Low-Power 3U VPX Board with Intel® Core™2 Duo |
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A Low-Power 3U VPX Single-Board Computer
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| Extreme Engineering Solutions has released the XPedite7170, a product which sets a new standard for high-performance computing by leveraging the latest in low-power Intel CPU technology. Utilizing the SU9300 (1.2 GHz) and SL9400 (1.86 GHz) Intel® Core™2 Duo processors, the XPedite7170 provides system designers with the optimum high-performance, low-power solution.
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Features
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| The XPedite7170 is a well-balanced product that excels in all aspects of embedded design. Superior computational ability is achieved with the use of Intel’s next-generation 45-nm low-power Intel® Core™2 Duo processor operating at up to 1.86 GHz. A rich set of communication interfaces includes multiple USB, Gigabit Ethernet and Serial (RS-232/RS-422) ports. With support for up to 4 GB of DDR2 SDRAM and two external SATA interfaces, the XPedite7170 satisfies memory- and storage-intensive applications. Configurable as either air-cooled or conduction-cooled, the XPedite7170 is designed to be a robust SBC solution for any environment. With the use of Extreme Engineering’s proprietary Xficient™ technology, the XPedite7170 outperforms competitors by achieving improved thermal conductivity, allowing systems to run at higher performance levels.
A PMC/XMC expansion slot provides easy product customization and an optional I/O module allows convenient front-panel access to serial, Ethernet, and USB ports during lab development.
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Software Support
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| Extensive operating system support for Linux, Microsoft Windows, Wind River VxWorks, QNX Neutrino, and Green Hills INTEGRITY provides an easy migration path from existing hardware and software platforms.
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Expert Comments
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| “The XPedite7170 represents a significant technological advancement for 3U VPX processing,” states Ben Klam, Vice President of Engineering for X-ES. “By offering the XPedite7170 in five unique ruggedization levels from commercial to rugged-military, the XPedite7170 can be configured to operate cost-effectively in any environment,” Klam adds.
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