EPX-855-G High Performance Industrial Fanless SBC EMBEDDED EPIC COMPUTERS FEATURES ® ® l Intel ZCD 1GHz CPU or 1.8GHz Pentium M l Industrial operating temperature range ® -40°C to +70°C: 1.8GHz Pentium M SBC with fan -40°C to +70°C: 1.0GHz SBC without fan -40°C to +85°C: 1.0GHz SBC with fan l EPIC-size board: 4.5" x 6.5" (115 mm x 165 mm) l Up to 1GB of system DDR SDRAM supported in a 200-pin SODIMM socket l Type I and II CompactFlash cards supported ® l PC-compatible, supports Linux, Windows XP embedded, plus other x86-compatible RTOS ® l Integrated graphics utilizing Intel Extreme Graphics 2 technology supports resolutions up to 2048 x 1536 l Simultaneous CRT and LVDS flat panel supported l Backlight power supported l Custom splash screen on start up l Two Ethernet ports: l One Gigabit, 10/100/1000 Mbits/secs l One 10/100 Mbits/sec l Four COM ports; two RS-232/422/485 and two with only a RS-232 interface l 24 bi-directional TTL digital I/O lines with event sense and interrupt support l Bi-directional LPT port supports EPP/ECP l Four USB 2.0 ports l Two IDE ports with ATA100 for hard disk and l Activity LEDs onboard for visual status CompactFlash memory storage l Up to 300 second reset with watchdog timer l 3.5-inch Floppy disk drive supported l +5 volt only operation l 802.11a/b/g wireless supported via miniPCI socket l Performance upgrade to WinSystems' EPX-C3 l PC/104 and PC/104-Plus expansion connectors and EPX-GX500 l PS/2 keyboard controller support l RoHS compliant l AC97 Audio (six channel/5.1 surround sound) l Quick Start Kits available for software development l Real time clock The EPX-855-G is a highly integrated, single board FUNCTIONAL CAPABILITY computer (SBC) designed for rugged, performance driven applications. It operates over a wide range and is designed The EPX-855-G is a full-featured, high-performance for applications including industrial automation, security, single board computer with a variety of on-board periph- medical/diagnostic equipment, MIL/COTS, test and erals which reduce the need for additional standard I/O measurement, and transportation. peripheral cards. It is based on the Intel's popular 855GME chipset with the ICH4 communications WinSystems' design is based upon chipsets from Intel's controller and integrated Extreme Graphics 2 video 3D long life embedded road map to ensure longevity of the controller. The EPX-855-G features an Intel 1GHz ® core technology. Celeron M-based ZC Dothan (ZCD) or 1.8GHz Pentium M processor. Both the CPU and system controller are WinSystems' applications engineers are available to supplied from Intel's Embedded Architecture Division provide technical support with initial board selection for long-term availability. It supports a maximum of 1GB and free telephone assistance during the design-in and of industry-standard PC2700 SDRAM, Type I and Type production phase of your project. II CompactFlash cards, plus support for IDE hard and 3.5" floppy disk drives. The EPX-855-G offers a full set of I/O interfaces including the power down on the board automatically. S0 is the full one Gigabit 10/100/1000 Mbits/secs Ethernet port and one power-on mode. S1 is the standby mode. Change of state 10/100BaseT Ethernet port (with remote boot and WOL of the keyboard, mouse, USB mouse and keyboard, wake capability), analog VGA and dual channel LVDS flat panel on LAN or wake on Ring will wake the system up out of video, a miniPCI connector that supports an optional Power On Suspend to Full-On. S4 suspends to disk 802.11 wireless networking module, four USB 2.0 ports, before powering down. S5 turns all the power off (ATX four serial COM ports, AC97 audio (5.1 codec), LPT and mode only). PS/2 ports for keyboard and mouse. Also onboard is a ® software programmable, 24-line digital I/O controller that The BIOS supports the Enhanced Intel SpeedStep provides input, output or output with readback for each I/O technology that enables the processor to switch between line. The board has PC/104 and PC/104-Plus connectors multiple frequency and voltage points. This allows for support of additional off-the-shelf or user-designed optimal performance and the lowest power. It also specialty I/O modules. supports the circuitry for catastrophic thermal protection. If detected, the Vcc supply to the processor is turned off Processor and Chipset - The EPX-855-G is based upon to prevent permanent silicon damage due to thermal the Intel 855GME GMCH and Intel ICH4. These chips are runaway. ideal for embedded computing applications requiring high- performance and full x86 Pentium compatibility. The Memory - The system memory bus is 64-bits wide with EPX-855-G features a low-power Intel ZC Dothan or Intel a 400MHz front size bus. It operates at a speed of Pentium M processor. The Intel 855GME GMCH is 333 MT/sec and uses Double Data Rate (DDR) synchro- designed, validated, and optimized for the Intel Pentium M nous dynamic RAM. Up to 1Gbyte of non-registered, and Intel ZC Dothan processors and associated micro unbuffered, PC2700 DDR SDRAM with gold plated architecture. fingers can be installed for the main systems memory. Advanced Thermal Management - The processor is The board is shipped from the factory with no memory soldered directly to the board and has an advanced heat installed. A 200-pin SODIMM connector permits the sink and thermal dissipation design. The heat sink materi- user to either install and/or upgrade the memory capacity al, fin size and density have been carefully engineered to in the field. WinSystems can supply the SODIMM provide a low thermal impedance interface so that heat can 200-G-27-128, -256, -512, and -1G RoHS-compliant be efficiently removed from the devices. memory devices qualified for use on this board. The 1GHz ZC Dothan is Intel's 90-nanometer (nm) process from its Celeron family of CPUs. It draws very low power (only 5.5W max.) which allows it to operate from -40°C to +70°C without the need for a fan or the necessity to slow down the CPU clock frequency. However, if a fan is added, then the high limit of the operational temperature range is extended to +85°C operating at 1GHz. The 1.8GHz Pentium M processor is a 90nm CPU that offers very high-performance. It includes a 2MB L2 on- chip cache. Operational temperature of the board with the 1.8GHz CPU is -40°C to +70°C with a fan. It is important to note that these temperature figures are with no airflow across the board other than what the onboard fan would generate. Also, these operational tem- perature specifications are at the full rated board speed. No automatic CPU clock speed reduction is necessary at WinSystems' Industrial CompactFlash elevated temperatures. CompactFlash - A connector is on the board that will accept Type I and II CompactFlash cards. The connector The EPX-855-G-1.8G-1 and EPX-855-1G-1 supports is wired to the IDE secondary controller. A designer can active fan management. The fan is not turned on if the use CompactFlash cards as data storage for applications CPU is less than 55°C which extends fan life. where the environment is too harsh for rotational hard disks or floppy disk drives. The EPX-855-G can boot Power Management - The EPX-855-G supports both four from a CompactFlash device. standard power management modes to control and bring WinSystems offers industrial-grade CompactFlash cards supports the latest 2D and 3D APIs, delivering real-life that provide operational SSD storage from -40° to +85°C environment and character effects. A 256-bit internal path for high capacity harsh embedded applications. They pro- enables up to four textures per pixel on a single pass for vide high sustained data transfer rates and an on-card wear super light maps, atmospheric effects, and more realistic leveling algorithm to extend the number of write cycles to surface details. Flexible display capabilities enhance the the part. These RoHS-compliant cards will fit into personal computing experience, offering significant any computer, SBC, instrument or camera with a benefits for applications requiring 32 bpp and higher CompactFlash socket, www.industrialcompactflash.com. display resolution. BIOS - The EPX-855-G uses the Phoenix Trusted core The EPX-855-G supports both a dual LVDS flat panel BIOS. It supports advanced features such as custom interface as well as a standard analog SVGA interface splash screen, APM 1.2 and ACPI 1.0b power manage- simultaneously. The controller also will allow separate, ment modes, and PXE boot. For the EPX-855-G board independent video to be displayed on LVDS and SVGA that is configured with the 1.8GHz Pentium M or 1GHz displays. The video uses up to 64MB of system memory. ZCD with fan, the BIOS controls the CPU fan speed plus A 350MHz DAC provides resolution up to 1600 x 1200 @ it can turn the fan on and off. 85Hz or up to 2048 x 1536 @ 72Hz for both CRT and flat panels. The color depth for the flat panel is 18 bits per The BIOS also supports legacy operation of a USB key- pixel (bpp). board and mouse, as well as booting from a USB floppy disk, USB keys, and other USB-connected mass storage Video Interface - The CRT video output signals are wired devices. to a 14-pin dual-in-line connector at the edge of the board. An optional CBL-234-G-1-1.375 interface cable adapts it The BIOS is located in an EEPROM so that users can save to a standard female 15-pin "D-Sub" type connector their custom CMOS values in a nonvolatile storage area commonly used for VGA. for consistent behavior at bootup. The BIOS allows the EPX-855-G to operate without a keyboard, display or disk drive attached. Remote Network Booting - The EPX-855-G supports remote booting for use as a diskless network computer. Contact a WinSystems' application engineer for compa- nies that supply remote boot software. Floppy Disk Support - A 3.5" floppy disk drive is sup- ported by connecting it through a CBL-252 cable. Alternatively, a USB floppy disk drive can be attached which also has legacy boot support. IDE Interface - The EPX-855-G incorporates a fast IDE interface for hard disks, CompactFlash and other WinSystems’ Flat Panel Open Frame Mount ATA-compatible devices. Each IDE device can have independent timings. The IDE interface supports PIO Flat Panel Display Support - The EPX-855-G supports IDE transfers up to 16Mbytes/sec and Ultra ATA transfers most flat panel display technologies. The board properly up to 100 Mbytes/sec. The IDE interface integrates 16 x sequences the power for logic voltage and the backlight 32-bit buffers for optimal transfers. inverter to provide intelligent and safe power sequencing to the panel. Go to www.winsystems.com or contact a The IDE primary controller is wired to the 0.100" header factory application engineer for the most up-to-date listing. while the secondary controller is dedicated to the Compact- Flash connector. An LED blinks automatically while data WinSystems uses a dual LVDS flat panel interface system is transferred to provide visual status information. that connects to different panel technologies and suppli- ers. It has power, timing, and control signals for various Video - The EPX-855-G is based upon Intel's Extreme panel types. The logic levels are 3.3 volts but are 5.0V Graphics 2 integrated graphics technologies that deliver tolerant. 3D graphics with sharp images, fast rendering, smooth motion and extreme detail. Intel's Extreme Graphics 2 Connectivity - The EPX-855-G has both onboard and Each port has overcurrent and in-rush protection provided PC/104 module population options for wired and wireless by a National Semiconductor LM3526 power switch. communications. One Gigabit 10/100/1000 Ethernet and Each device is a dual stage design including a thermal one 10/100 Ethernet, four USB 2.0 ports, two RS-232/ protection circuit. During a short-circuit/over-current 422/485 COM channels, and two RS-232 COM channels event, the switch dissipating excessive heat is turned off, are standard on the board. allowing the second switch to continue to function unin- terrupted. Therefore, a fault on one channel will not affect For wireless communications, this board supports a num- the other. No fuses are required since protection is done ber of plug-in modules. An onboard miniPCI socket electronically by the circuit. allows an 802.11 a/b/g card to be installed. A separate PC/104-Plus module is supported for either a GSM or The four USB ports are wired to two, 8-pin 2mm CDMA cellular modem. Another WinSystems' PC/104 connectors. The CBL-275-G-2-0.667 is the optional cable module supports ZigBee-based communications. adapter that has two standard female USB connectors. Gigabit 10/100/1000 Ethernet - The EPX-855-G uses the Serial Communications - Four independent, full-duplex, Intel 82541ER integrated controller. It combines Intel's RS-232 serial asynchronous channels are onboard. All fifth-generation Gigabit MAC design with fully integrated serial channels are configured as Data Terminal state-of-the-art PHY technology that meets or exceeds Equipment (DTE). Both the send and receive registers of IEEE 802.3ab specifications for Bit Error Rate perfor- each channel has a 16-byte FIFO. This device is a quad mance. The controller has a direct connection to the PCI 16C550 compatible UART that offers software compati- bus from the ICH4. bility with PC-type driver programs. The PHY supports 10/100/10000 Mbits/secs full- and Independent control of transmit, receive, line status, and half-duplex operation. IEEE 802.3ab Auto-Negotiation data set interrupts are on all channels. Each channel is support provides automatic link configuration of speed, setup to provide internal diagnostics such as loopback and duplex and flow control. echo mode on the data stream. Plus an independent on-chip software programmable baud rate generator is Light emitting diodes (LEDs) are on the EPX-855-G to selectable from 50 bps through 115.2 kbits/sec. Modem provide a visual indication of the link status, network handshake control signals are supported for all channels. activity and network speed. The Link Integrity LED is lit when there is a valid connection detected. The Activity All of the COM ports support RS-232 interface levels. LED blinks on and off when activity is detected on the The RS-232 drivers have an on-chip charge pump to gen- wire. The other LEDs indicate if the link is 10, 100, or erate the plus and minus voltages so that the EPX-855-G 1000 Mbits/secs. only requires +5 volts to operate. 10/100 Ethernet - The EPX-855-G uses the MAC inside COM1 and COM2 also have jumper selectable RS-422/ the Intel ICH4 controller plus a DA82562ET PHY to 485 support. The RS-422/485 provides separate balanced provide a 10/100 Mbits/secs wired Ethernet connection. transmit and receive signal pairs. For RS-485 multi-drop The controller is Intel 8255x-compatible for use with stan- lines, one signal pair can be used for "party line" network dard software drivers. It supports an IEEE 802.3 and structures. 10BASE-T/100BASE-TX compliant physical layer with IEEE 802.3u Auto-Negotiation support and Wake On 802.11 Wireless - The EPX-855-G is shipped with an LAN. There are three LEDs on board that provide status empty miniPCI socket so that a user can install their own information of 100BaseT operation, Link established, and cards from Intel, Broadcom, Foxconn (Atheros), and Rx/Tx data transfer in progress. others. Normally 802.11 cards are automatically recognized by operating systems such as Windows XP. USB 2.0 - The EPX-855-G supports four USB 2.0 ports Also, the individual miniPCI card manufacturer will that comply with the Universal Serial Bus Specification typically have drivers either with their card or at their web revision 2.0 and Open Host Controller Interface (OHCI) site. Please contact them directly for specific operating Specification for full-/low-speed signaling and Intel's systems that their card will support. Enhanced Host Controller Interface (EHCI) Specification for high-speed signaling. 24-line parallel I/O - The EPX-855-G contains a highly Interrupts - Two 82C59A compatible interrupt con- versatile WS16C48 digital I/O controller. Each I/O line is trollers accept inputs from the onboard peripherals and the individually programmable for input, output, or output PC/104 Bus for a total of twelve software selectable inter- with read-back operation. Each output channel is latched rupt sources. Four PCI interrupt sources are supported on and has an open collector driver (with a pull-up resistor) the PC/104-Plus Bus which are PnP-compliant. Also an capable of sinking 12mA of current. APIC interrupt controller is included for operating systems that support APIC functionality. The major feature of this controller is its ability to monitor all 24 of the lines for both rising and falling digital edge Status LED - A green status LED is also available to transitions, and then interrupt the processor notifying it monitor system activity. Under a user's program control, that a change-of-input status has occurred. Transition it can indicate error conditions or blink different patterns polarity is programmable and enabled on a bit-by-bit basis. to provide a visual indication of system status. Each line's transition is latched into the IRQ ID register by the event so that even short duration pulses will be recog- Real Time Clock - An MC146818A-compatible clock nized. An interrupt ID register is maintained for each line supports a number of features including periodic and for writing more efficient Interrupt Service Routines. This alarm interrupt capabilities. The time and date informa- is an efficient way of signaling the CPU of real-time tion is stored in its CMOS RAM which can be maintained events without the burden of polling the digital I/O points. across power cycles by using WinSystems' optional off-board battery. The EPX-855-G has its I/O lines connected to a 50-pin connector. Twenty-four data lines are alternated with 24 Watchdog Timer - A software enabled, retriggerable ground lines for reduced noise and crosstalk. Also +5 watchdog timer is provided. The timeout period is software volts and ground are included in the cable. The pinout is adjustable with options from 30 to 300 seconds available compatible with the industry standard 4 to 24 position I/O from the CMOS set up for boot. If enabled, it must be module mounting racks (Dataforth, Opto-22, etc.) for use updated at least once during the period otherwise a failure with high-level AC and DC optically isolated solid state is assumed and the board will be reset. This circuit is relays. An optional CBL-115-4, 50-pin conductor ribbon important for use in remote and unattended applications. cable connects the EPX-855-G to one I/O rack. Speaker - An onboard PC speaker is present. A beep Line Printer Port - The EPX-855-G has a parallel port code is generated that corresponds to any BIOS error that may be operated in standard (SPP) bi-directional as codes (if required) during the power up or reset sequence well as Extended Capabilities Port (ECP - IEEE-1284) and Enhanced Parallel Port (EPP) modes. The output drivers Power - Power is supplied to the board through a 10-pin can support 14mA per line. Molex connector. Both ±12 volts are wired directly to the PC/104 and PC/104-Plus connector. The +12V is also The printer port can also be used as two additional gener- wired to the switch for the panel back light control. The al-purpose I/O ports or the floppy disk drive interface if ±12V power is not used on the board. a printer is not required. The first port can be configured as eight input or output only lines. The other port can be Reset - A precision voltage monitors the +5 volt status. configured as five input and three output lines. Upon detection of an out-of-tolerance condition, the board is reset. This action is critically important in order AC97 Audio - The EPX-855-G has an AC97 digital audio to detect brownout or power fail conditions. The reset controller that supports 5.1 surround sound. An 18-pin, circuit also ensures that the power is nominal before 2 mm connector provides access to Line Out, stereo Line executing a power-on reset. In, and stereo Microphone In. Battery - An optional off-board battery supplies the Keyboard/Mouse Controller - An 80C42-type controller EPX-855-G board with standby power for the real time supports a PS/2-compatible keyboard. Also, a standard clock and CMOS setup RAM. The power supervisory PS/2 mouse is supported through a separate I/O cable. The circuit senses the off-board voltage and automatically mouse and keyboard also can be attached via the switches to internal power when it drops below normal. USB cable if the operating system you choose supports this feature. The board will operate without a battery since there is an Software Developers Kit - WinSystems offers Developer EEPROM on board to store the CMOS set up data. Kits to provide the necessary hardware, software and However, current time and date information would not be cables to begin program development with the EPX-855 maintained when the main +5V power is not present. board. The kit's packaging permits easy access to the SBC, PC/104 modules, and peripherals during program PC/104 Expansion - The EPX-855-G has both a 16-bit development. These kits consists of a DVD-ROM drive, PC/104 and a 32-bit PC/104-Plus interface and con- floppy disk drive, hard disk drive and power supply nector. PC/104 is electrically equivalent to the ISA bus mounted in a black, light-weight, aluminum enclosure. and PC/104-Plus is the PCI bus for I/O functions Also included is the selected operating system, cables, and requiring higher data transfer speeds. the PCM-POST, PC/104 module, for debugging support. The EPX-855-G provides a common computer core from Board Support Packages for select operating systems are which engineers can add off-the-shelf or user-designed, also available with our Developer Kits. Currently application-specific PC/104 and PC/104-Plus modules. Windows XP embedded, Linux and DOS/Sockets OS are PC/104 modules are self-stacking and plug together in a supported. Additional support may be offered for other "piggy back" configuration to serve as a mezzanine expan- operating systems. Please contact a WinSystems' sion bus. PC/104 modules are very compact, measuring Applications Engineer if you need support for an OS that only 3.6 x 3.8 inches, and are offered by WinSystems and a is not listed above. number of third party companies worldwide. Module func- tions include communications specialty serial I/O, digital In general, Developer Kits provide a specific OS "sample I/O, analog I/O, GPS, GSM or CDMA cellular modems, image" that is preloaded on a Flash disk and is ready to ZigBee, SCSI, etc. More PC/104 information including run right out of the box. Most kits also include Quick white papers, products, and specifications are on our web site, Start Guides, documentation designed to lead you through http://pc104.winsystems.com/products/pc104/index.html. the process of recreating the embedded OS sample image that was provided in the kit. These Quick Start Guides Replacement for WinSystems SBCs - This board is provide a wealth of valuable, time-saving information that designed to be an upgrade and high-performance replace- will help you quickly overcome a large portion of the ment for current users of WinSystems' EPX-C3 and learning curve if you are new to a particular operating system. EPX-GX500. For questions about any differences in the Please visit the Developer Section of our website for more boards or new software drivers that may be needed, please details about each individual Developer Kit contact the factory. SPECIFICATIONS Engineering Support - WinSystems provides free techni- cal telephone support to assist customers with system Electrical integration of our SBCs and I/O modules. EPX-855 CPU Clock: 1GHz w/Intel Celeron ZCD or ® 1.8GHz with Intel Pentium M Long life availability - This board is based on chipsets PC/104 Interface:16-bit, non-stackthrough from Intel's long life embedded roadmap to ensure longevi- PC/104-Plus Interface: 32-bit PCI, non-stackthrough ty of the core technology. Ethernet: 10/100/1000 Mbits/sec with RJ-45 connector, 10/100 Mbits/sec via the SOFTWARE Hirose connector USB 2.0: Four ports with overcurrent protection The EPX-855-G is an x86-compatible SBC. It is designed Serial Interface: Four serial channels, all have RS-232 levels; to run both 16-bit and 32-bit x86 instruction set software two channels also support RS-422/485 and is compatible with Microsoft's Windows XP embedded 802.11: User installed miniPCI card supported operating systems as well as the applications that run Audio: AC97 with MIC, six speakers and Line In on them. It also supports Linux and many other PC- LPT Interface: Bidirectional LPT with ECP/EPP compatible x86 operating systems such as QNX, VxWorks, Parallel Interface: 24 I/O lines, TTL compatible DOS or other real-time executives that require a PC EIDE Interface: Supports two drives hardware environment. Floppy Disk Interface: Supports two 1.44M drives Keyboard: Standard PS/2 or USB interface Mouse: Standard PS/2 or USB interface Vcc = +5V ±5% at 2.1A typical @ 1GHz ORDERING INFORMATION +5V ±5% at 4.25A typical @ 1.8GHz Pentium M ® EPX-855-G-1.8G-1 1.8GHz Pentium M EPIC System Memory Single Board Computer with fan Addressing: Up to 1Gbyte 200-pin SDRAM EPX-855-G-1G-0 1GHz Intel ZC Dothan EPIC available separately and installed Single Board Computer by user. EPX-855-G-1G-1 1GHz Intel ZC Dothan EPIC Single Board Computer with fan Solid State Disk CompactFlash: Socket supports Type I or Type II Developer Kits CompactFlash device DV-S-347-L30 Linux (2.6 kernel) Developer Kit, includes software, hardware, Mechanical enclosure, and cables Dimensions: 4.5" x 6.5" (115 mm x 165 mm) DV-S-347-XP-2007 Windows XPe Developer Kit, Jumpers: 2 mm square post compatible includes software, hardware, Weight: 9.99 oz (99 g) enclosure, and cables I/O Connectors System Memory - DDR PC2700 SDRAM COM 1- 4, LPT, SODIMM200-G-27-256 256Mbyte RoHS device KYBD, Mouse, SODIMM200-G-27-512 512Mbyte RoHS device and 10/100 ENET: 80-pin, 2 mm SODIMM200-G-27-1G 1028Mbyte RoHS device COM3 and 4: 20-pin on 0.100" grid Floppy Disk and -40°C to +85°C Industrial CompactFlash Memory EIDE Interface: 80-pin, 2 mm CFLASH-G-128M-I 128MB CFlash RoHS device CompactFlash: 50-pin, 2 mm CFLASH-G-256M-I 256MBCFlashRoHS device Parallel I/O: 50-pin on 0.100" grid CFLASH-G-512M-I 512MB CFlash RoHS device CRT: 14-pin on 2 mm grid CFLASH-G-1024-I 1GB CFlash RoHS device LVDS: Two, 20-pin on 2 mm grid CFLASH-G-2048-I 2GB CFlash RoHS device Ethernet: RJ-45 (Gigabit 10/100/1000 only) CFLASH-G-4096-I 4GB CFlash RoHS device PC/104 Bus: 64-pin 0.100" socket CFLASH-G-8192-I 8GB CFlash RoHS device 40-pin 0.100" socket Larger CompactFlash capacities to be released PC/104-Plus Bus: 120-pin (4 x 30; 2 mm) stackthrough with shrouded header Cables USB: Two, 8-pin 2 mm CBL-115-4 Opto rack interface cable, 4 ft. Audio: 18-pin, 2 mm CBL-270-G-2-1.5 Audio access cable Main Power: 10-pin in-line Molex CBL-SET-347-G-1 EPX-855-G cable set includes: Fan Power: 3-pin in-line Molex CBL-234-G-1-1.375 CRT adapter cable, 14-pin External Battery: 3-pin in-line Molex ribbon to 15-pin D-sub Backlight Power: 4-pin in-line Molex CBL-251-G-1-1.5 Multi I/O cable breakout CBL-252-G-1-1.5 Dual IDE and floppy cable Operating Temperature: CBL-265-G-2-1.5 Power cable (unterminated) EPX-855-G-1.8G-1: -40°C to +70°C (with fan) CBL-270-G-3-1.5 Stereo audio access cable EPX-855-G-1G-0: -40°C to +70°C (without fan) CBL-275-G-2-0.667 Dual USB to 8-pin, 2 mm cable EPX-855-G-1G-1: -40°C to +85°C (with fan) BAT-LTC-E-36-16-1 External 3.6V, 1650 mAh Non-condensing relative humidity: 5% to 95% battery with plug-in connector WinSystems reserves the right to make changes to products Optional Batteries and/or documentation without further notification. BAT-LTC-E-36-16-1 External 3.6V, 1650 mAh battery with plug-in connector Product names of other companies may be trademarks of their BAT-LTC-E-36-27-1 External 3.6V, 2700 mAh respective companies. battery with plug-in connector 715 Stadium Drive • Arlington, Texas 76011 • (817) 274-7553 • http://www.winsystems.com