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| Acrosser Launches Smallest Intel Core 2 Duo Embedded System  Acrosser announces the release of AR-ES0892, the Embedded Systems designed for Gaming and Embedded applications. In general, it is for applications that typically requires reliable and powerful computing, superior graphical performance, multiple I/O configurations and most importantly a long product life support. The AR-ES0892 is powered by the latest Intel Core 2 Duo, Core Duo as well as Celeron M processors. Integrated with the Trustee Platform Module, it also provides excellent software security.The considerate design allows easy plug-and-play interfaces, including multiple serial ports and a remote power switch. The flexibility of the AR-ES0892 ultimately makes maintenance and integration very simple and less time consuming. It is all enclosed in a ruggedized, and light weight compact aluminum chassis. Most importantly, the AR-ES0892 is an all-in-one solution suited for various applications such as: Video Gaming Machine, Video Lottery Terminal, Electronic Signage, Kiosk system as well as many other embedded applications. Acrosser also offers the AR-B2002 Gaming Control Card making the combination a perfect solution for the above mentioned Video Gambling Machine application. AR-ES0892 Features: - Intel 945GM chipset - Intel Core 2 Duo, Core Duo, Core Solo and Celeron M processors - Trustee Platform Module for security functions - Dual Channel 667/533 MHz DDR2 system memory up to 4 Giga Bytes - VGA and DVI video output, support dual display - 6 x RS232, 8 x USB2.0, 1 x 10/100 Mbps Ethernet, Watchdog Timer, more - One PCI Express x16 and PCI Slot for flexible expansion - Anti-Shock Drive bay for 2.5" SATA or ATA HDD - Bootable Compact Flash Type II Slot - Optional LVDS & TV output functions - Equipped with 120W ATX PSU (110~240V AC input) - Support wide variety of Operating Systems (Windows XP/XPE/CE/Linux) - Robust, Industrial Grade chassis - CE, FCC Class A Safety Compliance. write your comments about the article :: © 2006 Computing News :: home page |