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Eurotech PROTEUS-1.6-M1G-F2G-GPS User Manual

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Issue D – January 2010 – ETH_PROTEUS_USM
DIGITAL TECHNOLOGIES FOR A BETTER WORLD
www.eurotech.com
USER MANUAL
PROTEUS
Single board computer

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Summary of Contents for Eurotech PROTEUS-1.6-M1G-F2G-GPS

  • Page 1 USER MANUAL PROTEUS Single board computer Issue D – January 2010 – ETH_PROTEUS_USM DIGITAL TECHNOLOGIES FOR A BETTER WORLD www.eurotech.com...
  • Page 2 PROTEUS - user manual WARRANTY For Warranty terms and conditions users should contact their local Eurotech Sales Office. TRADEMARKS All trademarks both marked and not marked appearing in this document are the property of their respective owners. REVISION HISTORY Issue no.

  • Page 3: Table Of Contents

    Table of Contents Table of contents Important user information..........................5 Safety notices and warnings .......................... 5 Life support policy ............................6 CE notice................................ 6 WEEE................................6 RoHS................................7 Technical assistance............................7 Introduction..............................8 Features of standalone variants ........................9 Features of COM Express variants ......................11 Comparison of PROTEUS variants ......................
  • Page 4 Appendix A – Reference information ......................69 Appendix B – RoHS Compliance ......................... 70 Appendix C – PROTEUS V1I1 vs. PROTEUS XL V1I1 ................71 Compatibility..............................71 New features/changes in XL ........................71 Incompatibility .............................. 72 Eurotech Worldwide Presence........................74...

  • Page 5: Important User Information

    Eurotech reserves the right to revise this document and to change its contents at any time without obligation to notify any person of such revision or changes.

  • Page 6: Life Support Policy

    To avoid damage caused by ESD (Electro Static Discharge), always use appropriate antistatic precautions when handing any electronic equipment. Life support policy Eurotech products are not authorized for use as critical components in life support devices or systems without the express written approval of Eurotech. CE notice (Wrong template? From System manual?)

  • Page 7: Rohs

    When transporting any module or system, for any reason, it should be packed using anti-static material and placed in a sturdy box with enough packing material to adequately cushion it. Any product returned to Eurotech that is damaged due to inappropriate packaging will not be covered by the warranty!

  • Page 8: Introduction

    The board is able to run all x86 operating systems including Windows XP/ XP Embedded, Vista, and Linux. The PROTEUS board can currently be purchased in the following variants: PROTEUS-1.6-M1G-F2G-GPS fitted with 1.6GHz Intel Atom Z530P Processor, US15WPT • SCH, 1GB DDRII, 2GB FLASH, GPS and standalone configuration.

  • Page 9: Features Of Standalone Variants

    Features of standalone variants Features of standalone variants Processor ® Intel Atom™ processor options: • - Z530P Processor 1.6GHz TDP: 2.2W, or - Z510PT Processor 1.1GHz TDP: 2.2W. Chipset Intel US15WPT chipset TDP: 2.3W. • System memory DDR2 SDRAM (up to 1GB 400/533MHz). •...
  • Page 10 PROTEUS - user manual Serial ATA One SATA connector. • One power connector for SATA drive. • Serial ports One port used to connect to on-board GPS receiver OR ZIF connector (build option). • One port used to connect to on-board Bluetooth module OR nanoZigBee OR ZIF connector •...

  • Page 11: Features Of Com Express Variants

    Features of COM Express variants Features of COM Express variants Processor ® Intel Atom™ processor options: • - Z530P Processor 1.6GHz TDP: 2.2W, or - Z510PT Processor 1.1GHz TDP: 2.2W. Chipset Intel US15WPT chipset TDP: 2.3W. • System memory DDR2 SDRAM (up to 1GB 400/533MHz). •...
  • Page 12 PROTEUS - user manual Serial ports One port used to connect to on-board GPS receiver (build option). • One port used to connect to on-board Bluetooth module OR nanoZigBee (build option). • One port used to connect touch screen controller. •...

  • Page 13: Comparison Of Proteus Variants

    Comparison of PROTEUS variants Comparison of PROTEUS variants COM Express Standalone Features ® Intel Atom™ processor options: Processor Z530P processor 1.6GHz TDP: 2.2W. • Z510PT processor 1.1GHz TDP: 2.2W. • Chipset Intel US15WPT chipset: US15W TDP: 2.3W. Supported OS Windows XP, XP Embedded,CE, Embedded Linux. System memory DDR2 SDRAM: up to 1GB (400/533MHz).
  • Page 14 PROTEUS - user manual Features COM Express Standalone COM4 used to connect to on-board GPS receiver or ZIF Optional Optional connector COM3 used to connect to on-board Bluetooth module Optional OR nanoZigBee OR ZIF connector (build options). Serial ports COM2 used to connect touch screen controller. COM1 used for general purpose RS232 TX/RX port.

  • Page 15: Power Consumption

    Power consumption Power consumption Board power – VIN rail Board power – VIN Total board input voltage [V] rail current [mA] HW / SW Note power [W] Board only / XPe, idle Board only / XPe, BurnIn test (CPU, Memory, 2D and 3D 10.4 Board only test)

  • Page 16: Support Products

    PROTEUS - user manual Support products The PROTEUS is supported by the following optional products: PROTEUS development kit. See below. • PROTEUS ICE (Industrial Compact Enclosure). See below. • Breakout boards. See the next page. • LVDS to VGA adapter. •...
  • Page 17 Support products Breakout boards Four breakout boards are available: System • Buttons (on/off, Reset, user button) and LEDs (power, HDD activity, PCIE minicards activity, two user LEDs). USB and serial: • One DB9M RS232, one double USB A type connector Audio: •...
  • Page 18 PROTEUS - user manual LVDS to VGA adapter ETH_PROTEUS_USM...

  • Page 19: Getting Started With Your Proteus

    Connect power cable to the PROTEUS board. Switch on power supply. The board starts with the Eurotech logo splash screen. If a device with booting capability is connected (or on board FLASH is preloaded with OS) then the board boots from this, if not the...

  • Page 20: Identifying Your Proteus

    • To identify your PROTEUS from the BIOS follow the instructions below: Boot the PROTEUS board. Press F2 as the Eurotech splash screen appears until the BIOS main screen is shown with the following details:. BIOS version BIOS version xx.xx.xx.xx CPLD version CPLD version x.xx...

  • Page 21: Turning On/Off Your Proteus

    Getting started with your PROTEUS Turning on/off your PROTEUS Always ON configuration (default) Power ON: PROTEUS board starts automatically after power is connected. Power OFF: Use the Shut down option in the OS and then disconnect power cable. Power button configuration The PROTEUS board enters to a standby mode when power is connected.

  • Page 22: Using Ethernet Interface

    Backlight, page for more information. Using the touchscreen interface The PROTEUS provides a touchscreen interface. A touchscreen controller is placed on the PROTEUS board and uses Eurotech TSC1 firmware. 4-wire and 8-wire touchscreens are directly supported. J18 – Touchscreen, page for more information.

  • Page 23: Using The Micro Sd

    Using the general purpose inputs/outputs (GPIO) PROTEUS stand alone The PROTEUS provides eight GPIO pins. These are connected to I C IO expander and connector J9. To control GPIO pins use the driver provided by Eurotech. J9 - GPIO header, page for more information.

  • Page 24: Software Specification

    PROTEUS - user manual Software specification Operating system support The PROTEUS is compatible with the following operating systems: Microsoft Windows XP, XP Embedded, CE. • Linux. • Other x86 OS’s however driver support may be limited • Drivers All system components have drivers available for Windows XP and Linux. BIOS The PROTEUS incorporates a custom system BIOS which is based on the InsydeH2O core from Insyde Software, www.insydesw.com/products/products-efi-h2o.htm.

  • Page 25: Hardware Implementation

    Hardware implementation Hardware implementation COM Express specification The PCI Industrial Computer Manufacturers Group (PICMG) COM Express Module Base Specification Revision 1.0 is used to define the primary mechanical and electrical interconnects for the PROTEUS module design. A Type 1 connector pinout and an Extended module mechanical format are used. The Extended module mechanical footprint is intended for mobile systems and space constrained stationary systems.

  • Page 26: Power

    PROTEUS - user manual The following system and power management functions are also interfaced via the Type 1 COM Express connector: Type 1 COM Express System management 220-pin connector (# ports) General purpose inputs General purpose outputs SMBus Watch dog timer Speaker out External BIOS ROM support Reset functions...

  • Page 27: Block Diagram

    Hardware implementation Block diagram Type 1 COM Express implementation The following block diagram shows the COM Express Type 1 extended module implementation of the PROTEUS with connections to the COM Express board-to-board connector: Standalone implementation This format of the PROTEUS module removes the COM Express board-to-board connector and associated components and allows for a processor core with bootable storage, two LVDS display support, touch screen, wireless connectivity, Ethernet, SATA and USB expansion:...

  • Page 28: Layout And Dimensions

    PROTEUS - user manual Layout and dimensions The following PROTEUS diagrams show the connector placement for both COM Express and standalone implementations: Primary side SIM Header Debug FAN 1 ATOM Z5xx GPIO Processor Header Type A DRAM SuperIO RS232 Header DRAM Socket US15W...
  • Page 29 Hardware implementation Secondary side MicroSD Socket Nano ZigBee Module Bluetooth Module module (Optional) (Optional) DRAM External Battery DRAM Debug DRAM DRAM Battery SDVO LVDS Type 1 COM Express Connector Backlight LVDS_B Red - Standalone Green - COM Express Blue - Standalone and COM Express...

  • Page 30: Com Express Type 1 Carrier Board Expansion

    PROTEUS - user manual COM Express Type 1 carrier board expansion In the COM Express carrier board implementation the external IO from the module is provided via the COM Express board-to-board connector. The carrier board can be implemented using a method that best suits your needs.

  • Page 31: Main Memory

    Hardware implementation The backbone does not allow peer-to-peer transactions, so if the incoming PCI Express data is being transferred to the PATA port, then the two devices have to share the backbone with PCI Express data being transferred to memory, and then from memory to the PATA port. In some usage models for the PROTEUS, full data bandwidth of devices is not available.

  • Page 32: Usb

    PROTEUS - user manual The US15W SCH contains one EHCI and three UHCI USB controllers to provide support for up six USB 2.0 ports allowing high, full and low speed USB ports and two ports supporting high speed only operation. USB ports 1, 3, 6 and 7 are made available on the COM Express board-to-board connector.

  • Page 33: Pci Express Mini Card

    Hardware implementation PCI Express Mini Card Two PCI Express mini card sockets conforming to the PCI Express™ Mini Card Electromechanical Specification Revision 1.2 are provided on the COM Express module. To support cellular wireless mini cards one mini card socket provides a SIM card slot and the second mini card socket provides a SIM card interface on header.

  • Page 34: Gps Receiver (Build Option)

    BlueTooth stack. Bluetooth module is connected to the SuperIO COM port 3. ZigBee (Build option) An optional ZigBee interface is available using a Eurotech NanoZigBee module. This interface is provided instead of the Bluetooth module and interfaced via a COM port 3 to the host.

  • Page 35: Micro Sd Socket

    Hardware implementation Micro SD socket A MicroSD memory socket is provided on the PROTEUS module. The US15W SCH contains three SDIO/MMC ports. SDIO Port 1 is connected to a 4-bit MicroSD card socket. Port 2 is connected to a ZIF connector and port 0 is not used. The SDIO/MMC controller supports MMC4.0 and SDIO1.1 specifications.

  • Page 36: Connectors And Leds

    PROTEUS - user manual Connectors and LEDs The PROTEUS has the following connectors: Connector Function Connector details in section USB 1, connector Type A J1 - USB Type A connector, page SATA J2 - SATA connector, page GBe Ethernet J3 - GB Ethernet connector, page LVDS A J4 - LVDS A...
  • Page 37 Connectors and LEDs Connector - top view J12 J29 Connectors - bottom view...
  • Page 38 PROTEUS - user manual LEDs The following diagram shows the location of the LEDs on the PROTEUS. The PROTEUS has the following connectors LEDs: Function LED details in section D1 - PCIe Minicard slot 0 activity, page PCIe Minicard slot 0 activity D2 - PCIe Minicard slot 1 activity, page PCIe Minicard slot 1 activity...

  • Page 39: Connectors

    Connectors and LEDs Connectors J1 - USB Type A connector (stand alone only) J1 is connected to SCH USB port 1. Connector : EDAC 690-004-621-013. Signal name D- (USB port 1) D+ (USB port 1) J2 - SATA connector (stand alone only) J2 is connected to channel 1 of SATA controller.
  • Page 40 PROTEUS - user manual J3 - Gb Ethernet connector (stand alone only) J3 is connected to GBe controller. Connector : L829-1J1T-43 Gigabit Ethernet Ultra Low Profile Single ® Port MagJack with LEDs. Signal name TRP1+ TRP1- TRP2+ TRP3+ TRP3- TRP2- TRP4+ TRP4- LED1 (orange):...
  • Page 41 Connectors and LEDs J4 - LVDS A connector (stand alone only) J4 is connected to SCH LVDS interface. Connector : JAE FI-SE20P-HFE, 20-way. Housing : 20Way 1.25mm pitch single row housing Hirose, part number DF14-20S-1.25C. Crimps : Gold 26-28 AWG crimps Hirose, part number DF14-2628SCFA. Signal name +3.3V +3.3V...
  • Page 42 PROTEUS - user manual J5 - Power connector (stand alone only) J5 is main power input connector (8.5V ~ 24V DC). Connector : IMO PC 20.155MHF/2. Mating socket : IMO PC 20.1550MF/2. Signal name VIN+ (Power in) VIN- (Power in) ETH_PROTEUS_USM...
  • Page 43 Connectors and LEDs J6 - System connector (stand alone only) Connector : HIROSE DF11-20DP-2DS(24). Housing : 20Way HIROSE Housing (DF11-20DS-2C) or equivalent. Crimps : Crimps for Housing (DF11-2428SCA) or equivalent. Signal name Signal name Description HDD LED HDD activity LED (220 series HDD LED ANODE CATODE...
  • Page 44 PROTEUS - user manual HDD LED connection example PCIE mini card LED connection example Power LED connection example User LED connection example ETH_PROTEUS_USM...
  • Page 45 Connectors and LEDs User button connection example POWER button connection example RESET button connection example...
  • Page 46 PROTEUS - user manual J7 - USB0/2 header J7 is connected to SCH USB ports 0 and 2. High level on Pin 9 change HOST USB port 2 to USB CLIENT mode (The mode needs to be enabled in BIOS too). If Pin 9 is low or not connected then USB port 2 is running in HOST mode.
  • Page 47 Connectors and LEDs J9 - GPIO header J9 is connected to I2C GPIO expander. Each GPIO line has 100K pull up to 3.3V. The GPIO pins are 5V tolerant. Connector : HIROSE DF11-10DP-2DS(24). Housing : 10Way HIROSE Housing (DF11-10DS-2C) or equivalent. Crimps : Crimps for HIROSE Housing (DF11-2428SCA) or equivalent.
  • Page 48 PROTEUS - user manual J12 - SIM card socket J12 is a SIM card socket connected to J13 PCIe Minicard slot 0. Connector : JAE SF7W008S1AE900. Signal name VCC (out) RESET (out) CLK (out) VPP (out) IO (in/out) CD1 (default NC) CD2 (default NC) ETH_PROTEUS_USM...
  • Page 49 Connectors and LEDs J13 - PCI Express Mini Card slot 0 Stand alone: J13 is connected to PCI Express channel 0 of SCH. Hot plug is not supported. Please switch off the board when PCIE mini card is being inserted or removed. COM Express: J13 is connected to PCI Express switch port 2.
  • Page 50 PROTEUS - user manual J14 - PCI Express Mini Card slot 1 J14 is connected to PCI Express switch port 1. Hot plug is not supported. Please switch off the board when PCIE mini card is being inserted or removed. Connector : FOXCONN AS0B226-S68N-7F, MINIPCI express, 52.SMT, 0.7, 6.8mm, STD, 25.
  • Page 51 Connectors and LEDs J17 - Audio connector (stand alone only) Connector : MOLEX 53261-137. Housing : 3Way MOLEX Housing (51021-1300) or equivalent. Crimps : Crimps for MOLEX Housing (50058-8000) or equivalent. Signal name Description FMIC_IN_R (in) Microphone input FMIC_IN_L (in) Microphone input Analogue ground FLINEIN_R (in)
  • Page 52 PROTEUS - user manual J19 - Misc ZIF connector (stand alone only) Connector : MOLEX 54104-4096. Signal name Signal name 3.3V (S3/S0) 3.3V (S3/S0) 3.3V (S3/S0) SDIO2_DATA0 SDIO2_DATA1 SDIO2_DATA2 SDIO2_DATA3 SDIO2_DATA4 SDIO2_DATA5 SDIO2_DATA6 SDIO2_DATA7 SDIO2_PWR SDIO2_CMD SDIO2_CLK SDIO2_CD SLOT2_LED (220 SDIO2_WP (pulled up) series resistor) SMB_CLK (out)
  • Page 53 Connectors and LEDs J20 - Backlight J20 is backlight connector for LVDS_A (J4). Connector : MOLEX 53261-0971. Housing : 3Way MOLEX Housing (51021-0900) or equivalent. Crimps : Crimps for MOLEX Housing (50058-8000) or equivalent. Signal name SMB DATA SMB CLK BRTH –...
  • Page 54 PROTEUS - user manual J21 - LVDS B connector J21 is connected to CH7308 SDVO LVDS Transmitter. Connector : JAE FI-SE20P-HFE, 20-way. Mating socket : 2 off 20Way 1.25mm pitch single row housing. Manufacturer: Hirose, part number DF14-20S-1.25C. 40 off gold 26-28 AWG crimps. Manufacturer: Hirose, part number DF14-2628SCFA.
  • Page 55 Connectors and LEDs J22 - COM Express connector (COM Express only) Connector : TYCO 3-1318490-6. Mating socket : 5mm: TYCO 3-1827253-6, 8mm: TYCO 3-1318491-6. Signal name Signal name GBE0_MDI3- GBE0_ACT# (out) (160R series resistor) GBE0_MDI3+ LPC_FRAME# (out) GBE0_LINK100# (out) (160R LPC_AD0 (in/out) series resistor) GBE0_LINK1000# (out) (160R...
  • Page 56 PROTEUS - user manual Signal name Signal name AC_SYNC (out) AC_RST# (out) AC_SDIN0 (in) AC_BITCLK (out) SPKR (out) (220R series resistor) AC_SDOUT (out) I2C_CK (out) (EC LPC2132) BIOS_DISABLE# (in) (CPLD) I2C_DAT (in/out) (EC LPC2132) THRMTRIP# (in) (CPLD) THRM# (in) (CPLD) USB2- (SCH US15W port 6 - high USB3- (SCH US15W port 7 - high speed only!)
  • Page 57 Connectors and LEDs Signal name Signal name PCIE_TX3+ (PCIE switch port 7) PCIE_RX3+ (PCIE switch port 7) PCIE_TX3- (PCIE switch port 7) PCIE_RX3- (PCIE switch port 7) PCIE_TX2+ (PCIE switch port 6) PCIE_RX2+ (PCIE switch port 6) PCIE_TX2- (PCIE switch port 6) PCIE_RX2- (PCIE switch port 6) GPI1(CPLD) GPO3 (SuperIO: GP51)
  • Page 58 PROTEUS - user manual Signal name Signal name VCC_5V_SBY (+5V standby GPI3 (SuperIO: GP54) power) VCC_5V_SBY (+5V standby power) VCC_5V_SBY (+5V standby power) PCIE0_CK_REF+ (out) PCIE0_CK_REF- (out) GPO0 (SuperIO: GP56) VCC_12V (input power +12V) VCC_12V (input power +12V) VCC_12V (input power +12V) A100 B100 A101...
  • Page 59 Connectors and LEDs J23 - SATA power connector (stand alone only) Connector : MOLEX 53261-0471. Housing : 4Way MOLEX Housing (51021-0400) or equivalent. Crimps : Crimps for MOLEX Housing (50058-8000) or equivalent. Pin name J24 - Micro SD slot J24 is connected to SCH SDIO slot 1. Connector : HIROSE DM3AT-SF-PEJ.
  • Page 60 PROTEUS - user manual J26 - FAN 2 connector (optional) J26 is connected to Super IO FAN 2 control pins. Connector : MOLEX 53261-0371. Housing : 3Way MOLEX Housing (51021-0300) or equivalent. Crimps : Crimps for MOLEX Housing (50058-8000) or equivalent. Signal name Description FANTACH2 (in)
  • Page 61 Connectors and LEDs J28 - External RTC battery (stand alone only) Connector : MOLEX 53261-0471. Housing : 4Way MOLEX Housing (51021-0400) or equivalent. Crimps : Crimps for MOLEX Housing (50058-8000) or equivalent. Pin name +Battery (3.3V) I2C_SDA (Embedded controller) I2C_SCL (Embedded controller) J29 - SIM interface header J29 is a SIM card interface header connected to J14 PCIe Minicard slot 1.

  • Page 62: Leds

    PROTEUS - user manual LEDs D1 - PCIe Minicard slot 0 activity D1 indicates PCIe Minicard slot 0 activity. This signal is AND of WPAN, WLAN and WWAN signals coming from PCIE minicard 0 and depends on card setting. D2 - PCIe Minicard slot 1 activity D2 indicates PCIe Minicard slot 1 activity.
  • Page 63 Connectors and LEDs D4 - Bluetooth activity D4 indicates Bluetooth activity and depends on WT11 module settings. D5 - Micro SD card activity D5 indicates access to micro SD card. D6 - S3 power state indicator If D6 is ON all S3 power supplies are switched ON and output voltages / currents are in allowed tolerance.
  • Page 64 PROTEUS - user manual D7 - S0 power state indicator If D7 is ON all S0 power supplies are switched ON and output voltages / currents are in allowed tolerance. D8 - S5 power state indicator If D8 is ON all S5 power supplies are switched ON and output voltages / currents are in allowed tolerance.

  • Page 65: Gpio Mapping

    GPIO mapping GPIO mapping There are three groups of GPIO pins on PROTEUS. First group is connected between I2C GPIO expander and connector J9. The second group is connected between SUPERIO and COM express connector (J22) and the third group is connected between CPLD and J22. I2C GPIO pin mapping PCA9535 I2C GPIO expander is mapped to I2C address 0x4E/0x4F (Read/Write).
  • Page 66 PROTEUS - user manual SUPER IO pin mapping There is SCH3114 super IO used on PROTEUS. Following table shows connection some of the SUPER IO pins. SUPER IO GP pin number Signal Description GP61 GPIO3 Connected to pin A67 GP54 GPIO4 Connected to J22 pin A85 GP56...
  • Page 67 GPIO mapping CPLD pin mapping Some of GPIO pins are controlled through CPLD. Control these pins use register mapped to I/O address 0x5A. Other registers can be found on 0x5B and 0x5C. See following tables with detailed description. Address: 0x5A (Read/Write) Description Note GPIO0 Data...
  • Page 68 PROTEUS - user manual Address: 0x5C (Read only) Signal Description SDIO_SLOT1_OC# SDIO card over current flag PCIE_MINI0_OC# PCIE mini card slot 0: +3.3V over current flag PCIE_MINI1_OC# PCIE mini card slot 1: +3.3V over current flag Reserved Reserved Reserved Reserved Reserved ETH_PROTEUS_USM...

  • Page 69: Appendix A - Reference Information

    Appendix A – Reference information Appendix A – Reference information Product information Product notices, updated drivers, support material: www.eurotech.com PCI special interest group PCI Bus specification and list of manufacturers: www.pcisig.org USB information Universal Serial Bus (USB) specification and product information: www.usb.org...

  • Page 70: Appendix B - Rohs Compliance

    July 2006. The PROTEUS board is designed using RoHS compliant components, and manufactured to comply with the RoHS Directive. Eurotech has based its material content knowledge on a combination of information provided by third parties and auditing our suppliers and sub-contractor’s operational activities and arrangements. This information is archived within the associated Technical Construction File.

  • Page 71: Appendix C - Proteus V1I1 Vs. Proteus Xl V1I1

    Appendix C – PROTEUS V1I1 vs. PROTEUS XL V1I1 Appendix C – PROTEUS V1I1 vs. PROTEUS XL V1I1 The PROTEUS XL uses CPU and System Controller Hub (Poulsbo) in larger packages designed for industrial temperature range operations. Compatibility All edge connectors are in the same place (J1-9, J12-14, J17-25). •...

  • Page 72: Incompatibility

    PROTEUS - user manual Incompatibility Heat spreader will require redesign, due to large CPU and SCH footprints. • J10 (FAN1), J26 (FAN2, not fitted) and J27 (serial debug connector) have been slightly • moved. These connectors are not normally used and are placed deep in the board. Therefore this change should not have any impact on customer designs.
  • Page 73 Appendix C – PROTEUS V1I1 vs. PROTEUS XL V1I1...

  • Page 74: Eurotech Worldwide Presence

    Web: www.parvus.com Web: www.eurotech.com Web: www.vantrontech.com.cn France EUROTECH Tel. +33 04.72.89.00.90 +33 04.78.70.08.24 E-mail: sales.fr@eurotech.com E-mail: support.fr@eurotech.com Web: www.eurotech.com Finland EUROTECH Tel. +358 9.477.888.0 +358 9.477.888.99 E-mail: sales.fi@eurotech.com E-mail: support.fi@eurotech.com Web: www.eurotech.com For your local contact please refer to: www.eurotech.com/contacts...

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