Automation

With engineers rushing tests in order to hit tight product deadlines, the market for test equipment that automatically detects faults in semiconductors and other components is growing.

Automated test equipment (ATE) is computer-controlled test and measurement equipment that allows for testing with minimal human interaction. The tested devices are referred to as a device under test (DUT).

RS-232, RS-422 and RS-485 are serial connections which can be found in various consumer electronics devices. Namely, RS-232 (ANSI/EIA-232 Standard) is the serial connection which can be historically found on IBM-compatible PCs.

Nowadays, at the low end of the transmission protocols, I²C (for ‘Inter-Integrated Circuit’, protocol) and SPI (for ‘Serial Peripheral Interface’) are to be found.

The RS232/485 port consecutively sends and receives bytes filled with information one bit at a time.

Bus topology / routing / resources

There are various characteristics which need to be met in order for these machines to be suitable and to be fully and successfully implemented into real time systems.

As we move deeper into the technologically advanced methodologies and manufacturing processes, we realize the power of the human min

Let's accept the fact that with every technological development that takes place, it's major focus is improved efficiency, cost cutt

Despite the fact that unique assessments held that we'd see 50 billion "associated" gadgets by 2020, amended evaluations are as yet focusing on about 30 billion, speaking to an industry worth several billions of dollars sooner rather than later.

You’re not a true developer if you don’t firmly believe that software is capable of anything. If you do believe this, then, why can’t software test a software? Got the point?

You’re hired! Great! You’ve got the job as a software quality assurance, just what you’ve wanted, right? Let’s take a look at your time spent at work, starting from day 1. 

Similarly, as with any buzz point in the tech world, there's a great deal of paranoia around the Internet of Things.

We continue with educating our readers, this time with part two of the basics of testing series.

In a perfect situation, each engineer would have plenty of time to develop and test their software. Unfortunately, we don’t live in a perfect world, and the occasion to get time to do everything is not that common.

In spite of emerging from the stagnant and typically slow moving field of standards bodies, time sensitive networks did not take long to enter the game and bring some key IoT applications,from electrical power grids to autonomous vehicles. 

There has been a lot of talking about software testing. The line between direct and indirect profit from automated testing is almost invisible.

We’re back with the second and final part of our list! Read through and let us know what you think.

With more than a half of the year behind us, it is a good opportunity to look back and see what was, or still is hot in 2016 regarding test automation. Take a look at our list and remember, this is only part one, the second one is on the way. 

So you’re finally considering of implementing automatic testing in your business? Let’s see what are the good and the bad sides of automation in general, and you decide which of these factors concern your business.

Pros:

Data acquisition system helps everyone interested in automatic test equipment (ATE) to implement the desired software.

Testing out your software makes you feel like Sisyphus, with the perfect results that appear after testing, and the problems and errors reappearing the following day, your job seems like hours of futile work that goes to waste.

Whether you need some physical conditions measured, and the sampling be converted into digital values and brought to a computer screen, the answer is: yes, you do need a data acquisition system.

So, with the innovation taking place at the pace of a bullet, we see a lot of new technologies and methodologies taking place in our day to day life. This trend has been around for a while and has resulted in a better lifestyle for the humans.

    When a new project is underway, the sheer volume of work that needs to be done can feel overwhelming.

In the age of industrialization, it has become a necessity to make the transition from manual labor to automation. The times are changing and so are the trends.

We live in the time where the world is progressing at the speed of light.

The Internet of Things, or the IoT, is a fast growing business, predicted to be worth over 1.2 billion by 2020. But as more and more people are buying into this system, so are more and more people shifting away from the Internet of Things.

Let's accept the fact that with every technological development that takes place, it's major focus is improved efficiency, cost cutting and better output.

Internet, the very basis of all major everyday processes is the way of life. From communication to commercial transactions, everything is based directly or indirectly on the internet.

As we move deeper into the technologically advanced methodologies and manufacturing processes, we realize the power of the human mind.