Embedded Unit Testing

When Embedded Testing sits down and tests a particular product, there are two primary concerns that it has in terms of actually doing the testing. These two concerns might seem trivial to many companies that are not experienced in the art of product testing, but at the same time they do serve as a reminder as to what product testing is about as well as how to do it correctly.

The first concern that Embedded Testing has is the concern of how to test the products. In a conventional embedded unit production scheme, there are a number of units that will come off the production lines at varying intervals of time. This has a lot to do with the efficiency of mass production, but at the same time it also presents problems in picking units to test. Simple random sampling is not effective in a conveyer belt system, and of course cluster or stratified random sampling could easily produce a bias if a particular day's construction was far more efficient than the others (or was far less efficient). Ultimately, Embedded Testing feels that systematic random sampling is therefore the best method under these circumstances.

Once the sampling has resulted in a particular unit to test, Embedded Testing will then test that unit in all of its different aspects to make sure that all of the specifications that have been provided actually match up. In addition to that, Embedded Testing will also test all of these aspects at the highest capacity that the manufacturer claims in order to verify those claims. Based on this information, Embedded Testing will then present a report on the results of the unit testing, supplying the raw data as well for the manufacturer to examine. This is the most efficient method of embedded unit testing currently available on the market, and it's the quality you'll get when you choose Embedded Testing to meet your needs.

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