Rugged System

rugged systemA quick experiment: think about some of the industrial computers that a company uses for their everyday functions. Where is that electronic device being placed? Is it used indoors, on a dusty warehouse floor?
Or is it exposed to the elements in challenging outdoor environments? The real poser is: how do you know that the components that drive these computers are being kept safe, no matter what the conditions?

It’s a significant problem, not only for companies looking to buy these electronics, but for the OEMs that have to assemble and sell them. Understanding the rating standards for these rugged system enclosures is necessary to ensure provision of what the customer needs.

What are NEMA Ratings Standards?

One of the most stringent and widely tested rating standards for rugged systems is the NEMA, a.k.a. National Electric Manufacturer Association rating spectrum. It was created as a way for suppliers and OEMs to understand the relative protection that an enclosure will provide a rugged system. These range from Read the full article →

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in-vehicle PCYou have a vehicle application that requires an embedded computer and no computer to fill it. Where do you start? Well, looking in the embedded computing sector for a rugged PC is a step in the right direction but, as you know, there is a specific set of required features, such as unique I/O (input-output) and a resistance to certain environmental factors that are necessary for an in-vehicle PC.

The I/O and Software Difference

On a very basic level, what makes an in-vehicle PC different from any other embedded computer is the CAN bus (Controller Area Network). If there is an embedded PC in a vehicle and it is expected to have some sort of communication with any Read the full article →

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