White paper: Conduction-Cooled Rack System Design Offers Cost-Effective Versatility for Harsh Environments

Although system designers can’t always control the operating conditions of embedded computing applications, they now have new cost-effective options for delivering 3U CompactPCI (cPCI) board compatibility in harsh, extreme temperature environments. A new modular rack system design that adapts affordable, standard convection-cooled boards to demanding conduction-cooled applications offers off-the-shelf availability for both PowerPC and Intel-based platforms, with versatile I/O-intensive capabilities for applications such as graphics, touch screens, serial interfaces, fieldbus controllers, binary I/O and more.

July 19th, 2010

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2Adoption of this new conduction-cooled rack system offers embedded computing designers broader options for implementation in environments that demand sealed, conduction-cooled housings. The modular execution of the adapter frame design provides greater freedom to accommodate the thermal characteristics necessary for their unique embedded applications in harsh, high-temp environments.

With the ability to adapt familiar, proven convection-cooled boards for use in conduction-cooled environments, designers can streamline new application development while avoiding the expense of custom conduction-cooled SBC development. Also, by concentrating any new component development to only the CCA frames customized for the desired standard 3U CompactPCI boards, designers can achieve their desired physical performance at minimal costs, and shorten implementation timeframes. Equally important, they can accommodate the diverse I/O demands of specific applications within the preformatted capabilities of standard hardware products.

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The new shape of industrial computing, networking, and sensing
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