SOM-A2709

SOM-A2709 Project based SOM with Marvell XScale PXA270 processor + Windows CE 5.0 Features  Form factor & pin definition are compatible w/ Advantech SOM-A2558 series  Marvell XScale PXA270 processor + Win CE 5.0 OS ready solution for battery-powered/mobile applications  Power management mechanism for sleep mode support and CPU Speedstep power-saving feature  Rich I/O support: USB, COM, CF/PCMCIA. SDIO, LAN  Multi source boot-up from on board flash, CF, PCMCIA & SD  SOM-ADK2709 Design-in kit package is available for efficient evaluation, application development and design-in support  Supports Adobe Flash Player 7.0 & Java virtual machine on project basis RoHS COMPLIANT 2002/95/EC Introduction Mobile computing, I/O Intensive SOM SOM-A2709 series System On Module (SOM) integrates the Marvell XScale PXA270 ultra low power SoC and I/O solution chips together with Windows CE OS support. SOM-A2709 supports rich I/O such as CF/PCMCIA, SD, USB, LAN, multi-COMs, LCD and audio. SOM-A2709 is designed for portable/handheld applications, it supports deep sleep mode and CPU power Speedstep mechanism for power saving and better power management. Design-in Package ensures efficent evaluation/implementation The Design-in Package not only includes all the necessary H/W boards, fixtures and LCD related cables, but also includes the Advantech-customized API, utility & reference codes. And of course, it includes all design related documentation including, a white paper for detailed technical know-how. Three supporting mechanisms are included in the Design-in Package: Reference Kit: Includes the Advantech reference Customer Solution Board (CSB) and all documentation relating to CSB design and manufacture. ex : BOM, placement, gerber file, layout etc. file. LCD Kit: Includes the LCD, inverter, T/S and related cables. All goods are pre-verified and supported in Advantech's reference S/W package. Design-in Zone: The web portal for customers to download design-related documentation, SOPs and sample code, also provides end-to-end technical support. (http://risc-designin. advantech.com.tw/) Specifications O.S. SoC SDRAM Boot Flash Storage Flash Watchdog RTC System Control Power Management JTAG System Bus (ARM bus) Expansion COM USB Host USB Client PS/2 PCI T/S LAN PCMCIA/CF SD/MMC SM bus/I2C Microsoft WinCE 5.0 English professional ver. Marvell XScale PXA270 520 MHz (default)/ 312 MHz 64 MB (default) / 128 MB 1 MB NOR type NOR type Flash 0 MB/32 MB /64 MB (default) PXA270 buit-in HT1381 H/W reset & S/W reset Supports normal, idle and sleep mode Supports CPU Speedstep mechanism Yes Yes (2 chip select pins reserve for CSB to use) 5 x RS232 (3 x FF, 1 x 2 wires, 1 x 3 wires) 2 x USB host 1.1 1 x USB client 1.1 N/A N/A 4 wires resistive 1 x 10/100-T ( by Davicom ) 2 x (supports IO & memory mode, bootable I/F) 1 x (supports SDIO & memory mode, bootable I/F) 1 x (default SM bus support) IO PWM GPIO SPI Graphic Chip LCD I/F LCD Resolution Support Audio Inverter I/F DC-input SOM Power Consumption External Connector Others Temperature Humidity Certification Form Factor 2x 12 x 1x PXA270 buit-in 18-bit LCD controller 18 bits 3.3V TTL level 320 x 240, 640 x 480 (default) & 800 x 600* AC97 Codec Backlight on/off & dimming control 3.3 V + -3% & 5.0 V + -3% Normal mode: 2.3 ~ 2.5 watt** Sleep mode: 15 mW ~ 30 mW** 1 x JTAG conn. by 6 x12 mm pin header 2 x 100 pin molex board to board conn. 1 x 200 pin golden fingers Operation: 0° C ~ 60° C 10% ~ 90% CE/FCC 68 x 68 x 6.8 mm (6.7" x 6.7" x 0.27") (Advantech standard RISC SOM RTX architecture ) Multimedia Kernel Power IO Notes: * - CPU will spend more resources handling LCD-output at 800 x 600 resolution which will impact other I/O performance. If customers choose 800 x 600 resolution, they need to double check the whole platform performance first. ** - Different CSB design and peripehral connections will cause different power consumption. The value is only for reference. Online Download www.advantech.com/products SOM-A2709 Board Diagram GPIO & PWM SM Bus for Battery Monitor To X2 bus Full-function RS-232 TTL Level (COM1) To X2 bus 2 wires RS-232 TTL Level (COM2) To X2 bus 3 wires RS-232 TTL Level (COM3) To X2 bus 1 x USB 1.1 Client To X2 bus Audio I/F to X2 bus 2 x USB 1.1 host to X2 bus 4-wire Resistive T/S I/F To X2 bus I2C / SM Bus To X2 bus 2 x PCMCIA/CF To X2 bus 18-bit LCD interface To X2 bus SD/MMC Interface To X3 bus. Watchdog Timer (PXA270 Internal) RTC(HT1381) 3V rechargeable coin battery Dc-input pin by X2 bus DC Power Input To X2 bus AC97 Codec USB hub TI ADS7846 64/128 MB SDRAM Hardware Reset To X2 bus Software Reset To X2 bus Sleep/Resume To X2 bus 0/32/64 MB NOR Flash Local bus To X1 bus 1 MB NOR Flash (boot loader only) Davicom DM9000 10/100-T LAN (PHY on Board) To X2 bus Intel PXA270 Processor (312/520 MHz) Exar XR16L275 Full-function RS-232 TTL Level (COM4) Full-function RS-232 TTL Level (COM5) System bus Buffer direction Control CPLD LCD back light control pin to X2 bus Buzzer control 5V Input 3.3V Input X1 bus: System Local bus (AMI bus) X2 bus: 200 pin golden finger I/O bus X3 bus: Feature extension bus Mechanical dimensions 68.50 Unit: mm Ordering Information SOM-A2709 Design-in Package Part No. SOM-ADK2709-B00E (SOM & carrier board kit) Description SOM-A2709 Series design-in kit. (Include LCD kit) SOM-A2709 Series SOM (Module only) Part No. SOM-A2709-546B0E Description SOM XScale PXA270 520 MHz, 64 MB SDRAM, 64 MB Flash, 5 COMs & Win CE5.0 After Developers have evaluated the kit and decided to order a reconfigured sample run SOM, they can check the reconfiguration options in the above specification table to order their customized SOM-A2709 product. Contact local Advantech sales or distributor for reconfiguration requests. Order your own reconfigured SOM Packing List Bulk packing with 20 pcs in one box SOM only comes with the bootloader pre-installed and Win CE professional version license sticker **Sample image and related documentation included with Design-in kit only. Applications Mobile, battery-powered device Medical & outdoor HMI terminal Car navigation & fleet management System On Modules