An embedded solution is any device that enables itself to serve its purpose that is, whatever it needs to serve that purpose is already integrated (or embedded) into it. An application is the combination of a problem and the method to solve it. Since embedded solutions play the method part within this model, they are key factors in solving problems.

There are countless applications each with very different requirements as there always is a low and a high end: There are applications that must rely on solutions working at the very high end of physical limits as those with much lower requirements. This will not change.

Many applications could be implemented much easier (if not better) with components of lower speed integrated into designs of lower complexity. That a processor can do something very fast or that a bus can transport 1 Gbit/s neither is of real importance nor does it make an implementation of such components generally imperative. Think small, think simple: Does your application really need such features? In many cases, cutting edge technology is overkill and trailing-edge applications just need trailing-edge solutions!

Such terms are not restrictive, though. Thoughtfully defined application requirements and reasonably engineered low-end embedded devices very often enable many solutions to serve a much wider range of applications as one might expect in the first place. Always note: Real progress is taking one step back and then two forward into the right direction instead of just leaping ahead from the current position!

Our solutions are therefore well tailored to serve their purpose and thus, intentionally produced in contrast to the current trends of the market. They are embedded. They are required. This will not change.

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