER at 400MHz in performance mode whilst the VIPER is idle.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 76 Current saving from 5V when proc essor core is in power saving mode Processor Vcore (V) 400MHz CCCR=0x241 300MHz CCCR=0x321 200MHz CCCR=0x221 100MHz CCCR=0x121 Asleep Active 1.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 77 Power savings Use the table below to estimate power savings t hat can be achieved by shutting down features of the VIPER, or putting the VIPER to sleep.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 78 External peripheral device power estimations T ake into account any external peripherals for your application, such as: • USB devices: keyboard, memory stick and mouse.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 79 Power estimate examples Example 1: VIPER [Linux] asleep (microprocesso r in sleep mode and every power saving option enabled) In this case, the power consumed by the respective categories is: • VIPER current (Linux default) = 334mA ±3mA.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 80 Example 3: VIPER [Windows CE] at 400MHz in pow er saving mode + LCD with backlight on + 64MB FlashDio™ USB memory st.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 81 Processor power management The power manager in the PXA255 offers the ability to disable the clocks to the different internal periphe rals. By default, all clocks are enabled after reset.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 82 T o communicate with the VCORE DAC, use the following pins to emulate the L TC1659 interface: GPIO L TC1659 DAC pin fu.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 83 UART power management COM4 and COM5 are generated from an external Exar XR16C2850 DUART . This device supports a sleep mode. By e nabling this feature the DUAR T enters sleep mode when there are no interrupt s pending.
VIPER Technical Manual Power and power management © 2007 Eurotech Ltd Issue E 84 Audio power management The audio interface support s the AC’97 low power modes. Shutting down the digit al and analogue interfaces can reduce consumption by up to 38mA ±3mA (190mW ±15mW).
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 85 Connectors, LEDs and jumpers The following diagram shows the location of the connectors, LEDs and jumpers on the VIP.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 86 Connectors There are 13 connectors on the VIPER for accessing external devices: Connector Function Connector details.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 87 PL1 – 10/100BaseTX Ethernet connector Connector: Oupiin 2015-2X4GD/SN, 8-way , 2.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 88 PL3 – LCD connector Connector: Oupiin 3214-40C00RBA/SN, 40-way , 1.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 89 PL4 – COMS ports Connector: Oupiin 3012-40GRB/SN, 40-way , 2.54mm (0.1”) x 2.54mm (0 .1”) dual row IDC boxed header Mating connector: FCI 71600-040LF Pin Signal name Pin Signal name 1 SCL (I 2 C) 2 SDA (I 2 C) 3 GND (I 2 C) 4 3.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 90 PL5 – CompactFLASH connector Connector: 3M N7E50-N516RB-50, 50-way CompactFLASH T ype II connector Pin Signal name.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 91 PL6 – Audio connector Connector: Oupiin 2015-2X6GDB/SN, 12-way , 2.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 92 PL8 – TPM Tamper detect connector (optional) Connector: JST B2B-ZR(LF)(SN), 2-way , single row , 1.5 mm (0.06”) Shrouded Header Mating housing: JST ZH R-2 Mating housing crimps: JST SZH-002T -P0.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 93 PL10 – JTAG connector Connector: Oupiin 201 1-2x5GSB/SN, 10-way , 2.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 94 PL11 & PL12 – PC/104 connectors Connectors: • Astron 25-1201-232-2G-R, 64-way , 2.54mm (0.1”) x 2.54mm (0.1”) S tackthrough PC/104 compatible connector (row A & B) • Astron 25-1201-220-2G-R, 40-way , 2.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 95 PL16 – Power connector Connector: Molex 22-05-7058, 5-way , 2.54mm (0.1") Pitch KK® Header - Right Angle Friction Lock 7395 series connector Mating connector: Molex 22-01-2055, 5-way , 2.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 96 JP1 – RS485/422 configuration jumpers Connector: Oupiin 201 1-2x5GSB/SN, 10-way , 2.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 97 Status LEDs There is a single status LED on the VIPER, which indicates FLASH access to the bootloader FLASH or the main FLASH memory/silicon disk.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 98 Jumpers There are seven user selectable jumpers on the VIPER. Their use is explained below . Default settings The default positions of the jumpers are shown below . Jumper functions described in silkscreen on the board are shown in blue.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 99 RS485/422 configurat ion – LK4, LK5, LK6 and LK7 on JP1 These jumpers are used to enable/disable the RS485 receive buf fer and RS485/422 line termination. See 436H COM5 – RS422/485 interface , page 437H 65 , for more details.
VIPER Technical Manual Connectors, LEDs and jumpers © 2007 Eurotech Ltd Issue E 100 LCD supply voltage – LK8 on JP2 This jumper selects the supply voltage for the LCD logic supply . LK8 Description Supply LCD logic with 5V . Supply LCD logic with 3.
VIPER Technical Manual Appendix A – Contacting Eurotech © 2007 Eurotech Ltd Issue E 101 Appendix A – Contacting Eurotech Eurotech sales Eurotech’s sales team is always available to assist you in choosing the b oard that best meets your requirement s.
VIPER Technical Manual Appendix B – Specification © 2007 Eurotech Ltd Issue E 102 Appendix B – Specification Microprocessor 400MHz (VIPER) or 200MHz (VIPER-Lite) PXA255 processor . Memory 16MB, 64MB 3.3V un-buffered SDRAM. 16MB, 32MB Intel S trataFLASH.
VIPER Technical Manual Appendix C – Mechanical diagram © 2007 Eurotech Ltd Issue E 103 Appendix C – Mechanical diagram NOTES 1) ALL CONNECT OR DIMENSIONS ARE T AKEN FROM PIN 1 PL1 PL2 PL3 PL4 PL6 PL7 PL8 PL9 PL10 PL1 1 PL12 PL5 PL16 JP1 JP3 JP2 A A A A PL17 0.
VIPER Technical Manual Appendix D – Reference information © 2007 Eurotech Ltd Issue E 104 Appendix D – Reference information Product information Product notices, updated drivers, support material, 24hr-online ordering: www.eurotech-ltd.co.uk PC/104 Consortium PC/104 specifications, vendor inform ation and available add on product s: www.
VIPER Technical Manual Appendix D – Reference information © 2007 Eurotech Ltd Issue E 105 National Semiconductor Corporation National Semiconductor LM4549 AC’97 Codec document ation: 112H www.national.com Koninklijke Philips Electronics N.V. Philips ISP1 160 USB host controller document ation: 113H www.
VIPER Technical Manual Appendix E – Acrony ms and abbreviations © 2007 Eurotech Ltd Issue E 106 Appendix E – Acronyms and abbreviations Amp Amplifier A T A Advanced T echnology Attachment BTUART .
VIPER Technical Manual Appendix E – Acrony ms and abbreviations © 2007 Eurotech Ltd Issue E 107 RAM Random Access Memory Reg Regulator RSA public key cryptosystem invent ed by Rivest, Shamir and Ad.
VIPER Technical Manual Appendix F – RoHS-6 Compliance - M aterials Declaration Form © 2007 Eurotech Ltd Issue E 108 Appendix F – RoHS-6 Compliance - Materials Declaration Form Confirmation of Environmental Compatibility for Supplied Products Substance Maximum concentration Lead 0.
VIPER Technical Manual Index © 2007 Eurotech Ltd Issue E 109 Index A active display signal · 36 address map · 19 amplifier · 5, 7, 16, 56 anti-static · 12 assignments, GPIO pins · 22 audio · 5,.
VIPER Technical Manual Index © 2007 Eurotech Ltd Issue E 110 I I/O · 5, 6 Intel PXA255 · 4 interface, USB · 60 internal interrupt · 30 interrupt · 30 external · 30 internal · 30 J JTAG · 5, 6.
VIPER Technical Manual Index © 2007 Eurotech Ltd Issue E 111 RS232 · 7, 15, 64, 65 RS422 · 7, 15, 65, 99, 100 RS485 · 7, 15, 65, 99, 100 RTC · 8, 26 S SDRAM · 27 serial port · 5, 6, 7, 15, 64 s.
Un point important après l'achat de l'appareil (ou même avant l'achat) est de lire le manuel d'utilisation. Nous devons le faire pour quelques raisons simples:
Si vous n'avez pas encore acheté Eurotech Appliances PXA255 c'est un bon moment pour vous familiariser avec les données de base sur le produit. Consulter d'abord les pages initiales du manuel d'utilisation, que vous trouverez ci-dessus. Vous devriez y trouver les données techniques les plus importants du Eurotech Appliances PXA255 - de cette manière, vous pouvez vérifier si l'équipement répond à vos besoins. Explorant les pages suivantes du manuel d'utilisation Eurotech Appliances PXA255, vous apprendrez toutes les caractéristiques du produit et des informations sur son fonctionnement. Les informations sur le Eurotech Appliances PXA255 va certainement vous aider à prendre une décision concernant l'achat.
Dans une situation où vous avez déjà le Eurotech Appliances PXA255, mais vous avez pas encore lu le manuel d'utilisation, vous devez le faire pour les raisons décrites ci-dessus,. Vous saurez alors si vous avez correctement utilisé les fonctions disponibles, et si vous avez commis des erreurs qui peuvent réduire la durée de vie du Eurotech Appliances PXA255.
Cependant, l'un des rôles les plus importants pour l'utilisateur joués par les manuels d'utilisateur est d'aider à résoudre les problèmes concernant le Eurotech Appliances PXA255. Presque toujours, vous y trouverez Troubleshooting, soit les pannes et les défaillances les plus fréquentes de l'apparei Eurotech Appliances PXA255 ainsi que les instructions sur la façon de les résoudre. Même si vous ne parvenez pas à résoudre le problème, le manuel d‘utilisation va vous montrer le chemin d'une nouvelle procédure – le contact avec le centre de service à la clientèle ou le service le plus proche.
