Think back to your past year as an engineer: What happened to your role? What changes have occurred in the past five years? As the pace of technological change continues to accelerate, you must adjust all aspects of your work and increase efficiency.
In a test and measurement study conducted by Aspencore (formerly known as UBM) in 2015, engineers in various industries including semiconductor, automotive, defense and aerospace listed the following aspects in the evolution of their test development. The main changes:
“Adapt to rapidly changing technologies to provide end users with test capabilities and value.â€
“Designing more complex products in less timeâ€
“Get equipment that can be tested according to the latest standards.â€
"Follow high-speed communication and network bandwidth (ie 100GE, 400GE, etc.)."
“Keep the ability to test the latest generation of products without spending a lot of money on dedicated instruments that are going to be outdated.â€
Which of these challenges is the most stressful for you and your engineering team? Fast pace changes in product specifications force
You expand your workbench and production line with the same or less budget. Software is essential for you to navigate these new engineering rules - not just to keep up with the pace, but to thrive.
Figure 1. Use the latest version of LabVIEW NXG to reduce system setup time, automate and customize your test results.
This article will show you how to use the latest version of LabVIEW NXG to address the following four organizational challenges and quickly move on to the next engineering design:
1. Reduce test system setup and configuration time
2. Start the next measurement as soon as possible
3. Increase collaboration between test software
4. Present the correct test data to the right person
1. Test more intelligently by reducing system setup and configuration time.
How much engineering time do you need to search for manuals, pins, correct hardware drivers, correct utilities, etc? How much engineering time do you need to search for manuals, pins, correct hardware drivers, correct utilities, etc? NI's recent survey of more than 400 engineers in multiple industries shows that one of the most important and common difficulties faced by test engineers is the ability to complete measurements in a short-lived environment in which environments need to be connected and integrated. It usually contains instruments from different suppliers.
To help you test more intelligently, LabVIEW NXG now provides some workflows to display the right information at the right time, providing more background information and help. Take a common task as an example: set up and verify multiple instruments. In LabVIEW NXG, you can instantly discover, visualize, configure, and log instruments in a unified view. If the appropriate driver is not already installed on your machine, LabVIEW NXG will provide you with a guide to find and install the driver without leaving the software environment. Once the drivers are installed, you can view the documentation, examples, and NI soft panels to verify your setup and quickly start your first measurement.
Figure 2. Visually discovering hardware, managing drivers and configuration parameters without leaving the LabVIEW NXG environment.
If you have not purchased an instrument yet, you can configure an offline system through the hardware catalog. The canvas shows which modular instruments you can use to build a valid configuration that meets your requirements. If you need to scale to a larger configuration, you can also configure the system in a tabular view and edit the instrument configuration in batches to increase efficiency.
All of these new features are designed to reduce the amount of time you spend on regular setup tasks and devote more time to truly important tasks: collecting measurements and customizing the system to meet your specific needs.
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