Why Automated Testing?
Every semiconductor development needs testing before it is delivered to manufacture the devices. Test engineers look forward to catching any defects before the semiconductor is delivered. But the defects keep coming back even after the best manual testing. That is why ATE semiconductor testing is the best way to ensure no defects and increased efficiency.
Manual software testing is done by a human using the computer. They have to carefully go through the application screens and try many input, usage combinations, comparing the results to the prediction and recording what they observe. The manual tests are performed repeatedly during the development for code changes and other situations like hardware configurations and multiple operating environments.
On the other hand, the semiconductor test system is able to play the pre-recorded and predefined actions to compare the observations to the expected behavior and record the failure or success of these tests that go to a test engineer. Once you have run the automated tests, the results can be repeated, and they can be used to perform tasks that are impossible to achieve manually. Due to this, managers have found that semiconductor testing is an important part of successful devices development projects.
This type of testing is crucial for big devices development organizations.
Automated testing saves money and time.
Semiconductor testing has to be repeated again throughout the development cycles to ensure the best quality and performance. On every source code modification, there should be device tests. For every release of the devices, the test can run on all supported hardware configurations and operating systems. Repeating these tests manually can be time-consuming and costly. But with the ATE semiconductor testing system, the trials, once created, can be run over and again at no extra cost. They are faster than manual tests and take less time to run the repetitive tests.
Increases your test coverage
Automated testing can improve the scope and steps of tests to enhance semiconductor quality. The lengthy tests that you often avoid during manual testing can be run automatically through these systems. Semiconductor test systems can even run on multiple computers with various configurations. They can easily execute hundreds of complex test cases while every test run provides coverage, which is impossible to achieve with manual tests.
Automation can perform what manual testing cannot.
Even the largest departments cannot perform a manual test with the symbol of efficiency as automated testing. ATE testing can simulate thousands of tests at once without any errors.
Manual tests may leave an error regardless of the times it is performed. In contrast, the semiconductor test system can perform similar steps precisely without forgetting to record detailed results. The automated test can record detailed observations. They can provide more time to create repetitive tests and deal with complex features.
There is a growing need for demand in the consumer, communication markets, and computing. With the growing efficiency and increasing complexity, ATE semiconductor testing has gained importance, resulting in highly efficient semiconductor chips.