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News

  • New Qseven 2.1 Module with Intel® Pentium®/Celeron® N3000 Series & Atom™ Processor

    New Qseven 2.1 Module with Intel® Pentium®/Celeron® N3000 Series & Atom™ Processor

    07/18/2016

    Advantech, a leading embedded computing solution provider, today announced the release of its new, low power, fanless, Qseven CPU Module–the SOM-3568; and also the state-of-the-art, Qseven Rev. 2.1 reference development carrier board–SOM-DB3520. SOM-3568 comes equipped with the latest 14nm Intel® Pentium® and Celeron® N3000 series processors, which lower TDP to 4W/5W/6W for better power savings and less heat, yet with high performance.

  • New Qseven 2.1 Module with Intel® Atom™ E3800 & Celeron® Series Processor

    New Qseven 2.1 Module with Intel® Atom™ E3800 & Celeron® Series Processor

    07/18/2016

    Advantech, a leading provider of embedded computing solutions, today announced the release of SOM-3567, a new, low-power, fanless Qseven module, compliant with Qseven revision 2.1 specifications. Powered by an Intel® Atom® E3800 processor with native extended temperature support, SOM-3567 delivers superb graphics and processing performance in a compact (70 x 70 mm) ultra-low profile Qseven form factor.


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Case Studies

  • Cutting-edge COM Express Module Powered by Server-Grade Processor Supports Extreme Performance

    Cutting-edge COM Express Module Powered by Server-Grade Processor Supports Extreme Performance

    04/14/2016

    Server applications are usually designed for high density storage, and require a high performance processor that optimizes hardware and software for intense data exchange and security management. Because it will deliver service to millions of requests from all over the world, product maintenance and low power demands are important considerations for the designer.

  • PCIe SSD in Enterprise for Scientific Analysis Applications

    PCIe SSD in Enterprise for Scientific Analysis Applications

    01/08/2016

    Scientific analysis often includes huge amounts of data. For example, the human genome contains more than 3,000 million base-pairs. To map all the DNA sequences and create the genome simulation requires not only massive computing power, but also high data throughput and storage. In particle physics, a microscopic description of a system typically contains particles in the order of 1023 which requires massive resources to analyze. Scientific research has become more and more sophisticated and requires corresponding computing power with data throughput to match in order to make the breakthroughs we need in our quest for knowledge.


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