National Instruments (NI) Oscilloscopes Reviews

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.

It speeds up the process to develop test software. It's all graphical, which is easier to use rather than seeing it in syntax. There are cases where syntax is easier to use than graphical form. According to my colleague, the graphical helps to do things faster and debug more quickly.

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.

I can automate a lot of testing very quickly. With just a push of a button, I can test hundreds of different scenarios without having to do all that manual testing myself.

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

It's for testing IoT products.

These products are a very low-cost, effective alternative to traditional Big Iron ATE hardware.

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.

It helps to debug things faster. You know what the signal quality is going into the device and coming out of it.

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.

The customer support is its most valuable feature.

The user interface is absolutely great. It creates an easy working environment because it has well-integrated hardware and software. So, it is easy to use.

The primary use case is laboratory instrumentation.

We are measuring low voltage signals.

It makes programming simpler.

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.

Speed and reliability.

There was no learning curve. We could use their board right away.

The user interface is very good. Their boards are reliable. We buy boards from them, they are reliable, and we don't have problems with them.

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.

Because their view is a graphical user interface (GUI), it's very easy to program the tool.