We use it for the automation of testing.

I just started at the company, so I haven't been doing a lot of development on LabVIEW lately. However, it will go into our high-speed serial, PCIe, and DVR 5 automation.

Our primary use case is for control units, user interfaces, and machine controls.

I am using multiple types of this product: RF, digital, and analog.

The application space that the solution targets is military.

I have used a couple of National Instruments products. I use them for probing high-speed signals. For us, the product targets high-speed serial applications, such as PAN4 signaling. We are measuring NRZ signals for high-speed internet. We are not utilizing the full bandwidth.

The primary use case is automated production testing. We also use it for lateral pretesting before we go for qualification. We do extensive testing to check if there are any problems with it.

We use a modular box where you can slot in your cuts or combine it with your National Instruments software to run automated programs to test systems.

We design test hardware using the STS system by National Instruments.

It's for testing IoT products.

We use it to QA the hardware.

I used different models, either the multifunctional testers or the scopes. I used them for testing of PCBs and finish goods; mainly for the design of the PCBs, motherboards, and for communication. I measured communication signals, the timings, whatever goes into a motherboard. I utilized the full bandwidth.

The primary use case is laboratory instrumentation.

We are measuring low voltage signals.

We are using NetVue, which is a tool for developers. It is same tool for communication between the computer and Internet. The instrument can be used for TTR and scopes.

The application space that we are using the solution to target is high-speed digital design.

The primary use case is it is an integral board to our system.

The application space that we are using the solution to target is high-speed.